TECHNICAL series demineralizers are widely used tap water treatment systems that retain 96-99% of organic and inorganic impurities dissolved in water. They are mainly used as a source of water for dishwashers, autoclaves, batteries, climatic and salt spray chambers as well as for general laboratory activities.
Technical 5
Cat. no.: DT-0005-0A
– Fed by water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis.
– Device efficiency min. 5-7 dm3/h.
– Retention level: 97-99%.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 5/C
Cat. no.: DT-0005-0C
– Fed by water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis.
– Device efficiency min. 5-7 dm3/h.
– Retention level: 97-99%.
– Color display screen with a Touch Panel.
– Measuring conductivity and temperature of feed water and after reverse osmosis.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 10
Cat. no.: DT-0010-0A
– Fed by water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis.
– Device efficiency min. 10-12 dm3/h.
– Retention level: 97-99%.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 10/C
Cat. no.: DT-0010-0C
– Fed by water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis.
– Device efficiency min. 10-12 dm3/h.
– Retention level: 97-99%.
– Color display screen with a Touch Panel.
– Measuring conductivity and temperature of feed water and after reverse osmosis.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 20
Cat. no.: DT-0020-0A
– Fed by water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis.
– Device efficiency min. 20-22 dm3/h.
– Retention level: 97-99%.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 20/C
Cat. no.: DT-0020-0C
– Fed by water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis.
– Device efficiency min. 20-22 dm3/h.
– Retention level: 97-99%.
– Color display screen with a Touch Panel.
– Measuring conductivity and temperature of feed water and after reverse osmosis.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 30
Cat. no.: DT-0030-0A
– Fed by water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis.
– Device efficiency min. 30-32 dm3/h.
– Retention level: 97-99%.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 30/C
Cat. no.: DT-0030-0C
– Fed by water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis.
– Device efficiency min. 30-32 dm3/h.
– Retention level: 97-99%.
– Color display screen with a Touch Panel.
– Measuring conductivity and temperature of feed water and after reverse osmosis.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 40
Cat. no.: DT-0040-0A
– Fed by water.
– Water purification process levels:
• sediment pre-filter 5µm,
• carbon filter,
• reverse osmosis.
– Device efficiency min. 40-42 dm3/h.
– Retention level: 97-99%.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 40/C
Cat. no.: DT-0040-0C
– Fed by water.
– Water purification process levels:
• sediment pre-filter 5µm,
• carbon filter,
• reverse osmosis.
– Device efficiency min. 40-42 dm3/h.
– Retention level: 97-99%.
– Color display screen with a Touch Panel.
– Measuring conductivity and temperature of feed water and after reverse osmosis.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 60
Cat. no.: DT-0060-0A
– Fed by water.
– Water purification process levels:
• sediment pre-filter 5µm,
• carbon filter,
• reverse osmosis.
– Device efficiency min. 60-62 dm3/h.
– Retention level: 97-99%.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 60/C
Cat. no.: DT-0060-0C
– Fed by water.
– Water purification process levels:
• sediment pre-filter 5µm,
• carbon filter,
• reverse osmosis.
– Device efficiency min. 60-62 dm3/h.
– Retention level: 97-99%.
– Color display screen with a Touch Panel.
– Measuring conductivity and temperature of feed water and after reverse osmosis.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
The TECHNICAL PLUS demineralizers have been designed for laboratories that need water in the 0.06 µS/cm to 15-20 µS/cm range. Thanks to the conductivity regulation, the user can decide on the quality of the water desired. This process allows optimisation of operating costs. TECHNICAL PLUS systems are an excellent source of water for autoclaves, dishwashers, analysers, climatic cabinets, for the preparation of reagents, buffers, pH solutions as well as for chemical analysis and synthesis.
Technical 5 Plus
Cat. no.: DT-0005-DJA
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis,
• demineralization on a mixed ion-exchange bed.
– Device efficiency min. 5 dm3/h.
– Retention level: 97-99%.
– Purified water conductivity with optional regulation between 0,06 uS/cm and 15,00-20,00 uS/cm.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 5/C Plus
Cat. no.: DT-0005-DJC
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis,
• demineralization on a mixed ion-exchange bed.
– Device efficiency min. 5 dm3/h.
– Retention level: 97-99%.
– Purified water conductivity with optional regulation between 0,06 uS/cm and 15,00-20,00 uS/cm.
– Color display screen with a Touch Panel.
– Measuring conductivity and temperature of feed water and after reverse osmosis.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 10 Plus
Cat. no.: DT-0010-DJA
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis,
• demineralization on a mixed ion-exchange bed.
– Device efficiency min. 10-12 dm3/h.
– Retention level: 97-99%.
– Purified water conductivity with optional regulation between 0,06 uS/cm and 15,00-20,00 uS/cm.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 10/C Plus
Cat. no.: DT-0010-DJC
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis,
• demineralization on a mixed ion-exchange bed.
– Device efficiency min. 10-12 dm3/h.
– Retention level: 97-99%.
– Purified water conductivity with optional regulation between 0,06 uS/cm and 15,00-20,00 uS/cm.
– Color display screen with a Touch Panel.
– Measuring conductivity and temperature of feed water and after reverse osmosis.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 20 Plus
Cat. no.: DT-0020-DJA
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis,
• demineralization on a mixed ion-exchange bed.
– Device efficiency min. 20-22 dm3/h.
– Retention level: 97-99%.
– Purified water conductivity with optional regulation between 0,06 uS/cm and 15,00-20,00 uS/cm.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 20/C Plus
Cat. no.: DT-0020-DJC
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis,
• demineralization on a mixed ion-exchange bed.
– Device efficiency min. 20-22 dm3/h.
– Retention level: 97-99%.
– Purified water conductivity with optional regulation between 0,06 uS/cm and 15,00-20,00 uS/cm.
– Color display screen with a Touch Panel.
– Measuring conductivity and temperature of feed water and after reverse osmosis.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 30 Plus
Cat. no.: DT-0030-DJA
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis,
• demineralization on a mixed ion-exchange bed.
– Device efficiency min. 30-32 dm3/h.
– Retention level: 97-99%.
– Purified water conductivity with optional regulation between 0,06 uS/cm and 15,00-20,00 uS/cm.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 30/C Plus
Cat. no.: DT-0030-DJC
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis,
• demineralization on a mixed ion-exchange bed.
– Device efficiency min. 30-32 dm3/h.
– Retention level: 97-99%.
– Purified water conductivity with optional regulation between 0,06 uS/cm and 15,00-20,00 uS/cm.
– Color display screen with a Touch Panel.
– Measuring conductivity and temperature of feed water and after reverse osmosis.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 40 Plus
Cat. no.: DT-0040-DJA
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• carbon filter GAC10″,
• reverse osmosis,
• demineralization on a mixed ion-exchange bed.
– Device efficiency min. 40-42 dm3/h.
– Retention level: 97-99%.
– Purified water conductivity with optional regulation between 0,06 uS/cm and 15,00-20,00 uS/cm.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 40/C Plus
Cat. no.: DT-0040-DJC
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• carbon filter GAC10″,
• reverse osmosis,
• demineralization on a mixed ion-exchange bed.
– Device efficiency min. 40-42 dm3/h.
– Retention level: 97-99%.
– Purified water conductivity with optional regulation between 0,06 uS/cm and 15,00-20,00 uS/cm.
– Color display screen with a Touch Panel.
– Measuring conductivity and temperature of feed water and after reverse osmosis.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 60 Plus
Cat. no.: DT-0060-DJA
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• carbon filter GAC10″,
• reverse osmosis,
• demineralization on a mixed ion-exchange bed.
– Device efficiency min. 60-62 dm3/h.
– Retention level: 97-99%.
– Purified water conductivity with optional regulation between 0,06 uS/cm and 15,00-20,00 uS/cm.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
Technical 60/C Plus
Cat. no.: DT-0060-DJC
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• carbon filter GAC10″,
• reverse osmosis,
• demineralization on a mixed ion-exchange bed.
– Device efficiency min. 60-62 dm3/h.
– Retention level: 97-99%.
– Purified water conductivity with optional regulation between 0,06 uS/cm and 15,00-20,00 uS/cm.
– Color display screen with a Touch Panel.
– Measuring conductivity and temperature of feed water and after reverse osmosis.
– May be used for mediums, buffer solutions, reagents, can supply other laboratory devices: washers, analyzers, autoclaves, Ultra systems etc.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
The HLP demineralizers are the most popular tap water powered devices that meet all the requirements of any modern laboratory in terms of demand for water suitable for analytical and instrumental purposes. Obtained water with conductivity below 0.06 µS/cm meets the requirements of: ISO 3696:1999, ASTM, CLSI, EP. The resulting water can be used for instrumental analysis AAS, ICP / MS, IC, HPLC, GC (depending on the model).
HLP Smart
Cat. no.: DH-0004-00
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin.
– Efficiency min. 4-4,5 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 5
Cat. no.: DH-0005-00
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin.
– Efficiency min. 5-7 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 5P
Cat. no.: DH-0005-0P
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin.
– Efficiency min. 5-7 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 5S
Cat. no.: DH-0005-0S
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 5-7 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, ASTM, CLSI, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 5SP
Cat. no.: DH-0005-SP
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 5-7 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI)
• First purity class (ISO 3696:1999, ASTM, CLSI, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 5 UV
Cat. no.: DH-0005-UV
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• demineralization on a mixed ionex resin,
• UV lamp 254 nm,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 5-7 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI)
• First purity class (ISO 3696:1999, ASTM, CLSI, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
HLP 10
Cat. no.: DH-0010-00
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin.
– Efficiency min. 10-12 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 10P
Cat. no.: DH-0010-0P
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin.
– Efficiency min. 10-12 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 10S
Cat. no.: DH-0010-0S
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 10-12 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI)
• First purity class (ISO 3696:1999, ASTM, CLSI, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 10SP
Cat. no.: DH-0010-SP
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 10-12 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 10 UV
Cat. no.: DH-0010-UV
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• UV lamp 254 nm,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 10-12 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 20P
Cat. no.: DH-0020-0P
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin.
– Efficiency min. 20-22 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 20SP
Cat. no.: DH-0020-SP
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 20-22 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 20UV
Cat. no.: DH-0020-UV
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• UV lamp 254 nm,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 20-22 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 30P
Cat. no.: DH-0030-0P
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin.
– Efficiency min.30-32 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class ISO 3696:1999, ASTM, CLSI).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 30SP
Cat. no.: DH-0030-SP
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 30-32 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI)
• First purity class (ISO 3696:1999, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 30UV
Cat. no.: DH-0030-UV
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• UV lamp 254 nm,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 30-32 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI)
• First purity class (ISO 3696:1999, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 40P
Cat. no.: DH-0040-P
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• carbon filter,
• reverse osmosis,
• double demineralization on a mixed ionex resin.
– Efficiency min. 40-42 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class ISO 3696:1999, ASTM, CLSI).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 40SP
Cat. no.: DH-0040-SP
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• carbon filter,
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 40-42 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI)
• First purity class (ISO 3696:1999, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 40UV
Cat. no.: DH-0040-UV
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• carbon filter,
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• UV lamp 254 nm,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 40-42 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI)
• First purity class (ISO 3696:1999, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 60P
Cat. no.: DH-0060-P
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• carbon filter,
• reverse osmosis,
• double demineralization on a mixed ionex resin.
– Efficiency min. 60-62 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class ISO 3696:1999, ASTM, CLSI).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 60SP
Cat. no.: DH-0060-SP
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• carbon filter,
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 60-62 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI)
• First purity class (ISO 3696:1999, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
HLP 60UV
Cat. no.: DH-0060-UV
– Fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• carbon filter,
• reverse osmosis,
• double demineralization on a mixed ionex resin,
• UV lamp 254 nm,
• microfiltration cascade capsule 0,45/0,2μm.
– Efficiency min. 60-62 dm3/h.
– Membrane pump is included.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI)
• First purity class (ISO 3696:1999, EP).
– Tank 10 dm3.
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses and for general-purpose research.
– Fed by cold water: 5-40°C.
– Power supply: 230V/50Hz.
Like the HLP series, SPRING systems produce water with a conductivity below 0.06 µS/cm. These devices are dedicated to more demanding users by equipping the system with extensive automation that enables monitoring of consumables, data archiving, individual setting of alarm thresholds for supply of water parameters, after reverse osmosis and ultra-pure, as well as controlling the function of automatic flushing of membrane modules. The systems are equipped with a number of safeguards enabling comfortable operation of the device.
SPRING 5
Cat. no.: 5DS-TOC-00
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis,
• double demineralization on a mixed ion exchange resin.
– Device efficiency min. 5-7 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Obtained water may be used for instrumental analyses AAS.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 5S
Cat. no.: 5DS-TOC-0S
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis,
• double demineralization on a mixed ion exchange resin.
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 5-7 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 5 UV
Cat. no.: 5DS-TOC-UV
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• module A (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ion exchange resin,
• UV lamp 254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 5-7 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 10
Cat. no.: 10DS-TOC-00
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening) – module A,
• reverse osmosis,
• double demineralization on a mixed ion exchange resin.
– Device efficiency min. 10-12 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Obtained water may be used for instrumental analyses AAS.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 10S
Cat. no.: 10DS-TOC-0S
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• module A (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ion exchange resin,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 10-12 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 10UV
Cat. no.: 10DS-TOC-UV
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• module A (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ion exchange resin,
• UV lamp 254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 10-12 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 20
Cat. no.: 20DS-TOC-00
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• module A (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ion exchange resin.
– Device efficiency min. 20-22 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Obtained water may be used for instrumental analyses AAS.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 20S
Cat. no.: 20DS-TOC-0S
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• module A (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ion exchange resin,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 20-22 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 20 UV
Cat. no.: 20DS-TOC-UV
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• module A (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ion exchange resin,
• UV lamp 254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 20-22 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 30
Cat. no.: 30DS-TOC-00
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• module A (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ion exchange resin.
– Device efficiency min. 30-32 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Obtained water may be used for instrumental analyses AAS.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 30S
Cat. no.: 30DS-TOC-0S
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• module A (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ion exchange resin,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 30-32 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 30UV
Cat. no.: 30DS-TOC-UV
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• module A (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ion exchange resin,
• UV lamp 254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 30-32 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 40
Cat. no.: 40DS-TOC-00
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• carbon filtration,
• reverse osmosis,
• double demineralization on a mixed ion exchange resin.
– Device efficiency min. 40-42 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Obtained water may be used for instrumental analyses AAS.
– System equipped with a 40 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 40S
Cat. no.: 40DS-TOC-0S
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• module A (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ion exchange resin,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 40-42 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 40UV
Cat. no.: 40DS-TOC-UV
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• carbon filtration,
• double demineralization on a mixed ion exchange resin,
• reverse osmosis,
• UV lamp 254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 40-42 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 40 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 60
Cat. no.: 60DS-TOC-00
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• carbon filtration,
• reverse osmosis,
• double demineralization on a mixed ion exchange resin.
– Device efficiency min. 60-62 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Obtained water may be used for instrumental analyses AAS.
– System equipped with a 40 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 60S
Cat. no.: 60DS-TOC-0S
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• module A (sediment-carbon-softening),
• reverse osmosis,
• double demineralization on a mixed ion exchange resin,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 60-62 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
SPRING 60UV
Cat. no.: 60DS-TOC-UV
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• carbon filtration,
• double demineralization on a mixed ion exchange resin,
• reverse osmosis,
• UV lamp 254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 60-62 dm3/h.
– Demineralized water conductivity < 0,06 μS/cm.
– Two independ water intake points:
• Second purity class (ISO 3696:1999, ASTM, CLSI).
• First purity class (ISO 3696:1999, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 40 dm3 pressure storage tank.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
ULTRA systems are powered by an external source of pre-purified second or third degree purity water. As a standard, the fully automatic and maintenance-free stations are equipped with an automatic camera diagnostics system. They produce ultra-pure water of the 1st degree of purity according to the ISO 3696:1999 standard.
ULTRA
Cat. no: DR-TOC-00
– Fed by purified water of II or III purity class, according to ISO 3696:1999, ASTM, CLSI.
– Water purification levels:
• demineralization on an spectrally clean ion-exchange TOC bed,
• UV lamp 254 nm,
• microfiltration capsule 0,45/0,2µm.
– Intake point – first purity class according to ISO 3696:1999, ASTM, CLSI, EP.
– Conductivity < 0,055 mS/cm,
– Water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– Purified water recirculation.
– Intended to be fed by cold water: 5-40°C.
– Power supply: 220-240V/50Hz.
ULTRA UV
Cat. no: DR-TOC-UV
– Fed by purified water of II or III purity class, according to ISO 3696:1999, ASTM, CLSI.
– Water purification levels:
• demineralization on an spectrally clean ion-exchange TOC bed,
• UV lamp 185/254 nm,
• microfiltration capsule 0,45/0,2µm.
– Intake point – first purity class according to ISO 3696:1999, ASTM, CLSI, EP.
– Conductivity < 0,055 mS/cm,
– Water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– Purified water recirculation.
– Intended to be fed by cold water: 5-40°C.
– Power supply: 220-240V/50Hz.
ULTRA UF
Cat. no: DR-TOC-UF
– Fed by purified water of II or III purity class, according to ISO 3696:1999, ASTM, CLSI.
– Water purification levels:
• demineralization on an spectrally clean ion-exchange TOC bed,
• UV lamp 185/254 nm,
• ultrafiltration UF,
• microfiltration capsule 0,45/0,2µm.
– Intake point – first purity class according to ISO 3696:1999, ASTM, CLSI, EP.
– Conductivity < 0,055 mS/cm,
– Water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses, molecular biology, PCR.
– Purified water recirculation.
– Intended to be fed by cold water: 5-40°C.
– Power supply: 220-240V/50Hz.
The R-series demineralizers produce ultra-pure water that meets the requirements of ISO 3696:1999 for first degree water and EP. They have extensive automation enabling monitoring of work at selected stages of transfer, data archiving, individual settings of alarm thresholds, control of the function of flat membrane connections and indication of the content level.
R5
Cat. no: 5DR-TOC-00
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• demineralization on an spectrally clean ion-exchange TOC bed,
• reverse osmosis,
• UV lamp 254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 5-7 dm3/h.
– Demineralized water conductivity < 0,055 μS/cm
– Water collection point – first purity class (ISO 3696:1999, ASTM, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Automatic ultrapure water recirculation between water collections.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
R5 UV
Cat. no: 5DR-TOC-UV
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• intaegrated module (sediment-carbon-softening),
• demineralization on an spectrally clean ion-exchange TOC bed,
• reverse osmosis,
• UV lamp 185/254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 5-7 dm3/h.
– Demineralized water conductivity < 0,055 μS/cm
– Water collection point – I purity class (ISO 3696:1999, ASTM, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Automatic ultrapure water recirculation between water collections.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
R5 UF
Cat. no: 5DR-TOC-UF
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• demineralization on an spectrally clean ion-exchange TOC bed,
• reverse osmosis,
• UV lamp 185/254 nm,
• ultrafiltration UF,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 5-7 dm3/h.
– Demineralized water conductivity < 0,055 μS/cm
– Water collection point – I purity class (ISO 3696:1999, ASTM, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses, molecular biology, PCR.
– System equipped with a 10 dm3 pressure storage tank.
– Automatic ultrapure water recirculation between water collections.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
R10
Cat. no: 10DR-TOC-00
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• demineralization on an spectrally clean ion-exchange TOC bed,
• reverse osmosis,
• UV lamp 254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 10-12 dm3/h.
– Demineralized water conductivity < 0,055 μS/cm
– Water collection point – first purity class (ISO 3696:1999, ASTM, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Automatic ultrapure water recirculation between water collections.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
R10 UV
Cat. no: 10DR-TOC-UV
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• demineralization on an spectrally clean ion-exchange TOC bed,
• reverse osmosis,
• UV lamp 185/254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 10-12 dm3/h.
– Demineralized water conductivity < 0,055 μS/cm
– Water collection point – I purity class (ISO 3696:1999, ASTM, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Automatic ultrapure water recirculation between water collections.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
R10 UF
Cat. no: 10DR-TOC-UF
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• demineralization on an spectrally clean ion-exchange TOC bed,
• reverse osmosis,
• UV lamp 185/254 nm,
• ultrafiltration UF,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 10-12 dm3/h.
– Demineralized water conductivity < 0,055 μS/cm
– Water collection point – I purity class (ISO 3696:1999, ASTM, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses, molecular biology, PCR.
– System equipped with a 10 dm3 pressure storage tank.
– Automatic ultrapure water recirculation between water collections.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
R20
Cat. no: 20DR-TOC-00
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• demineralization on an spectrally clean ion-exchange TOC bed,
• reverse osmosis,
• UV lamp 254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 20-22 dm3/h.
– Demineralized water conductivity < 0,055 μS/cm
– Water collection point – first purity class (ISO 3696:1999, ASTM, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Automatic ultrapure water recirculation between water collections.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
R20 UV
Cat. no: 20DR-TOC-UV
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• demineralization on an spectrally clean ion-exchange TOC bed,
• reverse osmosis,
• UV lamp 185/254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 20-22 dm3/h.
– Demineralized water conductivity < 0,055 μS/cm
– Water collection point – I purity class (ISO 3696:1999, ASTM, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Automatic ultrapure water recirculation between water collections.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
R20 UF
Cat. no: 20DR-TOC-UF
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• demineralization on an spectrally clean ion-exchange TOC bed,
• reverse osmosis,
• UV lamp 185/254 nm,
• ultrafiltration UF,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 20-22 dm3/h.
– Demineralized water conductivity < 0,055 μS/cm
– Water collection point – I purity class (ISO 3696:1999, ASTM, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses, molecular biology.
– System equipped with a 10 dm3 pressure storage tank.
– Automatic ultrapure water recirculation between water collections.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
R30
Cat. no: 30DR-TOC-00
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• demineralization on an spectrally clean ion-exchange TOC bed,
• reverse osmosis,
• UV lamp 254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 30-32 dm3/h.
– Demineralized water conductivity < 0,055 μS/cm
– Water collection point – first purity class (ISO 3696:1999, ASTM, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Automatic ultrapure water recirculation between water collections.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
R30 UV
Cat. no: 30DR-TOC-UV
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• demineralization on an spectrally clean ion-exchange TOC bed,
• reverse osmosis,
• UV lamp 185/254 nm,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 30-32 dm3/h.
– Demineralized water conductivity < 0,055 μS/cm
– Water collection point – I purity class (ISO 3696:1999, ASTM, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses.
– System equipped with a 10 dm3 pressure storage tank.
– Automatic ultrapure water recirculation between water collections.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
R30 UF
Cat. no: 30DR-TOC-UF
– Fed by tap water.
– Water purification process levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• demineralization on an spectrally clean ion-exchange TOC bed,
• reverse osmosis,
• UV lamp 185/254 nm,
• ultrafiltration UF,
• microfiltration capsule 0,45/0,2μm.
– Device efficiency min. 30-32 dm3/h.
– Demineralized water conductivity < 0,055 μS/cm
– Water collection point – I purity class (ISO 3696:1999, ASTM, EP).
– Obtained water may be used for instrumental analyses AAS, ICP/MS, IC, HPLC, GC, bacteria cultures, biochemical analyses, molecular biology, PCR.
– System equipped with a 10 dm3 pressure storage tank.
– Automatic ultrapure water recirculation between water collections.
– Fed by cold water: 5-40ºC.
– Power supply: 230V/50Hz.
BASIC deionizers are devices producing demineralized water used in less demanding laboratories. The quality of the water obtained, depending on the tap water flow rate, ranges from 0.2 – 0.8 µS / cm. The water obtained meets the requirements of ISO 3696: 1999, ASTM, CLSI for second-grade water. BASIC deionizers are an excellent source of water for climatic cabinets, heated baths, salt spray chambers, and humidifiers.
BASIC 5
Cat. no.: DB-0005-0K
– The device is fed by tap water.
– Water purification levels:
• sediment pre-filter 5µm,
• integrated module (sediment-carbon-softening),
• demineralization on a mixed ionex resin.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Conductivity depending on the flow rate: 0,2 – 0,8 µS/cm.
– Obtained water may be used for for general-purpose research, for autoclaves, climatic chambers, etc.
– Power supply: 230V/50Hz.
BASIC 10
Cat. no.: DB-010-0K
– The device is fed by tap water.
– Water purification levels:
• sediment-carbon filter 5µm/GAC 10”,
• demineralization on a mixed ionex resin.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Conductivity depending on the flow rate: 0,2 – 0,8 µS/cm.
– Obtained water may be used for for general-purpose research, for autoclaves, climatic chambers, etc.
– Power supply: 230V/50Hz.
BASIC 15
Cat. no.: DB-015-oK
– The device is fed by tap water.
– Water purification levels:
• sediment-carbon filter 5µm/GAC 10”,
• demineralization on a mixed ionex resin.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Conductivity depending on the flow rate: 0,2 – 0,8 µS/cm.
– Obtained water may be used for for general-purpose research, for autoclaves, climatic chambers, etc.
– Power supply: 230V/50Hz.
BASIC 25
Cat. no.: DB-025-0K
– The device is fed by tap water.
– Water purification levels:
• sediment-carbon filter 5µm/GAC 10”,
• demineralization on a mixed ionex resin.
– Water intake point – second purity class (ISO 3696:1999, ASTM, CLSI).
– Conductivity depending on the flow rate: 0,2 – 0,8 µS/cm.
– Obtained water may be used for for general-purpose research, for autoclaves, climatic chambers, etc.
– Power supply: 230V/50Hz.