W A T E R P U R I F I C A T I O N S Y S T E M S

Transcription

1 W A T E R P U R I F I C A T I O N S Y S T E M S

2 W a t e r s o u r c e i n y o u r l a b o r a t o r y w w w. h y d r o l a b. e u

3 ABOUT US Hydrolab is a company that designs, produces and propurposes. tion systems production. For 20 years Hydrolab has been introducing and implementing newest technologies of iron removal, softening, membrane technologies (reverse well as usage of 185nm and 254nm UV radiation and deionization. Demineralizers may be used in analytical laboratories, as well as dental operating rooms, beauty salons, and industries: electronic, food, chemical, pharmaceutical etc. with the highest quality water, giving advices in matters of a demineralized water supply providing support from planning to installation (with a full IQ, OQ, PQ documentation). The company has implemented the PNEN ISO 9001:2009 arantees a high quality of our products and services. research, we designed and developed three series of demineralizers: TECHNICAL, HLP and SPRING, as an ideal soluin areas of ultrapure water supply. We also made a variety of unique and innovative solutions, that extend our stan strial systems: SPRING and TECHNICAL. 4 www. w e n k l a b t e c. c o m 5

4 WATER pares the tap water for a softening process, an iron removal, a reverse osmosis and a UV lamp radiation. the quality of demineralized water. It is made of a netted, stringed or foamed polypropylene cartridge and a housing. It holds all sort of mechanical contamination, such as sand, mud, stain of a grain size from 100 TECHNOLOGY on contamination type and varies between 3 and 6 months. Clean water is the most important chemical reagent in a EN ISO 3696:1999, ASTM, CLSI, FP standards. Ater quality in a modern laboratory, depending of a usage purpose, should remain unchanged and proper, and its parameters (for example conductivity and temperature) should be constantly monitored. Basic standard of water quality in force in Poland are PNEN ISO 3696:1999 for analytical laboratories, and Farmakopea Polska IX for pharmaceutical. The PNEN ISO 3696:1999 standard describes three classes of water purity: Class 1 Water without diluted contamination (colloidal ionic or ding a highperformance liquid chromatography. It is advised to obtain it from second purity class water, treating it with further processes (for example reverse osmosis or for substance removal, or double distillation in a quartz apparatus). Class 2 Water with very low nonorganic, organic and colloidal contamination. Should be obtained by a distillation, or a distillation forwarded by a deionization or a reverse osmosis. Class 3 Water for general purposes, used for wet chemical tasks. Obtained by a single distillation, a deionization or a reverse osmosis. Contaminations existing in tap water are sorbed on an activated carbon. Hydrolab s carbon modules prepare the tap water for further stages of purifcation process. They have a granulated or compressed activated carbon of nm permeability and a 1000 m2/g area. They indicate adsorption properties and remove chlorium, its derivatives and organic contamination extremely well, protecting the osmotic module. Large surface and permeability, as well as material bound by it, make a good environment for microorganisms. for minimizing the bacteria accumulation. With 0,3 0,4 mg/dm3 chlorium concentration, a twice a year Softening Water preparation for a reverse osmosis process, removes calcium and magnesium ions from water. Iron removal Water preparation for a reverse osmosis process, removes iron ions from water. Demineralization on an ionex resin Deionization modules contain ionex resins in an ion tion columns, where remaining mineral salts are captured. In an ion exchange process, existing ions and molecules in water, having a particular charge, are bound by ionites. After this process, the conductivity UV lamp 254nm UV lamp radiation is used for disinfection. These devices emit a radiation of a 254nm wave length, initiating a photochemical reaction damaging DNA structures of microorganisms existing in water. This radiation causes an irreversible deactivation of bacteria, viruses, mold, fungus and other organisms. UV lamp consists of a radiation tube with a UV radiator, protected by a quartz housing, mounted inside. 8500h lifetime. UV lamp 185/254 This device emits radiation of a 185 and 254nm wave length, damaging DNA structures and reducing TOC. 8500h lifetime. Reverse osmosis module RO An RO membrane holds up to 9699% of diluted organic and nonorganic contamination. Osmotic wa tion, using asymmetrical permeable membranes, of cm. Retention level (9699%) depends on salinity, larger molecules. Reduces endotoxins extremely well. A semipermeable osmotic membrane consists of many layers wrapped on a perforated central tube situated inside the membrane. Contaminated water is pumped under pressure on the membrane s surface, tended for sterilizing water. Made of a polypropylene housing and a doublelayer membrane (cellulose ace sure exits the membrane. pore size. Working surface is the pore amount equal is 1 x 107 CFU/cm2 for the Brevundimonas diminuta. 6 www. w e n k l a b t e c. c o m 7

5 SERIES TECHNICAL The TECHNICAL demineralizers are widely used water 99% of dissolved organic and nonorganic contamination, heavy metals and radioactive elements. Fully automated and unattended, equipped with a control and measurement system, monitoring all the stages ches the PNEN ISO 3696:1999, ASTM, CLSI standards for third class water quality. Perfect for washers, analyzers, autoclaves, environmental chambers, water baths, HLP demineralizers, as well as, through developing a proper network, supplying Standard: 3696:1999 standard for III purity class. Application: Obtained water is used for preparation of mediums, other laboratory devices washers, analyzers, autoclaves, environmental chambers, cleaning systems. Technical 10 MODELS l/h Dimensions mm Catalogue no. Technical 5 Technical x400x510 DT00050C Technical x450x580 DT00100C Technical x450x580 DT00150C Technical x450x580 DT00250C Technical x470x650 DT00400C Technical x470x650 DT00600C 8 www. w e n k l a b t e c. c o m 9

6 General information Fed by: tap water Water intake speed: 12 I/min Retention level > 9799% TOC < 50ppb Bacteria < 1cfu/ml * Standard Purity class dard for a third class of water purity. Usage supply other laboratory devices: washers, analyzers, autoclaves, polishing systems etc. *Device equipped with a UV lamp Works under tap water pressure. clock displaying date and time, information about current system status, information about the membrane module retention level, alarm informing about necessity to replace the mechani graphic and sound alarm signal, maintenance dates preview, builtin RS 232 connection to personal computers allowing to adjust maintenance frequency and alarm levels builtin USB connection to personal computers allowing to adjust maintenance frequency and alarm levels Software. Manometer measuring feed water pressure. Functions protecting the device: Pump shutdown when: the feed water pressure is too low (lack of feed water) low pressure sensor, the is full high pressure sensor, Thermal protection of the RO module, automated system concentrate (drain) R=9699% us/cm SQF *option III type (ISO 3696, ASTM, CLSI) high pressure sensor reverse osmosis. 3 /h (daily: 1200 dm 3 ). Equipped with a pump (increasing the feed water pressure) with automatics. Retention level: 9799% Unattended and automated Equipped with a nozzle with a minimum range of 2 meters. Optional installation. Automatic system shutdown when the is full Optional connection to a washer, an autoclave etc. May be used for making a demi water network with several water intake points. Maintenance procedures may be performed by the user (easy disposables replacement). Energy consumption: 0,55 kw. Optional installation of a UV sterilizer. Can be installed by the user. Power supply: 230V/50Hz. Can be automatically shut down when any alarm occurs. System autostart. Feed water parameters: 3 3 /dm3 Required connections: cold tap water connection ½ lub ¾ 230V socket Drain display control panel AUTOMATYKA A/C membrane module solenoid valve R=99% manometer pump low pressure sensor module A area of device Functions monitoring the device: The device is equipped with a 24V automatics with a microprocessor control and measurement system, that includes: color display screen with a Touch Panel conductometer measuring conductivity and tempera MOhm), feed water pressure min. P=3 bar T=440 C C max = 1200 mg/dm 3 sediment pr 5 µm TECHNICAL 10 www. w e n k l a b t e c. c o m 11

7 SERIES HLP HLP demineralizers are fed by tap water and match requirements of an every modern labora ductivity of obtained water does not exceed µs/cm, so it is applicable for PNEN ISO 3696:1999, ASTM, CLSI, FP standards. Water may also be used for AAS, ICP/MS, IC, HPLC, GC instrumental analyses. In addition, our demineralizers are equipped with a microprocessor control and measurement system. Models Pump increasing Lamp Standard Catalogue no. 4 l/h 0,2 μm pressure 254 nm PNEN 3696:1999 SMART II class DH Models Pump increasing Lamp Standard Catalogue no. 5 l/h 0,2 μm pressure 254 nm PNEN 3696:1999 HLP 5 II class DH HLP 5s + I class DH00050S HLP 5p + II class DH00050P HLP 5sp + + I class DH0005SP HLP 5UV I class DH0005UV Models Pump increasing Lamp Standard Catalogue no. 10 l/h 0,2 μm pressure 254 nm PNEN 3696:1999 HLP 10 II class DH HLP 10s + I class HLP 10p + II class DH00100P HLP 10sp + + I class DH0010SP HLP 10UV I class DH0010UV Models Pump increasing Lamp Standard Catalogue no. 20 l/h 0,2 μm pressure 254 nm PNEN 3696:1999 HLP SMART HLP 10 HLP 20 HLP 30 HLP 20 II class DH HLP 20s + I class DH00200S HLP 20p + II class DH00200P HLP 20sp + + I class DH0020SP HLP 20UV I class DH0020UV Models Pump increasing Lamp Standard Catalogue no. 30 l/h 0,2 μm pressure 254 nm PNEN 3696:1999 HLP 30 II class DH HLP 30s + I class DH00300S HLP 30p + II class DH00300P HLP 30sp + + I class HLP 30UV I class DH0030UV 12 www. w e n k l a b t e c. c o m 13

8 control panel display SMART concentrate (drain) General information Fed by: tap water 3 /h Conductivity < 0,06 µs/cm Na +, SO 4 2, Cl, Br, N0 2, NO 3, P0 4 3 < 0,5 ppb Fe, Zn, Cu, Cr, Mn < 0.1 ppb TOC < 30ppb Bacteria < 1cfu/ml * Standard: alarm informing about the necessity to replace the ion exchange resins, alarm informing about the necessity to replace the UV lamp, alarm informing about the necessity to replace the service dates display, RS 232 connector for the communication with a PC, personalization of the service dates and alarm levels directly from the device s keyboard. Manometer displaying date and time feed water pressure min. P=3 bar T=440 C C max = 1200 mg/dm 3 sediment pr 5 µm low solenoid pressure valve sensor module A area of device manometer membrane module R=99% SQF module H7 us/m 0,05 us/m high pressure sensor standard for I*, II, III purity class, and microbiological/ water*. Application: Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC*, GC*, bacteria cultures*, biochemical analyses* Device operates under tap water pressure reverse osmosis initial ion exchange demineralization (main column) UV lamp 254 nm (model: HLPUV) Functions protecting the device: Pomp shutdown when: feed water pressure is too low (lack of feed water) low pressure sensor, the is full high pressure sensor. Feed water parameters: Conductivity < 1200 µs/cm Pressure > 0,35 MPa Temperature : 540 0C Hardness < 250 mg CaCO 3 /dm 3 Fe < 0,2 mg/dm 3 Installation point connections: cold tap water connection ½ lub ¾ 230V power supply socket drain feed water pressure min. P=3 bar T=440 C C max = 1200 mg/dm 3 sediment pr 5 µm low pressure sensor solenoid valve module A area of device pump display control panel membrane module R=99% manometer SQF MODUŁY H7 us/cm concentrate (drain) 0,05 us/cm CWC 0,05 us/cm micr 0,45/0,2 um conductivity <0,05 us/cm resistivity > 18 MOhm*cm I type (ISO 3696, ASTM, CLSI) HLP 5 (models: HLPs, HLPsp, HLPUV) Automatic and unattended system operation Mobile intake point of water. System equipped with a 10dm 3 pressure storage. Optional replacement with a larger one Userperformed maintenance procedures (easy disposables replacement). UV lamp lifetime 8500 hours (model: HLPUV) Maximum operating pressure: 1 MPa Intended to be fed by cold water: 540 C Functions monitoring system performance: The device is equipped with a microprocessor control and measurement, that includes: LCD display screen 2x16 characters, cm or MOhm) displaying values compensated thermally, clock displaying date and time, alarm informing about the necessity to replace the feed water pressure min. P=3 bar T=440 C C max = 1200 mg/dm 3 sediment pr 5 µm low pressure sensor solenoid valve module A area of device pump manometer III type (ISO 3696, ASTM, CLSI) (opcion) control panel display membrane module R=99% SQF module H6 us/cm concentrate (drain) 0,05 us/cm CWC 0,05 us/cm micr 0,45/0,2 um conductivity <0,05 us/cm resistivity > 18 MOhm*cm I type (ISO 3696, ASTM, CLSI) HLP 10 HLP 20 HLP III type (ISO 3696, ASTM, CLSI) (opcion) www. w e n k l a b t e c. c o m 15

9 SERIES SPRING SPRING demineralizers are devices fed by tap water, with extended equipment and advanced automatics. Similar to conductivity, matching the requirements of standards: PN EN ISO 3696:1999, ASTM, CLSI, FP. These devices are intended for more demanding users, equipped with advanced automatics, that monitors the disposables usage, archiving data, allowing personalization of alarm levels for feed water, after reverse osmosis treatment and ultrapure, membrane rinsing, ultrapure water recirculation, and work with several adjutages simultaneously. Our devices also contain protection functions, that ensure that the system work is easy and comfortable. In Spring systems, the demineralization process on ion exchange resins is based on the SQF system (Slow Quick culation, keeping the double demineralization. SQF results duct emission rate. Disposable modules count in SPRING systems is reduced ting in the SQF system), connected by quick connectors, so the replacement procedure may be performed easily by the user. SPRING 25 MODELS Models Dimensions in mm Catalogue no. SPRING 5 Spring x510x610 DS00050C Spring x510x610 DS00100C Spring x510x610 DS00150C Spring x510x610 DS00250C Spring x510x610 DS00400C Spring x510x610 DS00600C 16 www. w e n k l a b t e c. c o m 17

10 General information: fed by: tap water Na +, SO 4 2, Cl, Br, N0 2, NO 3, P0 4 3 < 0,5 ppb Fe, Zn, Cu, Cr, Mn < 0.1 ppb TOC < 5 ppb TOC < 3 ppb* bacteria < 1 cfu/ml endotoxins < 0,001 EU/ml* RNases < 0,01 ng/ml* Standard: standard for I*, II, III purity class, and microbiological/phy ter*. Application: Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC*, GC*, bacteria cultures*, biochemical analyses*, molecular biology** Device operates under tap water pressure reverse osmosis ion exchange demineralization (SQF system) UV lamp: 185/254 nm or 254 nm (optional) Automatic and unattended system operation System equipped with a 24V pump increasing feed water pressure, with an automatics. Water intake point purity class according to PNEN ISO 3696:1999 equipped with a demi water nozzle of a min. 2 m reach System equipped with a 10dm 3 pressure storage Optional connection to a washer, an autoclave, an analyser etc. Optional installation of a UV sterilizer Maximum operating pressure: 1 MPa Userperformed maintenance procedures (easy disposables replacement) Intended to be fed by cold water: 540 C Automatic membrane module rinsing Energy consumption less than 25W Energy consumption 50W (model: UV) Power supply: 230V/50Hz Optional userperformed device installation Functions monitoring system performance: The device is equipped with a microprocessor automatics, that includes: color display screen with a Touch Panel function, conductometer measuring water pressure: feed, after reverse osmosis and demineralized (in µs/cm or MOhm) clock displaying date and time, actual system state information, membrane retention level information, water dosage, alarm informing about the necessity to replace the mecha alarm informing about the necessity to replace the ion exchange module, alarm informing about the necessity to replace the UV lamp radiator, alarm informing about the necessity to replace the micro tration capsule, graphic and sound alarm signal, service dates view, RS 232 connector for service frequency and alarm levels adjustment, USB connector for service frequency and alarm levels adjustment, software. feed water manometer. Functions protecting system performance: Pump shutdown when: feed water pressure is too low (no feed water) low pressure sensor, is full high pressure sensor. RO thermal protection automatic system shutdown if the feed water temperature is below 4 C or above 40 C Can be automatically shut down when any alarm occurs. System autostart. System message/alarm view. Feed water parameters: Conductivity < 1200 µs/cm Pressure > 3,5 bar Temperature : 540 0C Hardness < 250 mg CaCO 3 /dm 3 Fe < 0,2 mg/dm 3 Installation point connections: cold tap water connection ½ or ¾ 230V power supply socket drain display control panel solenoid valve AUTOMATYKA C level concentrate (drain) solenoid valve 0,05 us/cm 0,05 us/cm us/m SQF MODUŁ RO R=99% us/m us/cm feed water manometer high pressure sensor pump UV lamp low pressure sensor pressure min. P=3 bar T=440 C C max = 1200 mg/dm 3 module A sediment pr 5 µm UF module H7 micr 0,45/0,2 um conductivity <0,05 us/cm resistivity > 18 MOhm*cm I type (ISO 3696, ASTM, CLSI) area of device SPRING 18 www. w e n k l a b t e c. c o m 19

11 SERIES ULTRA MODELS TOC device equipped with a basic ion exchange TOC recirculation loop TOC/UV device equipped with a basic ion exchange TOC module, photooxidation UV module (185/254 nm) ding to PNEN ISO 3696:1999. TOC/UF device equipped with a basic ion exchange Cleaning module is a fully automated and unattended system, equipped by default with an automatic diagnostic apparatus. TOC/UV/UF device equipped with a basic ion exchan lation on a mixed ion exchange resin (TOC), UV lamp capsule). ULTRA TOC MODELS Models Cleaning ionite UV lamp 0,2 μm TOC 185/254 nm module TOC + + TOC/UV TOC/UF TOC/UV/UF ULTRA TOC/UV 20 www. w e n k l a b t e c. c o m 21

12 General information: fed by: RO or demi water Na +, SO 4 2, Cl, Br, N0 2, NO 3, P0 4 3 < 0,5 ppb Fe, Zn, Cu, Cr, Mn < 0.1 ppb TOC < 5 ppb TOC < 3 ppb* bacteria < 1 cfu/ml endotoxins < 0,001 EU/ml* RNases < 0,01 ng/ml* Standard: standard for I purity class, and microbiological/physicoche Functions monitoring the device: The device is equipped with a 24V automatics with a microprocessor control and measurement system, that includes: color display screen with a Touch Panel, conductometer measuring conductivity and temperatuor MOhm), reading values compensated and uncompensated thermally, clock displaying date and time, information about current system status, alarm informing about the necessity to replace the ionex resins, alarm informing about the necessity to replace the UV lamp, alarm informing about the necessity to replace the micro alarm informing about the necessity to replace the mo level 0,05 us/m us/cm micr 0,45/0,2 um conductivity <0,05 us/cm resistivity > 18 MOhm*cm I type (ISO 3696, ASTM, CLSI) UF Application: Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses, molecular biology* photooxidation module 185/254 nm ty class, according to NEN ISO 3696:1999 demineralization on a spectrally clean mixed ion exchange TOC resin UV lamp: 185/254 nm graphic and sound alarm signal, maintenance dates preview, builtin RS 232 connection to personal computers allowing to adjust maintenance frequency and alarm levels, builtin USB connection to personal computers allowing to adjust maintenance frequency and alarm levels. Software. Manometer measuring feed water pressure. Functions protecting the device: Can be automatically shut down when any alarm occurs. System autostart. display control panel UV lamp module H6 TOC module H7 TOC Automatic and unattended system operation System equipped with a recirculation pump en water intakes Automatic system shutdown if full recirculation Maximum operating pressure: 0,3 MPa Userperformed maintenance procedures (easy disposables replacement) Intended to be fed by cold water: 540 C Energy consumption less than 50W Optional userperformed device installation Power supply: 230V/50Hz recirculation pump solenoid valve low pressure sensor II ora III type 3696 area of device ULTRA 22 www. w e n k l a b t e c. c o m 23

13 SERIES R R demineralizers are devices that combine features of two series: Spring and Cleaning into one system, optimizing investment costs by reduction of shared construction They are also equipped with an extended automatics, that allows the user to monitor disposables performance, data archiving, individual adjustment of alarm levels for feed water parameters, water after reverse osmosis, and ultrapure, along with controlling the function of automatic membrane modules rinsing. These systems also have a set of protections for comfortable system operation. R 25 Models: serie R serie R UV device equipped with a basic ion exchange TOC module in its recirculation loop, a photooxidation UV module TOCUV serie R UF device equipped with a basic ion exchange TOC module in its recirtulation loop, a photooxidation UV module serie R UV UF device equipped with a basic ion exchange TOC module in its recirtulation loop, a photooxidation UV mo 254 nm). CATALOGUE NO. DRTOCUVUF R 5 24 www. w e n k l a b t e c. c o m 25

14 General information: fed by: II, III purity class water (PNEN ISO 3696:1999) Na +, SO 4 2, Cl, Br, N0 2, NO 3, P0 4 3 < 0,5 ppb Fe, Zn, Cu, Cr, Mn < 0.1 ppb TOC < 5 ppb TOC < 3 ppb* bacteria < 1 cfu/ml endotoxins < 0,001 EU/ml* RNases < 0,01 ng/ml* Functions monitoring system performance: The device is equipped with a microprocessor control and measurement system, that includes: color display screen with a Touch Panel function, conductometer measuring water pressure: feed, after reverse osmosis and demineralized (in µs/cm or MOhm) displaying values compensated thermally, clock displaying date and time, actual system state information, membrane retention level information, alarm informing about necessity to replace the mechanical level 0,05 us/cm us/cm micr 0,45/0,2 um conductivity <0,05 us/cm resistivity > 18 MOhm*cm I type (ISO 3696, ASTM, CLSI) Standard: standard for I purity class, and microbiological/physicoche Application: Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses, molecular biology* * tion module 185/254 nm Device operates under tap water pressure alarm informing about necessity to replace the ion exchange module, alarm informing about necessity to replace the UV lamp radiator, capsule, capsule, graphic and sound alarm signal, service dates display, RS 232 connector for service frequency and alarm levels adjustment, USB connector for service frequency and alarm levels adjustment, Software. Feed water manometer. UV lamp UF module H6 TOC module H7 TOC reverse osmosis ion exchange demineralization (TOC) UV lamp: 185/254 nm or 254 nm Automatic and unattended system operation System equipped with a recirculation pump Optional installation of an additional water intake point for general laboratory purposes III purity class, according to PNEN ISO 3696:1999 en water intakes System equipped with a 10dm 3 pressure storage Automatic system shutdown when a is full Maximum working pressure: 1 MPa Userperformed maintenance procedures (easy disposables replacement) Intended to be fed by cold water: 540 C Automatic membrane module rinsing Energy consumption: 50W Optional userperformed device installation Power supply: 230V/50Hz Functions protecting system performance: Pump shutdown when: feed water pressure is too low (no feed water) low pressure sensor, is full high pressure sensor. RO thermal protection automatic system shutdown if the feed water temperature is below 4 C or above 40 C Can be automatically shut down when any alarm occurs. System autostart. System message/alarm view. Feed water parameters: Conductivity < 1200 µs/cm Pressure > 0,35 MPa Temperature : 540 0C Hardness < 250 mg CaCO 3 /dm 3 Fe < 0,2 mg/dm 3 Installation point connections: cold tap water connection ½ lub ¾ 230V power supply socket drain display control panel solenoid valve membrane module R=99% us/cm manometer pump low pressure sensor us/cm solenoid valve module A sediment pr 5 µm recirculation pump low pressure sensor concentrate (drain) solenoid valve area of device 26 feed water pressure min. P=3 bar T=440 C C max = 1200 mg/dm 3 www. w e n k l a b t e c. c o m R 27

15 SERIES BASIC BASIC deionizers are devices of a high demineralized wa µs/cm. Fully automated and unattended devices are equipped with a microprocessor control and measurement system, which constantly monitors the water para CLSI standards for second class. BASIC deionizers are a perfect source of high quality water for washers, analyzers, autoclaves etc. BASIC 10 MODELS Models Flow intensity [L/h] Bed volume l Catalogue no. Basic DB0020K Basic DB0050K Basic DB0100K Basic DB0150K Basic DB0250K BASIC 5 28 www. w e n k l a b t e c. c o m 29

16 Standard: standard for II, III purity class. Application: Basic water for general laboratory purposes; for instrumental analyses AAS, ICP/MS; obtained water may be used for be used as a source for other laboratoru devices: washers, analysers, autoclaves, environmental chambers, cleaning demineralizers Device operates under tap water pressure Conductivity of obtained water (dependable on tap wa Monitoring functions Equipped with a microprocessor control and measurement system: LCD display screen 2x16 characters, conductometer measuring conductivity and temperature of demineralized water (in µs/cm or MOhm), displaying values compensated and uncompensated thermally, clock displaying date and time, alarm informing about the necessity to replace the mecha alarm informing about the necessity to replace the mixed bed, service dates view, installed RS 232 connector intended for the communication with a PC, allowing to adjust the service frequency and alarm levels Manometer measuring feed water pressure. feed water pressure min. P=3 bar T=440 C C max = 1200 mg/dm 3 control panel display us/cm x<0,1 us/cm Water intake point II purity class, according to PNEN ISO 3696:1999, equipped with a demi water nozzle of a min. 2 m reach Userperformed maintenance procedures (easy disposables replacement) Can be connected to an autoclave, a washer, a climate chamber etc. Power supply: 230V/50Hz Optional userperformed device installation Monitoring message/alarm preview Feed water parameters: Conductivity < 1200 µs/cm Pressure > 0,35 MPa Temperature: 540 0C Hardness < 250 mg CaCO 3 /dm 3 Fe < 0,2 mg/dm 3 Required connections: cold tap water ½ lub ¾ 230V socket sediment pr 5 µm module A area of device module H6 (H6, H7, 1025l) BASIC 30 www. w e n k l a b t e c. c o m 31

17 SERIES PLUS INDUSTRIAL DEMINERALIZERS Plus series stations are devices used in tap water softening, preparing it for further treatment by our HLP, Technical, Spring demineralizers. They remove ions of calcium and magnesium from water. A resin is treated by cyclic regenerations, so it can be replenished to it s initial performance of water softening the system is able to operate over many years. Plus V volume station resin regeneration is fully automated, INDUSTRIAL SYSTEMS SPRING/TECHNICAL demineralizers, 3 /h, allow to obtain water of a high pureness, matching the standards of PNEN ISO 3696:1999, ASTM, CLSI and FP. These demineralizers may be used in an industry (pharmaceutical, food, cosmetics, electronics, etc.) as a central unit producing demineralized water, distributed through a network, feeding Fed by tap water Design systems. (10 height in a housing with deaeration) ion exchange resin strong acid cationite compact construction ionite column situated inside a salt housing automated rinsing and resin regeneration modern controlling head temporal resin regeneration SPRING Models l/h Catalogue no. SPRING DS01000C SPRING DS01500C SPRING DS02000C SPRING DS03000C SPRING DS04000C SPRING DS06000C MODELS Models intensity [l/h] dimensions in mm Catalogue no. TECHNICAL Models l/h Catalogue no. Plus x420x540 DP0100T Plus x460x960 DP0200T Plus x420x540 DP0100V Plus x460x960 DP0200V TECHNICAL DT01000C TECHNICAL DT01500C TECHNICAL DT02000C TECHNICAL DT03000C TECHNICAL DT04000C TECHNICAL DT06000C 32 www. w e n k l a b t e c. c o m 33

18 SER VICE tion methods and process stages, we are able to provide the highest quality water for laboratory its costs optimized. Correct system performance relies on a regular service and maintenance, as well as good communication between the user and an authorized service point. SERVICE Standard replacement of disposables is performed by the user. Hydrolab s devices inform the user, when the disposables will expire. The replacement may be performed manually by the user, and the materials are delivered within 24 hours after a request. Service contract Service contract ensures the User that the device inspection will be performed regularly on a provide extra discounts. Periodic inspection All maintenance and service procedures can be planned individually with the user. Service calls Our service is able to react in a time that does not exceed 24 hours. Service procedures are adjusted individually to the user s requirements and needs. We guarantee our service protection all over the country. Periodic inspection Hydrolab Service Department is responsible for the collection and delivery logistics. We provide a substitute system for the inspection time. Validations (OQ) and process (PQ). It is documented and made by Hydrolab. Modernization and improvement The user s requirements may change over time. Thus, we are constantly improve current devices. We also design and build demi water network. Protection, monitoring, inspection We guarantee constant service protection during the warranty and postwarranty period, and full documentation (for example for an audit purpose). Each user has access to the Registration Card, made individually for every device made by Hydrolab, containing all necessary information (parameters, services, disposables deliveries, installations etc.) 34 www. w e n k l a b t e c. c o m 47

19 h y d r ola b.eu ul. Wesoła Straszyn tel tel fax biuro@hydrolab.pl serwis@hydrolab.pl Wenk LabTec GmbH RobertKahrmannStr Nettetal tel / fax / info@wenklabtec.com