ME-GI. MAN Diesel & Turbo. ME-GI Design, June 2012 Presentation for Croatian Register, 30 th August MAN Diesel & Turbo JNA/LDE
|
|
|
- Marian Lawson
- 6 years ago
- Views:
Transcription
1 2012 ME-GI MAN Diesel & Turbo ME-GI Design, June 2012 Presentation for Croatian Register, 30 th August
2 Presentation Gas injection system Principles Control system, control system components Combustion monitoring Port to port gas sailing Fuel gas return system minimization of methan-slip Development proces: System test 2
3 ME-GI: ME-ECS and GI-ECS Injection control How ME-GI to control: ME-GI? Injection amount, division and timing ME-ECS GI-ECS Fuel oil High pressure gas Hydraulic oil LNG tank Crankshaft position and speed 3
4 ME-GI Development ME-GI concept: Combustion Principles Diesel process: 4
5 ME-GI Development ME-GI concept: Combustion Principles Diesel process: 5
6 ME-GI Safety principle In case of a problem in the gas injection system, the use of gas is stopped and the engine is changed-over to fuel oil operation. The non-controlled state is: that gas supply to engine is blocked the system is de-pressurized Fail-safe state is the same. 6
7 ME-GI gas injection Hydraulic oil LNG tank 7
8 Inert gas system - for purging of gas pipes Hydraulic oil Inert gas system LNG tank 8
9 Double pipes and ventilation system Hydraulic oil Inert gas system LNG tank 9
10 Sealing oil system Hydraulic oil Inert gas system LNG tank 10
11 Hydraulic activation of blow-of and purge valves Hydraulic oil Inert gas system LNG tank 11
12 ME-GI overview 12
13 ME-GI Gas control block ELWI ELGI 13
14 ME-GI Gas Injection System Gas injection valve Connection flanges Blow-off valve Purge valve Connection block 14
15 ME-GI Gas control block Material S45R (393 kg) H=396.5mm ;W=505mm; D=340 Acc. volumen for 20 gas injections. 15
16 ME-GI DSME FGS System Layout 16
17 GI engine, injection control Injection amount, division and timing ME-ECS GI-ECS Fuel oil High pressure gas Hydraulic oil LNG tank Crankshaft position and speed 17
18 ME-GI Engine Control System Environment GI Engine Control System ECS MOP GMOP ME-ECS Alarm System GI control system GI Safety system Gas supply control system Engine Safety System ME HPS ME Tacho & Crankshaft position Double Pipe Ventilation Inert Gas System Seal Oil System HC Sensors LNG tank Gas Supply System 18
19 GI-ECS configuration Control Units GMOP GECU GPCU GCCU Gas Main Operation Panel Gas Engine Control Unit Gas Plant Control Unit Gas Cylinder Control Unit Safety Units GPSU GCSU Gas Plant Safety Unit Gas Cylinder Safety Unit MPC MPC DASU GMOP GPCU GCCU GCCU GCCU GECU GPSU GCSU GCSU GCSU GCSU 19
20 Controllers of the system 20
21 ME-GI GMOP Main dashboard display 21
22 ME-GI GMOP Gas supply overview 22
23 ME-GI GMOP Double pipe ventilation system 23
24 ME-GI GMOP Hydraulic- and Seal oil display 24
25 Gas injection - safety 25
26 ME-GI Gas Injection Control 26
27 ME-GI Gas Injection Control Step 1 27
28 ME-GI Gas Injection Control Step 2 28
29 ME-GI Gas Injection Control Step 3 29
30 ME-GI Gas Injection Control Step 4 30
31 Gas injection - safety 31
32 ME-GI Development Gas Injection Control: Safety Built-in design safety: Architectural safety Separate controllers for ELWI and ELGI Safety on gas injection Window/gas shutdown valve Safety on control oil Interlock W-valve and GI-valve Electrical safety ELWI enable ELWI/ELGI electronically ok 32
33 Combustion monitoring - Compression pressure Fast integrated supervision: Cylinder pressure monitoring: Compression pressure monitoring Cylinder pressure [bar] Min. Pcomp pressure limit Angle for Pcomp check Angle [degrees]
34 Cylinder pressure [bar] Combustion monitoring - Maximum pressure Max pressure limit Fast integrated supervision: Cylinder pressure monitoring: Compression pressure monitoring Maximum pressure monitoring Angle [degrees]
35 Combustion monitoring - Expansion pressure Fast integrated supervision: Cylinder pressure [bar] Angle ranges for Pexp check Cylinder pressure monitoring: Compression pressure monitoring Maximum pressure monitoring Expansion pressure monitoring: Σ Pafter TDC Σ Pbefore TDC Angle [degrees]
36 Expansion pressure monitoring, 50% load, missing pilot oil injection 36
37 Expansion pressure monitoring, - Missing pilot oil injection & cyl. lube Oil 37
38 Expansion pressure monitoring, 25% load, missing pilot oil injection 38
39 Expansion pressure monitoring, 25% load, missing pilot oil injection Expansion calculation over 100 revolutions Misfiring 39
40 Expansion pressure monitoring, 5% Pilot injection combustion detection Cylinder pressure if no combustion Cylinder pressure at 5% pilot injection and no gas 40
41 Expansion pressure monitoring, 5% Pilot injection combustion detection Misfiring detection limit 41
42 GI valve and Window-valve leakage detection Gas channel pressure sensor Hydraulic oil Inert gas system LNG tank 42
43 GI valve and Window-valve leakage detection methods, principle 43
44 Window-valve leakage 44
45 Gas injection valve leakage 45
46 ME-GI Combustion & Leakage: Supervision Fast integrated supervision: Cylinder pressure testing Cylinder compression test Maximum cylinder pressure test Cylinder expansion pressure Leakage testing Leaking gas injection Leaking window valve Gas pressure sensor failure detection Result of single failure Gas shut down or gas stop Engine changes to fuel mode Continuous operation without loss of power 46
47 Port to port operation Speed reduction => Windmilling RPM Fuel index Scavenging air press. Stop => Windmilling Low load sailing Reversing 47
48 Gas stand-by Hydraulic oil 48
49 Port to port operation GPCU: Gas Plant Control State Machine Main States Gas Shut Down / Gas Stop Prepare Gas Supply Gas Train Test Prepare For Gas MS_3 MS_4 MS_5 MS_6 Gas On Engine Gas Standby MS_2 Purged Not Purged MS_1 MS_8 Gas Running MS_7 Purging Blow Off MS_10 MS_9 49
50 Port to port operation Gas stand-by Automatic change-over to gas running when engine load is above lowest limit for gas operation. Automatic change-over to fuel oil running, when engine load is below lowest limit for gas operation. Keep pilot-fuel injection until after gas pressure blow-off Prepare gas supply before engine start Fast engine load up Manoeuvring Mixed mode Rough weather conditions 50
51 Port to Port Operation Change over to gas operation 51
52 Port to Port Operation - Mixed mode 52
53 Port to port operation Fast load up during gas operation Load up tests: Engine speed & load Fast RPM and load increase Governor index Gas index is supported by added fuel index Gas pressure Gas pressure build-up is supported by added fuel 53
54 Port to port operation Rough weather conditions Measurements from LNG Tanker in service: Rolling ship with twin engine Propeller torque variations Wind speed: Up to 18 m/s. Waves: 9.5 metres from portside aft on ship 54
55 Port to port operation Tests similar to rough weather conditions Load variation tests: Speed set point variations +/- 10% Wave periodic time approx. 12 sec Index variations +/-25% Gas pressure Constant set-point Variations approx.: +/- 3 bar 55
56 Change-over from gas to fuel oil during load variations 56
57 Change-over from fuel oil to gas during load variations 57
58 Gas return system - to minimize methane slip Gas return tank Hydraulic oil Inert gas system LNG tank 58
59 Next step: ME-GI ECS integration with PMI Autotuning ME Engine Engine Monitoring System Gas System Gas Safety System PMI + CoCoS EMS-MOP PMI DAU PMI sensor data DASU Window valve MAN LAN Fuel Injection/ Exh. valve timing Gas Injection MAN LAN ECS-MOP z MPC Engine Control System Hardwired signals MPC Gas Control System GI-MOP 59
60 Main electronic components of the ME-GI-ECS Component name ME-ECS New 1 MPC: Multi Purpose Controller X 2 EC-MOP X 3 Approved PCs X 4 Control Network PCI Board X 5 DASU: Data Acquisition & Supervision Unit X 6 TSA: Tacho Signal Amplifier X 7 Angle Encoders X 8 Proportional - directional control valves, version with digital X input (e.g. Parker) 9 Keyboards and track-balls X Combustion pressure sensors and amplifiers (X) 12 Gas channel pressure sensors X 13 Seal oil pressure control valves X 14 etc. 15 Gas supply system and gas train components are the responsibility of the gas supply system supplier. 60
61 ME-GI Engine Control system Development proces SW configuration management tool: IBM Rational Synergy (- as used for all SW systems, e.g. the ME-ECS) Automated module tests Automated system test Functional verification and validation on 4T50ME-GI test engine 61
62 ME-GI Engine Control System System test, automated test system 62
63 ME-GI Engine Control System System test, automated test system 63
64 Thank You for Your Attention! All data provided in this document is non-binding. This data serves informational purposes only and is especially not guaranteed in any way. Depending on the subsequent specific individual projects, the relevant data may be subject to changes and will be assessed and determined individually for each project. This will depend on the particular characteristics of each individual project, especially specific site and operational conditions. 64
Burner Management System DEMO Operating instructions
Burner Management System DEMO Operating instructions Burner Management System DEMO Operating Instructions Startup Summary - Normal startup is accomplished in four basic steps: 1. Leak Test a. Safety Valve
Record of Assessment OFFICER IN CHARGE OF AN ENGINEERING WATCH
Record of Assessment for OFFICER IN CHARGE OF AN ENGINEERING WATCH Candidate s Name Candidate s Signature Candidate s Mariner Reference NOTE TO QUALIFIED ASSESSOR(S): In performing your function as a Qualified,
TANKTRONIC. STANDARD CONFIGURATION Single Tank. ADVANCED CONFIGURATION Multiple Tanks. Twin Tank (common valve) Twin Tank (separate valves) Vent box
TANKTRONIC STANDARD CONFIGURATION Single Tank control unit Twin Tank (common valve) control unit Twin Tank (separate valves) control unit ADVANCED CONFIGURATION Multiple Tanks control unit S-Module Tanktronic
USER MANUAL OPERATION AND THE USE OF A CAR WITH. Diego G3 / NEVO SEQUENTIAL GAS INJECTION SYSTEM
USER MANUAL OPERATION AND THE USE OF A CAR WITH Diego G3 / NEVO SEQUENTIAL GAS INJECTION SYSTEM Page 2 / 8 Table of csontents 1. STARTING THE ENGINE... 3 2. CONTROL PANEL... 3 2.1 Indication of the current
WORKHOLDING APPLICATION BOOKLET
WORKHOLDING APPLICATION BOOKLET Applications and advantages of using minibooster hydraulic pressure intensifiers MINIMUM SIZE MAXIMUM POWER B-GB Workholding 2018.04 1 of 20 2 of 20 B-GB Workholding 2018.04
ANNEX AMENDMENTS TO THE INTERNATIONAL CODE FOR FIRE SAFETY SYSTEMS (FSS CODE) CHAPTER 15 INERT GAS SYSTEMS
Annex 3, page 2 ANNEX AMENDMENTS TO THE INTERNATIONAL CODE FOR FIRE SAFETY SYSTEMS (FSS CODE) CHAPTER 15 INERT GAS SYSTEMS The text of existing chapter 15 is replaced by the following: "1 Application This
Record of Assessment OFFICER IN CHARGE OF AN ENGINEERING WATCH
Record of Assessment for OFFICER IN CHARGE OF AN ENGINEERING WATCH Candidate s Name Candidate s Signature NOTE TO QUALIFIED ASSESSOR(S): In performing your function as a Qualified, you may use your initials
XDF BURNERS DUAL FUEL EXCESS AIR BURNER FEATURES DESCRIPTION EXCESS AIR OPERATION
DUAL FUEL EXCESS AIR BURNER MODEL: 3610, 3651 Revision: 0 FEATURES Burns all fuel gases or light oils Nozzle mix design for on ratio control or excess air 350% excess air all sizes on gas or oil Turndown
The Compact, Portable, Efficient and Economical Solution to boost Shop Compressed Air Pressure by 2 or 3 times
Tseries Series AB AB Air Air Boosters Boosters The Compact, Portable, Efficient and Economical Solution to boost Shop Compressed Air Pressure by 2 or 3 times.01/1 MANIFOLD MOUNTED VALVES FOR EASY SERVICING
better measurement Simply a question of SCHMIDT Flow Sensor SS The cost-effective alternative in pressurised systems up to 10 bars.
Simply a question of better measurement SCHMIDT Flow Sensor SS 20.261 The cost-effective alternative in pressurised systems up to 10 bars. Compressed air technology Industrial processes A cost analysis
DASSAULT AVIATION Proprietary Data
FALCON 7X 02-36-05 CODDE 1 PAGE 1 / 4 GENERAL ACRONYM LIST A/I AMM AMSAC AMSEC APU BALDS BAS BLD CB ECS EMM HP LCV LP MP OP PAX PCS PRSOV SOV SSPC T/O WAI XBLEED Anti-Ice Air Management Module Air Management
Components for air preparation and pressure adjustment. OUT port position ( ) connected Rear side. of IN port. Air tank. directly.
Components preparation and pressure adjustment ABP Overview ABP is a component that enables boosting by s only up to twice primary pressure (.0MPa max.) in combination with using air tank but not using
Gas Cabinets and Valve Manifold Boxes: Applying CGA G13- Rev 2015 to Gas Delivery Equipment
Gas Cabinets and Valve Manifold Boxes: Applying CGA G13- Rev 2015 to Gas Delivery Equipment The Standard Governing the Storage & Use of Silane: Compressed Gas Association s Publication CGA G-13 2015: Storage
ENS-200 Energy saving trainer
ENS-200 Energy saving trainer Find out about the essential aspects of energy efficiency in compressed air installations Save money Put it into practice Take care of the environment Get training www.smctraining.com
NGN Series nitrogen generator
NGN Series 8-64 nitrogen generator Applications how it works RK series 5-40 F Blanketing of Chemicals and Pharmaceuticals Gas Assisted Injection Moulding (GAIM) Laser Cutting Food Heat Treament of Ferrous
VPPL VARIABLE DISPLACEMENT AXIAL-PISTON PUMPS FOR INTERMEDIATE PRESSURE SERIES 10
/ ED VPPL VARIABLE DISPLACEMENT AXIAL-PISTON PUMPS FOR INTERMEDIATE PRESSURE SERIES OPERATING PRINCIPLE The VPPL are variable displacement axial-piston pumps with variable swash plate, suitable for applications
COSMO INSTRUMENTS CO., LTD.
Specification Sheet COSMO AIR LEAK TESTER ModelLS-1861 Meets SI Unit Requirement Improved accuracy with the new Master-Preset compensation feature Compensates for environmental changes Improves cycle time
EuroFID Total Hydrocarbon Analyzer. Precise Determination of Total Hydrocarbons in Air for Corrosive as well as Condensing Gases
P r o d u c t i n f o r m at i o n EuroFID Total Hydrocarbon Analyzer Precise Determination of Total Hydrocarbons in Air for Corrosive as well as Condensing Gases Proven Analyzer Technology Measuring total
ECS Protector Nitrogen Inerting Vent (PAV-WN)
ECS Protector (PAV-WN) U.S. Pat. No. 8,636,023, 9,526,933 and 9,717,935 B2 Specifications Stock Number: Service Pressure: Regulator Setting: System Connection: Temperature Range: Dimensions: Weight: Clear
PRACTICAL EXPERIENCES IN THE PRODUCTION OF INSULATION FOAMS WITH HYDROCARBON BLOWING AGENT IN DEVELOPING AND DEVELOPED COUNTRIES
PRACTICAL EXPERIENCES IN THE PRODUCTION OF INSULATION FOAMS WITH HYDROCARBON BLOWING AGENT IN DEVELOPING AND DEVELOPED COUNTRIES R I S T O O J A L A, U N I D O F O A M S E C T O R C O N S U LTA N T SAFETY
TYPICAL TOXIC GAS SYSTEM INSPECTION VIOLATIONS
TYPICAL TOXIC GAS SYSTEM INSPECTION VIOLATIONS The following is a list of typical violations often found by inspectors and a generic solution. You can use this list to improve the safety of your facility,
Description. Chassis. Cabinet. Long chassis - Type: Dimensions (mm): 2700 x 1200 x 1678
1 ITV bench is equipped with a INJETVISION vision system whose purpose is to observe and study the jets from high pressure diesel injector in inert atmosphere (nitrogen or CO2) up to 50 bar (± 0.5 bar).
FLUID POWER FLUID POWER EQUIPMENT TUTORIAL OTHER FLUID POWER VALVES. This work covers part of outcome 2 of the Edexcel standard module:
FLUID POWER FLUID POWER EQUIPMENT TUTORIAL OTHER FLUID POWER VALVES This work covers part of outcome 2 of the Edexcel standard module: UNIT 21746P APPLIED PNEUMATICS AND HYDRAULICS The material needed
FLUID POWER FLUID POWER EQUIPMENT TUTORIAL ACCUMULATORS. This work covers part of outcome 2 of the Edexcel standard module:
FLUID POWER FLUID POWER EQUIPMENT TUTORIAL ACCUMULATORS This work covers part of outcome 2 of the Edexcel standard module: UNIT 21746P APPLIED PNEUMATICS AND HYDRAULICS The material needed for outcome
CORROSION AT THE AIR-WATER INTERFACE REMOVE THE GAS
CORROSION AT THE AIR-WATER INTERFACE There are three (3) physical attributes of oxygen that explain why almost all corrosion in wet pipe fire sprinkler systems occurs in close proximity to trapped air
BIOGAS COMBUSTION PLANT MAINTENANCE MANUAL
BIOGAS COMBUSTION PLANT MAINTENANCE MANUAL (PLANT MAINTENANCE MANUAL) Puente Gallego Landfill, Rosario (Argentina) ARIA.BIZ S.A. Montevideo 589, 7 floor 1019 Capital federal Argentina Tel: +54 11 5171
CONTROL VALVE TESTING
The optimal functioning of the Control valve not only exists of sufficient body & seat tightness, but more important, the total "performance" of the valve and its controls! For an accurate and reliable
Safety in pneumatic automation
Safety in pneumatic automation Pharm connect congress 2014 Budapest Feb. 26. 27. Thomas Schulz Head of ISM and KAM Biotech/Pharma Phone: +49-711/347-52192 Mail: thss@de.festo.com Thomas Schulz / CP-KB
Mass Flow Controller (MFC) for Gases
Mass Flow Controller (MFC) for Gases Type 8713 can be combined with... Direct flow measurement by MEMS- Technology for nominal flow rates from 1 ml N /min to 8 l N /min (N 2 ) High accuracy and repeatability
Vehicle Components. (High)/15765 (CAN) Cab Controller - Primary. PACCAR CECU3 N/A (High)/15765 (CAN) Vehicle Key Data Points
VIN Vehicle Make Model Model Year Unit Number 1XPHDP9XXDD195697 Peterbilt 386 2013 Vehicle s Serial Number Software Version Network Brakes Bendix EC-60 Advanced ABS N/A BB41103 BB41104 J1939 (High)/J1587
Users Group Conference 2018
Users Group Conference 2018 Compressor Analysis Special Circumstances Tracy Wimberly Sr. Reciprocating Equipment Analyst, Windrock 1 Topics, top compressor questions Ultrasound Baseline Cat Eyes Leak Index
RESOLUTION A.567(14) adopted on 20 November 1985 REGULATION FOR INERT GAS SYSTEMS ON CHEMICAL TANKERS
INTERNATIONAL MARITIME ORGANIZATION A 14/Res.567 16 January 1986 Original: ENGLISH ASSEMBLY - 14th session Agenda item lo(b) IMO RESOLUTION A.567(14) adopted on 20 November 1985 THE ASSEMBLY, RECALLING
CO 2. (R744) Service Station Presentation. Contents. Goals Basic functions Specification Recovery R477 Vacuum Charge Safety Other features Prototype
(R744) Service Station Presentation Contents Goals Basic functions Specification Recovery R477 Vacuum Charge Safety Other features Prototype Page 1 (R744) Service Station Goals Usability Full automatic
6000SLX SL-N HYDRAULIC CRAWLER CRANE
SL-N SL-N HYDRAULIC CRAWLER CRANE 1804 05H.EA292 SL-N Specifications Contents Specifications 3-4 Symbols 4 Outline Winch Assignment 5 Dimensions & Main Specifications : Liftcrane 6 Dimensions & Main Specifications
BUBBLER CONTROL SYSTEM
BUBBLER CONTROL SYSTEM Description: The HDBCS is a fully automatic bubbler system, which does liquid level measurements in water and wastewater applications. It is a dual air compressor system with, air
FUEL GAS FIRING CONTROL RJ (Dick) Perry Safety Systems Consultant 6 June 2016
INTRODUCTION Fired equipment such as Heaters and Boilers, normally have to comply with either NFPA 85/86 or API 556 for North America and some other countries which apply such standards, or EN 746-2 for
2/2/2018 Control System General Description(H4DOTC) Diagnostic Trouble Code (DTC) Detecting Criteria DTC P0442 Evaporative Emission Control
Mode Mode E Mode Description Diagnosis Period (Evaporation generated amount calculated) Calculate the amount of evaporation (P1). 0 280 seconds 2. COMPONENT DESCRIPTION Pressure control solenoid valve
Quick Installation Guide Doc nr.: C Date:
Quick Installation Guide Doc nr.: 9.17.093C Date: 13-05-2016 SCOPE OF THIS GUIDE mini CORI-FLOW instruments are highly accurate instruments for measuring and controlling the mass flow rate of liquids and/or
LESER Deutschland Standard Functional Tightness Test (Cryo) Content
Page 1/10 Content 1 Purpose... 1 2 Scope... 1 3 Range of Application... 1 4 Normative Background... 2 5 Terms and Definitions... 2 6 Test Equipment... 3 7 Test Procedure... 5 8 Acceptance Criteria... 8
Experiment Instructions. Circulating Pumps Training Panel
Experiment Instructions Circulating Pumps Training Panel Experiment Instructions This manual must be kept by the unit. Before operating the unit: - Read this manual. - All participants must be instructed
Unit 24: Applications of Pneumatics and Hydraulics
Unit 24: Applications of Pneumatics and Hydraulics Unit code: J/601/1496 QCF level: 4 Credit value: 15 OUTCOME 2 TUTORIAL 9 ACCUMULATORS The material needed for outcome 2 is very extensive so there are
RICK FAUSEL, BUSINESS DEVELOPMENT ENGINEER TURBOMACHINERY CONTROL SYSTEM DESIGN OBJECTIVES
RICK FAUL, BUSINESS DEVELOPMENT ENGINEER TURBOMACHINERY CONTROL SYSTEM DESIGN OBJECTIVES The primary design objective for any turbomachinery control system should be to maintain or maximize machine and
Proportional Pressure-Relief Cartridge Valve, Size 2...4
Proportional Pressure-Relief Cartridge Valve, Size... Q max = l/min (6 gpm), p max = bar (58 psi) Direct acting, electrically operated Description proportional pressure-relief valves are direct acting
GAS FUELLED ENGINE INSTALLATIONS
RULES FOR CLASSIFICATION OF SHIPS NEWBUILDINGS SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS PART 6 CHAPTER 13 GAS FUELLED ENGINE INSTALLATIONS JANUARY 2001 CONTENTS PAGE Sec. 1 General Requirements...
Section 1.3: PRESSURE VESSEL COMPONENTS AND SYSTEMS AND COMPRESSED GAS CYLINDERS
Section 1.3: PRESSURE VESSEL COMPONENTS AND SYSTEMS AND COMPRESSED GAS CYLINDERS TABLE OF CONTENTS Page A. Regulations, Standards and References 1.3-2 B. Scope 1.3-2 C. Design Features for the Storage
3/2-way valve, Series CD07 Qn= 1400 l/min pipe connection compressed air connection output: G 1/4 - M14x1,5 suitable for ATEX
/-way valve, Series CD07 Version Spool valve, zero overlap Sealing principle soft sealing Working pressure min./max. -0.95 bar / 0 bar Ambient temperature min./max. -5 C / +80 C Medium temperature min./max.
Release: 1. UEPOPL002A Licence to operate a reciprocating steam engine
Release: 1 UEPOPL002A Licence to operate a reciprocating steam engine UEPOPL002A Licence to operate a reciprocating steam engine Modification History Not applicable. Unit Descriptor Unit Descriptor 1)
AIR DRIVEN. Gas Boosters & SYSTEMS. Accepting VISA, MasterCard and American Express
AIR DRIVEN Gas Boosters & SYSTEMS Accepting VISA, MasterCard and American Express Gas Boosters AIR DRIVEN FROM 30 PSI TO 21,750 PSI MAXIMATOR Maximator gas boosters are an excellent alternative to high
6000SLX HYDRAULIC CRAWLER CRANE
HYDRAULIC CRAWLER CRANE HYDRAULIC CRAWLER CRANE Contents Specifications 3-4 Symbols 4 Outline Winch Assingment 5 Dimensions & Main Specifications : Liftcrane 6 Dimensions & Main Specifications : Luffing
Inverse Proportional Pressure-Relief Cart., Size 2 4
Inverse Proportional Pressure-Relief Cart., Size Q max = l/min, p max = 35 bar Direct acting, electrically operated Description Compact construction for cavity type AL 3/-6 UNF Operated by a proportional
GAS INJECTION TECHNOLOGY GIT
GAS INJECTION TECHNOLOGY GIT Innovative and complete solutions ECONOMICAL modular RELIABLE BAUER KOMPRESSOREN offer Gas Injection Technology as a solution to the problems of plastic part production. The
Air Compressor Control System for Energy Saving in Manufacturing Plant
IJSTE - International Journal of Science Technology & Engineering Volume 1 Issue 2 August 2014 ISSN(online) : 2349-784X Air Compressor Control System for Energy Saving in Manufacturing Plant Ms. Snehal
AIR DRIVEN LIQUID PUMPS AIR DRIVEN AIR AMPLIFIERS AIR DRIVEN GAS BOOSTERS HIGH PRESSURE VALVES, FITTINGS AND TUBING TEST AND CALIBRATION EQUIPMENT
AIR DRIVEN LIQUID PUMPS AIR DRIVEN AIR AMPLIFIERS AIR DRIVEN GAS BOOSTERS HIGH PRESSURE VALVES, FITTINGS AND TUBING TEST AND CALIBRATION EQUIPMENT MAXIMATOR GmbH MAXIMATOR is one of the world leading manufacturers
OMS Technical Information. Versions OMS. Versions
Versions Versions Mounting flange Shaft Port size European version US version Drain connection Check valve Main type designation Standard flange Cyl. 32 G 1/2 l Yes Yes Cyl. 1.25 in 7/8-14 UNF l Yes Yes
ACV-10 Automatic Control Valve
ACV-10 Automatic Control Valve Installation, Operation & Maintenance General: The Archer Instruments ACV-10 is a precision automatic feed rate control valve for use in vacuum systems feeding Chlorine,
Proportional Pressure-Relief Cartridge Valve, Size 2...4
Proportional Pressure-Relief Cartridge Valve, Size... Q max = l/min, p max = 3 bar Direct acting, electrically operated 1 Description proportional pressure-relief valves are direct acting screw-in cartridges
Valve Proving System VDK 200 A S06*
Valve Proving System VDK 200 A S06* Valve proving system with the following approvals. UL Recognized File # MH17004 CSA Certified File # 1637485 CSA Requirement No. 4-01 (USA) Technical Information Letter
Technical Service Bulletin March 2015 TSB142.01
Technical Service Bulletin March 2015 TSB142.01 Commissioning Procedure for HYDRAcap This Technical Service Bulletin provides information for commissioning of a HYDRAcap membrane system in a water treatment
MOL LNG Transport (Europe) Ltd File: 02 Checklists 6 pages Rev. No. 1 Loading Plan Part Two (2) (Line UP) Loading Plan Part Two (2) (Line Up)
Loading Plan Part Two (2) (Line Up) Arm Cool Down; Line Cool Down Line Up: Set up the port manifold as follows:. Open 20% No.1 tank filling valve CL100 Open 20% No. 2 tank filling valve CL200 Open 20%
Valve Proving System VDK 200 A S02
Valve Proving System VDK 200 A S02 Valve proving system with the following approvals. UL Recognized File # MH17004 CSA Certified File # 1637485 CSA Requirement No. 4-01 (USA) Technical Information Letter
HydroCOM: High energy savings and excellent controllability
HydroCOM: High energy savings and excellent controllability Almost all applications require efficient capacity control systems Most of them simply waste energy, are slow and inaccurate. HydroCOM, however,
COMPRESSOR PACK SUCTION CONTROLLER TYPE: LP41x
Electrical Installation Requirements Care should be taken to separate the power and signal cables to prevent electrical interference and possible damage due to inadvertent connection. SUPPLY E L N LN2
EcoFuel Natural Gas Drive in Touran and Caddy
Service Training Self-study Programme 373 EcoFuel Natural Gas Drive in Touran and Caddy Design and Function Why natural gas? Driving with natural gas relieves the burden on the environment. The emissions
REDUNDANT PROPULSION SHIPS RULES FOR CLASSIFICATION OF NEWBUILDINGS DET NORSKE VERITAS SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS PART 6 CHAPTER 2
RULES FOR CLASSIFICATION OF SHIPS NEWBUILDINGS SPECIAL EQUIPMENT AND SYSTEMS ADDITIONAL CLASS PART 6 CHAPTER 2 REDUNDANT PROPULSION JANUARY 1996 CONTENTS PAGE Sec. 1 General Requirements... 5 Sec. 2 System
Built-in Purge Control Functions
Built-in Purge Control Functions Why clean a sensor? As the velocity sensor was calibrated clean, operating it clean also preserves the best calibration. Any build up of material on a thermal sensor tends
BPM-5 Motor Operating Sequences
JBB20150120 BPM-5 Motor Operating Sequences Sequences A. Hard Safe... 3 B. Soft Safe... 4 C. Prop. Loading & Checkout... 5 D. Nominal Ignition... 7 E. Prestage/Mainstage... 9 F. Nominal Shutdown... 10
Rules for Classification and Construction Ship Technology
I Rules for Classification and Construction Ship Technology 1 Seagoing Ships 14 Redundant Propulsion and Steering Systems Edition 2000 The following Rules come into force on 1 st August 2000 They are translated
ME-GI Gas-ready Ship
ME-GI Gas-ready Ship Contents Introduction...5 Applications Ship Types...5 The ME-GI Engine...6 Ship Design...7 Classification Societies...7 Gas Fuelled Readiness Notation Details...7 Hazardous Area Designation
APPLICATION NOTES DELOMATIC 4, DM-4 GAS
APPLICATION NOTES DELOMATIC 4, DM-4 GAS Emission control Lambda sensor p/t regulation Combustion chamber temperature regulation Emission control configuration Emission control curve Document no.: 4189340653C
Pilot HON 625. Entwurf. Product information. serving the gas industry worldwide
Pilot HON 62 Entwurf Product information serving the gas industry worldwide Pilot HON 62 Application, characteristics Application Pilot for the gas pressure regulator HON 02 Pilot for outlet pressure control
Auxiliary valve QDS6 Sequence valve, 3-way. Catalogue (GB) (US) October 1998
Auxiliary valve Sequence valve, 3-way Catalogue 9129 8542-02 (GB) 9129 8542-06 (US) October 1998 Sequence valve, 3-way Applications The sequence valve is designed to open or close a hydraulic pilot signal
SCOPE OF THIS GUIDE STARTING-UP. 1 Check mini CORI-FLOW functional properties
Quick Installation Guide Doc nr.: 9.17.052H Date: 10-12-2015 SCOPE OF THIS GUIDE mini CORI-FLOW instruments are highly accurate instruments for measuring and controlling the mass flow rate of liquids and/or
hydro-pac, inc. Low-Pressure Gas Compressors 1500 to 6000 PSI
hydro-pac, inc. LX-SERIES Low-Pressure Gas Compressors 1500 to 6000 PSI hydro-pac, inc. LX-SERIES Features Hydro-Pac LX-SERIES Gas Compressors feature: Oil-free non lubricated gas pistons and cylinders
Mass Flow Controller (MFC) for Gases
Mass Flow Controller (MFC) for Gases Bypass MFC with capillary technology for nominal flow rates from 5 ml N /min to 15 l N /min Applicable for aggressive gases Compact design and digital communication
IDL01. Battery Powered Precision Digital Gauge for Leak Testing. Stainless Steel Sensor. class 0.05
IDL0 Battery Powered Precision Digital Gauge for Leak Testing Stainless Steel Sensor class 0.05 Nominal pressure from 0 00 mbar up to 0... 00 bar Special characteristics modular sensor concept data logger
EXH. Specifications. Descriptions. Min. working pressure MPa
Functional explanation Primary pressure flowed from passes through check valve on side, and flows in chamber A and B. Primary pressure also passes through pressure adjustment section and switching valve,
Valve test benches. Systems overview
Valve test benches Systems overview About us In the past few years WIKA has successfully integrated renowned manufacturers of calibration equipment into the group. With these established brands within
Working in Gas Hazard Areas
/ Health & Safety OPERATIONS STANDARDS Ref.: Aperam Safety ST 012 Working in Gas Hazard Areas Issue: 15.05.2012 Vers.: v0 Rev.: AM Safety ST 012 v1.2 08.05.2012 Working in Gas Hazard Areas Controlled Updated
Periodic Survey of Fuel Installations on Ships other than Liquefied Gas Carriers utilizing gas or other low flash point fuels
(Jan 2017) Periodic Survey of Fuel Installations on Ships other than Liquefied Gas Carriers utilizing gas or other low flash point fuels CONTENTS 1. Application 2. Special Survey 2.1 Schedule 2.2 Scope
INVERS. Solenoid coil 24VDC 12 VDC Exm Exd Explosion protection marking:
direct operated INVERSE function available Q max = 2 l/min p max = bar INVERS Description EPDB The direct operated proportional pressure relief valve is built as a slip-in cartridge fitted in a connecting
erc-o 2 -tech Ò innovative gas systems Markwerbener Str Weißenfels Germany
Compart Umwelttechnik GmbH erc-o 2 -tech Ò innovative gas systems Markwerbener Str. 24 06667 Weißenfels Germany Phone: 0049 (0) 3443/2901-0 Fax: 0049 (0) 3443/2901-12 Mail: compart-weissenfels@t-online.de
CENTRAL GAS SUPPLY SYSTEMS : CYLINDER BATTERIES AND HIGH PRESSURE HOSES
P0170E-1.DOCX/08.16/MG CENTRAL GAS SUPPLY SYSTEMS : CYLINDER BATTERIES AND HIGH PRESSURE HOSES With a Central Gas Supply System, individual work places or gas take-off stations are supplied with gas through
HumiSys HF High Flow RH Generator
HumiSys HF High Flow RH Generator Designed, built, and supported by InstruQuest Inc. Versatile Relative Humidity Generation and Multi-Sensor System The HumiSys HF is a high flow version of the previously
Inert Air (N2) Systems Manual
INSTRUCTION MANUAL Inert Air (N2) Systems Manual N2-MANUAL 2.10 READ AND UNDERSTAND THIS MANUAL PRIOR TO OPERATING OR SERVICING THIS PRODUCT. GENERAL INFORMATION Positive pressure nitrogen gas pressurizing
FIO > Five In One The SMART regulator
FIO > Five In One The SMART regulator Indirect Flow Measurement Outlet Pressure Control Flow Limitation Remote Monitoring End-User Management www.mvandc.com Integrated remote controlled regulator FIO >
AUTOMATIC HOSE TEST UNIT, TYPE SPU
VALVES AND FITTINGS UP TO 14,000 BAR TEST AND CONTROL EQUIPMENT H IGH PRESSURE TECHNOLOGY AUTOMATIC HOSE TEST UNIT, TYPE SPU Pressure range from 1 up to 10,000 bar User-friendly touch panel operation HIGH-PRESSURE
Inverse Proportional Pressure-Relief Cart., Size 2 4
Inverse Proportional Pressure-Relief Cart., Size Q max = l/min, p max = 5 bar Direct acting, electrically operated 1 Description inverse proportional pressure-relief valves are direct acting screw-in cartridges
REACTOR 40 MECHANICAL Configuration Guide
REACTOR 40 MECHANICAL Configuration Guide Important Safety Information WARNING See the Important Safety and Product Information guide in the product box for product warnings and other important information.
OIL SUPPLY SYSTEMS ABOVE 45kW OUTPUT 4.1 Oil Supply
OIL SUPPLY SYSTEMS ABOVE 45kW OUTPUT 4.1 Oil Supply 4.1.1 General The primary function of a system for handling fuel oil is to transfer oil from the storage tank to the oil burner at specified conditions
Controllers DR, DP, FR and DFR
Controllers DR, DP, FR and DFR RE 9060 Edition: 04.014 Replaces: 10.006 For variable pump A4VSO series 1 and 3 Open circuit Features Control of pressure and flow Remote controlled optional Pressure controller
High-Pressure Boiler Inspection Procedures: A Complete Checklist
High-Pressure Boiler Inspection Procedures: A Complete Checklist Inspecting high-pressure boilers is a complex process requiring preparation, planning, and a multitude of safety precautions. Regular inspections
Self-operated Pressure Regulators for special applications
Self-operated Pressure Regulators for special applications Type 2357-31 Pressure Build-up Regulator with safety function and integrated excess pressure valve Application Pressure regulators for cryogenic
Inverse Proportional Pressure-Relief Cartridge, Size 10
Inverse Proportional Pressure-Relief Cartridge, Size 1 Q max = 12 l/min, p max = 3 bar Seated pilot, spool-type main stage, damped design 1 Description inverse-proportional pressure-relief valves are size
Inverse Prop. Pressure-Relief Cart., Size 2 4
Inverse Prop. Pressure-Relief Cart., Size Q max = l/min (6 gpm), p max = bar (58 psi) Direct acting, electrically operated Description inverse proportional pressure-relief valves are direct acting screw-in
INTERPLANT STANDARD - STEEL INDUSTRY
INTERPLANT STANDARD - STEEL INDUSTRY IPSS STANDARD MAINTENANCE PRACTICE FOR PNEUMATIC OPERATED SHUT OFF VALVES No Corresponding IS Exists IPSS: 2-07-105-15 Formerly-: (New Standard) 0. Foreword 0.1. Interplant
Water Mist Systems Inspection, Testing, and Maintenance of Water Mist Systems
Water Mist Systems Inspection, Testing, and Maintenance of Water Mist Systems Name of Property: Address: Phone Number: Inspector: Contract No.: Date: This Report Covers: Monthly Quarterly Annual Other
Apollo Safety Features
Overview of Emergency Start Mains Power Failure Gas Supply Failure Ventilator Failure Fresh Gas Delivery Failure Ventilator and Fresh Gas Delivery Failure Display Failure User Interface Failure System
The Future of Hydraulic Control in Water-Systems
The Future of Hydraulic Control in Water-Systems A. Heimann Manager of R&D and of Technical Support & Applications Engineering departments at Dorot Automatic Control Valves Dorot Control Valves, Kibbutz
2600T Series Pressure Transmitters Plugged Impulse Line Detection Diagnostic. Pressure Measurement Engineered solutions for all applications
Application Description AG/266PILD-EN Rev. C 2600T Series Pressure Transmitters Plugged Impulse Line Detection Diagnostic Pressure Measurement Engineered solutions for all applications Increase plant productivity
Fixed Displacement Pump KFA for commercial vehicles in open circuits
RE 91 501/05.98 Replaces: 11.96 Fixed Displacement Pump KFA for commercial vehicles in open circuits Sizes 23...107 Series 6 Nominal pressure 300 bar Peak pressure 350 bar KFA List of contents Features