Introduction Advantages of cooperating with Our service - our conditions Our standard central control valve

Transcription

1 Introduction Advantages of cooperating with Our service - our conditions Our standard central control valve Gravel-Filter Deferrisation Systems Pressure filter EKF, made of stainless steel (V4A) Pressureless filter type OKF, made of plastic (PP) and V4A Oxidation-air-compressor, oxidator Backwash device type RSL/DPR-EKF, pressure-cushion-regulation OKF controls: Level control, backwash control, complete control Level control, automatic backwash device type RSL/DPR-OKF Industrial gravel filter systems KFE (single) and KFD (double) Pressureless industrial gravel-filter systems type OKF-2500-PE and type OKFI Compact-Deferrisation Systems Dirt filtration type SFZ Compact-deferrisation type BM and type BM-AIR Compact-deferrisation / demanganesation type MG Compact-deferrisation type ES (increase of ph-value) Compact-deferrisation / softening type MEV-CR1 and type MEV -CR2 Double-tank deferrisation / softening type DEW-CR1 and type DEW-CR2 Removal of humic acid (yellow colour) type MWO Softening Systems Information on soft water Cabinet softening type KAWK-D and type KAWK Double-tank cabinet softening system type KAP Single softening system type MWK-D and type MWK Hot-water softening type HMZK Double-tank softening system type DWK and type DWK-1/-2/-3 Industrial double-tank softening system type DWKI Automatic hardness-control device Information on DVGW-certification mark for water treatment systems Nitrate-Reduction Systems Information on nitrate Cabinet nitrate-reduction system type KAWN Single nitrate-reduction system type MWK Double-tank nitrate-reduction systems type DWN and type DWN-1/-2 Dosing Systems/Disinfection Compact-proportional system type NG5R and type NG10R Container-proportional dosing system type BD Dosing chemicals Information on UV-Oxidation UV-disinfection type UV11 UV60 Ultra-filtration filter candles type INDUWA Fresh Reverse Osmosis/Full Desalination Information on reverse osmosis Small-osmosis system type RO-5T50 Compact system type ROC, l/h Full-desalination system type VEM (heater filling) Reverse-osmosis system type ROW 400 l/h (wall system) Reverse-osmosis system type RO 400 l/h (standing system) Reverse-osmosis system type RO l/h (standing system) Extras Backwash protection filter 1 2 type RF Plastic protection filter for 9 ¾ and 20 filter candles Connection/blending mountings, connecting hoses Membrane-pressure-container, pressure container Measuring instruments

2 Type: KAWK-D Fully automated, time-/water-meter-controlled single system, incl. features according to DVGW guidelines, with integrated cabinet for regeneration fluid Cabinet for salt storage, incl. brine valve and shield tube, with integrated pressure tanks made of corrosion-resistant GFRP, with distribution system Easy-to-maintain central control valve in a robust plastic design, with excellent performance values (6m³/h at Δp1 bar), water meter turbine, integrated mixing valve and bypass valve, and integrated check valve on inlet side Special control features according to DVGW guidelines, with extended options, incl. chlorine cell, surveillance of regeneration and salt deficiency, alarm signal Economical upflow regeneration with proportional brining for optimal capacity utilization Forced regeneration after a maximum of 4 days for optimal system hygiene (DVGW guidelines) Prograable for up to 9 regeneration cycles, with free choice of duration and sequence Illuminated display indicating either time, current water flow (l/min), or remaining capacity (m³) Regeneration initiation additionally possible via time control, remote control, or manually Diverse data (water use, number of regenerations, etc.) available for diagnosis Maintenance reminder with customized display showing seller s contact data Connection: R 1 outside Operating pressure: 2-8 bar 230 V / 50 Hz System Type: INDUWA- KAWK-D FN18 KAWK-D FN30 KAWK-D FN36 Amount of Resin Liter Capacity dh x m Salt Consumption / Full-Regen. ca. kg 1,0 1,9 4,0 Water Consumption / Regen. ca. Liter Nominal Flow * m 3 /h 2,0 2,6 3,5 System Height (total) Cabinet Width Cabinet Depth System Weight (dry) ca. kg Item Number * nominal flow for raw water blended from 20 dh to 8 dh

3 Type: KAWK Fully automated, time-/water-meter-controlled single system, with integrated cabinet for regeneration fluid Cabinet for salt storage, incl. brine valve and shield tube, with integrated pressure tank made of corrosion-resistant GFRP, with distribution system Easy-to-maintain central control valve in a robust plastic design, with excellent performance values (6m³/h at Δp1 bar), with water meter turbine, integrated mixing valve, and integrated bypass valve Upstream dirt filter not always necessary because the central control valve is insensitive Prograable for up to 9 regeneration cycles, with free choice of duration and sequence Illuminated display indicating either time, current water flow performance (l/min), or remaining capacity (m³) Regeneration control with self-learning mode for optimal capacity utilization Regeneration initiation additionally possible via time control, via remote control, or manually Divers data (water use, number of regenerations, etc.) available for diagnosis Economical salting prograable Connection: R 1 outside Operating pressure: 2-8 bar 230 V / 50 Hz Available features for retrofitting: Chlorine cell for improved system hygiene Extension to double-tank system Conversion for alternative applications Separate salt level detector Optional: Special control with extended options, incl. chlorine cell, surveillance of regeneration and salt deficiency, alarm signal, pre-selectable service reminders and proportional brining Upflow regeneration System Type: INDUWA- KAWK- SM KAWK- FN18 KAWK- FN30 KAWK- FN36 Amount of Resin Liter Exchange Capacity dh x m Salt Consumption / Full-Regen. ca. kg 0,7 1,4 2,9 6 Nominal Flow* m 3 /h 1,5 2,0 2,6 3,5 System Height (total) Cabinet Width Cabinet Depth System Weight (dry) ca. kg Item number * nominal flow for raw water blended from 20 dh to 8 dh

4 Type: KADWK utility model protection!! Fully automated, water-meter-controlled double-tank system, with integrated container for regeneration agents, for a continuous water supply via alternating service Cabinet container for salt storage, incl. brine valve and protection tube, with two integrated pressure containers made of corrosion-resistant GFRP Easy-to-maintain central control valve with water-meter turbine in a robust plastic design, with excellent performance values, (6 m 3 /h at Δp1 bar), upflow regeneration Special control with multicolour display and many program and inquiry options, surveillance of regeneration and salt deficiency, maintenance reminder and alarm output Chlorine cell for improved system hygiene Integrated check valve on inlet side Filling of pressure containers with high-performance ion exchange resin Separate assembly/bypass block made of brass with integrated blending 2 highly flexible stainless-steel-reinforced hoses, optionally 500, 800 or 0 long Robust and compact model Operating pressure: 2-8 bar 230 V / 50 Hz Water temperature: max. 40 C Connection: R 1 inside Waste water connection: hose nozzle ½ NEW PRODUCT exclusively by INDUWA System Type: INDUWA- KADWK- 6 KADWK- 15 Nominal Flow* m 3 /h 2,0 2,5 Amount of Resin Liter 2 x 6 2 x 15 Capacity dh x m 3 2 x 20 2 x 52 Salt Consumption / Regeneration ca. kg 1,0 1,9 System Height (total) Container Width System Width Container Depth Rinse Water / Regeneration ca. Liter Salt Reserve ca. kg System Weight (dry) ca. kg Item Number * nominal flow for raw water blended from 20 dh to 8 dh 05.16

5 Type: MWK-D Fully automated, time-/water-meter-controlled single system, incl. features according to DVGW guidelines, with separate cabinet for regeneration fluid Easy-to-maintain central control valve in a robust plastic design with excellent performance values [6 m 3 /h (1 valve) or 7,8 m 3 /h (1 ¼ valve) at Δp = 1 bar], with water meter turbine, integrated mixing valve and integrated bypass valve Separate salt storage container made of PE, with sieve bottom, brine valve, and shield tube Special control features according to DVGW-guidelines, with extended possibilities incl. chlorine cell, surveillance of salt regeneration and salt deficiency, and alarm signal Economical upflow regeneration with proportional brining for optimal capacity utilization Forced regeneration after a maximum of 4 days for optimal system hygiene (DVGW guidelines) Prograable for up to 9 regeneration cycles, with free choice of duration and sequence Illuminated display indicating time, current water flow (l/min), or remaining capacity (m³) Regeneration initiation additionally possible via time control, via remote control, or manually Divers data (water use, number of regenerations, etc.) available for diagnosis Maintenance reminder with customized display showing seller s contact data Operating pressure: 2-8 bar 230 V, 50 Hz Available features for retrofitting: Extension to double-tank system Additional filter material for odour elimination. External alarm notification System Type: INDUWA- MWK-D Image: MWK-D-1044 MWK-D MWK-D MWK-D MWK-D Amount of Resin Liter Capacity dh x m Salt Consumption/ Full-Regen. ca. kg 1,9 4,0 6,0 8,0 12 Nominal Flow * m 3 /h 1,2 1,8 2,7 3,6 4,8 Connection Entrance/Exit R outside Waste Water Connection Nozzle Hose ½ ½ ½ ¾ ¾ Salt-/Brine-Cabinet Height Content Softening Pressure Tank Liter System Height (total) System Weight (dry) ca. kg Item Number * nominal flow for raw water blended from 20 dh to 8 dh

6 Typ: MWK Fully automated, time-/water-meter-controlled single system, with separate cabinet for regeneration fluid Easy-to-maintain central control valve in a robust plastic design with excellent performance values [6 m3/h (1 valve) or 7,8 m3/h (1 ¼ valve) at Δp = 1 bar], with water meter turbine, integrated mixing valve and integrated bypass valve Upstream dirt filter not always necessary because the central control valve is insensitive Prograable for up to 9 regeneration cycles, with free choice of duration and sequence Illuminated display indicating time, current water flow (l/min), or remaining capacity (m³) Regeneration control with self-learning mode for optimal capacity utilization Regeneration initiation additionally possible via time control, via remote control, or manually Divers data (water use, number of regenerations, etc.) available for diagnosis Pressure tank made of corrosion-resistant GFRP, with distribution system Separate salt storage container made of PE, with sieve bottom, brine valve, and shield tube Economical salting prograable Operating pressure: 2-8 bar 230 V, 50 Hz Available features for retrofitting: Chlorine cell for improved system hygiene Extension to double-tank system Conversion for alternative applications Separate salt level detector Optional: Special control with extended options, incl. chlorine cell, surveillance of regeneration and salt deficiency, alarm signal, pre-selectable service reminders and proportional brining Upflow regeneration Image: MWK-1044 System Type: INDUWA- MWK MWK MWK MWK MWK MWK MWK Amount of Resin Liter Capacity dh x m Salt Consumption / Regen. ca. kg Nominal Flow (max.) * m 3 /h 0,5 1,0 1,5 2,0 3,0 4,0 5,0 Connection Entrance/Exit R außen ¼ 1 ¼ Rinse Water Connection Schlauch ½ ½ ½ ¾ ¾ ¾ ¾ Salt-/Brine-Cabinet Height Content Softening Pressure Tank System Height (total) Liter System Weight (dry) ca. kg Item Number * Nominal flow in long-term service, with a guaranteed final hardness of 0.1 H. For domestic households, soft water is mixed with hard water (blending) to gain a hardness of 5 8 dh. As a result, the nominal flow is significantly higher.

7 Type: HMZK for HOT WATER Fully automated, time-controlled single system, for the softening of hot water, with separate container for regeneration fluid for a temperature of up to 65 C Pressure tank made of corrosion-resistant GFRP, with distribution system Central control valve made of red brass with 5 fixed-time-cycles and adjustable brine-tank-fillingtime-cycle, with a 7-day-program, with integrated blending and bypass valve Regeneration initiation possible manually Separate salt storage container made of PE, with sieve bottom, brine valve, and shield tube Economical salting prograable Connection: Rp 1, inside Operating pressure: 2-8 bar 230 V, 50Hz Water temperature: max. 65 C Larger hot water systems, optionally water-meter-controlled, or systems for a water temperature of up to 82 C, are available on demand. Double-tank systems as hot water models also available. Optional: External chlorine cell for improved system hygiene External salt level detector Note Regular maintenance necessary at least 2x a year. System Type: INDUWA- HMZK Image: HMZK 1044 HMZK HMZK HMZK Amount of Resin Liter Capacity dh x m Nominal Flow (max.) * m 3 /h 0,5 1,0 1,5 2,0 Salt-/Brine-Cabinet Height Content Softening Pressure Tank Liter System Height (total) Salt Consumption / Regen. ca. kg System Weight (dry) ca. kg Item Number * Nominal flow in long-term service, with a guaranteed final hardness of 0.1 H. For domestic households, soft water is mixed with hard water (blending) to gain a hardness of 5 8 dh. As a result, the nominal flow is significantly higher

8 Type: DWK Fully automated, water-meter-controlled double-tank system, with integrated cabinet for regeneration fluid, for a continuous supply of soft water via alternating service Easy-to-maintain central control valve in a robust plastic design on one pressure tank, tank adaptor with connecting tubes on other pressure tank, with microprocessor control incl. water meter turbine and added bypass, without blending High flow performance: 6 m 3 /h at Δp1 bar Upstream dirt filter not always necessary because the central control valve is insensitive Prograable for up to 9 regeneration cycles, with free choice of duration and sequence Illuminated display indicating either time, current water flow performance (l/min), or remaining capacity (m³) Regeneration initiation additionally possible via time control or manually Divers data (water use, number of regenerations, etc.) available for diagnosis 2 pressure tanks made of corrosion-resistant GFRP, with distribution system Separate salt storage container made of PE, with sieve bottom, brine valve, and shield tube Filling of pressure tanks with high-performance special-filter-material Economical salting prograable Connection (in-/outlet): R 1 outside Operating pressure: 2-8 bar 230 V / 50 Hz Waste water connection: ½ or ¾ nozzle hose External mounting necessary for blending. Available features for retrofitting: Chlorine cell for improved system hygiene Conversion for alternative applications Separate salt level detector Optional: Special control with extended options, incl. chlorine cell, surveillance of regeneration and salt deficiency, alarm signal, pre-selectable service reminders Upflow regeneration Image: DWK-1044 System Type: INDUWA- DWK DWK DWK DWK DWK Amount of Resin per Tank Liter Capacity per Pressure Tank dh x m Salt Consumption / Regen. ca. kg Nominal Flow (max.) * m 3 /h 0,5 1,0 1,5 2,0 3,0 Salt-/Brine-Cabinet Height Content Softening Pressure Tank System Height (total) Liter System Weight (dry) ca. kg Item Number * Nominal flow in long-term service, with a guaranteed final hardness of 0.1 H. For domestic households, soft water is mixed with hard water (blending) to gain a hardness of 5 8 dh. As a result, the nominal flow is significantly higher.

9 Type: DWK 1/2 Fully automated, water-meter-controlled double-tank system, consisting of 2 complete single systems that are connected via an automatic valve and a tube system, for a continuous, fail-safe water supply via alternating service 2 easy-to-maintain central control valves in a robust plastic design, with excellent performance values [6 m 3 /h (1 valve) or 7,8 m 3 /h (1 ¼ valve) at Δp1 bar], with water meter turbine, if required with integrated mixing valve and integrated bypass valve Motor valve and prefabricated tube system made of Noryl, with plug-in wiring Upstream dirt filter not always necessary because the central control valves are insensitive Prograable for up to 9 regeneration cycles, with free choice of duration and sequence Illuminated display indicating either time, current water flow performance (l/min), or remaining capacity (m³) Regeneration initiation additionally possible via time control or manually Divers data (water use, number of regenerations, etc.) available for diagnosis 2 pressure tanks made of corrosion-resistant GFRP, with distribution system 2 salt storage containers made of PE, with sieve bottom, brine valve, and shield tube Economical salting prograable Operating pressure: 2-8 bar 230 V / 50 Hz Waste water connection: 2 x ¾ or 1 hose nozzle Available features for retrofitting: Chlorine cell for improved system hygiene Conversion for alternative applications Separate salt level detector Optional: Special control with extended options, incl. chlorine cell, surveillance of regeneration and salt deficiency, alarm signal Upflow regeneration Image: DWK Amount of Resin per Tank Liter Capacity per Full Salting dh x m Pressure Tank Economical Salting dh x m Nominal Flow (max.) * m 3 /h 2,0 3,0 4,0 5,0 Connection In-/Outlet R ¼ 1 ¼ Salt-/Brine-Cabinet x Height x x 570 x x 830 Content per Container Liter Softening Pressure Tank System Height (total) System Weight (dry) ca. kg Salt Consumption / Full Salting ca. kg Regeneration Economical Salting ca. kg 5 7, ,5 Item Number * nominal flow in long-term service, with a guaranteed final hardness of 0.1 H System Type: INDUWA- DWK DWK DWK DWK2-1665

10 Type: DWK 3 Fully automated, water-meter-controlled double-tank system, consisting of 2 complete single systems that are connected via an automatic valve and a tube system, for a continuous fail-safe water supply via alternating service Softening of iron- and manganese-free service and drinking water 2 easy-to-maintain central control valves with microprocessor control, in a robust brass design with excellent performance values (13,6 m 3 /h at Δp1 bar) 3/2-way motor valve and water meter made of brass, pre-piped with a pre-made PVC tube system, incl. 3 PVC ball valves and plug-in wiring Upstream dirt filter not always necessary because the central control valves are insensitive Prograable for up to 9 regeneration cycles, with free choice of duration and sequence Regeneration initiation additionally possible via time control or manually Illuminated display for standby/operating mode, indicating e.g. time, current water flow performance (l/min), remaining capacity (m³) Divers data (water use, number of regenerations, etc.) available for diagnosis 2 pressure tanks made of corrosion-resistant GFRP, with distribution system 2 salt storage containers made of PE, with sieve bottom, brine valve, and shield tube Economical salting prograable Operating pressure: 2-8 bar 230 V / 50 Hz Waste water connection: 2 x 1 hose nuzzle or 1 ½ muffle External mounting needed for blending. Available features for retrofitting: Chlorine cell for improved system hygiene Conversion for alternative applications Separate salt level detector Optional: Special control with extended options, incl. chlorine cell, surveillance of regeneration and salt deficiency, alarm signal and pre-selectable service reminder Image: DWK System Type: DWK Amount of Resin per Tank Liter Capacity per Full Salting dh x m Pressure Tank Economical Salting dh x m Nominal Flow (max.) * m 3 /h 5,0 6,0 8,0 10,0 13,0 Connection (PVC sleeve) R 1 ½ 1 ½ Salt-/Brine-Cabinet x Height Content per Container Liter 570 x x x x x Softening Pressure Tank System Height (total) System Weight (dry) ca. kg Salt Consumption / Full Salting ca. kg Regeneration Economical Salting ca. kg 12, Item Number * nominal flow in long-term service, with a guaranteed final hardness of 0.1 H

11 Type: DWKI Fully automated, water-meter-controlled double-tank system, with separate container for regeneration fluid, for a continuous fail-safe water supply via alternating service 2 pressure tanks made of corrosion-resistant GFRP, with distribution system Tube system with butterfly valves made of GGG/VA with double-acting pneumatic drive, with separate pilot valve each, manually controlled 2 manually operated butterfly valves each at entry and exit of the system Water jet injector with water rate indicator for dilution water and hand valves Manually operated drain valve and vent valve Sample trough made of stainless steel, with manometer and drain cocks PVC-tube system with wired automatic valves and contact water meter Switchboard with integrated SPS-control and control-touch-panel Stainless steel frame for storage of the mentioned components Salt storage containers made of PE, with sieve bottom, brine valve, and shield tube Operating pressure: 2-10 bar 230 V, 50 Hz Optional: Upflow regeneration Special filter material with minimal salt- and waste-water-consumption with simultaneous reduction of iron and mangenese Image: DWKI-3678 System Type: DWKI Amount of Resin per Tank Liter Capacity per Full Salting dh x m Pressure Tank Economical Salting dh x m Nominal Flow (min./max.) * m 3 /h 2,1-13 3,3-22 4,6-32 6,0-40 8,4-56 Connection (PVC flange) DN Salt-/Brine-Container Height Content per Tank Liter Softening Pressure Tank Height Salt Consumption / Full Salting ca. kg Regeneration Econimical Salting ca. kg Item Number * nominal flow in long-term service, with a guaranteed final hardness of 0.1 H

12 - SUPPLIES Hardness Tester - Testomat Eco For the identification of remaining hardness via automatic titration Ideal for the qualitative surveillance of water softening systems, water blending systems, and drinking water systems. The microprocessor monitors the functional processing sequence and reports errors like reagent shortage, missing sample water, or measuring-chamber-pollution via alarm relay. The whole analysis sequence, including the filling and rinsing of the measuring cell, is controlled by a microprocessor. Additional features: Highly precise titration via piston dosing pump LCD-text-display for self-explaining menu-guided control surface Two selectable dh-threshold-values for the activation of external devices Analysis initiation via automatic interval mode (0-99 minutes), quantity-contingent via contact water meter, or via external activation Minimal indicator- and water-consumption Analogue exit 0/4 20 ma 230 V / 50 Hz Power intake: max. 30 VA Protection category: IP 65 Display: LCD-text-display, 2 rows Power exit: 0/4-20 ma Dimensions: 480(H)x380(W)x280(D) Sample water: Pre-pressure: 1-8 bar Temperature: C Chemical requirements: ph 4-10, Fe < 0,5 mg/l, Cu /Al < 0,1 mg/l Process: depressurised Item number: Indicator Type 500 ml TH 5 TH 2025 TH 2 TH 2250 Measuring Range dh 0,05-0,5 0,25-2,5 1,0-10 2,5 25 Resolution dh 0,01 0,05 0,2 0,2 Consumption per Analysis, ca. ml 1,0 0,166 0,066 1,0 per dh Item Number With one single device the listed measuring ranges and values of hardness can be measured through choice of indicator type. Available on demand: Testomat 0. With this device the carbonate hardness, the minus-mvalue, or the p-value can be measured through choice of indicator type. Additionally, devices are available for blending-regulation, for the measuring of dissolved iron, and for the measuring of free chlorine or total chlorine.

13 Central Control Valve INDUWA IMP Our Standard Central Control Valve Your advantages: Versatile, conversion to other system types easy and possible retroactively Excellent performance values - low pressure loss Insensitive to dirt, also used in dirt filtration Protection filter - which is usually necessary - not needed in most cases Corrosion-resistant against almost all chemicals Single systems expandable to double-tank-system without problem Illuminated display indicating either current flow rate, time, or remaining capacity Divers regeneration options, e.g. iediate, water-meter-controlled regeneration with motor valve (available for retrofitting) to avoid hard water in the system Self-learning microprocessor control for optimized regeneration Up to 9 different regeneration cycles prograable, with free choice of duration and sequence Time-controlled systems can be easily converted to time-/water-meter-controlled systems Chlorine cell for optimal system hygiene easily available for retrofitting Optional upflow regeneration, also available for retrofitting History data available for diagnosis (water amount, number of regenerations, etc.) Prograing lockable, i.e. protection against unauthorized access Same control also with double-tank-valve and 1 ¼ / 1 ½ / 2 valves Valve labels also available with your individual lettering and logo And many more Option of model with special control IMP Pro and chlorine cell Alarm message with external contact in case of salt deficiency Alarm message with external contact in case of deficient regeneration via injector blockage or control-piston-blockage Service reminder prograable after pre-selectable time period or after certain amount of water Display information available in English, German, Italian, Spanish, French If forced regeneration after 4 days according to DVGW-guidelines (only for upflow regeneration) is active, proportional salting is activated depending on previously used amount of water, i.e minimal salt consumption with optimal hygiene Diverse relay exits, e.g. after pre-selectable amount of water etc. And many more

14 SOFTENING SYSTEMS - SUPPLIES System Controller For individual central control of multiple single systems with INDUWA central control valves - Ideal for strongly fluctuating water usage - For ion-exchangers and filter systems - Existing systems are expandable retroactively without problem - Universally applicable for INDUWA valves IMP and IMP Pro (with chlorine cell) - For valve sizes 1, 1 ¼, 1 ½ and 2 Control possibilities: Progressive flow rate Automatic activation and deactivation of up to 6 single water-meter-controlled entities according to the current flow rate. (Single system regeneration after depletion.) Alternating service Switches two water-meter-controlled single systems alternately (shuttle service). Chance service Up to 6 single water-meter-controlled systems are in service at the same time, unless they regenerate via water-meter-control. (Only one system can regenerate at the same time.) Serial service Up to 6 systems, either individually or collectively water-meter-controlled, regenerate consecutively after automatic initiation. (Only one system can regenerate at the same time.)