Biotech, chemical, petrochemical & pharmaceutical. HiQ specialty gas program

Transcription

1 Biotech, chemical, petrochemical & pharmaceutical HiQ specialty gas program

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3 HiQ specialty gas program Indoor & outdoor environment origami [origami] (jap., from ori folding' and kami 'paper'), the art of folding paper to create figures and artistic decoration. Existed in Japan already at the 9 Th century, when paper become a common material. Figures can be all from very simple to artistic and complex. They have been used both in ceremonies and as toys, pedagogical examples, wrappings, lamp screens, etc. Source: Encyclopedia Britannica Biotech, chemical, petrochemical & pharmaceutical HiQ Equipment and gases For more information about the HiQ Specialty Gas products, equipment and services program from Linde, please visit our homepage at: You will find this site most useful in your everyday work with specialty gases. Apart from the complete program of Specialty Gas products and equipment from Linde we have also included extensive information and supporting on-line tools. Contact your Linde local sales representative for ordering any of the specialty gas catalogues: Automotive Biotech, chemical, petrochemical & pharmaceutical Equipment & gas distribution systems Indoor & outdoor environment Manufacturing ACCURA is a registered trademark of the Linde Group. AGA REDLINE is a registered trademark of the Linde Group. EcoCyl is a trademark of the Linde Group. HiQ is a registered trademark of the Linde Group. Linde minican is a trademark of the Linde Group. SECCURA is a trademark of the Linde Group. BUNA is a registered trademark of Bayer AG. HASTELLOY is a registered trademark of Haynes International, Inc. KEL-F is a registered trademark of 3M. MONEL is a registered trademark of Inco Alloys International. NEOPRENE is a registered trademark of E.I. DuPont de Nemours & Co., Inc. NYLON is a registered trademark of E.I. DuPont de Nemours & Co., Inc. TEFLON is a registered trademark of E.I. DuPont de Nemours & Co., Inc. VITON is a registered trademark of E.I. DuPont de Nemours & Co., Inc.

4 Contents Preface Biological growth control Calorimetric control Instrument Odorization Petrochemical industry Process R&D mixtures and gases on request Services Cylinder types Cylinder valves & connections Central gas supply The right HiQ REDLINE choice HiQ REDLINE Gas panels Gas panels product names and codes HiQ REDLINE Points of use HiQ REDLINE Cylinder regulators Physical data Conversion tables Material compatibility Index

5 Preface In today s rapidly changing environment, there is a constant stream of new products becoming available. Some products like pharmaceuticals are developed to increase the quality of life of patients. Or in the case of the biotech industry, to develop biodegradable materials to reduce or even eradicate waste. The chemical industry is looking into how to convert waste or polluted products into raw materials to increase the life span of products. The petrochemical industry is searching for more efficient production methods, since many of its raw material resources are not renewable. Time to market is decreasing rapidly in combination with shorter lifecycles for new products. This is forcing industry today to focus continuously on new developments and flexible ways of working to assure their success. Customers are demanding, even requiring ready solutions. This is challenging us perpetually to adapt and refine our offerings in order to satisfy current needs. And that is exactly what we have done with the HiQ concept. HiQ products continue to revolutionize how specialty gas is presented to the market. Clear products, and industry-specific information for each of the market segments. The HiQ product range is customer-oriented to the highest degree. It challenges us perpetually to offer the most intelligent solutions that allow customers to work efficiently and economically. We offer complete solutions. But we also go further by providing additional technical information such as gas properties and clear recommenda- symbols tions concerning the required equipment. And we do not limit ourselves to the products offered here. We can provide additional services such as certification or customer- 5% Blending tolerance expressed in relative percentage. specific products to put you in pole position. All you need to do is contact us and let us together find an innovative solution to your needs. Analysis uncertainty expressed in relative percentage. The HiQ concept stands quite simply for everything from a single source. HiQ. It s our word. 36 % Shelf life expressed as number of months. All gas products are quality controlled. When applicable, an analysis certificate is included in the product. If not included, it can be requested separately. Please, check with your local Linde office to find out what is applicable for the products you order. Under the heading impurities the maximum concentration of specified impurities are stated. The actual concentration can be less. Purity classification is expressed as a quality code e.g. 5.5, where the number before the point represents the number of nines and the last number indicates the last decimal: 5.5 = %, and 6.0 = %. The given percentage value represents the defined minimum purity of actual gas. In the case of liquefied gas, the purity always represents the vaporized liquid phase. Standard mixtures are delivered in molar units. R&D mixtures are specified by the customer and can be Group green central gas supply system equipment for inert and non-reactive gases used as carrier gas or likewise, where gas integrity is non-crucial at cylinder change. Group blue central gas supply system equipment, with own gas purge, for inert and non-reactive gases and gas mixtures where gas integrity is important at cylinder change. Group orange central gas supply system equipment, with purge gas (nitrogen or likewise) purging, for toxic and reactive gases and gas mixtures, where gas integrity and safety is important at cylinder change.

6 Preface based on volume, weight or molar units or other concentration bases such as, µgram/liter or mg/m 3 on request. For all products the material recommendation is valid both for cylinder regulators, gas panels and points of use equipment. Central gas supply system recommendations are given with a symbol, and divided into three categories: green, blue and orange. For gas withdrawal with a cylinder regulator, suitable regulators are given under general. The recommended cylinder regulators are chosen to secure optimal results at all times. If nothing else is stated, the stated pressure is absolute. Blending tolerance is the maximum difference between the ordered concentration and the delivered mixture. The blending tolerance varies depending on preparation method and is normally given as percentage relative to the component. A blending tolerance of 10% for a gas mixture with the concentration 50 ppm, means that the mixture will contain 50 ppm ±10% of the component. This means a true concentration between 5 ppm and 75 ppm. Analysis uncertainty is the maximum difference between the analysis result and the true concentration. Often the uncertainty is the most important quality parameter. The analysis uncertainty is given as percentage relative to the analyzed component concentration, which means that % analysis uncertainty applied to the blending tolerance example on this page will give analysis result 59 ppm ±%, meaning a true concentration of ppm. Shelf life is the guaranteed durability time of the analysis result, as long as the mixture has not received an improper treatment, and as long as Linde s remarks have been complied with. The shelf lifetime starts when the product is verified/analyzed. Pure gases have CAS and UN numbers. CAS number stands for Chemical Abstract Substance number and is unique for each substance. UN number is a similar type of register number for chemical substances and mixtures issued by the United Nations. These numbers are given as an aid when searching in international databases. data are based on ADR and DOT. ADR rules are issued by the United Nations and are valid for road transport in most countries in Europe. DOT rules are 5 ppm Example: Blending tolerance: Analysis uncertainty: Blending tolerance + Ordered component concentration Analysis uncertainty 50 ppm 50 ppm He q.s. N ±10% relative ±% relative 54 ppm 59 ppm 64 ppm Analysis result 75 ppm

7 Preface issued by the U.S. Department Of and are valid for road transport in most countries in North and South America. are risk phrases according to EC directive 67/548 as of 08/06/000, Official Journal of the European Community L 136. n.a. stands for not applicable, e.g. risks for a ppm gas mixture with air as balance may not have any risk phrase since it is considered as polluted air, not exceeding any safety limits. Cylinder size represents common standard sizes. Other sizes can be obtained upon request. Check with your local Linde office for additional information. Given gas volumes/weights are minimum content in cases of products with pressure ranges or several supplied pressures. Liquefied air gases are delivered in dewars, or tanks at customer premises designed for the purpose. Please contact Linde locally for more specific information. Physical data reproduced by permission of DIPPR, the American Institute of Chemical Engineers. Note that national laws and regulations govern the permission to produce and use products that may be dangerous due to flammability and/or toxicity. Hence some of the mixtures contained herein may not be allowed on certain local markets. Linde reserves the right to make alterations to specifications, quantities, etc., for production or other reasons, subsequent to publication. The information contained herein has been prepared by qualified experts within Linde. While we believe that the information is accurate within the limits of the analytical methods employed and is complete to the extent of the specific analyzes performed, we make no warranty or representation as to the suitability of the use of the information for any particular purposes. The information is offered with the understanding that any use of the information is at the sole discretion and risk of the user. In any case Linde s liability arising out of the use of the information contained herein shall be limited by the fee established for providing such information. 5.1 NON-FLAMMABLE GAS INHALATION HAZARD INHALATION HAZARD NON-FLAMMABLE GAS FLAMMABLE GAS INHALATION HAZARD OXIDIZER 5.1 FLAMMABLE GAS OXIDIZER 5.1 INHALATION CORROSIVE HAZARD 8 INHALATION OXIDIZER CORROSIVE HAZARD symbols for gases ADR symbol for compressed ADR symbol for flammable ADR symbol for toxic ADR symbol for compressed and oxidizing ADR symbol for toxic and flammable ADR symbol for toxic and oxidizing ADR symbol for toxic and corrosive, etching ADR symbol for toxic, oxidizing and corrosive, etching DOT symbol for compressed DOT symbol for flammable DOT symbol for toxic DOT symbol for compressed and oxidizing DOT symbol for toxic and flammable DOT symbol for toxic and oxidizing DOT symbol for toxic and corrosive, etching DOT symbol for toxic, oxidizing and corrosive, etching

8 Biological growth control Although we cannot see them, the world around is populated with microorganisms. Often we are quick to judge microorganisms like bacteria are harmful to humans. It s part of our education, too. We are trained to wash our hands before eating. Excessively high levels of microorganisms can lead to food poisoning. Or we only have to watch what happens to food that is getting old. It starts growing mould. But in fact we can t live without microorganisms. Inside our bodies, they are necessary to digest our food. French cheese would not exist without microorganisms. One of the most well known microorganisms is yeast one of the essential ingredients in brewing beer or making bread. In industrial processes, too, microorganisms are used frequently. Typical examples are the production or processing of food or the preparation of medicines. Although an enormous variety of microorganisms exist, they have one characteristic in common. They need very specific conditions in which to survive and multiply. Temperature, level of acidity and other ambient conditions must be at a certain interval. Oxygen can be deadly to certain microorganisms while others need oxygen to survive. Industrial processes use the properties of the ambient atmosphere to promote or inhibit the growth of microorganisms. Typical examples are mixtures containing carbon dioxide in air to stimulate or inhibit the growth of microorganisms. See CO bioair mixtures for practical examples of standardized products used for this type of application.

9 Biological growth control carbon dioxide Impurities size [kg] [lb] Anaerobe carbon dioxide 4.0 O 10 ppm N 40 ppm H O 10 ppm All specifications based on vaporized liquid phase. CO CAS: UN: 1013 NON-FLAMMABLE GAS Filling pressure at 15 C : 51 bar(a) 70 F : 830 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3,

10 Biological growth control bioair Composition size [m 3 ] [ft 3 ] CO bioair.5% 10% n.a. 36.5% CO % O q.s. N CO bioair 5% 10% n.a. 36 5% CO % O q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F : 7 44l,000 psi(g) 49l,400 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve n.a. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3,

11 Biological growth control bionert Composition size [m 3 ] [ft 3 ] CO bionert.5% 10% n.a. 36.5% CO q.s. N CO bionert 5% 10% n.a. 36 5% CO q.s. N CO bionert 10% 10% n.a % CO q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3,

12 Biological growth control bioreduce Composition size [m 3 ] [ft 3 ] H bioreduce 3% 10% n.a. 36 3% H q.s. CO Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 31 bar(a) 70 F : 455 psi(g) Material recommendations: Aluminum cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass

13 Biological growth control bioreduce Composition size [m 3 ] [ft 3 ] H /CO bioreduce 10/10% 10% n.a % H % CO q.s. N H /CO bioreduce 10/5% 10% n.a % H % CO q.s. N H /CO bioreduce 5/10% 10% n.a. 36 5% H % CO q.s. N H /CO bioreduce 5/5% 10% n.a. 36 5% H % CO q.s. N Mixtures 10% H FLAMMABLE GAS 5% H NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum cylinder Brass valve 10% H Highly flammable. 5% H Asphyxiant at high concentrations. 10% H ADR: Class, 1F DOT: Class.1 5% H ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3,

14 Biological growth control biosterile Composition size [m 3 ] [ft 3 ] C H 4 O biosterile 6% 10% n.a. 1 6% C H 4 O q.s. CO C H 4 O biosterile 10% 10% n.a. 1 10% C H 4 O q.s. CO C H 4 O biosterile 15% 10% n.a. 1 15% C H 4 O q.s. CO Mixtures 6% FLAMMABLE GAS 10 & 15% FLAMMABLE GAS Filling pressure at 15 C : 6% 7 bar(a) 10% 4.6 bar(a) 15% 3. bar(a) 70 F : 48 psi(g) Material recommendations: Aluminum cylinder Stainless steel valve Highly flammable. Toxic by inhalation. May cause cancer by inhalation. 6% ADR: Class,A DOT: Class.1 10 & 15% ADR: Class,F DOT: Class.1 Please contact Linde for advice.

15 Biological growth control bioxide Composition size [m 3 ] [ft 3 ] CO bioxide 5% 10% n.a. 36 5% CO q.s. O Mixtures NON-FLAMMABLE GAS OXIDIZER Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Contact with combustible material may cause fire. ADR: Class, 1O DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3,

16 Biological growth control ethylene oxide Impurities size [kg] [lb] Sterilizing ethylene oxide 3.0 H O 100 ppm All specifications based on vaporized liquid phase. C H 4 O CAS: 7518 UN: 1040 INHALATION HAZARD FLAMMABLE GAS Filling pressure at 15 C : 1. bar(a) 70 F : 50 psi(g) with nitrogen headspace Material recommendations: Steel cylinder Stainless steel valve Highly flammable. Toxic by inhalation. May cause cancer by inhalation. ADR: Class, TF DOT: Class.3 Please contact Linde for advice.

17 Calorimetric control The petrochemical industry uses many different sources as raw materials. Often crude oil is used. After refining, it is used as the raw material for other production processes and synthesis. Unfortunately, most fractions of the oil are too heavy and dense to be used, which limits its applications. Converting these fractions into smaller molecules, however, increases the value of the product enormously. The heavier oil fractions can be cracked in a reactor, creating small molecules. The cracking creates unsaturated bondings within the molecules. Hydrogen can be used to saturate these bonds again to create precisely the product that is wanted. Hydrogen is normally produced by steam reforming of natural gas into carbon monoxide and hydrogen. The composition of natural gas varies widely. Besides its main component methane, other hydrocarbons are part of the natural gas, including nitrogen and carbon dioxide. The latter components in particular do not contribute at all to the generation of hydrogen. In fact, they lower the yield and valuable energy is lost in the steam reformer. As a bulk consumer, this industry therefore needs to know the composition of the natural gas it intends to use. The heat content is expressed as the caloric value. It defines the quality and value of the delivered natural gas. The incoming natural gas is analyzed to determine its chemical composition and caloric value. The analyzer is normally calibrated with a mixture of a known composition. Natural gas is generally categorized as either low-caloric or high-caloric according to a common standard. Lowcalor or Highcalor natural gas are common standards that are used for caloric measurements.

18 Calorimetric control G-gases Composition size [m 3 ] [ft 3 ] G0 methane Complies with EN 437. G1 calbur Complies with EN 437. G calbur Complies with EN 437. G3 calbur Complies with EN 437. G5 calbur Complies with EN 437. G6 calbur Complies with EN % n.a. n.a. 5% n.a. n.a. 5% n.a. n.a. 5% n.a. n.a. 5% n.a. n.a. 0.5% other C n H m % C 3 H q.s. CH % H q.s. CH % N q.s. CH % N q.s. CH % C 3 H % N q.s. CH

19 Calorimetric control G-gases Composition size [m 3 ] [ft 3 ] G7 calbur Complies with EN % n.a. n.a. 18% N q.s. CH Mixtures FLAMMABLE GAS Filling pressure at 15 C : G bar(a) G1 31 bar(a) G 150 bar(a) G3 150 bar(a) G5 150 bar(a) G6 58 bar(a) G7 150 bar(a) 70 F : G0,000,400 psi(g) G1 469 psi(g) G,000 psi(g) G3,000 psi(g) G5,000 psi(g) G6 873 psi(g) G7,000 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Highly flammable. G0 G3, G5 G7 ADR: Class, 1F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

20 Calorimetric control G-gases Composition size [kg] [lb] G30 butane Complies with EN 437. G31 propane Complies with EN 437. G3 propene Complies with EN % other C n H m % other C n H m % other C n H m Mixtures FLAMMABLE GAS Filling pressure at 15 C : G bar(a) G bar(a) G3 9 bar(a) 70 F : G psi(g) G psi(g) G3 136 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Highly flammable. G31 ADR: Class, 1F DOT: Class.1 G30, G3 ADR: Class, F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

21 Calorimetric control G-gases Composition size [m 3 ] [ft 3 ] G110 calbur Complies with EN 437. G11 calbur Complies with EN 437. G10 calbur Complies with EN 437. G calbur Complies with EN 437. G31 calbur Complies with EN % n.a. n.a. 5% n.a. n.a. 5% n.a. n.a. 5% n.a. n.a. 5% n.a. n.a. 4% N % CH q.s. H % N % CH q.s. H % N % CH q.s. H % H q.s. CH % N q.s. CH

22 Calorimetric control G-gases Composition size [m 3 ] [ft 3 ] G71 calbur Complies with EN % n.a. n.a. 6% N q.s. CH Mixtures FLAMMABLE GAS Filling pressure at 15 C : G bar(a) G bar(a) G bar(a) G 150 bar(a) G bar(a) G bar(a) 70 F : G110,000 psi(g) G11,000 psi(g) G10,000 psi(g) G,000 psi(g) G31,000 psi(g) G71,000 psi(g) Material recommendations: Aluminum cylinder Brass valve Highly flammable. G110, G11, G10, G, G31, G71 ADR: Class,1F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

23 Calorimetric control natural gas Composition size [m 3 ] [ft 3 ] Lowcalor natural gas Composition may vary slightly locally. Highcalor natural gas Composition may vary slightly locally. % % 36 % % 36.6% N % CO % C H % C 3 H q.s. CH % C H % C 3 H % n-c 4 H q.s. CH EU natural gas n.a. n.a. n.a. 0.5% N % CO % C H % C 3 H % i-c 4 H % n-c 4 H q.s. CH 4 US natural gas n.a. n.a. n.a..6% N % CO % C H % C 3 H % i-c 4 H % n-c 4 H ppm i-c 5 H ppm n-c 5 H ppm n-c 6 H 14 q.s. CH 4 Mixtures FLAMMABLE GAS Highly flammable. ADR: Class, 1F DOT: Class.1 Filling pressure at 15 C : Low 87 bar(a) High 30 bar(a) EU 64 bar(a) US 9 bar(a) 70 F : Low 1,309 psi(g) High 456 psi(g) EU 966 psi(g) US 440 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

24 Instrument Process and quality control are essential in industry today. A wide variety of analyzers are used to determine the performance of each production step. Many analyses are done by taking samples and examining them inside a laboratory. However, there is a strong trend towards bringing analytical equipment closer to the process itself. Analyses are performed online, often in combination with integrated process control. This gives faster response times and hence better yields in the process. Another aim is to limit the amount of waste coming out of the reactor. Several different types of analyzers and measuring techniques are used. Often, these are dedicated to monitor a specific process variable. Many analyzers require a gas for their operation. The purity of the gas often affects the accuracy of the measurement. For online analyzers, standard purity is sufficient. Instrument argon 5.0 or Instrument nitrogen 5.0 are commonly used products. In laboratories, a much higher purity is used to limit the number of variables in the development phase. Or a higher standard of reliability may be required for quality control. A good example is the use of NMR helium liquid 4.0 for cooling purposes in nuclear magnetic resonance (NMR). This equipment is used in the pharmaceutical industry to investigate molecular structures in new drugs.

25 Instrument acetylene Impurities size [kg] [lb] AAS acetylene.6 Air 0.4% PH 3 5 ppm H S 1 ppm C H CAS: 7486 UN: 1001 FLAMMABLE GAS Filling pressure at 15 C : bar(a) 70 F : 50 psi(g) Material recommendations: Steel cylinder Stainless steel or brass (<65% Cu) valve Highly flammable. ADR: Class, 4F DOT: Class.1 Please contact Linde for advice.

26 Instrument ammonia Impurities size [kg] [lb] Detector ammonia 3.6 SFE ammonia 3.6 Supplied with dip tube. O 50 ppm H O 300 ppm H O 300 ppm All specifications based on vaporized liquid phase. NH 3 CAS: UN: 1005 NON-FLAMMABLE GAS Filling pressure at 15 C : 7.3 bar(a) 70 F : 114 psi(g) Material recommendations: Steel cylinder Stainless steel valve Toxic by inhalation. ADR: Class, TC DOT: Class. Please contact Linde for advice.

27 Instrument argon Impurities size [m 3 ] [ft 3 ] Instrument argon 5.0 ICP argon 5.0 Laboratory argon 5.7 Scientific argon 6.0 ICP argon liquid 5.0 Research argon liquid 5.0 Ar CAS: UN: 1006 NON-FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F : 7&44l,000 psi(g) 49l,640 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. O ppm N 5 ppm C n H m 0. ppm H O 3 ppm O ppm C n H m 0. ppm H O 3 ppm O 0.5 ppm N 1 ppm H 0.1 ppm CO+CO 0. ppm 44 4 C n H m 0.1 ppm H O ppm O 0. ppm N 0.4 ppm H 0.1 ppm CO+CO 0. ppm 44 4 C n H m 0.1 ppm H O 0.5 ppm O ppm on request 011 N 5 ppm C n H m 0. ppm H O 3 ppm O ppm on request 014 N 5 ppm C n H m 0. ppm H O ppm Liquid specifications based on vaporized liquid phase. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

28 Instrument 1,3-butadiene Impurities size [kg] [lb] Scientific 1,3-butadiene.5 other C n H m 0.5% All specifications based on vaporized liquid phase. C 4 H 6 CAS: UN: 1010 INHALATION HAZARD FLAMMABLE GAS Filling pressure at 15 C : bar(a) 70 F : psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. Toxic by inhalation. May cause cancer by inhalation. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

29 Instrument n-butane Impurities size [kg] [lb] Instrument n-butane 3.5 Scientific n-butane 3.5 other C n H m 500 ppm O 10 ppm CO 10 ppm other C n H m 500 ppm H O 10 ppm All specifications based on vaporized liquid phase. C 4 H 10 CAS: UN: 1011 FLAMMABLE GAS Filling pressure at 15 C : 1.8 bar(a) 70 F : 16.3 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

30 Instrument iso-butane Impurities size [kg] [lb] Scientific iso-butane 3.5 other C n H m 500 ppm H O 10 ppm All specifications based on vaporized liquid phase. C 4 H 10 CAS: 7585 UN: 1969 FLAMMABLE GAS Filling pressure at 15 C :.6 bar(a) 70 F : 31 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

31 Instrument carbon dioxide Impurities size [kg] [lb] Cryotrap carbon dioxide 3.0 Supplied with dip tube. Instrument carbon dioxide 4.5 Laboratory carbon dioxide 4.8 SFE carbon dioxide 5. Supplied with dip tube. SFE He carbon dioxide 5. Supplied with helium head space and dip tube. Scientific carbon dioxide 5. SFE halocarbon free carbon dioxide 5.5 Supplied with helium head space and dip tube. O + N 500 ppm H O 50 ppm C n H m 50 ppm O 15 ppm C n H m ppm H O 5 ppm O 5 ppm N 1 ppm C n H m 0.5 ppm H O 5 ppm C n H m 500 ppb (C 1 C 0 ) FCHC 1 ppb H O ppm C n H m 500 ppb (C 1 C 0 ) FCHC 1 ppb H O ppm O 1 ppm N 3 ppm C n H m 1 ppm H O 3 ppm C n H m 10 ppb (C 1 C 0 ) FCHC 0.01 ppb H O 1 ppm

32 Instrument carbon dioxide Impurities size [kg] [lb] Research carbon dioxide liquid 4.5 O 10 ppm on request 039 N 30 ppm C n H m 1 ppm H O 10 ppm All specifications based on vaporized liquid phase. CO CAS: UN: 1013 NON-FLAMMABLE GAS Filling pressure at 15 C : 51 bar(a) Helium head space 150 bar(a) 70 F : 830 psi(g) Helium head space,000 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

33 Instrument carbon monoxide Impurities size [m 3 ] [ft 3 ] Instrument carbon monoxide 3.7 Scientific carbon monoxide 4.7 O 30 ppm N 300 ppm CO 30 ppm H 100 ppm Ar 0 ppm C n H m 10 ppm H O 10 ppm O 5 ppm N 10 ppm CO 5 ppm H 1 ppm Ar 15 ppm C n H m ppm H O 5 ppm CO CAS: UN: 1016 INHALATION HAZARD FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F : 1,660 psi(g) 49l,000 psi(g) Material recommendations: Aluminum cylinder Brass valve Highly flammable. Toxic by inhalation. ADR: Class, 1TF DOT: Class.3 Outlet pressure HiQ REDLINE bar psi C 00/ P, brass C 00/ P, brass C 00/ P, brass

34 Instrument chrocal Composition size [m 3 ] [ft 3 ] PID chrocal 100 ppm PID chrocal 150 ppm 5% % 4 5% % ppm i-c 4 H q.s. synth. air ppm i-c 4 H q.s. synth. air Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve n.a. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

35 Instrument chrocal Composition size [m 3 ] [ft 3 ] Alkane chrocal 10 ppm Alkane chrocal 100 ppm Alkane chrocal 1,000 ppm 5% % 4 5% % 4 5% % 4 10 ppm CH ppm C H ppm C 3 H ppm n-c 4 H ppm i-c 4 H q.s. N ppm CH ppm C H ppm C 3 H ppm n-c 4 H ppm i-c 4 H q.s. N ,000 ppm CH ,000 ppm C H ,000 ppm C 3 H ,000 ppm n-c 4 H ,000 ppm i-c 4 H q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

36 Instrument chrocal Composition size [m 3 ] [ft 3 ] Alkene chrocal 10 ppm Alkene chrocal 100 ppm Alkene chrocal 1,000 ppm Mixtures 5% % 4 5% % 4 5% % 4 10 ppm C H ppm C 3 H ppm i-c 4 H ppm cis C 4 H ppm trans C 4 H 8 q.s. N 100 ppm C H ppm C 3 H ppm i-c 4 H ppm cis C 4 H ppm trans C 4 H 8 q.s. N 1,000 ppm C H ,000 ppm C 3 H ,000 ppm i-c 4 H ,000 ppm cis C 4 H ,000 ppm trans C 4 H 8 q.s. N NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

37 Instrument chrocar Composition size [m 3 ] [ft 3 ] N chrocar 40% HC specified N chrocar 40% 5% n.a. n.a. 5% n.a. n.a. 40% H q.s. N % H C n H m 1 ppm q.s. N Mixtures FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) 49l,400 psi(g) Material recommendations: Aluminum cylinder Brass valve Highly flammable. ADR: Class, 1F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

38 Instrument chrocar Composition size [m 3 ] [ft 3 ] He chrocar 8.5% He chrocar 40% HC specified He chrocar 40% 5% n.a. n.a. 5% n.a. n.a. 5% n.a. n.a. 8.5% H q.s. He % H q.s. He % H C n H m 1 ppm q.s. He Mixtures FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) 49l,400 psi(g) Material recommendations: Aluminum cylinder Brass valve Highly flammable. ADR: Class, 1F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

39 Instrument deuterium Impurities size [m 3 ] [m 3 ] Scientific deuterium.8 >99.8% D + H D O 5 ppm N 10 ppm H O 10 ppm D CAS: UN: 1957 FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) 44l 1,850 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Highly flammable. ADR: Class, 1F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

40 Instrument dewcal Composition size [m 3 ] [ft 3 ] H O dewcal 5 ppm H O dewcal 5 ppm H O dewcal 100 ppm 0% 10% 1 10% 5% 1 10% 5% 1 5 ppm H O q.s. N ppm H O q.s. N ppm H O q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 100 ppm 65 bar(a) 70 F :,000 psi(g) 100 ppm 930 psi(g) Material recommendations: Aluminum cylinder Brass valve Dew point 1 C/33.8 F. Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

41 Instrument,-dimethylpropane Impurities size [kg] [lb] Scientific,-dimethylpropane.0 other C n H m 0.7% All specifications based on vaporized liquid phase. C 5 H 1 CAS: UN: 044 FLAMMABLE GAS Filling pressure at 15 C : 1. bar(a) 70 F : 7 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

42 Instrument ethane Impurities size [kg] [lb] Instrument ethane 3.5 Scientific ethane 4.5 O 10 ppm N 40 ppm CO 5 ppm other C n H m 400 ppm 49 3 H O 5 ppm O 4 ppm N 0 ppm CO 1 ppm other C n H m 0 ppm 49 3 H O 3 ppm All specifications based on vaporized liquid phase. C H 6 CAS: UN: 1035 FLAMMABLE GAS Filling pressure at 15 C : 34 bar(a) 70 F : 544 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

43 Instrument ethene Impurities size [kg] [lb] Scientific ethene 3.5 O 10 ppm N 40 ppm CO 5 ppm other C n H m 450 ppm 49 3 H O 5 ppm All specifications based on vaporized liquid phase. C H 4 CAS: UN: 196 FLAMMABLE GAS Filling pressure at 15 C : 76 bar(a) 70 F : 1,00 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, 1F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

44 Instrument helium Impurities size [m 3 ] [ft 3 ] Instrument helium 4.6 Detector helium 5.0 Halocarbon free helium 5.0 Auto emission helium 5.0 Laboratory helium 5.6 Scientific helium 6.0 NMR helium liquid 4.0 O 5 ppm C n H m 1 ppm H O 5 ppm O ppm N 5 ppm C n H m 1 ppm H O 3 ppm O ppm N 5 ppm Halocarbons as SF 6 1 ppb C n H m 1 ppm H O 3 ppm O ppm N 5 ppm C n H m 1 ppm NO 0.1 ppm H O 3 ppm O 0.5 ppm N 1 ppm H 0.1 ppm C n H m 0.1 ppm H O ppm O 0. ppm N 0.4 ppm H 0.1 ppm C n H m 0.1 ppm H O 0.5 ppm H O 5 ppm on request 06

45 Instrument helium Impurities size [m 3 ] [ft 3 ] Research helium liquid 4.0 O 10 ppm on request 063 N 80 ppm C n H m 1 ppm H O 5 ppm Liquid specifications based on vaporized liquid phase. He CAS: UN: 1046 NON-FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) 49l,640 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

46 Instrument hydrogen Impurities size [m 3 ] [ft 3 ] Instrument hydrogen 4.5 Detector hydrogen 5.0 Halocarbon free hydrogen 5.0 Laboratory hydrogen 5.5 Scientific hydrogen 6.0 O 5 ppm H O 5 ppm O ppm N 4 ppm C n H m 0.5 ppm H O 4 ppm O ppm Halocarbons as SF 6 1 ppb C n H m 0.1 ppm H O ppm O 1 ppm N 3 ppm CO+CO 0. ppm C n H m 0.1 ppm H O ppm O 0. ppm N 0.3 ppm CO+CO 0.1 ppm C n H m 0.1 ppm H O 0.5 ppm H CAS: UN: 1049 FLAMMABLE GAS Highly flammable. ADR: Class, 1F DOT: Class.1 Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) 49l,400 psi(g) Material recommendations: Aluminum cylinder Brass valve Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

47 Instrument hydrogen chloride Impurities size [kg] [lb] Scientific hydrogen chloride 4.5 O 1 ppm N ppm CO 1 ppm CO 5 ppm C n H m 1 ppm H O ppm All specifications based on vaporized liquid phase. HCl CAS: UN: INHALATION HAZARD CORROSIVE 8 Filling pressure at 15 C : 37 bar(a) 70 F : 613 psi(g) Material recommendations: Steel cylinder Stainless steel valve Toxic by inhalation. Causes severe burns. ADR: Class, TC DOT: Class.3 Outlet pressure HiQ REDLINE bar psi C 00/ P, stainless steel C 00/ P, stainless steel C 00/ P, stainless steel

48 Instrument instarg Composition size [m 3 ] [ft 3 ] H instarg 1% 10% n.a. n.a. 1% H q.s. Ar H instarg % 10% n.a. n.a. % H q.s. Ar H instarg 3% 10% n.a. n.a. 3% H q.s. Ar H instarg 5% 10% n.a. n.a. 5% H q.s. Ar H instarg 6% 10% n.a. n.a. 6% H q.s. Ar Mixtures 3% NON-FLAMMABLE GAS 3% Asphyxiant at high concentrations. 5% Highly flammable. 5% FLAMMABLE GAS 3% ADR: Class, 1A DOT: Class. 5% ADR: Class, 1F DOT: Class.1 Filling pressure at 15 C : 150/00 bar(a) 70 F :,000 psi(g) 49l,400 psi(g) Material recommendations: Aluminum cylinder Brass valve Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

49 Instrument instarg Composition size [m 3 ] [ft 3 ] Methane instarg 5% 10% n.a. n.a. 5% CH q.s. Ar Methane instarg 10% 10% n.a. n.a. 10% CH q.s. Ar Methane instarg 0% 10% n.a. n.a. 0% CH q.s. Ar Halocarbon free methane instarg 5% 10% n.a. n.a. 5% CH Halocarbons as SF 6 1 ppb q.s. Ar Halocarbon free methane instarg 10% 10% n.a. n.a. 10% CH Halocarbons as SF 6 1 ppb q.s. Ar Mixtures 5% NON-FLAMMABLE GAS 5% Asphyxiant at high concentrations. 10% Highly flammable. 10% FLAMMABLE GAS 5% ADR: Class, 1A DOT: Class. 10% ADR: Class, 1F DOT: Class.1 Filling pressure at 15 C : 150/00 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

50 Instrument instarg Composition size [m 3 ] [ft 3 ] CO instarg 0% 10% n.a. n.a. 0% CO q.s. Ar Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) 49l,400 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

51 Instrument insthel Composition size [m 3 ] [ft 3 ] n-butane insthel 1.3% 10% n.a. n.a. 1.3% n-c 4 H q.s. He Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 66 bar(a) 70 F : 993 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

52 Instrument insthel Composition size [m 3 ] [ft 3 ] iso-butane insthel 0.95% 10% n.a. n.a. 0.95% i-c 4 H q.s. He iso-butane insthel 4% 10% n.a. n.a. 4% i-c 4 H q.s. He Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 0.95% 140 bar(a) 4% 33 bar(a) 70 F : 0.95%,000 psi(g) 4% 500 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

53 Instrument krypton Impurities size [kg] [lb] SFE krypton 4.5 Supplied with dip tube. Scientific krypton 5.0 Halocarbon free krypton 5.3 O ppm on request 077 CF ppm SF ppm H O 5 ppm O 0.5 ppm on request 078 N ppm H 1 ppm Xe ppm Ar ppm C n H m 0.5 ppm H O 5 ppm O 0.5 ppm on request 6316 N 1 ppm H 1 ppm Xe 1 ppm Ar 1 ppm CO x 1 ppm SF ppm CF ppm C F ppm C n H m 0.1 ppm H O 1 ppm All specifications based on vaporized liquid phase. Kr CAS: UN: 1056 NON-FLAMMABLE GAS Filling pressure at 15 C : 130 bar(a) 70 F : 1,900 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

54 Instrument methane Impurities size [m 3 ] [ft 3 ] Instrument methane 3.5 Detector methane 4.5 Scientific methane 5.5 O 30 ppm H 0 ppm N 00 ppm 0.39 other C n H m 300 ppm O 5 ppm N 50 ppm H 10 ppm 0.39 other C n H m 0 ppm H O 5 ppm O + N 5 ppm other C n H m 1 ppm 0.39 H O 1 ppm CH 4 CAS: 7488 UN: 1971 FLAMMABLE GAS Filling pressure at 15 C : bar(a) 70 F :,000 psi(g) 49l,400 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, 1F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

55 Instrument neon Impurities size [m 3 ] [ m 3 ] Scientific neon 5.0 O 1 ppm N 4 ppm He 10 ppm H O ppm Ne CAS: UN: 1065 NON-FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

56 Instrument nitric oxide Impurities size [m 3 ] [ft 3 ] Scientific nitric oxide 3.0 N + N x O y comp. 0.1% SO 100 ppm H O 50 ppm NO CAS: UN: INHALATION HAZARD OXIDIZER CORROSIVE Filling pressure at 15 C : 30 bar(a) 70 F : 500 psi(g) Material recommendations: Steel cylinder Stainless steel valve Contact with combustible material may cause fire. Very toxic by inhalation. Causes severe burns. ADR: Class, 1TOC DOT: Class.3 Outlet pressure HiQ REDLINE bar psi C 00/ P, stainless steel C 00/ P, stainless steel C 00/ P, stainless steel

57 Instrument nitrogen Impurities size [m 3 ] [ft 3 ] Instrument nitrogen 5.0 (including rare gases) Emission nitrogen 5.0 (including rare gases) Detector nitrogen 5.5 (including rare gases) Halocarbon free nitrogen 5.5 (including rare gases) Scientific nitrogen 6.0 (including rare gases) O 3 ppm C n H m 1 ppm H O 3 ppm O 3 ppm C n H m 1 ppm CO 100 ppm NO 0.1 ppm H O 3 ppm O 0.5 ppm CO 0.5 ppm CO 0.5 ppm C n H m 0.1 ppm H O ppm O 0.5 ppm H 1 ppm Halocarbons as SF 6 1 ppb C n H m 0.1 ppm H O ppm O 0. ppm CO+CO 0. ppm C n H m 0.1 ppm H O 0.5 ppm Continues...

58 Instrument nitrogen Impurities size [m 3 ] [ft 3 ] Research nitrogen liquid 5.0 (including rare gases) O ppm on request 099 H O ppm Liquid specifications based on vaporized liquid phase. N CAS: UN: 1066 NON-FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) 49l,640 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

59 Instrument nitrous oxide Impurities size [kg] [lb] AAS nitrous oxide.0 Scientific nitrous oxide 4.8 O + N 0.9% O 10 ppm N 0 ppm CO+CO 6 ppm C n H m 1 ppm H O 5 ppm All specifications based on vaporized liquid phase. N O CAS: UN: NON-FLAMMABLE GAS OXIDIZER 5.1 Filling pressure at 15 C : 46 bar(a) 70 F : 745 psi(g) Material recommendations: Steel cylinder Brass valve Contact with combustible material may cause fire. ADR: Class, O DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

60 Instrument nurom Composition size [m 3 ] [ft 3 ] He nurom 70% 10% n.a. n.a. 30% Ne q.s. He Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150/00 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

61 Instrument nurom Composition size [m 3 ] [ft 3 ] Ne nurom 75% 10% n.a. n.a. 5% He q.s. Ne Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150/00 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

62 Instrument oxygen Impurities size [m 3 ] [ft 3 ] Instrument oxygen 5.0 Laboratory oxygen 5.6 Scientific oxygen 6.0 N 5 ppm Ar 3 ppm C n H m 0. ppm H O 3 ppm N ppm Ar 1 ppm CO 0.1 ppm CO 0.1 ppm 44 5 C n H m 0.1 ppm H O 1 ppm N 0.5 ppm Ar 1 ppm CO 0.1 ppm CO 0.1 ppm 44 5 C n H m 0.1 ppm H O 0.5 ppm O CAS: UN: NON-FLAMMABLE GAS OXIDIZER 5.1 Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) 49l,640 psi(g) Material recommendations: Steel cylinder Brass valve Contact with combustible material may cause fire. ADR: Class, 1O DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

63 Instrument perfluoropropane Impurities size [kg] [lb] Scientific perfluoropropane.0 Air 0.1% other C n X m 0.3% H O 100 ppm All specifications based on vaporized liquid phase. C 3 F 8 CAS: UN: 44 NON-FLAMMABLE GAS Filling pressure at 15 C : 6.7 bar(a) 70 F : 100 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, A DOT: Class. Please contact Linde for advice.

64 Instrument propane Impurities size [kg] [lb] Scientific propane 3.5 O 10 ppm S-comp 0.5 ppm other C n H m 300 ppm H O 30 ppm All specifications based on vaporized liquid phase. C 3 H 8 CAS: UN: 1978 FLAMMABLE GAS Filling pressure at 15 C : 7.3 bar(a) 70 F : 109 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

65 Instrument sulfur dioxide Impurities size [kg] [lb] Scientific sulfur dioxide 3.8 H SO 4 50 ppm H O 50 ppm All specifications based on vaporized liquid phase. SO CAS: UN: INHALATION HAZARD CORROSIVE 8 Filling pressure at 15 C :.8 bar(a) 70 F : 34 psi(g) Material recommendations: Steel cylinder Stainless steel valve Toxic by inhalation. Causes severe burns. ADR: Class, TC DOT: Class.3 Please contact Linde for advice.

66 Instrument sulfur hexafluoride Impurities size [kg] [lb] SFE sulfur hexafluoride 4.5 Supplied with dip tube. O 5 ppm CF 4 0 ppm H O 5 ppm All specifications based on vaporized liquid phase. SF 6 CAS: UN: 1080 NON-FLAMMABLE GAS Filling pressure at 15 C : 19 bar(a) 70 F : 30 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, A DOT: Class. Please contact Linde for advice.

67 Instrument synthetic air Impurities size [m 3 ] [ft 3 ] Monitoring zero synthetic air 4.0 Instrument synthetic air 5.0 Emission synthetic air 5.5 Scientific synthetic air 5.5 5% n.a. n.a. 5% n.a. n.a. 5% n.a. n.a. 3% n.a. n.a. H O 5 ppm C n H m 1 ppm CO 1 ppm CO 1 ppm C n H m 0.1 ppm H O 3 ppm CO 0.1 ppm CO 0.1 ppm NO x 0.1 ppm C n H m 0.1 ppm CO 0.1 ppm CO 0.1 ppm NO x 0.1 ppm S-comp not detectable 44 5 C n H m 0.1 ppm H O ppm Air UN: 100 NON-FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) 49l,400 psi(g) Material recommendations: Steel cylinder Brass valve n.a. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

68 Instrument xenon Impurities size [kg] [lb] SFE xenon 4.5 Supplied with dip tube. Scientific xenon 5.0 Halocarbon free xenon 5.3 O ppm on request 148 CF ppm SF ppm H O 5 ppm O 0.5 ppm on request 149 N ppm Ar ppm Kr ppm C n H m 0.5 ppm H O 1 ppm O 0.5 ppm on request 6317 N 1 ppm H 1 ppm Ar 1 ppm Kr 1 ppm CO x 1 ppm SF ppm CF ppm C F ppm C n H m 0.1 ppm H O 1 ppm All specifications based on vaporized liquid phase. Xe CAS: UN: 036 NON-FLAMMABLE GAS Filling pressure at 15 C : 56 bar(a) 70 F : 800 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

69 Odorization Our nose is one of the most sensitive parts of our bodies. It is an important instrument that can warn us of unsafe situations. But the nose can also be used to recognize individuals. Take for example a polar bear, which can smell a seal already at a distance of more than 30 meters. Smells are also used to mark an animal s territory, or as a signal by parent animals to recognize their own calf in a herd. Odors are very individual; some smells that is liked by one person but can make another person sick. Almost all humans dislike some specific smells. This characteristic makes them perfect heralds of unsafe situations. They can be clear indicators of small leakages in chemical plants. Where it can take considerable time before a small leak of the substance itself is detected, with an odorant added to the process flow, the same leak can be detected in minutes. This helps to limit the leakage and the amount of substance that is released into the environment. The clear result is that pollution of the environment can be prevented, helping to conserve our earth for future generations. Common odorants are often sulfur-based, such as methyl mercaptane or hydrogen sulfide. Concentrations as low as between 1 and 10 ppm are normally sufficient to trigger the human nose. It is therefore important that the concentration of the odorant is well controlled. Online monitors control this process. These monitors must be calibrated at regular intervals with a calibration gas of a known composition. Methyl mercaptane odocal 1, 5 and 10 are typical standardized products that are used in odorant measurements.

70 Odorization odocal Composition size [m 3 ] [ft 3 ] CS odocal 1 ppm CS odocal 5 ppm CS odocal 10 ppm 10% 10% 1 10% 10% 1 10% 5% 1 1 ppm CS q.s. N ppm CS q.s. N ppm CS q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum/steel cylinder Stainless steel valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ P, brass C 00/ P, brass C 00/ P, brass

71 Odorization odocal Composition size [m 3 ] [ft 3 ] H S odocal 1 ppm H S odocal 5 ppm H S odocal 10 ppm 10% 10% 1 10% 10% 1 10% 5% 1 1 ppm H S q.s. N ppm H S q.s. N ppm H S q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum cylinder Stainless steel valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ P, stainless steel C 00/ P, stainless steel C 00/ P, stainless steel

72 Odorization odocal Composition size [m 3 ] [ft 3 ] Methyl mercaptan odocal 1 ppm Methyl mercaptan odocal 5 ppm Methyl mercaptan odocal 10 ppm 10% 5% 1 10% 5% 1 10% 5% 1 1 ppm CH 4 S q.s. N ppm CH 4 S q.s. N ppm CH 4 S q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum cylinder Stainless steel valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ P, stainless steel C 00/ P, stainless steel C 00/ P, stainless steel

73 Odorization odocal Composition size [m 3 ] [ft 3 ] THT odocal 1 ppm THT odocal 5 ppm THT odocal 10 ppm 10% 5% 1 10% 5% 1 10% 5% 1 1 ppm C 4 H 8 S q.s. N ppm C 4 H 8 S q.s. N ppm C 4 H 8 S q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum cylinder Stainless steel valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ P, brass C 00/ P, brass C 00/ P, brass

74 Petrochemical industry In petrochemical plants, you can see many tanks, reactors, pipes, etc. But we seldom see the products inside these tanks or pipes. Even if we could see them, many of them would look exactly the same to us. Although their appearance might not differ, the characteristics of each substance can differ significantly. It is important therefore that the quality of each process flow is well controlled. Some of these products are used as raw materials in other parts of (petro) chemical plants. But these products can also be supplied to other industries. A good example is mixtures of butane and propane. They are frequently used as propellants in paint, hair sprays and odorants, for example. For paint in particular, the composition must be within predefined tolerances to create the best spray effect when the paint is used. Or take propene (propylene), in which ethene (ethylene) can be present as an impurity. Too much ethene changes the characteristics of the propene polymer that has been formed in a reactor. Online monitoring is performed with dedicated analyzers. These analyzers must be calibrated at regular intervals. Calibration gases with a known composition such as Ethene/propene petliq 5% are perfect for verifying the characteristics of the raw material.

75 Petrochemical petcontcust Composition size [m 3 ] [ft 3 ] H S petcontcust medium 10% n.a ppm H S q.s. CO H S petcontcust high 10% n.a. 1 1, ,999 ppm H S q.s. CO H S petcontcust percent 10% n.a % H S q.s. CO Mixtures <10% <6.7% NON-FLAMMABLE GAS 10% 6.7% FLAMMABLE GAS Filling pressure at 15 C : bar(a) 70 F : psi(g) Material recommendations: Aluminum cylinder Stainless steel valve <1% Asphyxiant at high concentrations % Harmful by inhalation % Toxic by inhalation. Flammable. 10% Very toxic by inhalation. Extremely flammable <10% ADR: Class, 1A <6.7% DOT: Class. 10% ADR: Class, 1F 6.7% DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/ P, stainless steel C 00/ P, stainless steel C 00/ P, stainless steel

76 Petrochemical petemcust Composition size [m 3 ] [ft 3 ] CO petemcust high 5% % % CO q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : bar(a) 70 F :,000 1,500 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

77 Petrochemical petemcust Composition size [m 3 ] [ft 3 ] CO petemcust low CO petemcust medium CO petemcust high 5% % 36 5% % 36 5% % ppm CO q.s. N ppm CO 7 8 q.s. N % CO q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum cylinder Brass valve <00 ppm Asphyxiant at high concentrations. 00 1,999 ppm Harmful by inhalation.,000 ppm Toxic by inhalation. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

78 Petrochemical petemcust Composition size [m 3 ] [ft 3 ] CO/CO petemcust low 5% % ppm CO ppm CO q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum cylinder Brass valve <00 ppm CO Asphyxiant at high concentrations ppm CO Harmful by inhalation. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

79 Petrochemical petemcust Composition size [m 3 ] [ft 3 ] COS petemcust low 5% 5% ppm COS q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum cylinder Stainless steel valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, stainless steel C 00/ A, stainless steel C 00/ A, stainless steel

80 Petrochemical petemcust Composition size [m 3 ] [ft 3 ] H S petemcust low 10% 5% ppm H S q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum cylinder Stainless steel valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ P, stainless steel C 00/ P, stainless steel C 00/ P, stainless steel

81 Petrochemical petemcust Composition size [m 3 ] [ft 3 ] Methane petemcust low Methane petemcust medium Methane petemcust high 5% % 36 5% % 36 5% % ppm CH q.s. N ppm CH q.s. N % CH q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

82 Petrochemical petemcust Composition size [m 3 ] [ft 3 ] O petemcust medium O petemcust high 5% % 36 5% % ppm O 7 3 q.s. N % O q.s. N Mixtures <1% <3.5% NON-FLAMMABLE GAS 1% % NON-FLAMMABLE GAS OXIDIZER 5.1 Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve <18% Asphyxiant at high concentrations % n.a. 1% Contact with combustible material may cause fire. <1% ADR: Class, 1A DOT: Class. 1% ADR: Class, 1O DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

83 Petrochemical petemcust Composition size [m 3 ] [ft 3 ] Propane petemcust low Propane petemcust medium Propane petemcust high 5% % 36 5% % 36 5% % ppm C 3 H q.s. N ppm C 3 H q.s. N % C 3 H q.s. N Mixtures 6% NON-FLAMMABLE GAS >6% FLAMMABLE GAS Filling pressure at 15 C : <1000 ppm 150 bar(a) % bar(a) 70 F : <1000 ppm,000 psi(g) %, psi(g) Material recommendations: Aluminum/steel cylinder Brass valve 6% Asphyxiant at high concentrations. >6% Highly flammable. 6% ADR: Class, 1A DOT: Class. >6% ADR: Class, 1F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

84 Petrochemical petemcust Composition size [m 3 ] [ft 3 ] SO petemcust low 10% 5% ppm SO q.s. N Mixtures NON-FLAMMABLE GAS Filling pressure at 15 C : 150 bar(a) 70 F :,000 psi(g) Material recommendations: Aluminum cylinder Stainless steel valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/ A, stainless steel C 00/ A, stainless steel C 00/ A, stainless steel

85 Petrochemical petliq Composition size [kg] [lb] n-butane/iso-butane petliq 40% Supplied with He, H or N head space on request. 5% % 4 40% n-c 4 H 10 on request 746 q.s. i-c 4 H 10 n-butane/iso-butane petliq 30% Supplied with He, H or N head space on request. 5% % 4 30% n-c 4 H 10 on request 747 q.s. i-c 4 H 10 n-butane/iso-butane petliq 5% Supplied with He, H or N head space on request. 5% % 4 5% n-c 4 H 10 on request 748 q.s. i-c 4 H 10 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 40%. bar(a) 30%.3 bar(a) 5%.5 bar(a) With head space 5 0 bar(a) 70 F : 40% 31 psi(g) 30% 3 psi(g) 5% 35 psi(g) With head space 7 90 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder. Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

86 Petrochemical petliqcust Composition size [kg] [lb] n-butane/iso-butane petliqcust high 5% % % n-c 4 H 10 on request 908 q.s. i-c 4 H 10 Supplied with He, H or N head space on request. Mixtures FLAMMABLE GAS Filling pressure at 15 C :.6. bar(a) With head space 5 0 bar(a) 70 F : 4 18 psi(g) With head space 7 90 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder. Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

87 Petrochemical petliq Composition size [kg] [lb] n-butane/propane petliq 40% Supplied with He, H or N head space on request. 5% % 4 40% n-c 4 H 10 on request 739 q.s. C 3 H 8 n-butane/propane petliq 30% Supplied with He, H or N head space on request. 5% % 4 30% n-c 4 H 10 on request 740 q.s. C 3 H 8 n-butane/propane petliq 5% Supplied with He, H or N head space on request. 5% % 4 5% n-c 4 H 10 on request 741 q.s. C 3 H 8 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 40% 4.9 bar(a) 30% 5.5 bar(a) 5% 6.9 bar(a) With head space 7 0 bar(a) 70 F : 40% 58 psi(g) 30% 67 psi(g) 5% 88 psi(g) With head space psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder. Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

88 Petrochemical petliqcust Composition size [kg] [lb] n-butane/propane petliqcust high 5% % % n-c 4 H 10 on request 906 q.s. C 3 H 8 Supplied with He, H or N head space on request. Mixtures FLAMMABLE GAS Filling pressure at 15 C : bar(a) With head space 7 0 bar(a) 70 F : psi(g) With head space psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder. Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

89 Petrochemical petliq Composition size [kg] [lb] iso-butane/n-butane petliq 5% Supplied with He, H or N head space on request. 5% % 4 5% i-c 4 H 10 on request 74 q.s. n-c 4 H 10 iso-butane/n-butane petliq 30% Supplied with He, H or N head space on request. 5% % 4 30% i-c 4 H 10 on request 743 q.s. n-c 4 H 10 iso-butane/n-butane petliq 40% Supplied with He, H or N head space on request. 5% % 4 40% i-c 4 H 10 on request 744 q.s. n-c 4 H 10 iso-butane/n-butane petliq 50% Supplied with He, H or N head space on request. 5% % 4 50% i-c 4 H 10 on request 745 q.s. n-c 4 H 10 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 5% 1.8 bar(a) 30% bar(a) 40 50%.1 bar(a) With head space 5 0 bar(a) 70 F : 5% 1 psi(g) 30% 15 psi(g) 40 50% 17 psi(g) With head space 7 90 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder. Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

90 Petrochemical petliqcust Composition size [kg] [lb] iso-butane/n-butane petliqcust high 5% % % i-c 4 H 10 on request 907 q.s. n-c 4 H 10 Supplied with He, H or N head space on request. Mixtures FLAMMABLE GAS Filling pressure at 15 C : 1.8. bar(a) With head space 5 0 bar(a 70 F : 1 18 psi(g) With head space 7 90 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder. Highly flammable. ADR: Class, 1F DOT: Class.1 Please contact Linde for advice.

91 Petrochemical petliq Composition size [kg] [lb] Ethane/ethene petliq 5% 5% % 4 5% C H 6 on request 76 q.s. C H 4 Ethane/ethene petliq 50% 5% % 4 50% C H 6 on request 77 q.s. C H 4 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 5% 55 bar(a) 50% 46 bar(a) 70 F : 5% 783 psi(g) 50% 65 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, 1F DOT: Class.1 Please contact Linde for advice.

92 Petrochemical petliqcust Composition size [kg] [lb] Ethane/ethene petliqcust high 5% % % C H 6 on request 899 q.s. C H 4 Mixtures FLAMMABLE GAS Filling pressure at 15 C : bar(a) 70 F : psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, 1F DOT: Class.1 Please contact Linde for advice.

93 Petrochemical petliq Composition size [kg] [lb] Ethene/ethane petliq 5% 5% % 4 5% C H 4 on request 78 q.s. C H 6 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 35 bar(a) 70 F : 493 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

94 Petrochemical petliqcust Composition size [kg] [lb] Ethene/ethane petliqcust high 5% % % C H 4 on request 900 q.s. C H 6 Mixtures FLAMMABLE GAS Filling pressure at 15 C : bar(a) 70 F : psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

95 Petrochemical petliq Composition size [kg] [lb] Ethene/propene petliq 5% 5% % 4 5% C H 4 on request 79 q.s. C 3 H 6 Ethene/propene petliq 50% 5% % 4 50% C H 4 on request 730 q.s. C 3 H 6 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 5% 11 bar(a) 50% 33 bar(a) 70 F : 5% 134 psi(g) 50% 477 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

96 Petrochemical petliqcust Composition size [kg] [lb] Ethene/propene petliqcust high 5% % % C H 4 on request 901 q.s. C 3 H 6 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 9 33 bar(a) 70 F : psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

97 Petrochemical petliq Composition size [kg] [lb] Propane/n-butane petliq 5% Supplied with He, H or N head space on request. 5% % 4 5% C 3 H 8 on request 735 q.s. n-c 4 H 10 Propane/n-butane petliq 30% Supplied with He, H or N head space on request. 5% % 4 30% C 3 H 8 on request 736 q.s. n-c 4 H 10 Propane/n-butane petliq 40% Supplied with He, H or N head space on request. 5% % 4 40% C 3 H 8 on request 737 q.s. n-c 4 H 10 Propane/n-butane petliq 50% Supplied with He, H or N head space on request. 5% % 4 50% C 3 H 8 on request 738 q.s. n-c 4 H 10 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 5% bar(a) 30% 3.3 bar(a) 40% 3.8 bar(a) 50% 4.4 bar(a) With head space 5 0 bar(a) 70 F : 5% 15 psi(g) 30% 34 psi(g) 40% 4 psi(g) 50% 51 psi(g) With head space 7 90 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder. Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

98 Petrochemical petliqcust Composition size [kg] [lb] Propane/n-butane petliqcust high 5% % % C 3 H 8 on request 905 q.s. n-c 4 H 10 Supplied with He, H or N head space on request. Mixtures FLAMMABLE GAS Filling pressure at 15 C : bar(a) With head space 5 0 bar(a) 70 F : 1 65 psi(g) With head space 7 90 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder. Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

99 Petrochemical petliq Composition size [kg] [lb] Propane/propene petliq 5% Supplied with He, or N head space on request. 5% % 4 5% C 3 H 8 on request 73 q.s. C 3 H 6 Propane/propene petliq 50% Supplied with He, or N head space on request. 5% % 4 50% C 3 H 8 on request 733 q.s. C 3 H 6 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 5% 8.9 bar(a) 50% 8.1 bar(a) With head space 10 0 bar(a) 70 F : 5% 118 psi(g) 50% 106 psi(g) With head space psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

100 Petrochemical petliqcust Composition size [kg] [lb] Propane/propene petliqcust high 5% % % C 3 H 8 on request 903 q.s. C 3 H 6 Supplied with He, or N head space on request. Mixtures FLAMMABLE GAS Filling pressure at 15 C : 9 8. bar(a) With head space 10 0 bar(a) 70 F : psi(g) With head space psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

101 Petrochemical petliq Composition size [kg] [lb] Propene/ethene petliq 5% 5% % 4 5% C 3 H 6 on request 731 q.s. C H 4 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 55 bar(a) 70 F : 783 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

102 Petrochemical petliqcust Composition size [kg] [lb] Propene/ethene petliqcust high 5% % % C 3 H 6 on request 90 q.s. C H 4 Mixtures FLAMMABLE GAS Filling pressure at 15 C : bar(a) 70 F : psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

103 Petrochemical petliq Composition size [kg] [lb] Propene/propane petliq 5% Supplied with He, or N head space on request. 5% % 4 5% C 3 H 6 on request 734 q.s. C 3 H 8 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 7.4 bar(a) With head space 10 0 bar(a) 70 F : 96 psi(g) With head space psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

104 Petrochemical petliqcust Composition size [kg] [lb] Propene/propane petliqcust high Supplied with He, or N head space on request. 5% % % C 3 H 6 on request 904 q.s. C 3 H 8 Mixtures FLAMMABLE GAS Filling pressure at 15 C : bar(a) With head space 10 0 bar(a) 70 F : psi(g) With head space psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, 1F DOT: Class.1 Please contact Linde for advice.

105 Petrochemical petliq Composition size [kg] [lb] C4/C3 petliq 1% Supplied with He, H or N head space on request. 5% % 4 1% i-c 4 H 10 on request 749 1% n-c 4 H 10 q.s. C 3 H 8 C4/C3 petliq.5% Supplied with He, H or N head space on request. 5% % 4.5% i-c 4 H 10 on request 750.5% n-c 4 H 10 q.s. C 3 H 8 C4/C3 petliq 0% Supplied with He, H or N head space on request. 5% % 4 0% i-c 4 H 10 on request 751 0% n-c 4 H 10 q.s. C 3 H 8 C4/C3 petliq 5% Supplied with He, H or N head space on request. 5% % 4 5% i-c 4 H 10 on request 75 5% n-c 4 H 10 q.s. C 3 H 8 C4/C3 petliq 33% Supplied with He, H or N head space on request. 5% % 4 33% i-c 4 H 10 on request % n-c 4 H 10 q.s. C 3 H 8 C4/C3 petliq 40% Supplied with He, H or N head space on request. 5% % 4 40% i-c 4 H 10 on request % n-c 4 H 10 q.s. C 3 H 8 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 1% 7.1 bar(a).5% 7 bar(a) 0% 5.1 bar(a) 5% 4.6 bar(a) 33% 3.8 bar(a) 40% 3.1 bar(a) With head space 5 0 bar(a) 70 F : 1% 91 psi(g).5% 89 psi(g) 0% 6 psi(g) 5% 55 psi(g) 33% 4 psi(g) 40% 31 psi(g) With head space 7 90 psi(g) Material recommendations: Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice. Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder.

106 Petrochemical petliqcust Composition size [kg] [lb] C4/C3 petliqcust high Supplied with He, H or N head space on request. 5% % % i-c 4 H 10 on request % n-c 4 H 10 q.s. C 3 H 8 Mixtures FLAMMABLE GAS Filling pressure at 15 C : bar(a) With head space 5 0 bar(a) 70 F : psi(g) With head space 7 90 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder. Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

107 Petrochemical petliq Composition size [kg] [lb] Unsat C3+C4/C3 petliq 1% 5% % 4 Supplied with He, or N head space on request. Unsat C3+C4/C3 petliq 5% 5% % 4 Supplied with He, or N head space on request. 1% cis-c 4 H 8 on request 757 1% trans-c 4 H 8 1% 1,3-C 4 H 6 q.s. C 3 H 8 5% cis-c 4 H 8 on request 758 5% trans-c 4 H 8 5% 1,3-C 4 H 6 q.s. C 3 H 8 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 1%.6 bar(a) 5% bar(a) With head space 5 0 bar(a) 70 F : 1% 4 psi(g) 5% 15 psi(g) With head space 7 90 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

108 Petrochemical petliq Composition size [kg] [lb] C3+C4/C3 petliq 1% 5% % 4 Supplied with He, H or N head space on request. C3+C4/C3 petliq.5% 5% % 4 Supplied with He, H or N head space on request. 1% i-c 4 H 10 on request 755 1% n-c 4 H 10 1% C 3 H 6 q.s. C 3 H 8.5% i-c 4 H 10 on request 756.5% n-c 4 H 10.5% C 3 H 6 q.s. C 3 H 8 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 1% 7. bar(a).5% 7.1 bar(a) With head space 10 0 bar(a) 70 F : 1% 93 psi(g).5% 91 psi(g) With head space psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder. Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

109 Petrochemical petliqcust Composition size [kg] [lb] C3+C4/C3 petliqcust high Supplied with He, H or N head space on request. 5% % % i-c 4 H 10 on request % n-c 4 H % C 3 H 6 q.s. C 3 H 8 Mixtures FLAMMABLE GAS Filling pressure at 15 C : bar(a) With head space 5 0 bar(a) 70 F : 45 8 psi(g) With head space 7 90 psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder. Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

110 Petrochemical petliq Composition size [kg] [lb] C4+C5/C3 petliq 1% Supplied with He, H or N head space on request. 5% % 4 1% i-c 4 H 10 on request 759 1% n-c 4 H 10 1% i-c 5 H 1 1% n-c 5 H 1 1%,-C 5 H 1 q.s. C 3 H 8 Mixtures FLAMMABLE GAS Filling pressure at 15 C : 7 bar(a) With head space 10 0 bar(a) 70 F : 89 psi(g) With head space psi(g) Material recommendations: Aluminum/steel cylinder Two-port, one with dip tube, brass valve. When H head space; only aluminum cylinder. Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

111 Process The number of substances handled in chemical and pharmaceutical processes is enormous. Some products will be unchanged and are used as filler substances but many of the products have an active role to play in the preparation of chemical substances. In many processes, purity better than 99% is sufficient. Often the type and amount of impurities are more important factors in the production process. The moisture and air content are often the two most critical factors. In most chemical plants, a broad range of products is used. For example, amines are used in the manufacture of surfactants, pesticides and fluids used in the photographic development process. A more familiar product is paint. Organic solvents are present in paint to create specific characteristic effects. Typical solvents used are esters, ketones or aromatics. Carbon monoxide is often one of the base materials used in the manufacturing process for these products. Chemical carbon monoxide.0 is a good example of a process gas used in the chemical industry.

112 Process argon Impurities size [m 3 ] [ft 3 ] Trace argon 5.0 Full traceability documentation. Trace argon liquid 5.0 Full traceability documentation. O ppm N 5 ppm C n H m 0. ppm H O 3 ppm O ppm on request 013 N 5 ppm C n H m 0. ppm H O 3 ppm Liquid specifications based on vaporized liquid phase. Ar CAS: UN: 1006 NON-FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) 49l,640 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

113 Process bromoethene Impurities size [kg] [lb] Chemical bromoethene.5 H O 00 ppm All specifications based on vaporized liquid phase. C H 3 Br CAS: UN: 1085 Filling pressure at 15 C : 1 bar(a) Toxic by inhalation. Material recommendations: Steel cylinder Brass valve ADR: Class, F Please contact Linde for advice.

114 Process n-butane Impurities size [kg] [lb] Chemical n-butane.5 other C n H m 0.5% All specifications based on vaporized liquid phase. C 4 H 10 CAS: UN: 1011 FLAMMABLE GAS Filling pressure at 15 C : 1.8 bar(a) 70 F : 16.3 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

115 Process iso-butane Impurities size [kg] [lb] Chemical iso-butane.5 other C n H m 0.5% H O 100 ppm All specifications based on vaporized liquid phase. i-c 4 H 10 CAS: 7585 UN: 1969 FLAMMABLE GAS Filling pressure at 15 C :.6 bar(a) 70 F : 45 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

116 Process 1-butene Impurities size [kg] [lb] Chemical 1-butene.0 other C n H m 0.4% All specifications based on vaporized liquid phase. 1-C 4 H 8 CAS: UN: 101 FLAMMABLE GAS Filling pressure at 15 C :. bar(a) 70 F : 3.5 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

117 Process cis--butene Impurities size [kg] [lb] Chemical cis--butene.0 other C n H m 1% All specifications based on vaporized liquid phase. -C 4 H 8 CAS: UN: 101 FLAMMABLE GAS Filling pressure at 15 C : 1.5 bar(a) 70 F : 13 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

118 Process iso-butene Impurities size [kg] [lb] Chemical iso-butene.0 other C n H m 1% All specifications based on vaporized liquid phase. i-c 4 H 8 CAS: UN: 101 FLAMMABLE GAS Filling pressure at 15 C :.3 bar(a) 70 F : 39 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

119 Process trans--butene Impurities size [kg] [lb] Chemical trans--butene.0 other C n H m 1% All specifications based on vaporized liquid phase. C 4 H 8 CAS: UN: 101 FLAMMABLE GAS Filling pressure at 15 C : 1.7 bar(a) 70 F : 15 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

120 Process carbon dioxide Impurities size [kg] [lb] Trace pharma carbon dioxide, 99.5 % Full traceability documentation. Complies with Ph. Eur. & USP. Trace carbon dioxide 4.0 Full traceability documentation. Complies with Ph. Eur. & USP. Trace carbon dioxide liquid 4.0 Full traceability documentation. Complies with Ph. Eur. & USP. NH 3 5 ppm H S 1 ppm NO x ppm CO 5 ppm SO ppm total S 1 ppm H O 67 ppm O +N 50 ppm NH 3 5 ppm H S 1 ppm NO x ppm CO 5 ppm SO ppm total S 1 ppm H O 10 ppm O +N 50 ppm on request 038 NH 3 5 ppm H S 1 ppm NO x ppm CO 5 ppm SO ppm total S 1 ppm H O 10 ppm All specifications based on vaporized liquid phase. CO CAS: UN: 1013 NON-FLAMMABLE GAS Asphyxiant at high concentrations. Filling pressure at 15 C : 51 bar(a) 70 F : 830 psi(g) Material recommendations: Steel cylinder Brass valve ADR: Class, A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

121 Process carbon monoxide Impurities size [m 3 ] [ft 3 ] Chemical carbon monoxide.0 Process carbon monoxide 3.0 H O 0 ppm N 750 ppm O +Ar 60 ppm H 50 ppm C n H m 50 ppm CO CAS: UN: 1016 INHALATION HAZARD FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F : 1,660 psi(g) 49l,000 psi(g) Material recommendations: Aluminum/steel cylinder Brass valve Highly flammable. Toxic by inhalation. ADR: Class, 1TF DOT: Class.3 Outlet pressure HiQ REDLINE bar psi C 00/1 P, brass C 00/1 P, brass C 00/1 P, brass C 00/1 P, brass C 00/1 P, brass 00 3, C 00/ P, brass C 00/ P, brass C 00/ P, brass

122 Process chlorine Impurities size [kg] [lb] Chemical chlorine.8 H O 50 ppm All specifications based on vaporized liquid phase. Cl CAS: UN: INHALATION HAZARD CORROSIVE 8 Filling pressure at 15 C : 5.9 bar(a) 70 F : 85.3 psi(g) Material recommendations: Steel cylinder Stainless steel valve Toxic by inhalation. Causes severe burns. ADR: Class, TC DOT: Class.3 Please contact Linde for advice.

123 Process difluoromethane Impurities size [kg] [lb] Chemical difluoromethane (R 3) 3.0 O +N 100 ppm HCFC 1000 ppm H O 5 ppm All specifications based on vaporized liquid phase. CH F CAS: UN: 35 Filling pressure at 15 C :.9 bar(a) Material recommendations: Steel cylinder Brass valve Highly flammable. Toxic by inhalation. May cause cancer by inhalation. ADR: Class, TF Please contact Linde for advice.

124 Process dimethylamine Impurities size [kg] [lb] Chemical dimethylamine.3 H O 0.% (CH 3 ) NH CAS: UN: 103 FLAMMABLE GAS All specifications based on vaporized liquid phase. Filling pressure at 15 C : 1.4 bar(a) 70 F : 11 psi(g) Material recommendations: Steel cylinder Stainless steel valve Highly flammable. Harmful by inhalation. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

125 Process dimethyl ether Impurities size [kg] [lb] Chemical dimethyl ether.8 H O 500 ppm C H 6 O CAS: UN: 1033 FLAMMABLE GAS All specifications based on vaporized liquid phase. Filling pressure at 15 C : 4.4 bar(a) 70 F : 6.3 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

126 Process ethane Impurities size [kg] [lb] Chemical ethane.5 other C n H m 5,000 ppm All specifications based on vaporized liquid phase. C H 6 CAS: UN: 1035 FLAMMABLE GAS Filling pressure at 15 C : 34 bar(a) 70 F : 544 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/ A, brass C 00/ A, brass C 00/ A, brass

127 Process ethene Impurities size [kg] [lb] Chemical ethene.5 other C n H m 0.1% H O 50 ppm All specifications based on vaporized liquid phase. C H 4 CAS: UN: 196 FLAMMABLE GAS Filling pressure at 15 C : 76 bar(a) 70 F : 1,00 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, 1F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

128 Process ethylene oxide Impurities size [kg] [lb] Chemical ethylene oxide 3.0 H O 100 ppm Acidity (as acetic acid) 0 ppm Aldehydes 50 ppm C H 4 O CAS: 7518 UN: 1040 INHALATION HAZARD FLAMMABLE GAS All specifications based on vaporized liquid phase. Filling pressure at 15 C : 1. bar(a) 70 F : 50 psi(g) Material recommendations: Steel cylinder Stainless steel valve Highly flammable. Toxic by inhalation. May cause cancer by inhalation. ADR: Class, TF DOT: Class.3 Please contact Linde for advice.

129 Process helium Impurities size [m 3 ] [ft 3 ] Chemical helium 4.6 C n H m 1 ppm H O 5 ppm He CAS: UN: 1046 NON-FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) 49l,640 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

130 Process hydrogen Impurities size [m 3 ] [ft 3 ] Chemical hydrogen 4.5 Trace hydrogen 4.5 Full traceability documentation. H O 5 ppm O 5 ppm H O 5 ppm H CAS: UN: 1049 FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) 49l,400 psi(g) Material recommendations: Aluminum cylinder Brass valve Highly flammable. ADR: Class, 1F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

131 Process hydrogen bromide Impurities size [kg] [lb] Chemical hydrogen bromide.8 HCl 0.% All specifications based on vaporized liquid phase. HBr CAS: UN: INHALATION HAZARD CORROSIVE 8 Filling pressure at 15 C : 19 bar(a) 70 F : 30 psi(g) Material recommendations: Steel cylinder Stainless steel valve Toxic by inhalation. Causes severe burns. ADR: Class, TC DOT: Class.3 Please contact Linde for advice.

132 Process hydrogen chloride Impurities size [kg] [lb] Chemical hydrogen chloride.0 N +Ar 0.8% HCl CAS: UN: INHALATION HAZARD CORROSIVE 8 All specifications based on vaporized liquid phase. Filling pressure at 15 C : 37 bar(a) 70 F : 613 psi(g) Material recommendations: Steel cylinder Stainless steel valve Toxic by inhalation. Causes severe burns. ADR: Class, TC DOT: Class.3 Outlet pressure HiQ REDLINE bar psi C 00/1 P, stainless steel C 00/1 P, stainless steel C 00/1 P, stainless steel C 00/1 P, stainless steel C 00/ P, stainless steel C 00/ P, stainless steel C 00/ P, stainless steel

133 Process hydrogen sulfide Impurities size [kg] [lb] Chemical hydrogen sulfide 1.8 H O 0.4% H S CAS: UN: 1053 INHALATION HAZARD FLAMMABLE GAS All specifications based on vaporized liquid phase. Filling pressure at 15 C : 16 bar(a) 70 F : 5 psi(g) Material recommendations: Steel cylinder Stainless steel valve Highly flammable. Very toxic by inhalation. ADR: Class, TF DOT: Class.3 Please contact Linde for advice.

134 Process methane Impurities size [m 3 ] [ft 3 ] Chemical methane.5 other C n H m 0.3% CH 4 CAS: 7488 UN: 1971 FLAMMABLE GAS Filling pressure at 15 C : bar(a) 70 F :,000 psi(g) 49l,400 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, 1F DOT: Class.1 Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

135 Process methylamine Impurities size [kg] [lb] Chemical methylamine.0 H O 0.3% All specifications based on vaporized liquid phase. CH 3 NH CAS: UN: 1061 FLAMMABLE GAS Filling pressure at 15 C :.5 bar(a) 70 F : 9 psi(g) Material recommendations: Steel cylinder Stainless steel valve Highly flammable. Harmful by inhalation. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

136 Process methyl bromide Impurities size [kg] [lb] Chemical methyl bromide.5 H O 0.1% CH 3 Br CAS: UN: 106 INHALATION HAZARD All specifications based on vaporized liquid phase. Filling pressure at 15 C : 1.6 bar(a) 70 F : 13 psi(g) Material recommendations: Steel cylinder Brass valve Toxic by inhalation. ADR: Class, T DOT: Class.3 Please contact Linde for advice.

137 Process methyl chloride Impurities size [kg] [lb] Chemical methyl chloride.5 H O 500 ppm CH 3 Cl CAS: UN: 1063 FLAMMABLE GAS All specifications based on vaporized liquid phase. Filling pressure at 15 C : 4.3 bar(a) 70 F : 59 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

138 Process methyl mercaptan Impurities size [kg] [lb] Chemical methyl mercaptan.5 other S-comp. 0.5% CH 3 SH CAS: UN: 1064 INHALATION HAZARD FLAMMABLE GAS All specifications based on vaporized liquid phase. Filling pressure at 15 C : 1.4 bar(a) 70 F : 15 psi(g) Material recommendations: Steel cylinder Stainless steel valve Highly flammable. Toxic by inhalation. ADR: Class, TF DOT: Class.3 Please contact Linde for advice.

139 Process neon Impurities size [m 3 ] [m 3 ] Chemical neon 3.5 O 3 ppm H O 5 ppm Ne CAS: UN: 1065 NON-FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

140 Process nitric oxide Impurities size [m 3 ] [ft 3 ] Chemical nitric oxide.0 N + N X O Y comp. 1% NO CAS: UN: INHALATION HAZARD OXIDIZER CORROSIVE Filling pressure at 15 C : 0 50 bar(a) 70 F : 500 psi(g) Material recommendations: Steel cylinder Stainless steel valve Contact with combustible material may cause fire. Very toxic by inhalation. Causes severe burns. ADR: Class, 1TOC DOT: Class.3 Outlet pressure HiQ REDLINE bar psi C 00/1 P, stainless steel C 00/1 P, stainless steel C 00/1 P, stainless steel C 00/1 P, stainless steel C 00/1 P, stainless steel 00 3, C 00/ P, stainless steel C 00/ P, stainless steel C 00/ P, stainless steel

141 Process nitrogen Impurities size [m 3 ] [ft 3 ] Chemical nitrogen 4.6 Trace pharma nitrogen, 99.5% Full traceability documentation. Complies with Ph. Eur. & USP. Trace nitrogen 5.0 Full traceability documentation. Complies with Ph. Eur. & USP. Trace nitrogen liquid 5.0 Full traceability documentation. Complies with Ph. Eur. & USP. O 5 ppm H O 5 ppm O 5 ppm CO 5 ppm CO 300 ppm Ar 0.5% H O 5 ppm odor n.d O 3 ppm CO 5 ppm CO 300 ppm Ar 0.5% C n H m 1 ppm H O 3 ppm odor n.d. O 3 ppm on request 100 CO 5 ppm CO 300 ppm Ar 0.5% C n H m 1 ppm H O 3 ppm odor n.d. Liquid specifications based on vaporized liquid phase. N CAS: UN: 1066 NON-FLAMMABLE GAS ADR: Class, 1A DOT: Class. Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) 49l,640 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

142 Process nitrogen dioxide Impurities size [kg] [lb] Chemical nitrogen dioxide.0 H O 0.1% All specifications based on vaporized liquid phase. NO CAS: UN: INHALATION HAZARD OXIDIZER CORROSIVE Filling pressure at 15 C : 0.8 bar(a) 70 F : 0 psi(g) Material recommendations: Steel cylinder Stainless steel valve Very toxic by inhalation. ADR: Class, TO DOT: Class.3 Please contact Linde for advice.

143 Process nitrous oxide Impurities size [kg] [lb] Chemical nitrous oxide.0 O +N 0.9% N O CAS: UN: NON-FLAMMABLE GAS OXIDIZER 5.1 All specifications based on vaporized liquid phase. Filling pressure at 15 C : 46 bar(a) 70 F : 745 psi(g) Material recommendations: Steel cylinder Brass valve Contact with combustible material may cause fire. ADR: Class, O DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/ A, brass C 00/ A, brass C 00/ A, brass

144 Process oxygen Impurities size [m 3 ] [ft 3 ] Chemical oxygen 3.5 Process oxygen 4.5 Trace pharma oxygen, 99.5% Full traceability documentation. Complies with Ph. Eur. & USP. H O 5 ppm N 0 ppm Ar 10 ppm THC 0.5 ppm H O 3 ppm CO 5 ppm CO 300 ppm H O 67 ppm odor n.d O CAS: UN: NON-FLAMMABLE GAS OXIDIZER 5.1 Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) 49l,640 psi(g) Material recommendations: Steel cylinder Brass valve Contact with combustible material may cause fire. ADR: Class, 1O DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

145 Process propane Impurities size [kg] [lb] Chemical propane.5 other C n H m 0.5% All specifications based on vaporized liquid phase. C 3 H 8 CAS: UN: 1978 FLAMMABLE GAS Filling pressure at 15 C : 7.3 bar(a) 70 F : 109 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

146 Process propene Impurities size [kg] [lb] Chemical propene.5 other C n H m 0.5% H O 50 ppm All specifications based on vaporized liquid phase. C 3 H 6 CAS: UN: 1077 FLAMMABLE GAS Filling pressure at 15 C : 9 bar(a) 70 F : 136 psi(g) Material recommendations: Steel cylinder Brass valve Highly flammable. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

147 Process sulfur dioxide Impurities size [kg] [lb] Chemical sulfur dioxide.8 H O 100 ppm All specifications based on vaporized liquid phase. SO CAS: UN: INHALATION HAZARD CORROSIVE 8 Filling pressure at 15 C :.8 bar(a) 70 F : 34 psi(g) Material recommendations: Steel cylinder Stainless steel valve Toxic by inhalation. Causes severe burns. ADR: Class, TC DOT: Class.3 Please contact Linde for advice.

148 Process sulfur hexafluoride Impurities size [kg] [lb] Chemical sulfur hexafluoride % by weight Meets or exceeds ASTM D47 & IEC specifications. (H O < 6 C dew point, 6 ppm = 64 C) O +N 500 ppmw CF ppmw HF acidity 0.3 ppm H O 6 ppm All specifications based on vaporized liquid phase. SF 6 CAS: UN: 1080 NON-FLAMMABLE GAS Filling pressure at 15 C : 19 bar(a) 70 F : 30 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, A DOT: Class. Please contact Linde for advice.

149 Process synthetic air Impurities size [m 3 ] [ft 3 ] Dry synthetic air 4.0 Trace pharma synthetic air, % O Full traceability documentation. Complies with Ph. Eur. & USP. H O 3 ppm CO 500 ppm CO 10 ppm SO 5 ppm NO x.5 ppm 44 5 oil 0.1 mg/m H O 67 ppm odor n.d. q.s. N Air UN: 100 NON-FLAMMABLE GAS Filling pressure at 15 C : 00 bar(a) 70 F :,000 psi(g) 49l,400 psi(g) Material recommendations: Steel cylinder Brass valve n.a. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/ A, brass C 00/ A, brass C 00/ A, brass

150 Process tetrafluoromethane Impurities size [kg] [lb] Chemical tetrafluoromethane (R 14) 4.5 other halo carbons 0 ppm H O 5 ppm CF 4 CAS: UN: 198 NON-FLAMMABLE GAS Filling pressure at 15 C : bar(a) 70 F : 500 psi(g) 49l,000 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

151 Process tetrafluoroethane Impurities size [kg] [lb] Chemical tetrafluoroethane (R 134a).8 O +N 0.% on request 19 All specifications based on vaporized liquid phase. C H F 4 CAS: UN: 1078 NON-FLAMMABLE GAS Filling pressure at 15 C : 4.9 bar(a) 70 F : 110 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, A DOT: Class. Please contact Linde for advice.

152 Process trifluoromethane Impurities size [kg] [lb] Chemical trifluoromethane (R 3).0 Air 0.1% other C n H m 0.8% H O 10 ppm All specifications based on vaporized liquid phase. CHF 3 CAS: UN: 1984 NON-FLAMMABLE GAS Filling pressure at 15 C : 37 bar(a) 70 F : 635 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/ A, brass C 00/ A, brass C 00/ A, brass

153 Process trimethylamine Impurities size [kg] [lb] Chemical trimethylamine.0 H O 0.15% (CH 3 ) 3 N CAS: UN: 1083 FLAMMABLE GAS All specifications based on vaporized liquid phase. Filling pressure at 15 C : 1.6 bar(a) 70 F : 7 psi(g) Material recommendations: Steel cylinder Stainless steel valve Highly flammable. Harmful by inhalation. ADR: Class, F DOT: Class.1 Please contact Linde for advice.

154 Process xenon Impurities size [kg] [lb] Chemical xenon 4.0 H O 5 ppm on request 147 All specifications based on vaporized liquid phase. Xe CAS: UN: 036 NON-FLAMMABLE GAS Filling pressure at 15 C : 56 bar(a) 70 F : 800 psi(g) Material recommendations: Steel cylinder Brass valve Asphyxiant at high concentrations. ADR: Class, 1A DOT: Class. Outlet pressure HiQ REDLINE bar psi C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass 00 3, C 00/ A, brass C 00/ A, brass C 00/ A, brass

155 R&D mixtures and gases on request Most applications and their calibration gases are based on implementations of current legislation regarding the use and storage of hazardous substances. These applications have been described in one of the previous sections. But legislation is continuously being updated as more and better knowledge is obtained about substances and their effects on the environment and ecosystem. Another driver is limiting the amount of waste materials in order to minimize their impact on the environment. In addition to computer modeling and simulation, much work is still being done on a laboratory or pilot scale. Small amounts of specific mixtures are required to simulate certain process conditions. The number of potential components that can be supplied is endless. You can vary not only the type and concentration of each component but also the proportions of different components. The next page lists major groups of components. But remember that your imagination is the main limit. Special tools are available to scan whether the composition of your R&D mixture is feasible and stable. Alternative safe and stable solutions are normally offered when your request is not possible. A wide variety of product groups are specified. A practical example is a mixture containing amines such as monomethylamine in nitrogen. Calibration gases with these mixtures are used to calibrate monitors. Pure gases on request The industry is constantly innovating with new products and/or technologies being added every day. We welcome you to challenge us with your specific questions regarding gas products that are not specified in this catalog. There might be off-the-shelf products available from other industry segments that also can be used for your specific application. Just contact your nearest Linde branch with your question. Our team of experts will assist you in finding the optimum solution for your application.

156 R&D mixtures R&D mixtures Composition size [m 3 ] [ft 3 ] mono-compo di-compo tri-compo tetra-compo multi-compo 1 0% 0. 0% % 0. 0% % 0. 0% % 0. 0% % 0. 0% ppb 50% component 1 on request 911 q.s. pure gas 1 ppb 40% component 1 on request 91 1 ppb 40% component q.s. pure gas 1 ppb 30% component 1 on request ppb 30% component 1 ppb 30% component 3 q.s. pure gas 1 ppb 0% component 1 on request ppb 0% component 1 ppb 0% component 3 1 ppb 0% component 4 q.s. pure gas 1 ppb 15% component 1 on request ppb 15% component 1 ppb 15% component 3 1 ppb 15% component n 1 ppb 15% component m q.s. pure gas Component groups for mixture components Air gases such as: Carbon dioxide Carbon monoxide Hydrogen Nitrogen Oxygen Alcohols such as: Methanol (Methyl alcohol) Ethanol (Ethyl alcohol) 1-Propanol (n-propyl alcohol) -Propanol (Isopropyl alcohol) n-butanol (n-butyl alchohol) -Butanol tert.-butanol Aldehydes such as: Acetaldehyde (Ethanal) Acrolein (Propenal) Formaldehyde (Methanal) Alkanes such as: Methane Ethane Propane Cyclopropane Butane iso-butane (Isobutane) -Methylbutane Pentane -Methylpentane,-Dimethylpropane (Neopentane) n-hexane Cyclohexane n-heptane n-octane n-nonane n-decane Alkenes such as: Ethene (Ethylene) Propene (Propylene) Propadiene (Allene) 1-Butene cis--butene iso-butene (Isobutylene) trans--butene 1,-Butadiene 1,3-Butadiene 3-Methyl-1-butene 1-Pentene cis--pentene trans--pentene Cyclohexene Alkynes such as: Acetylene (Ethyne) Propyne (Methyl acetylene) 1-Butyne (Ethyl acetylene) -Butyne (Dimethylacetylene) Amines such as: Dimethylamine Ethylamine Methylamine Trimethylamine Aromates such as: Amino benzene (Aniline) Benzene Ethyl benzene Styrene Toluene m-xylene o-xylene p-xylene Esters such as: Methyl acetate Ethyl acetate Propyl acetate Isopropyl acetate Butyl acetate Methyl formiate Ethyl propionate Ethers such as: tert.-butylmethylether (MTBE) Dimethyl ether Diethyl ether (Ether) -Methyl vinyl ether

157 Component groups, continued Halocarbons such as: Bromochlorotrifluoromethane (R 1 b1) Bromoethylene (Vinyl bromide) Bromomethane (Methyl bromide) Bromotrifluoromethane(R13b1) Chlorodifluoromethane (R ) Chloroethane (Ethyl chloride) Chloroethylene (Vinyl chloride) Chloro iodo methane (Chloromethylene iodide) Chloromethane (Methyl chloride) Chloropentafluoroethane(R115) Chlorotrifluoromethane (R 13) Desflurane Dibromoethane 1,4-Dichlorobutene- (cis- /trans-) Dichlorodifluoromethane(R1) 1,1-Dichloroethane 1,-Dichloroethane Dichlorofluoromethane (R 1) Dichloromethane 1,-Dichlorotetrafluoroethane (R 114) 1,1-Difluoroethane (R 15 a) Diiodo methane (Methyl iodide) Enflurane Fluoroethane (R 41) Halotane (-Bromo--chloro- 1,1,1-trifluoroethane, R 404 a) Hexafluoroethane (R 116) Iodoethane Iodomethane Isoflurane Methoxyflurane Octafluorocyclobutane (R C318) Octafluoropropane (R 18) Sevoflurane 1,1,1,-Tetrachloroethane 1,1,,-Tetrachloroethane Tetrachloromethane (Carbon tetrachloride) Tetrafluoromethane (R 14) Tribromomethane (Bromoform) 1,1,1-Trichloroethane 1,1,-Trichloroethane Trichloroethylene Trichlorofluoromethane (R 11) Trichloromethane (Chloroform) 1,1,-Trichlorotrifluoroethane (R 113) Trifluoromethane (R 3) Ketones such as: Acetone (Dimethyl ketone) Cyclohexanone Ethyl methyl ketone (Methyl ethyl ketone, MEK) Methyl isobutyl ketone (Isobutyl methyl ketone, MBIK) Mercaptans such as: tert.-butylmercaptan Ethylmercaptan Methyl mercaptan Nitrils such as: Acrylonitrile Acetonitrile Nitrogen oxides such as: Nitric oxide Nitrogen dioxide (Dinitrogen tetraoxide) Nitrous oxide (Laughing gas, Dinitrogen monoxide) Others such as: Ammonia Arsine Boron trichloride Chlorine Diborane Dichlorosilane Disilane FAM standard mineral spirits (according DIN 51635) Fluorine Germane Hydrogen bromide Hydrogen chloride Hydrogen cyanide Hydrogen fluoride Moisture (Water vapor) Phosgene Phosphine Silane Silicon tetrafluoride Peroxides such as: Ethylene oxide (Oxirane) Propene oxide (Propylene oxide) Rare gases such as: Helium Neon Argon Krypton Xenon Stable isotopes such as: Carbon 13 dioxide ( 13 CO ) Carbon 13 monoxide ( 13 CO) Carbon monoxide 18 (C 18 O) Deuterium Deuteriumhydride Helium 3 ( 3 He) Sulfur compounds such as: Carbon disulfide Carbonyl sulfide (Carbon oxisulfide) Diethyl sulfide Dimethyl sulfide Dimethyl sulfoxide (DMSO) Hydrogen sulfide Sulfur dioxide Sulfur hexafluoride Tetrahydrothiophene Gases on request The following pure gases can be obtained upon request: Gas name Arsine 151 Boron trichloride 15 Boron trifluoride Butyne 154 Carbon isotope oxides 155 Carbonyl fluoride 156 Carbonyl sulfide 157 Chlorine trifluoride 158 Cyanogen 159 Cyanogen chloride 160 Cyclopropane 161 Diborane 16 1,1-Difluoroethane 131 1,1-Difluoroethene 164 Ethylamine 165 Ethyl chloride 166 Fluorine 167 Germane 168 Helium Hexafluoroethane 17 Hydrogen selenide 170 Hydrogen iodide 171 Hydrogen fluoride 17 Mercaptans 173 -Methyl vinyl ether 146 Nickel carbonyl 175 Oxygen isotopes 177 Propadiene 181 Propyne 18 Silicon tetrachloride 184 Silicon tetrafluoride 185 Trichlorosilane 186 Tungsten hexafluoride 187

158 Services Linde delivers a variety of services, both customer-specific and standardized. Below is some information on different services. The service portfolio is often based on the local demand and customer specific ideas and requirements; therefore you should contact your local Linde representative to receive all information about the full portfolio for your market and about solutions specifically designed for your needs. Please also contact your local Linde office if you have ideas on services not covered here. Web ordering and ebusiness Wouldn t you like more timesaving tools to help do your job? Want to web order with real-time material availability and see your pricing? Need to know how much you spend on a blanket purchase order? How do you know if that credit was given or not? Has your company decided to place orders through a marketplace or other procurement solution? Do you know your present cylinder balance? With Linde you can do these things and many other things whenever you want. We at Linde have listened to our customers and offer them access to the features and capabilities most desired. Various ebusiness tools and systems have been implemented throughout the Linde world, to more efficiently conduct your business and provide service. In most cases, these business tools have been directly integrated with the local business systems to improve speed, accuracy and convenience. Online ordering is available on many Linde markets. Online ordering is available for customers who register for access. With registration, one or more users at each company are authorized to be the web administrator. Buyers using the web ordering get so many advantages: Pre-loaded past purchase history organized into modifiable reorder templates. Reorder in less than 1 minute from old orders or reorder template. Pre-negotiated prices and payment terms are used and shown. Material availability shown before placing order, when applicable. Add items from online catalog to an order. Delivery instructions specific to the ship-to location are shown. Automatic confirmation with complete order details. Many Linde companies can offer a variety of ebusiness tools, to find out what is applicable for you, please contact your local Linde representative. ACCURA The new real-time ACCURA Cylinder Management system takes the benefits of cylinder monitoring even further, bringing them to you over the Internet! A new tool for cylinder gas management in your company ACCURA Cylinder Management collects cylinder gas data in a format that your company can easily manage and utilize. It s a system that can save your company thousands maybe tens of thousands of euros per year. ACCURA Cylinder Management operates via the Internet, and it s a tool designed for anyone who needs to know what types of gases they have in stock, where gas cylinders are located and also how to develop cylinder procedures. The service is planned in co-operation with the customer, and is tailored to the company s operating model. This ensures that it serves all departments - Stock, Production and Safety as well as Purchasing and Finance. Effective risk management One of the major benefits of ACCURA Cylinder Management is that it will remind and inform you. If you wish, the system will monitor uninterrupted gas availability for you. With access to real-time information for all your stock, you can plan for variations in gas consumption and ensure your processes operate without interruption.

159 Services In emergency situations e.g., in the event of a fire, Cylinder Management will tell you the location of your cylinders as well as cylinder numbers. Benefits of Cylinder Management Gas cylinders are used effectively, which saves money Gas consumption budgeting and planning is improved Cost reporting and internal allocation is easier Invoice checking and processing is faster Cylinder Management will warn you of any expiring gases Clear, versatile reports Gas in stock Cylinder movement history Gas utilization Gas consumption Gas and rental costs Gas costs split per warehouse Cylinder rotation Daily rental costs Rental agreements Expiring gases Hazardous gases Increased convenience a true value SECCURA automatic gas supply lightens your load by effectively removing the cause of worry and increasing your convenience. This service from Linde allows you to spend your resources where they are most needed. And leaves you free to focus your energy on production. Hardly a luxury Increased safety an invaluable value SECCURA automatic gas supply means that our trained drivers do all the tasks involved with the changing of cylinders and bundles, including testing for leaks and changing gaskets when required. They do it every day and they do it right. Your staff is not concerned and the task does not interfere with their safety in any way. SECCURA Consider these questions: Have you ever experienced running out of gas because the person responsible for checking and ordering simply forgot to do so? Or failed to do it because of some misunderstanding or mix-up? If the gas you re dependent on suddenly ran out, what problems would it create for your company, and your customers? Increased production reliability a real value SECCURA automatic gas supply is a supply service that allows you to forget completely how much gas you have at any given time. As the name indicates, this service runs automatically. When a cylinder or a bundle is empty and needs changing, an automatic ordering signal is sent directly to Linde. We will see that replacements are installed. Your staff won t even have to know it has been done. Reducing unnecessary costs saving real money SECCURA automatic gas supply completely eliminates the need to check, order, and replace gas cylinders and bundles. In most cases it also eliminates the need to keep extra cylinders in stock just in case. Safety audits, walkthroughs and trainings Concerned about the safety of your existing specialty gas distribution system? Wondering if your system is designed and operated in accordance with today s standards? Linde can help. Conduct safety audits and plant walkthroughs Linde can perform a complete safety assessment of your existing gas system. We will review the overall system s design, evaluate

160 Services your associated operating procedures and training program, evaluate mitigation and containment systems, and review maintenance practice. We provide both recommendations for system improvements and identify areas that are out of compliance with applicable safety codes. Specialty gas safety training In order to increase safety, reduce downtime, and to help prevent unwanted releases, Linde can offer custom designed specialty gas equipment/system trainings, often including: Product safety and equipment training Operator training, including theory of operation Maintenance training To support our training programs, we develop applicable operating and maintenance procedures and student material. Courses can be structured as class room/instructor lead, self-study, and on-thejob. Linde also offers the additional services: Regulatory compliance/site surveys Technical support Emergency response team On-Site support Application safety training Typically with a new process application, days of assistance for start-up and training are provided. This training would be onsite for plant personnel. Typical the training covers safety, maintenance and operation. Gas analysis service Linde gas is one of the largest gas suppliers in the world. As such we have a network of highly skilled laboratories to verify and secure the quality of our own production. These can of course be utilized for gas specific analysis services. A variety of Gas Chromatographs equipped with general (WLD, TCD, HeID) and specific detectors (FID, ECD, Argon detector, Hall detector, Helium detector and Chemo luminescent detector) Chemo luminescent analyzer for NO X Gas chromatographs with cold trap technique to measure hydrocarbons in the ppb range Laser based particle analyzer High resolution FTIR with long path gas cuvette NDIR analyzers for different gases Moisture analyzers (dew point mirror and capacitive method) Pure oxygen analyzers (electrochemical and phosphor luminescent) UV/VIS spectrometry AES (Atomic emission spectrometry) HiQ analysis certificate Linde s gas production and laboratory facilities perform professional and skillful quality control and analysis of gas mixtures. It is of vital importance that the results are correct, since they often are the base for monitoring/measuring e.g., process conditions, quality levels and safety conditions. It is also important that all the information on the analysis certificate is correct and easy to understand. Linde always follows the latest update of the ISO 6141 standard, specifying the information on an analysis certificate. The HiQ Analysis Certificate from Linde is in accordance with this standard. The HiQ Analysis Certificate always looks the same. The information is easy to locate and understand. The headings are in the appropriate language and in English, allowing the certificate to be The typical assignments are either investigations of a single gaseous source e.g., a smoke stack, or periodic measurement for companies that do not have or can justify the necessary instrument park. Many local Linde markets have access to mobile laboratory units that enable analysis at customer location. When this is impossible, our skilled chemists know all about gathering representative samples and bring them back to the laboratory. Here follows a selection of available analysis methods: Time-of-flight Atmospheric Pressure Ionization Mass Spectrometer to measure down to ppt range

161 Services used both in the relevant country and across borders. All gas products are quality controlled. Where applicable, an analysis certificate is included in the product. If not included, it can be requested separately. Please check with your local Linde office to find out what is applicable for the products you order. Name HiQ Analysis certificate (Certified standard) 91 Explanations on the HiQ Analysis Certificate 1 The date when the certificate was written, the beginning of the shelf life Identification of the HiQ Certificate 3 Type of HiQ certificate e.g., Certificate of Analysis, Certificate of Conformity, etc. 4 HiQ product name and code when applicable 5 Comments on the table the unit can be given either in mole, volume or weight the uncertainty refers to the analysis of each component and is relative if an absolute uncertainty is given it is In the column Analysis result (for instance 0 ± 4 ppm) 6 Confidence level is the probability of the analysis result falling between the uncertainty limits 7 The blend tolerance of a gas mixture specifies how close to the ordered concentration the final concentration must fall 8 Following the temperature recommendation improves safety and helps to keep the gas mixture homogeneous 9 The component concentrations will remain within the limits stated in the analysis result down to the recommended minimum pressure of use 10 Use before: In a correctly handled cylinder the component concentrations will remain within the limits stated in the analysis result during the stated shelf life Reference material Calibration certificate National borders no longer define today s environment. Pollutions are monitored on regional and even global scale. This requires that the results from the monitoring systems shall not only be comparable, but also mutually acceptable. Governments use accreditation as an instrument in these regulatory issues. Also in trading of goods, a confident and trustful base is needed to qualify and quantify the value of the traded goods. Accreditation is widely accepted as a tool to address issues like competence and reliability. Calibration certificates are used as a base to facilitate easy trading. Reference material with a calibration certificate is analyzed at a laboratory that has accredited analysis methods for the components and ranges in question. Several Linde facilities have such accredited analysis methods, especially for components and ranges used for environmental surveillance. Linde laboratories are accredited as calibration laboratories. Further, several facilities are accredited as testing laboratories to facilitate analytical services. The reference materials prepared by these production facilities are acknowledged as standard reference material by e.g., CAI, COFRAC, DAR, ENAC, RVA, SWEDAC, UKAS and many others. These products are in accordance with ISO An accreditation proves that the laboratory is competent to perform a certain analysis. The competence of the laboratory is decisive for the accreditation, and to achieve an accreditation it is mandatory to have a quality system. Linde specialty gas plants are ISO 9000 certified.

162 Services Industries such as the automotive industry are very dependent on clearing their products against local environmental legislation, for instance the rules of EPA in the US. EPA demands that calibration mixtures are traceable against National Institute for Standards and Technology (NIST). NIST and the Nederlands Meetinstituut (NMi) have a bilateral agreement on recognition of each other s mixtures that is ratified by EPA. Linde can supply you with products traceable to standards from various national certified bodies such as BAM, NMi, NPL and NIST. Most of Linde s mixtures are produced gravimetrical and are therefore traceable to the international kilo. Should this be one of your requirements and the product is not produced in this manner, traceability to the kilo can be obtained upon request. Please contact your local Linde office for more information on how Linde can provide you with reference material. Name Certified body traceable analysis certificate 916 (Traceable to e.g., BAM, NIST, NMi, NPL etc.) Kilogram traceable certificate (Primary standard) 918 Please contact your local Linde office for more information on how Linde can serve you with reference material and services that are related to the ISO 1705 standard. Name Certificate of calibration reference material (ISO 1705) 90 Other reference material Reference materials and certified materials are defined in ISO Guide 30. A reference material (RM) is a material that is sufficiently established to be used, for example, for the calibration of an apparatus. A certified reference material (CRM) is a reference material whose property values are certified by a technically valid procedure and/or traceable to a certificate or other documentation that is issued by a certifying body. EPA protocol The EPA has established the EPA protocol strict guidelines for the performance of standard materials for emission measurements. In addition to the automotive industry standard product program EPA protocol mixtures, Linde can deliver EPA protocol gases for other purposes. Please contact your local Linde office for more information on how Linde can provide you with EPA protocol gases. Name EPA protocol certificate 919 Certificate of conformity Several processes and activities do not require individual analytical results. However, it might be important to guarantee that the product used complies with its nominal specifications. Linde can provide a certificate of conformity stating that an individual cylinder or an entire batch is meeting its specifications. Please contact your local Linde office for more information on how Linde can serve you with certificates of conformity. Name Certificate of conformity 63

163 Cylinder types Gas cylinders are pressure vessels, and therefore governed by local authority rules and regulations. For full information, please contact your local Linde representative. Seamless high-pressure cylinders, of steel or aluminum, are used for compressed gases or liquefied gases under pressure whose critical temperature is TC <70 C. Cylinder bundles Cylinder bundles are larger transport units consisting of 10 to 16 high-pressure cylinders fixed in a steel frame and connected by pipes. Gas filling and withdrawal is done through one common valve. A trailer contains of a large number of firmly mounted cylinders on a coach. Welded low-pressure cylinders, of sheet steel, are used for liquefied gases under pressure whose TC 70 C when this is permitted. Welded steel casks are also available for these gases. They are clamped in a steel frame and may be transported by road. EcoCyl For the gases used in the calibration of environmental monitoring devices, Linde have developed the special delivery system EcoCyl. Disposable cylinders The Linde range of containers is supplemented by special small cylinders, which are delivered as disposable cylinders. Returnable cylinders Following is a selection of different returnable cylinders that Linde Gas can provide. For precise information on what is valid for your market, contact your local Linde representative.

164 Cylinder types Material AL: aluminum NS: steel with minimum yield point of 390 N/mm SG: sheet steel, welded SS: stainless steel TS: temper hardened steel Int. volume Material Type Tare weight Pressure rating HiQ code litre kg lb bar(a) psi(g) 0.4 NS HD NS LB NS LBS AL A AL AL TS HD/S TS OTC AL OTM NS LBR NS 0C AL AL TS B AL B0A TS HD AL HD/S AL OTM TS OTC TS NS GFL TS OTC SG L TS AL AC NS GFL NS SC TS AG AL AL TS B AL B05A AL BALU TS OTC AL OTM TS ST TS T SG A AL 3AL SG ND NS DOT3A TS NS IRAM AL A TS HD/A SS ND/S AL AL NS GFL NS HD/K

165 Cylinder types Int. volume Material Type Tare weight Pressure rating HiQ code litre kg lb bar(a) psi(g) 10.0 TS AG TS AL TS B AL B10A TS BACE AL BALU TS HD AL HD/S SS HD/S TS OTC AL OTM TS ST TS B13, SG P AL B15A NS DOT3AA TS AL A TS HD/A SS ND/S AL 3AL NS GFL TS AG AL AL AL AL00HO TS B AL B0A TS B0MB AL BALU TS BACE TS OTC AL OTM TS ST TS T TS T0MB NS 3AL SG L NS AC SG DG-ETNº SG P TS B6, TS OTC SG ND AL 3AL SG P AL AL

166 Cylinder types Int. volume Material Type Tare weight Pressure rating HiQ code litre kg lb bar(a) psi(g) 31.0 AL A SG A TS HD/A NS AC NS HD/K TS HD/S NS SC NS ST TS B TS BACE TS GFL AL HD/S SS HD/S TS IN TS IRAM TS OTC AL OTM TS TW TS B TS SG L AL E NS SC NS 3AA TS SG P TS SS ND/S NS 3AA TS SG R50H SG A SG ACET SG L SS ND/S NS 3AA TS AG AL AL TS B AL B50A TS B50MB AL BALU TS BS/5045/ TS GFL TS HD TS IRAM

167 Cylinder types Int. volume Material Type Tare weight Pressure rating HiQ code litre kg lb bar(a) psi(g) 50.0 TS OTC AL OTM TS SC TS SC TS ST AL B50C TS HD/S TS OTC SG SG CS56-Acet SG SG L TS B SG ND SG P SG B SG R0H SG P SG L SG DOT4BW SG SG D SG SG VGL SG R0MP SS VGL SG DOT 4L TS Maxi TS SG DOT4BW SG AL BL/E/S AL BL/M/S TS PKT-10x50L SG CP6MP TS BL/M TS PKT-1x50S TS BL/E/S AL PAK13X SG TS PAK16X TS SuperMaxi TS F Note that low pressure cylinders are often filled by weight and therefore the internal volume and work pressure is not an indication of filling volume.

168 Cylinder types Small containers For many applications, large gas cylinders are too cumbrous. In addition, there are also other reasons, such as low or only sporadic gas need, safety considerations, and technical prerequisites etc. that necessitate more suitable forms of gas supply. With the Linde product line of small cylinders we offer total solutions wherever light container weight or only very small quantities of gas is required. There are two product families: All suitable standard gases and gas mixtures are available in small cylinders from current production at short notice. To save both time and expense, they are often shipped directly from supplying plant or where and when permissible, by mail. These lightweight, non-refillable convenient cylinders require no deposit or rental charge. For you to find out what applies in your market contact your local Linde representative. Linde small steel cylinders (lecture bottles) Lightweight low pressure cylinders and cans including the Linde minican

169 Cylinder types Innovative EcoCyl portable calibration gas packaging system from Linde EcoCyl is the ultimate in safety, convenience and economics in portable calibration gas containers and delivery systems. Linde has developed the EcoCyl for environmental professionals who do not want to contribute to earth s solid waste by discarding an empty compressed gas cylinder, or who do not want to deal with compressed gas hazardous materials shipping regulations and costs when sending the empty disposable cylinder back to the supplier for recycling. ergonomically designed handle and optional shoulder strap requires no regulator or flow meter integral variable, selectable flow control cowling protects valve and flow control from falls and impacts high capacity cylinder holds 50% more product than most disposables optimum in gas content economics significant safety improvement in handling and storing cylinders Environmental measurements are widely spread in different segments of today s industry. The monitoring systems are often situated in different places of factories, control rooms, laboratories etc. and their accurate operation must be checked within regular intervals. Portable specialty gases are used for the calibration of monitoring systems. Refillable cylinders offer the utmost in economy. The innovative EcoCyl cylinder from Linde contains significantly more product than comparable non-refillable or disposable cylinders, yielding greatly improved per liter economics than most disposables, as well as being completely refillable. This eliminates the issue of solid waste due to empty portable calibration gases. That makes being environmentally responsible, economical too! EcoCyl gets you out of the regulator/flow meter business! The EcoCyl is equipped with integral valve, regulator and variable, selectable flow meter. In fact it has all you need to get the right flows for calibration without you supplying the regulator/flow meter and Linde takes care of all the maintenance. No more lost or broken regulators to worry about they are permanently mounted on the cylinder.

170 Diaphragm Outlet thread Diaphragm valve Washer Outlet thread Washer valve Cylinder valves & connections The purpose of the cylinder valve is to open and shut the gas cylinder, it is not meant to regulate the gas flow. The cylinder valve is normally made of brass, unless the chemical properties of the gas demands another material such as steel or stainless steel. The valve can be equipped with a dip tube for withdrawal of liquid phase from liquefied gases. For certain liquefied gases the valve is equipped with a burst disk for safety. Diaphragm valves are used for high purity gases and specialty gas mixtures with low component contents of for example reactive components. Cylinder valves for highly reactive and toxic gases are in some countries equipped with a safety valve. This kind of valve normally has an incorporated flow restrictor. Certain cylinder valves are equipped with pneumatic function to operate them, explosion safe, from a distance. To avoid gas cylinder being connected to the wrong gas supply system, the cylinder valves are equipped with different outlet threads, depending on the gas content of the cylinder. The rules deciding what threads go with what gas are governed by local authorities, and differ from country to country. On the following pages some of the most common cylinder valve outlets are described. The term INT refers to internal outlet threads of the cylinder connection, if not stated the thread is external. The term LH refers to left-handed threads, if not stated the thread is right-handed. The chemical properties of the gas govern what cylinder valve material brass, steel or stainless steel is most suitable.

171 Cylinder valves & connections Cylinder connections ABNT 45-1 AFNOR C ABNT Description ABNT /8-18 NSPL 043 ABNT 17-1 hand connector 3/8-18 NSPL 1 ABNT 18-1 W 1.8 x 1/14" 045 ABNT 18-1 hand connector W 1.8 x 1/14" 13 ABNT 18- W 1.8 x 1/14" INT 050 ABNT 18- hand connector W 1.8 x 1/14" INT 14 ABNT " - 14 NGO 046 ABNT 5- hand connector 0.885" - 14 NGO 15 ABNT " - 14 NGO 044 ABNT 45-1 hand connector 0.960" - 14 NGO 16 ABNT " - 14 NGO 049 ABNT 45- hand connector 0.965" - 14 NGO 17 ABNT " - 14 NGO 048 ABNT 6-1 hand connector 1.035" - 14 NGO 18 ABNT 70-9 W 4.44 x " 047 ABNT 70-9 hand connector W 4.44 x " 19 ABNT W 7.44 x " 051 ABNT hand connector W 7.44 x " 130 AFNOR Description NF C SI 1.7 x NF C hand connector SI 1.7 x NF D W 4 x 056 NF D hand connector W 4 x 158 NF E SI 1.7 x LH 057 NF E hand connector SI 1.7 x LH 159 NF F SI.94 x INT 059 NF F hand connector SI.94 x INT 160 NF G SI 6 x 1.5 INT 060 NF G hand connector SI 6 x 1.5 INT 161 NF H W.91 x LH INT 061 NF H hand connector W.91 x LH INT 16 NF J W 5.4 x NF J hand connector W 5.4 x NF K W 7 x 063 NF K hand connector W 7 x 164 NF L W 7 x 064 NF L hand connector W 7 x 165 NF M W 30 x 065 NF M hand connector W 30 x 166 NF P W 7 x 067 NF P hand connector W 7 x 167

172 Cylinder valves & connections Cylinder connections BS 341 No. 8 CGA 170 BS 341 Description BS 341 No. G 5/8" LH 179 BS 341 No. hand connector G 5/8" LH 180 BS 341 No. 3 G 5/8" INT 181 BS 341 No. 3 hand connector G 5/8" INT 18 BS 341 No. 4 G 5/8" LH INT 183 BS 341 No. 4 hand connector G 5/8" LH INT 184 BS 341 No. 6 G 5/8" 185 BS 341 No. 6 hand connector G 5/8" 186 BS 341 No. 7 G 5/8" LH 187 BS 341 No. 7 hand connector G 5/8" LH 188 BS 341 No. 8 W 0.860" x 14 TPI 189 BS 341 No. 8 hand connector W 0.860" x 14 TPI 190 BS 341 No. 10 G 1/" 191 BS 341 No. 10 hand connector G 1/" 19 BS 341 No. 1 G 1/" 199 BS 341 No. 1 hand connector G 1/" 00 BS 341 No. 13 W 11/16" - 0 TPI 193 BS 341 No. 13 hand connector W 11/16" - 0 TPI 194 BS 341 No. 14 G 3/8" 195 BS 341 No. 14 hand connector G 3/8" 196 BS 341 No. 15 G 3/8" LH 197 BS 341 No. 15 hand connector G 3/8" LH 198 CGA Description CGA UNEF INT 019 CGA 110 hand connector UNEF INT 014 CGA 170 9/16" - 18 UNF INT 01 CGA 170 hand connector 9/16" - 18 UNF INT 0 CGA 180 5/8" - 18 UNF INT 01 CGA 180 hand connector 5/8" - 18 UNF INT 00 CGA 40 3/8" - 18 NPT 04 CGA 40 hand connector 3/8" - 18 NPT 07 CGA " - 14 UNS INT 03 CGA 96 hand connector 0.803" - 14 UNS INT 04 CGA " - 14 NGO 05 CGA 300 hand connector 0.85" - 14 NGO 06 CGA " - 14 NGO 077 CGA 30 hand connector 0.85" - 14 NGO 08 CGA " - 14 NGO 06 CGA 36 hand connector 0.85" - 14 NGO 131 CGA " - 14 NGO LH 016 CGA 330 hand connector 0.85" - 14 NGO LH 13 CGA " - 14 NGO 176 CGA 346 hand connector 0.85" - 14 NGO 177 CGA " - 14 NGO LH 013 CGA 350 hand connector 0.85" - 14 NGO LH 133 CGA " - 14 NGO LH INT 00 CGA 510 hand connector 0.855" - 14 NGO LH INT 134 CGA " - 14 NGO 078 CGA 540 hand connector 0.903" - 14 NGO 135 CGA " - 14 NGO INT 05 CGA 580 hand connector 0.965" - 14 NGO INT 136 CGA " - 14 NGO LM INT 017 CGA 590 hand connector 0.965" - 14 NGO LM INT 137 CGA " - 14 NGO 018 CGA 660 hand connector 1.030" - 14 NGO 138 CGA " - 14 NGO LH 07 CGA 679 hand connector 1.030" - 14 NGO LH 08 CGA " - 14 UNS LH 178

173 Cylinder valves & connections Cylinder connections DIN 477 No. 14 IRAM 539 o DIN 477 Description DIN 477 No. 1 W 1.8 x 1/14" LH 001 DIN 477 No. 1 hand connector W 1.8 x 1/14" LH 140 DIN 477 No. W 1.8 x 1/14" LH 09 DIN 477 No. hand connector W 1.8 x 1/14" LH 10 DIN 477 No. 3 Yoke 095 DIN 477 No. 3 hand connector Yoke 147 DIN 477 No. 5 W 1" x 1/8" LH 003 DIN 477 No. 5 hand connector W 1" x 1/8" LH 148 DIN 477 No. 6 W 1.8 x 1/14" 004 DIN 477 No. 6 hand connector W 1.8 x 1/14" 149 DIN 477 No. 7 G 5/8" 005 DIN 477 No. 7 hand connector G 5/8" 151 DIN 477 No. 8 W 1" x 1/8" 006 DIN 477 No. 8 hand connector W 1" x 1/8" 15 DIN 477 No. 9 G 3/4" 007 DIN 477 No. 9 hand connector G 3/4" 153 DIN 477 No. 10 W 4.3 x 1/14" 008 DIN 477 No. 10 hand connector W 4.3 x 1/14" 14 DIN 477 No. 11 G 3/8" 009 DIN 477 No. 11 hand connector G 3/8" 143 DIN 477 No. 1 G 3/4" INT 010 DIN 477 No. 1 hand connector G 3/4" INT 144 DIN 477 No. 13 R 5/8" 011 DIN 477 No. 13 hand connector R 5/8" 145 DIN 477 No. 14 M 19 x 1.5 LH 01 DIN 477 No. 14 hand connector M 19 x 1.5 LH 146 DIN 477 No. 5 M 30 x 1.5 INT 11 IRAM 539 Description IRAM 539i 5/8" BSP - INT 053 IRAM 539i hand connector 5/8" BSP - INT 154 IRAM 539 C H 3/4" BSPx1/14" INT 096 IRAM 539 N O 3/8" BSPx1/14" 097 IRAM 539 N O hand connector 3/8" BSPx1/14" 155 IRAM 539 o W IRAM 539 o hand connector W ISO 5145 Description ISO 5145 No M 30 x 1

174 Cylinder valves & connections Cylinder connections 3-MIE C NEN 368 LU1 3 - MIE - AP7 Description MIE B M 30 x MIE B hand connector M 30 x 1.75 MIE C W 1.7 x 1/14" 3 MIE C hand connector W 1.7 x 1/14" 4 MIE E W 1.7 x 1/14" LH 5 MIE E hand connector W 1.7 x 1/14" LH 6 MIE F G 5/8" INT 7 MIE F hand connector G 5/8" INT 8 MIE G M 6 x 1.5 INT 083 MIE G hand connector M 6 x 1.5 INT 175 MIE H G 5/8" LH INT 9 MIE H hand connector G 5/8" LH INT 30 MIE J W 1" 31 MIE J hand connector W 1" 3 MIE M M 19 x 1.5 LH 33 MIE M hand connector M 19 x 1.5 LH 34 MIE S G 5/8" 35 MIE S hand connector G 5/8" 36 MIE T W x 1/7" 37 MIE T hand connector W x 1/7" 38 MIE U G 3/8" 39 MIE U hand connector G 3/8" 40 NEN 368 Description LU 0 M 19 x 1.5 LH 115 LU 0 hand connector M 19 x 1.5 LH 168 LU 1 W 1.8-1/14 LH 116 LU 1 hand connector W 1.8-1/14 LH 169 LU 4 W 1" LH 117 LU 4 hand connector W 1" LH 170 RI G 5/8" INT 11 RI hand connector G 5/8" INT 171 RU 1 W 1.8-1/ RU 1 hand connector W 1.8-1/14 17 RU 3 W 4.3-1/ RU 3 hand connector W 4.3-1/ RU 4 W 1" 10 RU 4 hand connector W 1" 174 UNI 4406 UNI Description UNI 4405 W 0 x 1/14" Sin. 13 UNI 4405 hand connector W 0 x 1/14" Sin. 14 UNI 4406 W 1.7 x 1/14" 15 UNI 4406 hand connector W 1.7 x 1/14" 16 UNI 4409 W 1.7 x 1/14" 17 UNI 4409 hand connector W 1.7 x 1/14" 18 UNI 441 W 4.5 x 1/14" 19 UNI 441 hand connector W 4.5 x 1/14" 0

175 Central gas supply the system that gives you control over the gas supply Due to their special properties, specialty gases place particular demands on components for distribution, control and monitoring. Either because the applications requires that the gases shall maintain their high purity throughout the point of use, or because their chemical and physical properties requires special design of the central gas supply system. The advantages of a HiQ REDLINE central gas supply system are among others these: Increased safety The risk of accidents is reduced, as there is no need to handle gas cylinders inside the work place. Only low-pressure equipment and small gas quantities are present in the work place. Gas cylinders are collected under one roof, which facilitates removal from labs and work areas. The handling of high-pressure cylinders and the connection of toxic gases should be carried out by trained staff. If a problem with leaking gas should occur ventilation is essential. This is especially important while handling inflammable and toxic gases, and is simplified by the central approach.

176 Central gas supply Improved operating economy A continuous gas supply to each work station means less wasted time and fewer unplanned disruptions for changing gas cylinders. Fewer and larger gas cylinders which together supply all users, means more effective emptying of the cylinders which in turn give lower costs for gas and cylinder rental as well as transport charges. In addition the store monitoring and purchasing can be centralized and rationalized. Turnkey deliveries Together with the customer we carry out a requirement analysis. Thereafter planning and installation takes place. A service agreement guarantees a trouble-free gas supply without unplanned operating stoppages. Better working environment The work place can be designed more appropriately. Heavy gas cylinders containing toxic gases under high pressure can involve great risks. Outlets positioned at every work station are convenient and easy to use.

177 Central gas supply Quality requirements govern the choice of material The gas to be distributed and the level of contamination that can be accepted in the gas determine the choice of component material in a gas supply system. The inner surface finish of components is of great importance to the final purity of the gas at the point of use. A better surface finish will make the pipe system easier to clean and reduce the risk of particles being released into the gas stream. Copper Copper has been used within gas supply technology for a long time and is still an option when using industrial grade gas. Make sure only to use cleaned copper tubing. Stainless steel Over the past years stainless steel has become the number one choice of material for pure gas applications. This is primarily because the material is easy to clean and can be supplied with a very good surface finish. The increasing use of chemically reactive gases and the great demands made on purity have also contributed towards this trend. Welding methods have been developed which provide advantages with assembly in confined areas and which make it possible to join stainless steel systems while still maintaining a level of cleanliness and finish. Stainless steel is also chosen purely for aesthetic reasons or where the environment is aggressive and can give rise to corrosion. As a general guide the selection of components for a gas supply system is always based on the chosen gas quality. Standard purity specialty gases (Equivalent to.5 [99.5%] to 6.0 [ %]) Component: Stainless steel or brass depending on the gas to be used. Threaded connectors, type NPT or G. Piping: Washed stainless steel. Connection: Orbital welding compression couplings, designed to clamp onto the pipe. The coupling requires the pipe to have a good degree of roundness (stainless steel) and gives a seal equivalent to 10 6 bar cm 3 /s. High purity specialty gases (Equivalent to 6.0 [ ] or higher) Component: Stainless steel or brass depending on the gas to be used. Threaded connectors, type NPT or G. Piping: Washed stainless steel. Connection: VCR couplings, welded onto the pipes and valves. Using a pointed profile that, under a great pressure from two sides, is pressed into metallic packing seals the couplings. The coupling gives a seal equivalent to bar cm 3 /s. The figure illustrates the relation between purge time, purging method and the purity realized with regard to the oxygen content in a gas system. ppm O content in the purging gas h 1 = Constant flow 10 l/h = 5 x pressurized/decompression P 3 bar 3 = 7 x pressurized/decompression P 3 bar 4 = 10 x pressurized/decompression P 3 bar

178 Central gas supply System design and start-up System design can be broken down into three stages: Determine the maximum contamination level for the gas. Select the components to be used for the gas supply system. Design, assemble and commission the system. Linde has extensive know-how within the gas industry and experience of gas media and applications everything from component selection, via system design to installation and start-up as well as all technical documentation. In this light Linde acts as adviser and consultant, together with the user assess the requirements and conditions of the project in question. It is extremely important to look at the system in its entirety, both from an economic and safety point of view. Gas cabinets and pipe systems Separate gas cabinets should be considered for corrosive gases and toxic gases. When using extremely dangerous gases there is a possibility of flow control and emergency stop functions. Gas pipes should be run in such a manner that the risk of mechanical damage is eliminated and that, as far as possible, through areas where any leaking gas causes as little damage as possible. Highlighted below are some of the areas that greatly affect the whole system. Distribution and storage Arrange if possible a storage area for the gas cylinders in a separate building. Connected gas cylinders are placed in a separate area, preferably in adjacent to the access area. Avoid transporting gas cylinders indoors. The gases are stored (separately) according to fixed directives depending on their physical characteristics. Ventilation is provided based on safety requirements regarding the amount and type of gas used.

179 Central gas supply Detection and alarms The need of detection is assessed. Regard should be taken to future requirements concerning types of gas and suitable flexibility to avoid unnecessary costs at a later stage. The possibility of an auto-stop if a leak is indicated. This can be achieved using detection equipment. The need of an alarm to an operating centre and/or an evacuation alarm within a certain area is defined. Linde has well-trained assembly teams with vast experience of specialty gas installations. Each team has a supervisor who is responsible for the completion of the project and at the same time functions as an on-site contact person. Pipe and components are delivered sealed and well packed to the assembly area. A complete set of documentation comprises: Layout documents (shows the entire supply systems design and positions in respective buildings). System specifications including equipment lists. Technical information covering all components. Spare part lists. Pressure testing protocols. Analysis certificates where applicable. Tightness certificates where applicable. Operating and servicing instructions. To maintain the purity requirements and to produce a tight gas system, automatic computer controlled pipe welding equipment is used. All welding is carried out using internal and external shieldgas purging, which results in a clean and bright joints. Pressure testing according to applicable standards is carried out and a protocol is established. A complete system is purged clean and analyzed to determine the humidity and oxygen content. To guarantee that a system is tight we carry out a helium leak detection test. A certificate of tightness is drawn up. Before a gas supply system can be regarded as completed and is handed over for start-up it is documented.

180 The right HiQ REDLINE choice Gas name Chemical formula Gas panels Points of use S00 S01 S0 S03 D04 A08 A09 W40 B40 L40 I40 Acetylene C H 3) Air, synthetic Ammonia NH 3 5) Argon Ar Arsine AsH 3 Boron trichloride BCl 3 Boron trifluoride BF 3 1,3-Butadiene C 4 H 6 n-butane C 4 H 10 iso-butane C 4 H 10 1-Butene C 4 H 8 cis--butene C 4 H 8 trans--butene C 4 H 8 iso-butene C 4 H 8 Carbon dioxide CO Carbon monoxide CO Carbonyl sulfide COS Chlorine Cl Chlorine trifluoride ClF 3 Cyanogen CNCN Cyanogen chloride CNCl Cyclopropane C 3 H 6 Deuterium D Diborane B H 6 Dichlorosilane SiH Cl Dimethylamine (CH 3 ) NH Dimethyl ether C H 6 O,-Dimethylpropane C 5 H 1 Ethane C H 6 Ethene C H 4 Ethylamine C H 5 NH Ethyl chloride C H 5 Cl Ethylene oxide C H 4 O Fluorine 6) F Germane GeH 4

181 The right HiQ REDLINE choice Cylinder regulators PoU Typical filling pressure at C00/1 C00/ 1) C00hv/ C1hv1 Valve ) 15 C [bar] Typical filling pressure at 70 F [psig] Safety Material recommendation Gas name F+ Brass 4) Acetylene 00,400 Brass Air, synthetic 5) 5) T, C, N SS Ammonia 150/00,640 A Brass Argon F+, T+, N SS Arsine T+, C SS Boron trichloride 60 1,600 T+, C SS Boron trifluoride F+, Carc, Muta Brass 1,3-Butadiene F+ Brass n-butane.6 31 F+ Brass iso-butane F+ Brass 1-Butene F+ Brass cis--butene F+ Brass trans--butene F+ Brass iso-butene A Brass Carbon dioxide 100/150/00 1,660/,000 F+, T, Tera1 Brass Carbon monoxide F+, T SS Carbonyl sulfide T, Xi, N SS Chlorine C+, N SS Chlorine trifluoride 5 55 F+, T+ SS Cyanogen T+ SS Cyanogen chloride 6 68 F+ Brass Cyclopropane 100 1,740 F+ Brass Deuterium F+, T+ SS Diborane F+, T, C SS Dichlorosilane F+, Xn, Xi SS Dimethylamine F+ Brass Dimethyl ether 1. 7 F+ Brass,-Dimethylpropane F+ Brass Ethane 76 1,00 F+ Brass Ethene F+, Xi SS Ethylamine F+ SS Ethyl chloride F+, T, Xi, Muta,Carc SS Ethylene oxide T+, C SS Fluorine 6) F+, T+ Brass Germane

182 The right HiQ REDLINE choice Gas name Chemical formula Gas panels Points of use S00 S01 S0 S03 D04 A08 A09 W40 B40 L40 I40 Helium He Hydrogen H Hydrogen bromide HBr Hydrogen chloride HCl Hydrogen fluoride HF Hydrogen sulfide H S Krypton Kr Methane CH 4 Methylamine CH 3 NH Methyl bromide CH 3 Br Methyl chloride CH 3 Cl Methyl fluoride CH 3 F Methyl mercaptan CH 3 SH Natural gas n.a. Neon Ne Nitric oxide NO Nitrogen N Nitrogen dioxide NO Nitrogen trifluoride NF 3 Nitrous oxide N O Octafluoropropane C 3 F 8 Oxygen O Phosgene COCl Phosphine PH 3 Propane C 3 H 8 Propene C 3 H 6 Propyne C 3 H 4 R 11 Trichlorofluoromethane CFCl 3 R 1 Dichlorodifluoromethane CF Cl R 13 Chlorotrifluoromethane CF 3 Cl R 13 b1 Bromotrifluoromethane CF 3 Br R 14 Tetrafluoromethane CF 4 R 1 Dichlorofluoromethane CHFCl R Chlorodifluoromethane CHF Cl R 3 Trifluoromethane CHF 3

183 The right HiQ REDLINE choice Cylinder regulators PoU Typical filling pressure at C00/1 C00/ 1) C00hv/ C1hv1 Valve ) 15 C [bar] Typical filling pressure at 70 F [psig] Safety Material recommendation Gas name 00,640 A Brass Helium 100/00,000/,400 F+ Brass Hydrogen C SS Hydrogen bromide T, C SS Hydrogen chloride T+,C SS Hydrogen fluoride F+, T+, N SS Hydrogen sulfide 130 1,900 A Brass Krypton 100/150/00,000/,400 F+ Brass Methane.5 9 F+, Xn, Xi SS Methylamine T, Xi, N SS Methyl bromide F+, Carc3, Xn SS Methyl chloride F+ Brass Methyl fluoride F+, T+ SS Methyl mercaptan ,309 F+ Brass Natural gas 100/00,000/,400 A Brass Neon 30/ T+,C SS Nitric oxide 150/00,000/,640 A Brass Nitrogen T+,C SS Nitrogen dioxide 19 1,450 O, Xn SS Nitrogen trifluoride O Brass Nitrous oxide A Brass Octafluoropropane 150/00,000/,640 O Brass Oxygen T+ SS Phosgene F+, T+ SS Phosphine F+ Brass Propane F+ Brass Propene F+ Brass Propyne N Brass R 11 Trichlorofluoromethane N Brass R 1 Dichlorodifluoromethane N Brass R 13 Chlorotrifluoromethane N Brass R 13 B1 Bromotrifluoromethane 17,000 A Brass R 14 Tetrafluoromethane N Brass R 1 Dichlorofluoromethane N Brass R Chlorodifluoromethane A Brass R 3 Trifluoromethane

184 The right HiQ REDLINE choice Gas name Chemical formula Gas panels Points of use S00 S01 S0 S03 D04 A08 A09 W40 B40 L40 I40 R 3 Difluoromethane CH F R114 1,-Dichlorotetrafluorethane C Cl F 4 R115 Chloropentafluoroethane C ClF 5 R116 Hexafluoroethane C F 6 R14b 1-Chloro-1,1-difluoroethane C H 3 ClF R15a 1,1-Difluoroethane C H 4 F Silane SiH 4 Silicon tetrafluoride SiF 4 Sulfur dioxide SO Sulfur hexafluoride SF 6 Trimethylamine (CH 3 ) 3 N Tungsten hexafluoride WF 6 Vinyl bromide C H 3 Br Vinyl chloride C H 3 Cl Vinyl methyl ether C 3 H 6 O Xenon Xe

185 The right HiQ REDLINE choice Cylinder regulators PoU Typical filling pressure at C00/1 C00/ 1) C00hv/ C1hv1 Valve ) 15 C [bar] Typical filling pressure at 70 F [psig] Safety Material recommendation Gas name F+ Brass R 3 Difluorofluorethane N Brass R114 1,-Dichlorotetrafluorethane N Brass R115 Chloropentafluoroethane A Brass R116 Hexafluoroethane.5 35 F+, N Brass R14b 1-Chloro-1,1-difluoroethane F+ Brass R15a 1,1-Difluoroethane ,05 F+ SS Silane 69 1,000 T, C SS Silicon tetrafluoride.7 34 T,C SS Sulfur dioxide A Brass Sulfur hexafluoride F+, Xn, Xi SS Trimethylamine T SS Tungsten hexafluoride 1 6 F+,Carc1 SS Vinyl bromide F+,Carc1 SS Vinyl chloride F+ Brass Vinyl methyl ether A Brass Xenon Footnotes 1. Min. 7 bar primary pressure. Max. 50 bar primary pressure 3. W40 B Ac 4. Brass with <65% copper 5. Ammonia relief valve 6. Mixtures <10% F Safety A = Asphyxiant C = Corrosive Carc1//3 = Carcinogenic category 1 3 F = Flammable F+ = Extremely flammable Muta1//3 = Mutagenic category 1 3 N = Environmentally harmful O = Oxidizing Py = Pyrophobic T = Toxic T+ = Very toxic Tera1//3 = Teratogenic category 1 3 Xn = Harmful Xi = Irritating Note! For toxic, harmful/irritating or flammable gas, Linde recommends that the ventilation line shall end at a safe place outside the building or that it is connected to separate ventilation. Note! Gas panels aimed for flammable use shall have non-return valve before the regulator. Note! Halocarbons damage the ozone layer of the atmosphere. Hence the use of halocarbons is restricted and in some cases prohibited by local legislation. If a halocarbon can be substituted with an environmentally less harmful substance, this shall be done. = Standard equipment, all other requirements are special, please contact your local supplier.

186 HiQ REDLINE Gas panels the starting point Gas panels are used in central gas supply systems for reducing the high primary pressure in the cylinders to more manageable secondary pressures and is the place where the cylinders are changed, etc. It can be considered the heart of the central gas system. Linde has three types of gas panels: Single, double and semi-automatic. Single panels handles one cylinder or bundle at a time. When the cylinder/bundle is empty it has to be changed. Double panels handle two cylinders or bundles (or a combination) at a time. When the cylinder or bundle is empty, switchover has to be done manually. Semi-automatic panels handles two cylinders/bundles at a time. When the pressure at one side (the primary side) reaches a pre-set value the manifold switches to the other side. This means that it is possible to change the gas cylinders without interrupting the gas flow. After the cylinders at the primary side are changed the handle is turned, thus changing the secondary side (delivering the gas) to the new primary side. It is possible to create a fully automatic manifold, with either electric or pneumatic valves, but since the cylinders have to be changed anyway the cost is rarely justified. Note: Gas panels are not supplied with cylinder connections. For information on available cylinder connections, please contact your local Linde office. Group green equipment for inert and non-reactive gases used as carrier gas or likewise, where gas integrity is non-crucial at cylinder change. S 00 Group orange equipment, with purge gas (nitrogen or likewise) purging, for toxic and reactive gases and gas mixtures, where gas integrity and safety is important at cylinder change. S 03 A 09 Group blue equipment, with own gas purge, for inert and non-reactive gases and gas mixtures where gas integrity is important at cylinder change. S 01 S 0 D 04 A 08

187 Gas panels S 00 Single gas panel Technical data Single stage gas supply panel designed for pure gases and mixtures. Description Gas panel S 00 is designed for single cylinders or bundles. It is mounted on a stainless steel console and consists of a pressure regulator, inlet and outlet pressure gauges, a relief valve and a shutoff valve for the process gas. Inlet primary pressure 30 ; 3,300 [bar ; psi] Outlet pressure ; 8 85 [bar ; psi].5 14 ; ; ; 145 3,000 Outlet gauge range 1 10 ; [bar ; psi] 0 5 ; ; 0 1, ; 0 4,500 Connection 1, or 4 cylinders Process gas in NPT 1/4 female Process gas out NPT 1/4 female Material Housing Brass, Ni/Cr plated Stainless steel 316L Seals PVDF PCTFE Membrane Hastelloy Operating temperature C ; F

188 S 00 Single gas panel Downstream pressure, bar bar* Max flow * Set pressure Flow, Nm 3 /h N 155 To process All measurements in millimeters. Drawings of other types available on request. Process gas inlet

189 Gas panel S 00 product names and codes B SS x/x Cx SHx LHx C R RC = Brass = Stainless steel = Bar/Psi = Coil and number of cylinders = Short flexihose and number of cylinders = Long flexihose and number of cylinders = Contact gauge = Residual gas outlet = Residual gas outlet and contact gauge S 00 Code B 6/ B 14/ B 50/ B 00/3, SS 6/ SS 14/ SS 50/ SS 00/3, S 00 coil and 1 cylinder B C1 6/ B C1 14/ B C1 50/ B C1 00/3, SS C1 6/ SS C1 14/ SS C1 50/ SS C1 00/3, S 00 coil and cylinders B C 6/ B C 14/ B C 50/ B C 00/3, SS C 6/ SS C 14/ SS C 50/ SS C 00/3, S 00 coil and 4 cylinders B C4 6/ B C4 14/ B C4 50/ B C4 00/3, SS C4 6/ SS C4 14/ SS C4 50/ SS C4 00/3, S 00 short flexihose and 1 cylinder B SH1 6/ B SH1 14/ B SH1 50/ B SH1 00/3, SS SH1 6/ SS SH1 14/ SS SH1 50/ SS SH1 00/3, S 00 short flexihose and cylinders B SH 6/ B SH 14/ B SH 50/ B SH 00/3, SS SH 6/ SS SH 14/ SS SH 50/ SS SH 00/3, S 00 short flexihose and 4 cylinders B SH4 6/ B SH4 14/ B SH4 50/ B SH4 00/3, SS SH4 6/ SS SH4 14/ SS SH4 50/ SS SH4 00/3, S 00 long flexihose and 1 cylinder B LH1 6/ B LH1 14/00 35 B LH1 50/ B LH1 00/3, SS LH1 6/ SS LH1 14/ SS LH1 50/ SS LH1 00/3, S 00 long flexihose and cylinders B LH 6/ B LH 14/ B LH 50/ B LH 00/3, SS LH 6/ SS LH 14/ SS LH 50/ SS LH 00/3, S 00 long flexihose and 4 cylinders B LH4 6/ B LH4 14/ B LH4 50/ B LH4 00/3, SS LH4 6/ SS LH4 14/ SS LH4 50/ SS LH4 00/3, S 00/C contact gauge B C 6/ B C 14/ B C 50/ B C 00/3, SS C 6/ SS C 14/ SS C 50/ SS C 00/3, S 00/C contact gauge, coil and 1 cylinder B C C1 6/ B C C1 14/ B C C1 50/ B C C1 00/3, SS C C1 6/ SS C C1 14/ SS C C1 50/ SS C C1 00/3,

190 Gas panel S 00 product names and codes S 00/C contact gauge, coil and cylinders B C C 6/ B C C 14/ B C C 50/ B C C 00/3, SS C C 6/ SS C C 14/ SS C C 50/ SS C C 00/3, S 00/C contact gauge, coil and 4 cylinders B C C4 6/ B C C4 14/ B C C4 50/ B C C4 00/3, SS C C4 6/ SS C C4 14/ SS C C4 50/ SS C C4 00/3, S 00/C contact gauge, short flexihose and 1 cylinder B C SH1 6/ B C SH1 14/ B C SH1 50/ B C SH1 00/3, SS C SH1 6/ SS C SH1 14/00 45 SS C SH1 50/ SS C SH1 00/3, S 00/C contact gauge, short flexihose and cylinders B C SH 6/ B C SH 14/ B C SH 50/ B C SH 00/3, SS C SH 6/ SS C SH 14/ SS C SH 50/ SS C SH 00/3, S 00/C contact gauge, short flexihose and 4 cylinders B C SH4 6/ B C SH4 14/ B C SH4 50/ B C SH4 00/3, SS C SH4 6/ SS C SH4 14/ SS C SH4 50/ SS C SH4 00/3, S 00/C contact gauge, long flexihose and 1 cylinder B C LH1 6/ B C LH1 14/ B C LH1 50/ B C LH1 00/3, SS C LH1 6/ SS C LH1 14/ SS C LH1 50/ SS C LH1 00/3, S 00/C contact gauge, long flexihose and cylinders B C LH 6/ B C LH 14/ B C LH 50/ B C LH 00/3, SS C LH 6/ SS C LH 14/ SS C LH 50/ SS C LH 00/3, S 00/C contact gauge, long flexihose and 4 cylinders B C LH4 6/ B C LH4 14/ B C LH4 50/ B C LH4 00/3, SS C LH4 6/ SS C LH4 14/ SS C LH4 50/ SS C LH4 00/3,

191 Gas panels S 01 Single gas panel Technical data Single stage gas supply panel with internal gas purging, designed for high purity gases and mixtures (including flammable). Description Gas panel S 01 is designed for single cylinders or bundles. It is equipped with internal gas purging to avoid contaminants entering the process line after changing the cylinders. It is mounted on a stainless steel console and consists of a pressure regulator, inlet and outlet pressure gauges, a relief valve and shut-off valves for the process gas and for the purge gas. The panel can also be equipped with contact gauge (/C models) for automatic surveillance. When applicable the panel can be ordered with residual gas line (/R models) connecting the relief valve with the purge outlet. Inlet primary pressure 30 ; 3,300 [bar ; psi] Outlet pressure ; 8 85 [bar ; psi].5 14 ; ; ; 145 3,000 Outlet gauge range 1 10 ; [bar ; psi] 0 5 ; ; 0 1, ; 0 4,500 Connection 1, or 4 cylinders Process gas in NPT 1/4 female Process gas out NPT 1/4 female Purge gas outlet NPT 1/4 female Material Housing Brass, Ni/Cr plated Stainless steel 316L Seals PVDF PCTFE Membrane Hastelloy Operating temperature C ; F

192 S 01 Single gas panel 9 Downstream pressure, bar 10 bar* Max flow * Set pressure Flow, Nm 3 /h N 45 To process To ventilation 155 All measurements in millimeters. Model R. Drawings of other types available on request. Process gas inlet

193 Gas panel S 01 product names and codes B SS x/x Cx SHx LHx C R RC = Brass = Stainless steel = Bar/Psi = Coil and number of cylinders = Short flexihose and number of cylinders = Long flexihose and number of cylinders = Contact gauge = Residual gas outlet = Residual gas outlet and contact gauge S 01 Code B 6/ B 14/ B 50/ B 00/3, SS 6/ SS 14/ SS 50/ SS 00/3, S 01 coil and 1 cylinder B C1 6/ B C1 14/ B C1 50/ B C1 00/3, SS C1 6/ SS C1 14/ SS C1 50/ SS C1 00/3, S 01 coil and cylinders B C 6/ B C 14/ B C 50/ B C 00/3, SS C 6/ SS C 14/ SS C 50/ SS C 00/3, S 01 coil and 4 cylinders B C4 6/ B C4 14/ B C4 50/ B C4 00/3, SS C4 6/ SS C4 14/ SS C4 50/ SS C4 00/3, S 01 short flexihose and 1 cylinder B SH1 6/ B SH1 14/ B SH1 50/ B SH1 00/3, SS SH1 6/ SS SH1 14/ SS SH1 50/ SS SH1 00/3, S 01 short flexihose and cylinders B SH 6/ B SH 14/ B SH 50/ B SH 00/3, SS SH 6/ SS SH 14/ SS SH 50/ SS SH 00/3, S 01 short flexihose and 4 cylinders B SH4 6/ B SH4 14/ B SH4 50/ B SH4 00/3, SS SH4 6/ SS SH4 14/ SS SH4 50/ SS SH4 00/3, S 01 long flexihose and 1 cylinder B LH1 6/ B LH1 14/ B LH1 50/ B LH1 00/3, SS LH1 6/ SS LH1 14/ SS LH1 50/ SS LH1 00/3, S 01 long flexihose and cylinder B LH 6/ B LH 14/ B LH 50/ B LH 00/3, SS LH 6/ SS LH 14/ SS LH 50/ SS LH 00/3, S 01 long flexihose and 4 cylinders B LH4 6/ B LH4 14/ B LH4 50/ B LH4 00/3, SS LH4 6/ SS LH4 14/ SS LH4 50/ SS LH4 00/3, S 01/R residual gas outlet B R 6/ B R 14/ B R 50/ B R 00/3, SS R 6/ SS R 14/ SS R 50/ SS R 00/3, S 01/R residual gas outlet, coil and 1 cylinder B R C1 6/ B R C1 14/ B R C1 50/ B R C1 00/3, SS R C1 6/ SS R C1 14/ SS R C1 50/ SS R C1 00/3,

194 Gas panel S 01 product names and codes S 01/R residual gas outlet, coil and cylinders B R C 6/ B R C 14/ B R C 50/ B R C 00/3, SS R C 6/ SS R C 14/ SS R C 50/ SS R C 00/3, S 01/R residual gas outlet, coil and 4 cylinders B R C4 6/ B R C4 14/ B R C4 50/ B R C4 00/3, SS R C4 6/ SS R C4 14/ SS R C4 50/ SS R C4 00/3, S 01/R residual gas outlet, short flexihose and 1 cylinder B R SH1 6/ B R SH1 14/ B R SH1 50/ B R SH1 00/3, SS R SH1 6/ SS R SH1 14/ SS R SH1 50/ SS R SH1 00/3, S 01/R residual gas outlet, short flexihose and cylinders B R SH 6/ B R SH 14/ B R SH 50/75 36 B R SH 00/3, SS R SH 6/ SS R SH 14/ SS R SH 50/ SS R SH 00/3, S 01/R residual gas outlet, short flexihose and 4 cylinders B R SH4 6/ B R SH4 14/ B R SH4 50/ B R SH4 00/3, SS R SH4 6/ SS R SH4 14/ SS R SH4 50/ SS R SH4 00/3, S 01/R residual gas outlet, long flexihose and 1 cylinder B R LH1 6/ B R LH1 14/ B R LH1 50/ B R LH1 00/3, SS R LH1 6/ SS R LH1 14/ SS R LH1 50/ SS R LH1 00/3, S 01/R residual gas outlet, long flexihose and cylinders B R LH 6/ B R LH 14/ B R LH 50/ B R LH 00/3, SS R LH 6/ SS R LH 14/ SS R LH 50/ SS R LH 00/3, S 01/R residual gas outlet, long flexihose and 4 cylinders B R LH4 6/ B R LH4 14/ B R LH4 50/ B R LH4 00/3, SS R LH4 6/ SS R LH4 14/ SS R LH4 50/ SS R LH4 00/3, S 01/C contact gauge B C 6/ B C 14/ B C 50/ B C 00/3, SS C 6/ SS C 14/ SS C 50/ SS C 00/3, S 01/C contact gauge, coil and 1 cylinder B C C1 6/ B C C1 14/ B C C1 50/ B C C1 00/3, SS C C1 6/ SS C C1 14/ SS C C1 50/ SS C C1 00/3, S 01/C contact gauge, coil and cylinders B C C 6/ B C C 14/ B C C 50/ B C C 00/3, SS C C 6/ SS C C 14/ SS C C 50/ SS C C 00/3, S 01/C contact gauge, coil and 4 cylinders B C C4 6/ B C C4 14/

195 Gas panel S 01 product names and codes B C C4 50/ B C C4 00/3, SS C C4 6/ SS C C4 14/ SS C C4 50/ SS C C4 00/3, S 01/C contact gauge, short flexihose and 1 cylinder B C SH1 6/ B C SH1 14/ B C SH1 50/ B C SH1 00/3, SS C SH1 6/ SS C SH1 14/ SS C SH1 50/ SS C SH1 00/3, S 01/C contact gauge, short flexihose and cylinders B C SH 6/ B C SH 14/ B C SH 50/ B C SH 00/3, SS C SH 6/ SS C SH 14/ SS C SH 50/ SS C SH 00/3, S 01/C contact gauge, short flexihose and 4 cylinders B C SH4 6/ B C SH4 14/ B C SH4 50/ B C SH4 00/3, SS C SH4 6/ SS C SH4 14/ SS C SH4 50/ SS C SH4 00/3, S 01/C contact gauge, long flexihose and 1 cylinder B C LH1 6/ B C LH1 14/ B C LH1 50/ B C LH1 00/3, SS C LH1 6/ SS C LH1 14/ SS C LH1 50/ SS C LH1 00/3, S 01/C contact gauge, long flexihose and cylinders B C LH 6/ B C LH 14/ B C LH 50/ B C LH 00/3, SS C LH 6/ SS C LH 14/ SS C LH 50/ SS C LH 00/3, S 01/C contact gauge, long flexihose and 4 cylinders B C LH4 6/ B C LH4 14/ B C LH4 50/ B C LH4 00/3, SS C LH4 6/ SS C LH4 14/ SS C LH4 50/ SS C LH4 00/3, S 01/RC residual gas outlet, contact gauge B RC 6/ B RC 14/ B RC 50/ B RC 00/3, SS RC 6/ SS RC 14/ SS RC 50/ SS RC 00/3, S 01/RC residual gas outlet, contact gauge, coil and 1 cylinder B RC C1 6/ B RC C1 14/ B RC C1 50/ B RC C1 00/3, SS RC C1 6/ SS RC C1 14/ SS RC C1 50/ SS RC C1 00/3, S 01/RC residual gas outlet, contact gauge, coil and cylinders B RC C 6/ B RC C 14/ B RC C 50/ B RC C 00/3, SS RC C 6/ SS RC C 14/ SS RC C 50/ SS RC C 00/3, S 01/RC residual gas outlet, contact gauge, coil and 4 cylinders B RC C4 6/ B RC C4 14/ B RC C4 50/ B RC C4 00/3, SS RC C4 6/ SS RC C4 14/ SS RC C4 50/ SS RC C4 00/3,

196 Gas panel S 01 product names and codes S 01/RC residual gas outlet, contact gauge, short flexihose and 1 cylinder B RC SH1 6/ B RC SH1 14/ B RC SH1 50/ B RC SH1 00/3, SS RC SH1 6/ SS RC SH1 14/ SS RC SH1 50/ SS RC SH1 00/3, S 01/RC residual gas outlet, contact gauge, short flexihose and cylinders B RC SH 6/ B RC SH 14/ B RC SH 50/ B RC SH 00/3, SS RC SH 6/ SS RC SH 14/ SS RC SH 50/ SS RC SH 00/3, S 01/RC residual gas outlet, contact gauge, short flexihose and 4 cylinders B RC SH4 6/ B RC SH4 14/ B RC SH4 50/ B RC SH4 00/3, SS RC SH4 6/ SS RC SH4 14/ SS RC SH4 50/ SS RC SH4 00/3, SS RC LH1 50/ SS RC LH1 00/3, S 01/RC residual gas outlet, contact gauge, long flexihose and cylinders B RC LH 6/ B RC LH 14/ B RC LH 50/ B RC LH 00/3, SS RC LH 6/ SS RC LH 14/ SS RC LH 50/ SS RC LH 00/3, S 01/RC residual gas outlet, contact gauge, long flexihose and 4 cylinders B RC LH4 6/ B RC LH4 14/00 46 B RC LH4 50/ B RC LH4 00/3, SS RC LH4 6/ SS RC LH4 14/ SS RC LH4 50/ SS RC LH4 00/3, S 01/RC residual gas outlet, contact gauge, long flexihose and 1 cylinder B RC LH1 6/ B RC LH1 14/ B RC LH1 50/ B RC LH1 00/3, SS RC LH1 6/ SS RC LH1 14/

197 Gas panels S 0 Single gas panel Technical Data Single stage gas supply panel with internal gas purging, designed for pure gases and mixtures. Description Gas panel S 0 is designed for single cylinders or bundles. It is equipped with internal gas purging to avoid contaminants entering the process line after changing the cylinders. It is is mounted on a stainless steel console and consists of a pressure regulator, inlet and outlet pressure gauges, a relief valve and shut-off valves for the process gas at high and low pressure ends and for the purging gas. The panel can also be equipped with contact gauge (/C models) for automatic surveillance. When applicable the panel can be ordered with residual gas line (/R models) connecting the relief valve with the purge outlet. Inlet primary pressure 30 ; 3,300 [bar ; psi] Outlet pressure ; 8 85 [bar ; psi].5 14 ; ; ; 145 3,000 Outlet gauge range 1 10 ; [bar ; psi] 0 5 ; ; 0 1, ; 0 4,500 Connection 1, or 4 cylinders Process gas in NPT 1/4 female Process gas out NPT 1/4 female Purge gas outlet NPT 1/4 female Material Housing Brass, Ni/Cr plated Stainless steel 316L Seals PVDF PCTFE Membrane Hastelloy Operating temperature C ; F

198 S 0 Single gas panel Downstream pressure, bar bar* 6 3 Max flow * Set pressure Flow, Nm 3 /h N To process To ventilation All measurements in millimeters. Model R. Drawings of other types available on request. Process gas inlet

199 Gas panel S 0 product names and codes B SS x/x Cx SHx LHx C R RC = Brass = Stainless steel = Bar/Psi = Coil and number of cylinders = Short flexihose and number of cylinders = Long flexihose and number of cylinders = Contact gauge = Residual gas outlet = Residual gas outlet and contact gauge S 0 Code B 6/ B 14/ B 50/75 34 B 00/3, SS 6/ SS 14/ SS 50/ SS 00/3, S 0 coil and 1 cylinder B C1 6/ B C1 14/ B C1 50/ B C1 00/3, SS C1 6/ SS C1 14/ SS C1 50/ SS C1 00/3, S 0 coil and cylinders B C 6/ B C 14/ B C 50/ B C 00/3, SS C 6/ SS C 14/ SS C 50/ SS C 00/3, S 0 coil and 4 cylinders B C4 6/ B C4 14/ B C4 50/75 37 B C4 00/3, SS C4 6/ SS C4 14/ SS C4 50/ SS C4 00/3, S 0 short flexihose and 1 cylinder B SH1 6/ B SH1 14/ B SH1 50/ B SH1 00/3, SS SH1 6/ SS SH1 14/ SS SH1 50/ SS SH1 00/3, S 0 short flexihose and cylinders B SH 6/ B SH 14/ B SH 50/ B SH 00/3, SS SH 6/ SS SH 14/ SS SH 50/ SS SH 00/3, S 0 short flexihose and 4 cylinders B SH4 6/ B SH4 14/ B SH4 50/ B SH4 00/3, SS SH4 6/ SS SH4 14/ SS SH4 50/ SS SH4 00/3, S 0 long flexihose and 1 cylinder B LH1 6/ B LH1 14/ B LH1 50/ B LH1 00/3, SS LH1 6/ SS LH1 14/ SS LH1 50/ SS LH1 00/3, S 0 long flexihose and cylinders B LH 6/ B LH 14/ B LH 50/ B LH 00/3, SS LH 6/ SS LH 14/ SS LH 50/ SS LH1 00/3, S 0 long flexihose and 4 cylinders B LH4 6/ B LH4 14/ B LH4 50/ B LH4 00/3, SS LH4 6/ SS LH4 14/ SS LH4 50/ SS LH4 00/3, S 0/R residual gas outlet B R 6/ B R 14/ B R 50/ B R 00/3, SS R 6/ SS R 14/ SS R 50/ SS R 00/3, S 0/R residual gas outlet, coil and 1 cylinder B R C1 6/ B R C1 14/ B R C1 50/ B R C1 00/3, SS R C1 6/ SS R C1 14/ SS R C1 50/75 38 SS R C1 00/3,

200 Gas panel S 0 product names and codes S 0/R residual gas outlet, coil and cylinders B R C 6/ B R C 14/ B R C 50/ B R C 00/3, SS R C 6/ SS R C 14/ SS R C 50/ SS R C 00/3, S 0/R residual gas outlet, coil and 4 cylinders B R C4 6/ B R C4 14/ B R C4 50/ B R C4 00/3, SS R C4 6/ SS R C4 14/ SS R C4 50/ SS R C4 00/3, S 0/R residual gas outlet, short flexihose and 1 cylinder B R SH1 6/ B R SH1 14/ B R SH1 50/ B R SH1 00/3, SS R SH1 6/ SS R SH1 14/ SS R SH1 50/ SS R SH1 00/3, S 0/R residual gas outlet, short flexihose and cylinders B R SH 6/ B R SH 14/ B R SH 50/ B R SH 00/3, SS R SH 6/ SS R SH 14/ SS R SH 50/ SS R SH 00/3, S 0/R residual gas outlet, short flexihose and 4 cylinders B R SH4 6/ B R SH4 14/ B R SH4 50/ B R SH4 00/3, SS R SH4 6/ SS R SH4 14/ SS R SH4 50/ SS R SH4 00/3, S 0/R residual gas outlet, long flexihose and 1 cylinder B R LH1 6/ B R LH1 14/ B R LH1 50/ B R LH1 00/3, SS R LH1 6/ SS R LH1 14/ SS R LH1 50/ SS R LH1 00/3, S 0/R residual gas outlet, long flexihose and cylinders B R LH 6/ B R LH 14/ B R LH 50/ B R LH 00/3, SS R LH 6/ SS R LH 14/ SS R LH 50/ SS R LH 00/3, S 0/R residual gas outlet, long flexihose and 4 cylinders B R LH4 6/ B R LH4 14/ B R LH4 50/ B R LH4 00/3, SS R LH4 6/ SS R LH4 14/ SS R LH4 50/ SS R LH4 00/3, S 0/C contact gauge B C 6/ B C 14/ B C 50/ B C 00/3, SS C 6/ SS C 14/ SS C 50/ SS C 00/3, S 0/C contact gauge, coil and 1 cylinder B C C1 6/ B C C1 14/ B C C1 50/ B C C1 00/3, SS C C1 6/ SS C C1 14/ SS C C1 50/ SS C C1 00/3, S 0/C contact gauge, coil and cylinders B C C 6/ B C C 14/ B C C 50/ B C C 00/3, SS C C 6/ SS C C 14/ SS C C 50/ SS C C 00/3,

201 Gas panel S 0 product names and codes S 0/C contact gauge, coil and 4 cylinders B C C4 6/ B C C4 14/ B C C4 50/ B C C4 00/3, SS C C4 6/ SS C C4 14/ SS C C4 50/ SS C C4 00/3, S 0/C contact gauge, short flexihose and 1 cylinder B C SH1 6/ B C SH1 14/00 47 B C SH1 50/ B C SH1 00/3, SS C SH1 6/ SS C SH1 14/ SS C SH1 50/ SS C SH1 00/3, S 0/C contact gauge, short flexihose and cylinders B C SH 6/ B C SH 14/ B C SH 50/ B C SH 00/3, SS C SH 6/ SS C SH 14/ SS C SH 50/ SS C SH 00/3, S 0/C contact gauge, short flexihose and 4 cylinders B C SH4 6/ B C SH4 14/ B C SH4 50/ B C SH4 00/3, SS C SH4 6/ SS C SH4 14/ SS C SH4 50/ SS C SH4 00/3, S 0/C contact gauge, long flexihose and 1 cylinder B C LH1 6/ B C LH1 14/ B C LH1 50/ B C LH1 00/3, SS C LH1 6/ SS C LH1 14/ SS C LH1 50/ SS C LH1 00/3, S 0/C contact gauge, long flexihose and cylinders B C LH 6/ B C LH 14/ B C LH 50/ B C LH 00/3, SS C LH 6/ SS C LH 14/ SS C LH 50/ SS C LH 00/3, S 0/C contact gauge, long flexihose and 4 cylinders B C LH4 6/ B C LH4 14/ B C LH4 50/ B C LH4 00/3, SS C LH4 6/ SS C LH4 14/00 48 SS C LH4 50/ SS C LH4 00/3, S 0/RC residual gas outlet, contact gauge B RC 6/ B RC 14/ B RC 50/ B RC 00/3, SS RC 6/ SS RC 14/ SS RC 50/ SS RC 00/3, S 0/RC residual gas outlet, contact gauge, coil and 1 cylinder B RC C1 6/ B RC C1 14/ B RC C1 50/ B RC C1 00/3, SS RC C1 6/ SS RC C1 14/ SS RC C1 50/ SS RC C1 00/3, S 0/RC residual gas outlet, contact gauge, coil and cylinders B RC C 6/ B RC C 14/ B RC C 50/ B RC C 00/3, SS RC C 6/ SS RC C 14/ SS RC C 50/ SS RC C 00/3, S 0/RC residual gas outlet, contact gauge, coil and 4 cylinders B RC C4 6/ B RC C4 14/ B RC C4 50/ B RC C4 00/3, SS RC C4 6/ SS RC C4 14/ SS RC C4 50/ SS RC C4 00/3,

202 Gas panel S 0 product names and codes S 0/RC residual gas outlet, contact gauge, short flexihose and 1 cylinder B RC SH1 6/ B RC SH1 14/ B RC SH1 50/ B RC SH1 00/3, SS RC SH1 6/ SS RC SH1 14/ SS RC SH1 50/ SS RC SH1 00/3, S 0/RC residual gas outlet, contact gauge, short flexihose and cylinders B RC SH 6/ B RC SH 14/ B RC SH 50/ B RC SH 00/3, SS RC SH 6/ SS RC SH 14/ SS RC SH 50/ SS RC SH 00/3, S 0/RC residual gas outlet, contact gauge, short flexihose and 4 cylinders B RC SH4 6/ B RC SH4 14/ B RC SH4 50/ B RC SH4 00/3, SS RC SH4 6/ SS RC SH4 14/ SS RC SH4 50/ SS RC SH4 00/3, S 0/RC residual gas outlet, contact gauge, long flexihose and 1 cylinder B RC LH1 6/ B RC LH1 14/ B RC LH1 50/ B RC LH1 00/3, SS RC LH1 6/ SS RC LH1 14/ SS RC LH1 50/ SS RC LH1 00/3, S 0/RC residual gas outlet, contact gauge, long flexihose and cylinders B RC LH 6/ B RC LH 14/ B RC LH 50/ B RC LH 00/3, SS RC LH 6/ SS RC LH 14/ SS RC LH 50/ SS RC LH 00/3, S 0/RC residual gas outlet, contact gauge, long flexihose and 4 cylinder B RC LH4 6/ B RC LH4 14/ B RC LH4 50/ B RC LH4 00/3, SS RC LH4 6/ SS RC LH4 14/ SS RC LH4 50/ SS RC LH4 00/3,

203 Gas panels S 03 Single gas panel Technical Data Single stage gas supply panel with external gas purging, designed for reactive, toxic and corrosive gases. Description Gas panel S 03 is designed for single cylinders or bundles. It is equipped with external gas purging to allow purging of the high pressure side before disconnecting cylinders. It is is mounted on a stainless steel console and consists of a pressure regulator, inlet and outlet pressure gauges, a relief valve and shut-off valves for the process gas at high and low pressure ends and for the purging gas. The panel can also be equipped with contact gauge (/C models) for automatic surveillance. When applicable the panel can be ordered with residual gas line (/R models) connecting the relief valve with the purge outlet. Inlet primary pressure 30 ; 3,300 [bar ; psi] Outlet pressure ; 8 85 [bar ; psi].5 14 ; ; ; 145 3,000 Outlet gauge range 1 10 ; [bar ; psi] 0 5 ; ; 0 1, ; 0 4,500 Connection 1, or 4 cylinders Process gas in NPT 1/4 female Process gas out NPT 1/4 female Purge gas inlet Tube fitting 6 mm Purge gas outlet Tube fitting 6 mm Material Housing Brass, Ni/Cr plated Stainless steel 316L Seals PVDF PCTFE Membrane Hastelloy Operating temperature C ; F

204 S 03 Single gas panel Downstream pressure, bar bar* 6 3 Max flow * Set pressure Flow, Nm 3 /h N 400 Purge gas inlet To process To ventilation 155 All measurements in millimeters. Model R. Drawings of other types available on request. Process gas inlet

205 Gas panel S 03 product names and codes B SS x/x Cx SHx LHx C R RC = Brass = Stainless steel = Bar/Psi = Coil and number of cylinders = Short flexihose and number of cylinders = Long flexihose and number of cylinders = Contact gauge = Residual gas outlet = Residual gas outlet and contact gauge S 03 Code B 6/ B 14/ B 50/ B 00/3, SS 6/ SS 14/ SS 50/ SS 00/3, S 03 coil and 1 cylinder B C1 6/ B C1 14/ B C1 50/ B C1 00/3, SS C1 6/ SS C1 14/ SS C1 50/ SS C1 00/3, S 03 coil and cylinders B C 6/ B C 14/ B C 50/ B C 00/3, SS C 6/ SS C 14/ SS C 50/ SS C 00/3, S 03 coil and 4 cylinders B C4 6/ B C4 14/ B C4 50/ B C4 00/3, SS C4 6/ SS C4 14/ SS C4 50/ SS C4 00/3, S 03 short flexihose and 1 cylinder B SH1 6/ B SH1 14/ B SH1 50/ B SH1 00/3, SS SH1 6/ SS SH1 14/ SS SH1 50/ SS SH1 00/3, S 03 short flexihose and cylinders B SH 6/ B SH 14/ B SH 50/ B SH 00/3, SS SH 6/ SS SH 14/ SS SH 50/ SS SH 00/3, S 03 short flexihose and 4 cylinders B SH4 6/ B SH4 14/ B SH4 50/ B SH4 00/3, SS SH4 6/ SS SH4 14/ SS SH4 50/ SS SH4 00/3, S 03 long flexihose and 1 cylinder B LH1 6/ B LH1 14/ B LH1 50/ B LH1 00/3, SS LH1 6/ SS LH1 14/ SS LH1 50/ SS LH1 00/3, S 03 long flexihose and cylinders B LH 6/ B LH 14/ B LH 50/ B LH 00/3, SS LH 6/ SS LH 14/ SS LH 50/75 39 SS LH 00/3, S 03 long flexihose and 4 cylinders B LH4 6/ B LH4 14/ B LH4 50/ B LH4 00/3, SS LH4 6/ SS LH4 14/ SS LH4 50/ SS LH4 00/3, S 03/R residual gas outlet B R 6/ B R 14/ B R 50/ B R 00/3, SS R 6/ SS R 14/ SS R 50/ SS R 00/3, S 03/R residual gas outlet, coil and 1 cylinder B R C1 6/ B R C1 14/ B R C1 50/ B R C1 00/3, SS R C1 6/ SS R C1 14/ SS R C1 50/ SS R C1 00/3,

206 Gas panel S 03 product names and codes S 03/R residual gas outlet, coil and cylinders B R C 6/ B R C 14/ B R C 50/ B R C 00/3, SS R C 6/ SS R C 14/ SS R C 50/ SS R C 00/3, S 03/R residual gas outlet, coil and 4 cylinders B R C4 6/ B R C4 14/ B R C4 50/ B R C4 00/3, SS R C4 6/ SS R C4 14/ SS R C4 50/ SS R C4 00/3, S 03/R residual gas outlet, short flexihose and 1 cylinder B R SH1 6/ B R SH1 14/ B R SH1 50/ B R SH1 00/3, SS R SH1 6/ SS R SH1 14/ SS R SH1 50/ SS R SH1 00/3, S 03/R residual gas outlet, short flexihose and cylinders B R SH 6/ B R SH 14/ B R SH 50/ B R SH 00/3, SS R SH 6/ SS R SH 14/ SS R SH 50/ SS R SH 00/3, S 03/R residual gas outlet, short flexihose and 4 cylinders B R SH4 6/ B R SH4 14/ B R SH4 50/ B R SH4 00/3, SS R SH4 6/ SS R SH4 14/ SS R SH4 50/ SS R SH4 00/3, S 03/R residual gas outlet, long flexihose and 1 cylinder B R LH1 6/ B R LH1 14/ B R LH1 50/ B R LH1 00/3, SS R LH1 6/ SS R LH1 14/ SS R LH1 50/ SS R LH1 00/3, S 03/R residual gas outlet, long flexihose and cylinders B R LH 6/ B R LH 14/ B R LH 50/ B R LH 00/3, SS R LH 6/ SS R LH 14/ SS R LH 50/ SS R LH 00/3, S 03/R residual gas outlet, long flexihose and 4 cylinders B R LH4 6/ B R LH4 14/ B R LH4 50/ B R LH4 00/3, SS R LH4 6/ SS R LH4 14/00 50 SS R LH4 50/ SS R LH4 00/3, S 03/C contact gauge B C 6/ B C 14/ B C 50/ B C 00/3, SS C 6/ SS C 14/ SS C 50/ SS C 00/3, S 03/C contact gauge, coil and 1 cylinder B C C1 6/ B C C1 14/ B C C1 50/ B C C1 00/3, SS C C1 6/ SS C C1 14/ SS C C1 50/ SS C C1 00/3, S 03/C contact gauge, coil and cylinders B C C 6/ B C C 14/ B C C 50/ B C C 00/3, SS C C 6/ SS C C 14/ SS C C 50/ SS C C 00/3,

207 Gas panel S 03 product names and codes S 03/C contact gauge, coil and 4 cylinders B C C4 6/ B C C4 14/ B C C4 50/ B C C4 00/3, SS C C4 6/ SS C C4 14/ SS C C4 50/ SS C C4 00/3, S 03/C contact gauge, short flexihose and 1 cylinder B C SH1 6/ B C SH1 14/00 49 B C SH1 50/ B C SH1 00/3, SS C SH1 6/ SS C SH1 14/ SS C SH1 50/ SS C SH1 00/3, S 03/C contact gauge, short flexihose and cylinders B C SH 6/ B C SH 14/ B C SH 50/ B C SH 00/3, SS C SH 6/ SS C SH 14/ SS C SH 50/ SS C SH 00/3, S 03/C contact gauge, short flexihose and 4 cylinders B C SH4 6/ B C SH4 14/ B C SH4 50/ B C SH4 00/3, SS C SH4 6/ SS C SH4 14/ SS C SH4 50/ SS C SH4 00/3, S 03/C contact gauge, long flexihose and 1 cylinder B C LH1 6/ B C LH1 14/ B C LH1 50/ B C LH1 00/3, SS C LH1 6/ SS C LH1 14/ SS C LH1 50/ SS C LH1 00/3, S 03/C contact gauge, long flexihose and cylinders B C LH 6/ B C LH 14/ B C LH 50/ B C LH 00/3, SS C LH 6/ SS C LH 14/ SS C LH 50/ SS C LH 00/3, S 03/C contact gauge, long flexihose and 4 cylinders B C LH4 6/ B C LH4 14/ B C LH4 50/ B C LH4 00/3, SS C LH4 6/ SS C LH4 14/ SS C LH4 50/ SS C LH4 00/3, S 03/RC residual gas outlet, contact gauge B RC 6/ B RC 14/ B RC 50/ B RC 00/3, SS RC 6/ SS RC 14/ SS RC 50/ SS RC 00/3, S 03/RC residual gas outlet, contact gauge, coil and 1 cylinder B RC C1 6/ B RC C1 14/ B RC C1 50/ B RC C1 00/3, SS RC C1 6/ SS RC C1 14/ SS RC C1 50/ SS RC C1 00/3, S 03/RC residual gas outlet, contact gauge, coil and cylinders B RC C 6/ B RC C 14/ B RC C 50/ B RC C 00/3, SS RC C 6/ SS RC C 14/ SS RC C 50/ SS RC C 00/3, S 03/RC residual gas outlet, contact gauge, coil and 4 cylinders B RC C4 6/ B RC C4 14/ B RC C4 50/ B RC C4 00/3, SS RC C4 6/ SS RC C4 14/ SS RC C4 50/ SS RC C4 00/3,

208 Gas panel S 03 product names and codes S 03/RC residual gas outlet, contact gauge, short flexihose and 1 cylinder B RC SH1 6/ B RC SH1 14/ B RC SH1 50/ B RC SH1 00/3, SS RC SH1 6/ SS RC SH1 14/ SS RC SH1 50/ SS RC SH1 00/3, S 03/RC residual gas outlet, contact gauge, short flexihose and cylinders B RC SH 6/ B RC SH 14/ B RC SH 50/ B RC SH 00/3, SS RC SH 6/ SS RC SH 14/ SS RC SH 50/ SS RC SH 00/3, S 03/RC residual gas outlet, contact gauge, short flexihose and 4 cylinders B RC SH4 6/ B RC SH4 14/ B RC SH4 50/ B RC SH4 00/3, SS RC SH4 6/ SS RC SH4 14/ SS RC SH4 50/ SS RC SH4 00/3, S 03/RC residual gas outlet, contact gauge, long flexihose and 1 cylinder B RC LH1 6/ B RC LH1 14/ B RC LH1 50/ B RC LH1 00/3, SS RC LH1 6/ SS RC LH1 14/ SS RC LH1 50/ SS RC LH1 00/3, S 03/RC residual gas outlet, contact gauge, long flexihose and cylinders B RC LH 6/ B RC LH 14/ B RC LH 50/ B RC LH 00/3, SS RC LH 6/ SS RC LH 14/ SS RC LH 50/ SS RC LH 00/3, S 03/RC residual gas outlet, contact gauge, long flexihose and 4 cylinders B RC LH4 6/ B RC LH4 14/ B RC LH4 50/ B RC LH4 00/3, SS RC LH4 6/ SS RC LH4 14/ SS RC LH4 50/ SS RC LH4 00/3,

209 Gas panels D 04 Double gas panel Technical Data Single stage gas supply panel with internal gas purging, designed for high purity gases and mixtures (including flammable), with connection for x1 cylinder. Description Gas panel D 04 is designed for double cylinders or bundles. It is equipped with internal gas purging to avoid contaminants entering the process line after changing the cylinders. It is is mounted on a stainless steel console and consists of a pressure regulator, inlet and outlet pressure gauges, a relief valve and shut-off valves for the process gas at the high pressure end and for the purging gas. The gas supply is uninterrupted during cylinder change. Switchover is manual. The panel can also be equipped with contact gauge (/C models) for automatic surveillance. When applicable the panel can be ordered with residual gas line (/R models) connecting the relief valve with the purge outlet. Inlet primary pressure 30 ; 3,300 [bar ; psi] Outlet pressure ; 8 85 [bar ; psi].5 14 ; ; ; 145 3,000 Outlet gauge range 1 10 ; [bar ; psi] 0 5 ; ; 0 1, ; 0 4,500 Connection 1, or 4 cylinders Process gas in NPT 1/4 female Process gas out NPT 1/4 female Purge gas outlet Tube fitting 6 mm Material Housing Brass, Ni/Cr plated Stainless steel 316L Seals PVDF PCTFE Membrane Hastelloy Operating temperature C ; F

210 D 04 Double gas panel Downstream pressure, bar 9 10 bar* Max flow * Set pressure Flow, Nm 3 /h N 155 To process To ventilation All measurements in millimeters. Model R. Drawings of other types available on request. Process gas inlet

211 Gas panel S 04 product names and codes B SS x/x Cx SHx LHx C R RC = Brass = Stainless steel = Bar/Psi = Coil and number of cylinders = Short flexihose and number of cylinders = Long flexihose and number of cylinders = Contact gauge = Residual gas outlet = Residual gas outlet and contact gauge D 04 Code B 6/ B 14/ B 50/ B 00/3, SS 6/ SS 14/ SS 50/ SS 00/3, D 04 coil and cylinders B C 6/ B C 14/ B C 50/ B C 00/3, SS C 6/ SS C 14/ SS C 50/ SS C 00/3, D 04 coil and 4 cylinders B C4 6/ B C4 14/ B C4 50/ B C4 00/3, SS C4 6/ SS C4 14/ SS C4 50/ SS C4 00/3, D 04 coil and 8 cylinders B C8 6/ B C8 14/ B C8 50/ B C8 00/3, SS C8 6/ SS C8 14/ SS C8 50/ SS C8 00/3, D 04 short flexihose and cylinders B SH 6/ B SH 14/ B SH 50/ B SH 00/3, SS SH 6/ SS SH 14/ SS SH 50/ SS SH 00/3, D 04 short flexihose and 4 cylinders B SH4 6/ B SH4 14/ B SH4 50/ B SH4 00/3, SS SH4 6/ SS SH4 14/ SS SH4 50/ SS SH4 00/3, D 04 short flexihose and 8 cylinders B SH8 6/ B SH8 14/ B SH8 50/ B SH8 00/3, SS SH8 6/ SS SH8 14/ SS SH8 50/ SS SH8 00/3, D 04 long flexihose and cylinders B LH 6/ B LH 14/ B LH 50/ B LH 00/3, SS LH 6/ SS LH 14/ SS LH 50/ SS LH 00/3, D 04 long flexihose and 4 cylinders B LH4 6/ B LH4 14/ B LH4 50/ B LH4 00/3, SS LH4 6/ SS LH4 14/ SS LH4 50/ SS LH4 00/3, D 04 long flexihose and 8 cylinders B LH8 6/ B LH8 14/ B LH8 50/ B LH8 00/3, SS LH8 6/ SS LH8 14/ SS LH8 50/ SS LH8 00/3, D 04/R residual gas outlet B R 6/ B R 14/ B R 50/ B R 00/3, SS R 6/ SS R 14/ SS R 50/ SS R 00/3, D 04/R residual gas outlet, coil and cylinders B R C 6/ B R C 14/ B R C 50/ B R C 00/3, SS R C 6/ SS R C 14/ SS R C 50/ SS R C 00/3,

212 Gas panel S 04 product names and codes D 04/R residual gas outlet, coil and 4 cylinders B R C4 6/ B R C4 14/ B R C4 50/ B R C4 00/3, SS R C4 6/ SS R C4 14/ SS R C4 50/ SS R C4 00/3, D 04/R residual gas outlet, coil and 8 cylinders B R C8 6/ B R C8 14/ B R C8 50/ B R C8 00/3, SS R C8 6/ SS R C8 14/ SS R C8 50/ SS R C8 00/3, D 04/R residual gas outlet, short flexihose and cylinders B R SH 6/ B R SH 14/00 51 B R SH 50/ B R SH 00/3, SS R SH 6/ SS R SH 14/ SS R SH 50/ SS R SH 00/3, D 04/R residual gas outlet, short flexihose and 4 cylinders B R SH4 6/ B R SH4 14/ B R SH4 50/ B R SH4 00/3, SS R SH4 6/ SS R SH4 14/ SS R SH4 50/ SS R SH4 00/3, D 04/R residual gas outlet, short flexihose and 8 cylinders B R SH8 6/ B R SH8 14/ B R SH8 50/ B R SH8 00/3, SS R SH8 6/ SS R SH8 14/ SS R SH8 50/ SS R SH8 00/3, D 04/R residual gas outlet, long flexihose and cylinders B R LH 6/ B R LH 14/ B R LH 50/ B R LH 00/3, SS R LH 6/ SS R LH 14/ SS R LH 50/ SS R LH 00/3, D 04/R residual gas outlet, long flexihose and 4 cylinders B R LH4 6/ B R LH4 14/ B R LH4 50/ B R LH4 00/3, SS R LH4 6/ SS R LH4 14/ SS R LH4 50/ SS R LH4 00/3, D 04/R residual gas outlet, long flexihose and 8 cylinders B R LH8 6/ B R LH8 14/ B R LH8 50/ B R LH8 00/3, SS R LH8 6/ SS R LH8 14/ SS R LH8 50/ SS R LH8 00/3, D 04/C contact gauge B C 6/ B C 14/ B C 50/ B C 00/3, SS C 6/ SS C 14/ SS C 50/ SS C 00/3, D 04/C contact gauge, coil and cylinders B C C 6/ B C C 14/ B C C 50/ B C C 00/3, SS C C 6/ SS C C 14/ SS C C 50/ SS C C 00/3, D 04/C contact gauge, coil and 4 cylinders B C C4 6/ B C C4 14/ B C C4 50/ B C C4 00/3, SS C C4 6/ SS C C4 14/ SS C C4 50/ SS C C4 00/3,

213 Gas panel S 04 product names and codes D 04/C contact gauge, coil and 8 cylinders B C C8 6/ B C C8 14/ B C C8 50/ B C C8 00/3, SS C C8 6/ SS C C8 14/ SS C C8 50/ SS C C8 00/3, D 04/C contact gauge, short flexihose and cylinders B C SH 6/ B C SH 14/ B C SH 50/ B C SH 00/3, SS C SH 6/ SS C SH 14/ SS C SH 50/ SS C SH 00/3, D 04/C contact gauge, short flexihose and 4 cylinders B C SH4 6/ B C SH4 14/ B C SH4 50/ B C SH4 00/3, SS C SH4 6/ SS C SH4 14/ SS C SH4 50/ SS C SH4 00/3, D 04/C contact gauge, short flexihose and 8 cylinders B C SH8 6/ B C SH8 14/ B C SH8 50/75 40 B C SH8 00/3, SS C SH8 6/ SS C SH8 14/ SS C SH8 50/ SS C SH8 00/3, D 04/C contact gauge, long flexihose and cylinders B C LH 6/ B C LH 14/ B C LH 50/ B C LH 00/3, SS C LH 6/ SS C LH 14/ SS C LH 50/ SS C LH 00/3, D 04/C contact gauge, long flexihose and 4 cylinders B C LH4 6/ B C LH4 14/ B C LH4 50/ B C LH4 00/3, SS C LH4 6/ SS C LH4 14/ SS C LH4 50/ SS C LH4 00/3, D 04/C contact gauge, long flexihose and 8 cylinders B C LH8 6/ B C LH8 14/ B C LH8 50/ B C LH8 00/3, SS C LH8 6/ SS C LH8 14/ SS C LH8 50/ SS C LH8 00/3, D 04/RC residual gas outlet, contact gauge B RC 6/ B RC 14/ B RC 50/ B RC 00/3, SS RC 6/85 55 SS RC 14/00 56 SS RC 50/75 57 SS RC 00/3, D 04/RC residual gas outlet, contact gauge, coil and cylinders B RC C 6/ B RC C 14/ B RC C 50/ B RC C 00/3, SS RC C 6/85 59 SS RC C 14/ SS RC C 50/ SS RC C 00/3, D 04/RC residual gas outlet, contact gauge, coil and 4 cylinders B RC C4 6/ B RC C4 14/ B RC C4 50/ B RC C4 00/3, SS RC C4 6/ SS RC C4 14/ SS RC C4 50/ SS RC C4 00/3, D 04/RC residual gas outlet, contact gauge, coil and 8 cylinders B RC C8 6/ B RC C8 14/ B RC C8 50/ B RC C8 00/3, SS RC C8 6/ SS RC C8 14/ SS RC C8 50/ SS RC C8 00/3,

214 Gas panel S 04 product names and codes D 04/RC residual gas outlet, contact gauge, short flexihose and cylinders B RC SH 6/ B RC SH 14/00 50 B RC SH 50/ B RC SH 00/3, SS RC SH 6/ SS RC SH 14/00 54 SS RC SH 50/ SS RC SH 00/3, D 04/RC residual gas outlet, contact gauge, short flexihose and 4 cylinders B RC SH4 6/ B RC SH4 14/ B RC SH4 50/ B RC SH4 00/3, SS RC SH4 6/ SS RC SH4 14/ SS RC SH4 50/ SS RC SH4 00/3, D 04/RC residual gas outlet, contact gauge, short flexihose and 8 cylinders B RC SH8 6/ B RC SH8 14/ B RC SH8 50/ B RC SH8 00/3, SS RC SH8 6/ SS RC SH8 14/ SS RC SH8 50/ SS RC SH8 00/3, D 04/RC residual gas outlet, contact gauge, long flexihose and cylinders B RC LH 6/ B RC LH 14/ B RC LH 50/ B RC LH 00/3, SS RC LH 6/ SS RC LH 14/ SS RC LH 50/ SS RC LH 00/3, D 04/RC residual gas outlet, contact gauge, long flexihose and 4 cylinders B RC LH4 6/ B RC LH4 14/ B RC LH4 50/ B RC LH4 00/3, SS RC LH4 6/ SS RC LH4 14/ SS RC LH4 50/ SS RC LH4 00/3, D 04/RC residual gas outlet, contact gauge, long flexihose and 4 cylinders B RC LH8 6/85 51 B RC LH8 14/00 5 B RC LH8 50/75 53 B RC LH8 00/3, SS RC LH8 6/ SS RC LH8 14/00 56 SS RC LH8 50/ SS RC LH8 00/3,

215 Gas panels A 08 Semi-automatic gas panel Technical Data Single stage, semi-automatic gas supply panel with internal gas purging, designed for high purity gases and mixtures. Description Gas panel A 08 is a semi-automatic gas panel designed for uninterrupted gas supply. Switch-over between the two connected cylinders or bundles occurs when the pressure of one side (the primary side) falls below a pre-set pressure level. This is achieved by two integrated regulators (factory-set to slightly different delivery pressure levels) which are connected at their outlet ports. Semi-automatic supply panels should be connected to an alarm so that the cylinders will be switched on time. The panel can also be equipped with contact gauge (/C models) for automatic surveillance. When applicable the panel can be ordered with residual gas line (/R models) connecting the relief valve with the purge outlet. Highlights Continuous supply of pure gases Automatic switch over without auxiliary power Positive indication of active cylinder Inlet primary pressure 30 ; 3,300 [bar ; psi] Outlet pressure 14 +3/ 3 ; / 45 [bar ; psi] 50 +8/ 10 ; / 145 Connection 1 to 4 cylinders Process gas in NPT 1/4 female Process gas out NPT 1/4 female Purge gas outlet Tube fitting 6 mm Material Housing Brass, Ni/Cr plated Stainless steel 316L Seals PVDF PCTFE Membrane Hastelloy Operating temperature C ; F Process-gas purging system High flow capacity Compact design

216 A 08 Semi-automatic gas panel Downstream pressure, bar bar* bar** Max flow * Set pressure operating side ** Set pressure backup Flow, Nm 3 /h N To ventilation To process All measurements in millimeters. Drawings of other types available on request. Process gas inlet Process gas inlet

217 Gas panel A 08 product names and codes B SS x/x Cx SHx LHx C R RC = Brass = Stainless steel = Bar/Psi = Coil and number of cylinders = Short flexihose and number of cylinders = Long flexihose and number of cylinders = Contact gauge = Residual gas outlet = Residual gas outlet and contact gauge A 08 Code B 14/ B 50/ SS 14/ SS 50/ A 08 coil and cylinders B C 14/ B C 50/ SS C 14/ SS C 50/ A 08 coil and 4 cylinders B C4 14/ B C4 50/ SS C4 14/ SS C4 50/ A 08 coil and 8 cylinders B C8 14/ B C8 50/ SS C8 14/ SS C8 50/ A 08 short flexihose and cylinders B SH 14/ B SH 50/ SS SH 14/ SS SH 50/ A 08 short flexihose and 4 cylinders B SH4 14/ B SH4 50/ SS SH4 14/ SS SH4 50/ A 08 short flexihose and 8 cylinders B SH8 14/ B SH8 50/ SS SH8 14/ SS SH8 50/ A 08 long flexihose and cylinders B LH 14/ B LH 50/ SS LH 14/ SS LH 50/ A 08 long flexihose and 4 cylinders B LH4 14/ B LH4 50/ SS LH4 14/ SS LH4 50/ A 08 long flexihose and 8 cylinders B LH8 14/00 43 B LH8 50/ SS LH8 14/ SS LH8 50/ A 08/R residual gas outlet B R 14/ B R 50/ SS R 14/ SS R 50/ A 08/R residual gas outlet, coil and cylinders B R C 14/ B R C 50/ SS R C 14/ SS R C 50/ A 08/R residual gas outlet, coil and 4 cylinders B R C4 14/ B R C4 50/ SS R C4 14/ SS R C4 50/ A 08/R residual gas outlet, coil and 8 cylinders B R C8 14/ B R C8 50/75 57 SS R C8 14/ SS R C8 50/75 59 A 08/R residual gas outlet, short flexihose and cylinders B R SH 14/ B R SH 50/ SS R SH 14/ SS R SH 50/ A 08/R residual gas outlet, short flexihose and 4 cylinders B R SH4 14/ B R SH4 50/ SS R SH4 14/ SS R SH4 50/ A 08/R residual gas outlet, short flexihose and 8 cylinders B R SH8 14/ B R SH8 50/ SS R SH8 14/ SS R SH8 50/ A 08/R residual gas outlet, long flexihose and cylinders B R LH 14/ B R LH 50/ SS R LH 14/ SS R LH 50/ A 08/R residual gas outlet, long flexihose and 4 cylinders B R LH4 14/ B R LH4 50/75 58 SS R LH4 14/ SS R LH4 50/ A 08/R residual gas outlet, long flexihose and 8 cylinders B R LH8 14/ B R LH8 50/75 584

218 Gas panel A 08 product names and codes SS R LH8 14/ SS R LH8 50/ A 08/C contact gauge B C 14/ B C 50/ SS C 14/ SS C 50/ A 08/C contact gauge, coil and cylinders B C C 14/ B C C 50/ SS C C 14/ SS C C 50/ A 08/C contact gauge, coil and 4 cylinders B C C4 14/ B C C4 50/ SS C C4 14/ SS C C4 50/ A 08/C contact gauge, coil and 8 cylinders B C C8 14/ B C C8 50/ SS C C8 14/ SS C C8 50/ A 08/C contact gauge, short flexihose and cylinders B C SH 14/ B C SH 50/ SS C SH 14/ SS C SH 50/ A 08/C contact gauge, short flexihose and 4 cylinders B C SH4 14/ B C SH4 50/ SS C SH4 14/ SS C SH4 50/ A 08/C contact gauge, short flexihose and 8 cylinders B C SH8 14/ B C SH8 50/ SS C SH8 14/ SS C SH8 50/ A 08/C contact gauge, long flexihose and cylinders B C LH 14/ B C LH 50/ SS C LH 14/ SS C LH 50/ A 08/C contact gauge, long flexihose and 4 cylinders B C LH4 14/ B C LH4 50/ SS C LH4 14/ SS C LH4 50/ A 08/C contact gauge, long flexihose and 8 cylinders B C LH8 14/ B C LH8 50/ SS C LH8 14/ SS C LH8 50/ A 08/RC residual gas outlet, contact gauge B RC 14/ B RC 50/ SS RC 14/ SS RC 50/ A 08/RC residual gas outlet, contact gauge, coil and cylinders B RC C 14/ B RC C 50/ SS RC C 14/ SS RC C 50/ A 08/RC residual gas outlet, contact gauge, coil and 4 cylinders B RC C4 14/ B RC C4 50/ SS RC C4 14/ SS RC C4 50/ A 08/RC residual gas outlet, contact gauge, coil and 8 cylinders B RC C8 14/ B RC C8 50/ SS RC C8 14/ SS RC C8 50/ A 08/RC residual gas outlet, contact gauge, short flexihose and cylinders B RC SH 14/ B RC SH 50/ SS RC SH 14/ SS RC SH 50/ A 08/RC residual gas outlet, contact gauge, short flexihose and 4 cylinders B RC SH4 14/ B RC SH4 50/ SS RC SH4 14/ SS RC SH4 50/ A 08/RC residual gas outlet, contact gauge, short flexihose and 8 cylinders B RC SH8 14/ B RC SH8 50/ SS RC SH8 14/ SS RC SH8 50/ A 08/RC residual gas outlet, contact gauge, long flexihose and cylinders B RC LH 14/ B RC LH 50/ SS RC LH 14/ SS RC LH 50/ A 08/RC residual gas outlet, contact gauge, long flexihose and 4 cylinders B RC LH4 14/ B RC LH4 50/75 53 SS RC LH4 14/ SS RC LH4 50/ A 08/RC residual gas outlet, contact gauge,long flexihose and 8 cylinders B RC LH8 14/ B RC LH8 50/ SS RC LH8 14/ SS RC LH8 50/

219 Gas panels A 09 Semi-automatic gas panel Technical Data Single stage, semi-automatic gas supply panel with external gas purging, designed for reactive, toxic and corrosive gases. Description Gas panel A 09 is a semi-automatic gas panel designed for uninterrupted gas supply. Switch-over between the two connected cylinders or bundles occurs when the pressure of one side (the primary side) falls below a pre-set pressure level. This is achieved by two integrated regulators (factory-set to slightly different delivery pressure levels) which are connected at their outlet ports. Semi-automatic supply panels should be connected to an alarm so that the cylinders will be switched on time. The panel can also be equipped with contact gauge (/C models) for automatic surveillance. When applicable the panel can be ordered with residual gas line (/R models) connecting the relief valve with the purge outlet. Inlet primary pressure 30 ; 3,300 [bar ; psi] Outlet pressure 14 +3/ 3 ; / 45 [bar ; psi] 50 +8/ 10 ; / 145 Connection 1 to 4 cylinders Process gas in NPT 1/4 female Process gas out NPT 1/4 female Purge gas inlet NPT 1/4 female Purge gas outlet Tube fitting 6 mm Material Housing Brass, Ni/Cr plated Stainless steel 316L Seals PVDF PCTFE Membrane Hastelloy Operating temperature C ; F Highlights Continuous supply of pure gases Automatic switch over without auxiliary power Positive indication of active cylinder Process-gas purging system High flow capacity Compact design

220 A 09 Semi-automatic gas panel Downstream pressure, bar bar* bar** Max flow * Set pressure operating side ** Set pressure backup Flow, Nm 3 /h N All measurements in millimeters. Drawings of other types available on request. To ventilation To process Purge gas inlet Purge gas inlet Process gas inlet Process gas inlet

221 Gas panel A 09 product names and codes B SS x/x Cx SHx LHx C R RC = Brass = Stainless steel = Bar/Psi = Coil and number of cylinders = Short flexihose and number of cylinders = Long flexihose and number of cylinders = Contact gauge = Residual gas outlet = Residual gas outlet and contact gauge A 09 Code B 14/ B 50/ SS 14/ SS 50/ A 09 coil and cylinders B C 14/ B C 50/ SS C 14/ SS C 50/ A 09 coil and 4 cylinders B C4 14/ B C4 50/ SS C4 14/ SS C4 50/ A 09 coil and 8 cylinders B C8 14/ B C8 50/ SS C8 14/ SS C8 50/ A 09 short flexihose and cylinders B SH 14/ B SH 50/ SS SH 14/ SS SH 50/ A 09 short flexihose and 4 cylinders B SH4 14/ B SH4 50/ SS SH4 14/ SS SH4 50/ A 09 short flexihose and 8 cylinders B SH8 14/ B SH8 50/ SS SH8 14/ SS SH8 50/ A 09 long flexihose and cylinders B LH 14/ B LH 50/ SS LH 14/ SS LH 50/ A 09 long flexihose and 4 cylinders B LH4 14/ B LH4 50/ SS LH4 14/ SS LH4 50/ A 09 long flexihose and 8 cylinders B LH8 14/ B LH8 50/ SS LH8 14/ SS LH8 50/ A 09/R residual gas outlet B R 14/ B R 50/ SS R 14/ SS R 50/ A 09/R residual gas outlet, coil and cylinders B R C 14/ B R C 50/ SS R C 14/ SS R C 50/ A 09/R residual gas outlet, coil and 4 cylinders B R C4 14/ B R C4 50/ SS R C4 14/ SS R C4 50/ A 09/R residual gas outlet, coil and 8 cylinders B R C8 14/ B R C8 50/ SS R C8 14/ SS R C8 50/ A 09/R residual gas outlet, short flexihose and cylinders B R SH 14/ B R SH 50/ SS R SH 14/ SS R SH 50/ A 09/R residual gas outlet, short flexihose and 4 cylinders B R SH4 14/ B R SH4 50/ SS R SH4 14/ SS R SH4 50/ A 09/R residual gas outlet, short flexihose and 8 cylinders B R SH8 14/ B R SH8 50/ SS R SH8 14/ SS R SH8 50/ A 09/R residual gas outlet, long flexihose and cylinders B R LH 14/ B R LH 50/ SS R LH 14/ SS R LH 50/ A 09/R residual gas outlet, long flexihose and 4 cylinders B R LH4 14/ B R LH4 50/ SS R LH4 14/ SS R LH4 50/ A 09/R residual gas outlet, long flexihose and 8 cylinders B R LH8 14/ B R LH8 50/

222 Gas panel A 09 product names and codes SS R LH8 14/ SS R LH8 50/ A 09/C contact gauge B C 14/ B C 50/ SS C 14/ SS C 50/ A 09/C contact gauge, coil and cylinders B C C 14/ B C C 50/ SS C C 14/ SS C C 50/ A 09/C contact gauge, coil and 4 cylinders B C C4 14/ B C C44 50/ SS C C4 14/ SS C C4 50/ A 09/C contact gauge, coil and 8 cylinders B C C8 14/ B C C8 50/ SS C C8 14/ SS C C8 50/ A 09/C contact gauge, short flexihose and cylinders B C SH 14/ B C SH 50/ SS C SH 14/ SS C SH 50/ A 09/C contact gauge, short flexihose and 4 cylinders B C SH4 14/00 44 B C SH4 50/ SS C SH4 14/ SS C SH4 50/ A 09/C contact gauge, short flexihose and 8 cylinders B C SH8 14/ B C SH8 50/ SS C SH8 14/ SS C SH8 50/ A 09/C contact gauge, long flexihose and cylinders B C LH 14/ B C LH 50/ SS C LH 14/ SS C LH 50/ A 09/C contact gauge, long flexihose and 4 cylinders B C LH4 14/ B C LH4 50/ SS C LH4 14/ SS C LH4 50/ A 09/C contact gauge, long flexihose and 8 cylinders B C LH8 14/ B C LH8 50/ SS C LH8 14/ SS C LH8 50/ A 09/RC residual gas outlet, contact gauge B RC 14/ B RC 50/ SS RC 14/ SS RC 50/ A 09/RC residual gas outlet, contact gauge, coil and cylinders B RC C 14/ B RC C 50/ SS RC C 14/ SS RC C 50/ A 09/RC residual gas outlet, contact gauge, coil and 4 cylinders B RC C4 14/ B RC C4 50/ SS RC C4 14/ SS RC C4 50/ A 09/RC residual gas outlet, contact gauge, coil and 8 cylinders B RC C8 14/ B RC C8 50/ SS RC C8 14/ SS RC C8 50/ A 09/RC residual gas outlet, contact gauge, short flexihose and cylinders B RC SH 14/ B RC SH 50/ SS RC SH 14/ SS RC SH 50/ A 09/RC residual gas outlet, contact gauge, short flexihose and 4 cylinders B RC SH4 14/ B RC SH4 50/ SS RC SH4 14/ SS RC SH4 50/ A 09/RC residual gas outlet, contact gauge, short flexihose and 8 cylinders B RC SH8 14/ B RC SH8 50/ SS RC SH8 14/ SS RC SH8 50/ A 09/RC residual gas outlet, contact gauge, long flexihose and cylinders B RC LH 14/ B RC LH 50/ SS RC LH 14/ SS RC LH 50/ A 09/RC residual gas outlet, contact gauge, long flexihose and 4 cylinders B RC LH4 14/ B RC LH4 50/ SS RC LH4 14/ SS RC LH4 50/75 54 A 09/RC residual gas outlet, contact gauge, long flexihose and 8 cylinders B RC LH8 14/ B RC LH8 50/ SS RC LH8 14/ SS RC LH8 50/75 544

223 HiQ REDLINE Points of use where all the action is The point of use is the second stage of a central gas supply system. Together with the gas panel it guarantees a very stable outlet pressure and handles any pressure changes that may be caused in the system. When used together with a semi-automatic gas manifold it handles the pressure changes that are due to the changes from secondary to primary side. The HiQ REDLINE system is a modular system which allows maximum freedom. Each point of use can be individually equipped or stripped by the functions shut off, pressure regulation and flow regulation. In this way the point of use at the work place can be updated at any point to fit the present needs. Note: HiQ REDLINE points of use are delivered with 6 or 1 mm tube fitting inlet connection and 6 mm tube fitting outlet connection. Green group Use nickel- and chromiumplated brass equipment. Blue group Use nickel- and chromiumplated brass or stainless steel equipment. Orange group Use stainless steel equipment.

224 Points of use W 40 Wall design Technical Data The point of use is especially developed for specialty gases with high demands of purity, tightness and safety. The point of use is intended for wall-mounting with external gas supply line. Design F is a version with fixed pressure and flow meter. Product Prod. name bar psi code W 40 A, brass n.a. n.a. 347 W 40 A, stainless steel n.a. n.a. 348 W 40 B, brass W 40 B, brass W 40 B, brass W 40 B, stainless steel W 40 B, stainless steel W 40 B, stainless steel W 40 C, brass W 40 C, brass W 40 C, brass W 40 C, stainless steel W 40 C, stainless steel W 40 C, stainless steel W 40 F, brass W 40 F, stainless steel Max primary pressure 40 ; 550 [bar ; psi] Secondary pressure ; [bar ; psi] ; ; Pressure gauge scale ; [bar ; psi] 1 10 ; ; Max flow (nitrogen) ; 700 [Nm 3 /h ; SCFH] 6 ;, ; 3,850 Material Brass, Ni/Cr plated Stainless steel 316L Operating temperature C ; F Design A Design B Design C

225 Points of use W 40 Wall design Design A Design B Design C All measurements in millimeters. W40 in the drawing is extra equipped.

226 Points of use B 40 Bench design Technical Data The point of use is especially developed for specialty gases with high demands of purity, tightness and safety. The point of use is intended for mounting on a bench e.g. a laboratory desk, with a gas supply line from below through the table stand. Design F is a version with fixed pressure and flow meter. Product Prod. name bar psi code B 40 A, brass n.a. n.a. 361 B 40 A, stainless steel n.a. n.a. 36 B 40 B, brass B 40 B, brass B 40 B, brass B 40 B, stainless steel B 40 B, stainless steel B 40 B, stainless steel B 40 C, brass B 40 C, brass B 40 C, brass B 40 C, stainless steel B 40 C, stainless steel B 40 C, stainless steel B 40 F, brass B 40 F, stainless steel Max primary pressure 40 ; 550 [bar ; psi] Secondary pressure ; [bar ; psi] ; ; Pressure gauge scale ; [bar ; psi] 1 10 ; ; Max flow (nitrogen) ; 700 [Nm 3 /h ; SCFH] 6 ;, ; 3,850 Material Brass, Ni/Cr plated Stainless steel 316L Operating temperature C ; F Design A Design B Design C

227 Points of use B 40 Bench design 58 Design A ø 50 ca 53 ca Design B ø ca 154 ca Design C ø 50 All measurements in millimeters.

228 Points of use L 40 Laboratory cupboard design Technical Data The point of use is especially developed for specialty gases with high demands of purity, tightness and safety. The point of use is intended for mounting with gas supply line hidden behind a wall. Design F is a version with fixed pressure and flow meter. Product Prod. name bar psi code L 40 A, brass n.a. n.a. 375 L 40 A, stainless steel n.a. n.a. 376 L 40 B, brass L 40 B, brass L 40 B, brass L 40 B, stainless steel L 40 B, stainless steel L 40 B, stainless steel L 40 C, brass L 40 C, brass L 40 C, brass L 40 C, stainless steel L 40 C, stainless steel L 40 C, stainless steel L 40 F, brass L 40 F, stainless steel Max primary pressure 40 ; 550 [bar ; psi] Secondary pressure ; [bar ; psi] ; ; Pressure gauge scale ; [bar ; psi] 1 10 ; ; Max flow (nitrogen) ; 700 [Nm 3 /h ; SCFH] 6 ;, ; 3,850 Material Brass, Ni/Cr plated Stainless steel 316L Operating temperature C ; F Design A Design B Design C

229 Points of use L 40 Laboratory cupboard design ca 73 ca 58 Design A ca 53 ca 159 Design B ca 53 ca 110 ca 159 Design C All measurements in millimeters.

230 HiQ REDLINE Cylinder regulators when mobility and flexibility is the key Cylinder regulators are used to reduce the high pressure in the gas cylinder to a more manageable pressure in the simplest of gas delivery systems. The cylinder regulator is equipped with a cylinder connection, a high pressure gauge to monitor the content of the cylinder and a low pressure gauge to monitor the adjustable secondary pressure. If there is a need for flow adjustments the cylinder regulator is equipped with a needle valve, otherwise it is equipped with a shut-off valve. Cylinder regulators are used when central gas systems are not applicable. Such a case is mobile calibrations for environmental applications when maximum mobility is a prerequisite.

231 Cylinder regulators C 00/1 Single stage regulator Technical Data C 00/1 is a single stage cylinder regulator, especially suitable for specialty gases where demands on purity, tightness and safety are high. A single stage regulator is preferred where the primary pressure is fairly constant (e.g. for gases in liquid phase). C 00/1 can be plain or equipped with a shut-off valve (type A), a needle valve (type B) or equipped for purging of the high pressure side (type P). Product Prod. name bar psi code C 00/1, brass C 00/1, brass C 00/1, brass C 00/1, brass C 00/1, brass , C 00/1, stainless steel C 00/1, stainless steel C 00/1, stainless steel C 00/1, stainless steel C 00/1, stainless steel , C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass C 00/1 A, brass , C 00/1 A, stainless steel C 00/1 A, stainless steel C 00/1 A, stainless steel C 00/1 A, stainless steel C 00/1 A, stainless steel , C 00/1 B, brass C 00/1 B, brass C 00/1 B, brass C 00/1 B, stainless steel C 00/1 B, stainless steel C 00/1 B, stainless steel C 00/1 P, brass C 00/1 P, brass C 00/1 P, brass C 00/1 P, brass C 00/1 P, brass , C 00/1 P, stainless steel C 00/1 P, stainless steel C 00/1 P, stainless steel C 00/1 P, stainless steel C 00/1 P, stainless steel , Max primary pressure 30 ; 3,300 [bar ; psi] Outlet pressure 0. 3 ; 3 45 [bar ; psi] ; ; ; ; 150 3,000 Outlet gauge range 1 5 ; [bar ; psi] 1 10 ; ; ; 0 1, ; 0 4,500 Stability When the inlet pressure drops by 10 bar, 145 psi the outlet pressure rises by less than 0.1 bar, 1.5 psi. Connection Out = NPT 1/4 female Material Housing Brass, Ni/Cr plated Stainless steel 316L Seals PVDF PCTFE Membrane Hastelloy Seating PCTFE Operating temp C ; F Weight 1.3 ;.9 [kg ; lb]

232 Cylinder regulators C 00/1 Single stage regulator Outlet pressure, bar C 00/ bar* 1 3 bar* 5 bar* Max flow * Inlet pressure Flow, Nm 3 /h N Outlet pressure, bar C 00/ bar* 9 bar* 5 bar* Max flow * Inlet pressure Flow, Nm 3 /h N Outlet pressure, bar C 00/ bar* 1 bar* 11 bar* Max flow All measurements in millimeters. Type P. Drawings of other types available on request * Inlet pressure Flow, Nm 3 /h N Outlet pressure, bar C 00/ bar* 81 bar* 61 bar* 41 bar* Max flow Outlet pressure, bar C 00/ bar* 161 bar* 81 bar* Max flow * Inlet pressure Flow, Nm 3 /h N * Inlet pressure Flow, Nm 3 /h N

233 Cylinder regulators C 00/ Two stage regulator Technical Data C 00/ is a two-stage regulator made especially for the high demands on purity, safety and tightness that is necessary for specialty gases. Two stage regulators are preferred when it is necessary with a very stable secondary pressure and the primary pressure varies. C 00/ can be plain or equipped with a shut-off valve (type A), a needle valve (type B) or equipped for purging of the high pressure side (type P). Product Prod. name bar psi code C 00/, brass C 00/, brass C 00/, brass C 00/, stainless steel C 00/, stainless steel C 00/, stainless steel C 00/ A, brass C 00/ A, brass C 00/ A, brass C 00/ A, stainless steel C 00/ A, stainless steel C 00/ A, stainless steel C 00/ B, brass C 00/ B, brass C 00/ B, brass C 00/ B, stainless steel C 00/ B, stainless steel C 00/ B, stainless steel C 00/ P, brass C 00/ P, brass C 00/ P, brass C 00/ P, stainless steel C 00/ P, stainless steel C 00/ P, stainless steel Primary pressure 7 30 ; 100 3,300 [bar ; psi] Outlet pressure 0. 3 ; 3 45 [bar ; psi] ; ; Outlet gauge range 1 5 ; [bar ; psi] 1 10 ; ; Stability When the inlet pressure drops by 10 bar, 145 psi the outlet pressure rises by less than 0.01 bar, 0.1 psi. Connection Out = NPT 1/4 female Material Housing Brass, Ni/Cr plated Stainless steel 316L Seals PVDF PCTFE Membrane Hastelloy Seating 1 ; 15 = Stage 1 PCTFE [bar ; psi] Stage PTFE 6 ; 85 = PCTFE 10.5 ; 150 = PCTFE Operating temp C ; F Weight 3.0 ; 6.6 [kg ; lb]

234 Cylinder regulators C 00/ Two stage regulator Outlet pressure, bar C 00/ 3 8 bar* 8 bar* 8 bar* Max flow Inlet pressure first stage, 17 bar. Flow, Nm 3 /h N Outlet pressure first stage, 8 bar. * Inlet pressure Outlet pressure, bar C 00/ bar* 17 bar* 17 bar* Max flow Inlet pressure first stage, 35 bar. Flow, Nm 3 /h N Outlet pressure first stage, 17 bar. * Inlet pressure All measurements in millimeters. Drawings of other types available on request Outlet pressure, bar C 00/ bar* 17 bar* 17 bar* 17 bar* Max flow Inlet pressure first stage, 35 bar. Flow, Nm 3 /h N Outlet pressure first stage, 17 bar. * Inlet pressure

235 Cylinder regulators C 00hv/ Two stage regulator Technical Data C 00hv/ is a two-stage regulator made especially for the high demands on purity, safety and tightness that is necessary for specialty gases. Two stage regulators are preferred when it is necessary with a very stable secondary pressure and the primary pressure varies. C 00hv/ can be plain or equipped with a shut-off valve (type A), a needle valve (type B). Product Prod. name bar (abs.) psi (abs.) code C 00hv/, brass C 00hv/, brass C 00hv/, stainless steel C 00hv/, stainless steel C 00hv/ A, brass C 00hv/ A, brass C 00hv/ A, stainless steel C 00hv/ A, stainless steel C 00hv/ B, brass C 00hv/ B, brass C 00hv/ B, stainless steel C 00hv/ B, stainless steel Primary pressure 30 ; 3,300 [bar ; psi] Outlet pressure (abs.) 0.1 ; [bar ; psi] 0. 3 ; 3 45 Outlet gauge range ; [bar ; psi] 1 5 ; Connection Out = NPT 1/4 female Material Housing Brass, Ni/Cr plated Stainless steel 316L Seals PVDF PCTFE Membrane Hastelloy Seating 1 ; 15 = Stage 1 PCTFE [bar ; psi] Stage PTFE 6 ; 85 = PCTFE 10.5 ; 150 = PCTFE Operating temperature C ; F Weight 1.9 ; 4. [kg ; lb]

236 Cylinder regulators C 00hv/ Two stage regulator.4.0 Outlet pressure, bar bar* C 00hv/ bar* Flow, Nm 3 /h N All measurements in millimeters. Drawings of other types available on request.

237 Cylinder regulators C 1hv/1 Single stage regulator Technical Data C 1hv/1 is a single stage cylinder regulator, especially suitable for specialty gases where demands on purity, tightness and safety are high. A single stage regulator is preferred where the primary pressure is fairly constant (e.g. for gases in liquid phase). C 1hv/1 can be plain or equipped with a shut-off valve (type A), a needle valve (type B). Product Prod. name bar (abs.) psi (abs.) code C 1hv/1, brass C 1hv/1, brass C 1hv/1, stainless steel C 1hv/1, stainless steel C 1hv/1 A, brass C 1hv/1 A, brass C 1hv/1 A, stainless steel C 1hv/1 A, stainless steel C 1hv/1 B, brass C 1hv/1 B, brass C 1hv/1 B, stainless steel C 1hv/1 B, stainless steel Max primary pressure 1 ; 175 [bar ; psi] Outlet pressure (abs.) 0.1 ; [bar ; psi] 0. 3 ; 3 45 Outlet gauge range ; [bar ; psi] 1 5 ; Max flow (nitrogen) 5.8 ; 84 [Nm 3 /h ; SCFH] Connection Out = NPT 1/4 female Material Housing Brass, Ni/Cr plated Stainless steel 316L Seals PVDF PCTFE Membrane Hastelloy Seating PCTFE Operating temperature C ; F Weight 1.5 ; 3.3 [kg ; lb]