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Category
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Semiconductors
- Diodes
- Thyristors
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Electro-insulated Modules
- Electro-insulated Modules | VISHAY (IR)
- Electro-insulated Modules | INFINEON (EUPEC)
- Electro-insulated Modules | Semikron
- Electro-insulated Modules | POWEREX
- Electro-insulated Modules | IXYS
- Electro-insulated Modules | POSEICO
- Electro-insulated Modules | ABB
- Electro-insulated Modules | TECHSEM
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- Bridge Rectifiers
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Transistors
- Transistors | GeneSiC
- SiC MOSFET Modules | Mitsubishi
- SiC MOSFET Modules | STARPOWER
- Module SiC MOSFET ABB’s
- IGBT Modules | MITSUBISHI
- Transistor Modules | MITSUBISHI
- MOSFET Modules | MITSUBISHI
- Transistor Modules | ABB
- IGBT Modules | POWEREX
- IGBT Modules | INFINEON (EUPEC)
- Silicon Carbide (SiC) semiconductor elements
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- Gate Drivers
- Power Blocks
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- Electrical Transducers
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Passive components (capacitors, resistors, fuses, filters)
- Resistors
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Fuses
- Miniature Fuses for electronic circuits - ABC & AGC Series
- Tubular Fast-acting Fuses
- Time-delay Fuse Links with GL/GG & AM characteristics
- Ultrafast Fuse Links
- Fast-acting Fuses (British & American standard)
- Fast-acting Fuses (European standard)
- Traction Fuses
- High-voltage Fuse Links
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- Capacitors
- EMI Filters
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- Power surge protection
- TEMPEST emission revealing filters
- Surge arrester
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Relays and Contactors
- Relays and Contactors - Theory
- 3-Phase AC Semiconductor Relays
- DC Semiconductor Relays
- Controllers, Control Systems and Accessories
- Soft Starters and Reversible Relays
- Electromechanical Relays
- Contactors
- Rotary Switches
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Single-Phase AC Semiconductor Relays
- AC ONE PHASE RELAYS 1 series| D2425 | D2450
- One phase semiconductor AC relays CWA and CWD series
- One phase semiconductor AC relays CMRA and CMRD series
- One phase semiconductor AC relays - PS series
- Double and quadruple semiconductor AC relays - D24 D, TD24 Q, H12D48 D series
- One phase semiconductor relays - gn series
- Ckr series single phase solid state relays
- One phase AC semiconductor relays for DIN bus - ERDA I ERAA series
- 150A AC single phase relays
- Rail Mountable Solid State Relays With Integrated Heat Sink - ENDA, ERDA1 / ERAA1 series
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- Single-Phase AC Semiconductor Relays for PCBs
- Interface Relays
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- Cores and Other Inductive Components
- Heatsinks, Varistors, Thermal Protection
- Fans
- Air Conditioning, Accessories for Electrical Cabinets, Coolers
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Batteries, Chargers, Buffer Power Supplies and Inverters
- Batteries, Chargers - Theoretical Description
- Modular Li-ion Battery Building Blocks, Custom Batteries, BMS
- Batteries
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Automatics
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Infrared Thermometers (Pyrometers)
- IR-TE Series - Water-proof Palm-sized Radiation Thermometer
- IR-TA Series - Handheld Type Radiation Thermometer
- IR-H Series - Handheld Type Radiation Thermometer
- IR-BA Series - High-speed Compact Radiation Thermometer
- IR-FA Series - Fiber Optic Radiation Thermometer
- IR-BZ Series - Compact Infrared Thermometers
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- Counters, Time Relays, Panel Meters
- Industrial Protection Devices
- Light and Sound Signalling
- Thermographic Camera
- LED Displays
- Control Equipments
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Cables, Litz wires, Conduits, Flexible connections
- Wires
- Cable feedthroughs and couplers
- Litz wires
- Cables for extreme applications
- Sleevings
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Braids
- Flat Braids
- Round Braids
- Very Flexible Flat Braids
- Very Flexible Round Braids
- Cylindrical Cooper Braids
- Cylindrical Cooper Braids and Sleevings
- Flexible Earthing Connections
- Galvanized and Stainless Steel Cylindrical Braids
- PCV Insulated Copper Braids (temp. up to 85C)
- Flat Aluminium Braids
- Junction Set - Braids and Tubes
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- Traction Equipment
- Cable Terminals
- Flexible Insulated Busbars
- Flexible Multilayer Busbars
- Cable Duct Systems
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Semiconductors
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Industrial Coolers, Chillers
Information
Products that are marked "On Order" in the "Available Quantity" column are usually not in stock. Such products are available for purchase, however, due to their limited customer base, they usually have higher minimum quantities. DACPOL offers products that are not in stock for the following reasons: DACPOL currently has a large number of electronic components in stock and adds new products every day, however, tens of thousands of additional components and their various variants are available from our suppliers. Even though it is unreasonable to have all these products in stock due to the limited sales, we believe that it is in the best interest of our customers to make them available. Our goal is to inform customers about the maximum number of products available and enable them to make decisions based on specifications, prices, availability, required minimums and our technical advice. Please note that selecting the "In Stock" checkbox may limit the display to only products available for delivery straight from the shelf.
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nVent HOFFMAN | TAOF8 Chillers Industrial | SEE IT | TAOF8 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 67000 W | -- | -- | 945 mm | 2104 mm | 1795 mm | -- | -- | -- | -- | -- | 78 dB(A) | -- | 24000 m3/h | 24000 m3/h | 15 ... 45 °C | 150 Pa | -- | Spiralny | -- | -- | TX350C | Axial | -- | ISO VG 32 | -- | -- | 1" | -- | -- | -- | -- | 25000 W | -- | -- | -- | -- | -- | 10 bar | -- | -- | -- | 230 l/min | Pompa śrubowa | 1 no. | 2 - 1 no. | R410A HFC | 24 V AC V | 25 ... 40 °C | -- | -- | -- | 200 l | /- 2 K | -- | -- | -- | 600 kg | -- |
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nVent HOFFMAN | TCU22 Industrial chillers for polluted or dirty liquids | SEE IT | TCU22 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 2200 W | -- | -- | 595 mm | 995 mm | 678 mm | -- | -- | -- | -- | -- | 57 dB(A) | -- | 2300 m3/h | 2100 ... 2400 m3/h | 15 ... 45 °C | 250 Pa | -- | tłokowy | -- | -- | TX110 | Axial | -- | Zanieczyszczone płyny (emulsje olejów i olejów mineralnych) | -- | -- | 3/4" | 44 IP | -- | -- | 2.7 A | 1500 W | 150 μm | -- | -- | -- | -- | 3.2 bar | 14 ... 60 l/min | -- | -- | -- | Odśrodkowy | 1 - 1 no. | -- | R134a HFC | 230 V AC V | -- | 25 ... 40 °C | -- | -- | -- | /- 2 K | -- | -- | -- | 100 kg | -- |
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nVent HOFFMAN | TCU36 Chillers Industrial to liquids polluted or dirty | SEE IT | TCU36 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 3300 W | -- | -- | 595 mm | 995 mm | 678 mm | -- | -- | -- | -- | -- | 57 dB(A) | -- | 2300 m3/h | 2100 ... 2400 m3/h | 15 ... 45 °C | 250 Pa | -- | tłokowy | -- | -- | TX110 | Axial | -- | Zanieczyszczone płyny (emulsje olejów i olejów mineralnych) | -- | -- | 3/4" | 44 IP | -- | -- | 3.1 A | 1720 W | 150 μm | -- | -- | -- | -- | 3.2 bar | 18 ... 60 l/min | -- | -- | -- | Odśrodkowy | 1 - 1 no. | -- | R134a HFC | 230 V AC V | -- | 25 ... 40 °C | -- | -- | -- | /- 2 K | -- | -- | -- | 110 kg | -- |
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nVent HOFFMAN | TCU44 Industrial chillers for polluted or dirty liquids | SEE IT | TCU44 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 4400 W | -- | -- | 595 mm | 995 mm | 678 mm | -- | -- | -- | -- | -- | 57 dB(A) | -- | 2050 m3/h | 2100 ... 2400 m3/h | 15 ... 45 °C | 230 Pa | -- | tłokowy | -- | -- | TX110 | Axial | -- | Zanieczyszczone płyny (emulsje olejów i olejów mineralnych) | -- | -- | 3/4" | 44 IP | -- | -- | 4.2 A | 2320 W | 150 μm | -- | -- | -- | -- | 3.0 bar | 24 ... 60 l/min | -- | -- | -- | Odśrodkowy | 1 - 1 no. | -- | R134a HFC | 230 V AC V | -- | 25 ... 40 °C | -- | -- | -- | /- 2 K | -- | -- | -- | 135 kg | -- |
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nVent HOFFMAN | TCU55 Industrial chillers for polluted or dirty liquids | SEE IT | TCU55 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 5300 W | -- | -- | 595 mm | 995 mm | 678 mm | -- | -- | -- | -- | -- | 57 dB(A) | -- | 2050 m3/h | 2100 ... 2400 m3/h | 15 ... 45 °C | 230 Pa | -- | tłokowy | -- | -- | TX110 | Axial | -- | Zanieczyszczone płyny (emulsje olejów i olejów mineralnych) | -- | -- | 3/4" | 44 IP | -- | -- | 4.7 A | 2610 W | 150 μm | -- | -- | -- | -- | 2.8 bar | 30 ... 60 l/min | -- | -- | -- | Odśrodkowy | 1 - 1 no. | -- | R134a HFC | 230 V AC V | -- | 25 ... 40 °C | -- | -- | -- | /- 2 K | -- | -- | -- | 145 kg | -- |
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nVent HOFFMAN | TCU56 Industrial chillers for polluted or dirty liquids | SEE IT | TCU56 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 6000 W | -- | -- | 681 mm | 1236 mm | 805 mm | -- | -- | -- | -- | -- | 60 dB(A) | -- | 2800 m3/h | 2800 m3/h | 15 ... 45 °C | 250 Pa | -- | Spiralny | -- | -- | TX200 | Axial | -- | Zanieczyszczone płyny (emulsje olejów i olejów mineralnych) | -- | -- | 1" | 44 IP | -- | -- | 5.4 A | 3700 W | 150 μm | -- | -- | -- | -- | 2.4 bar | 27.0 ... 50.0 l/min | -- | -- | -- | Odśrodkowy | 1 no. | -- | R134a HFC | 230-24 V AC V | -- | 25 ... 40 °C | -- | -- | -- | /- 2 K | -- | -- | -- | 145 kg | -- |
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nVent HOFFMAN | TCU70 industrial chillers for polluted or dirty liquids | SEE IT | TCU70 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 8100 W | -- | -- | 681 mm | 1236 mm | 805 mm | -- | -- | -- | -- | -- | 60 dB(A) | -- | 2800 m3/h | 2800 m3/h | 15 ... 45 °C | 250 Pa | -- | Spiralny | -- | -- | TX200 | Axial | -- | Zanieczyszczone płyny (emulsje olejów i olejów mineralnych) | -- | -- | 1" | 44 IP | -- | -- | 6.7 A | 3900 W | 150 μm | -- | -- | -- | -- | 1.8 bar | 36.0 ... 50.0 l/min | -- | -- | -- | Odśrodkowy | 1 no. | -- | R134a HFC | 230-24 V AC V | -- | 25 ... 40 °C | -- | -- | -- | /- 2 K | -- | -- | -- | 155 kg | -- |
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nVent HOFFMAN | TCU91 Industrial chillers to liquids polluted or dirty | SEE IT | TCU91 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 9200 W | -- | -- | 681 mm | 1236 mm | 805 mm | -- | -- | -- | -- | -- | 60 dB(A) | -- | 2800 m3/h | 2800 m3/h | 15 ... 45 °C | 230 Pa | -- | Spiralny | -- | -- | TX200 | Axial | -- | Zanieczyszczone płyny (emulsje olejów i olejów mineralnych) | -- | -- | 1" | 44 IP | -- | -- | 7.2 A | 4400 W | 150 μm | -- | -- | -- | -- | 1.4 bar | 42.0 ... 50.0 l/min | -- | -- | -- | Odśrodkowy | 1 no. | -- | R134a HFC | 230-24 V AC V | -- | 25 ... 40 °C | -- | -- | -- | /- 2 K | -- | -- | -- | 175 kg | -- |
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nVent HOFFMAN | TCUA0 Industrial chillers for polluted or dirty liquids | SEE IT | TCUA0 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 10900 W | -- | -- | 681 mm | 1236 mm | 805 mm | -- | -- | -- | -- | -- | 60 dB(A) | -- | 2800 m3/h | 2800 m3/h | 15 ... 45 °C | 230 Pa | -- | Spiralny | -- | -- | TX200 | Axial | -- | Zanieczyszczone płyny (emulsje olejów i olejów mineralnych) | -- | -- | 1" | 44 IP | -- | -- | 7.5 A | 4600 W | 150 μm | -- | -- | -- | -- | 1.3 bar | 45.0 ... 50.0 l/min | -- | -- | -- | Odśrodkowy | 1 no. | -- | R134a HFC | 230-24 V AC V | -- | 25 ... 40 °C | -- | -- | -- | /- 2 K | -- | -- | -- | 185 kg | -- |
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nVent HOFFMAN | LCW15 Ice water aggregates with a negative temperature | SEE IT | LCW15 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 2200 W | -- | -- | 681 mm | 1236 mm | 805 mm | -- | -- | -- | -- | -- | 60 dB(A) | -- | 2800 m3/h | 2800 m3/h | 15 ... 48 °C | 230 Pa | 0.9 kW | Osiowy | -- | -- | TX200 | Centrifugal | -- | Woda + Glikol Etylenowy 50% | -- | -- | 3/4" | 44 IP | -- | -- | 7.3 A | 4,0 W | -- | -- | -- | -- | -- | 3.5 bar | -- | -- | -- | 10 ... 50 l/min | -- | 1 - 1 no. | 1 - 1 no. | R404A HFC | 24 V AC V | -30 ... -5 °C | -- | -- | 30 l | -- | /- 2 K | -- | -- | -- | 195 kg | -- |
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nVent HOFFMAN | LCW22 Ice water aggregates with a negative temperature | SEE IT | LCW22 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 3400 W | -- | -- | 681 mm | 1236 mm | 805 mm | -- | -- | -- | -- | -- | 60 dB(A) | -- | 2800 m3/h | 2800 m3/h | 15 ... 48 °C | 230 Pa | 0.9 kW | Osiowy | -- | -- | TX200 | Centrifugal | -- | Woda + Glikol Etylenowy 50% | -- | -- | 3/4" | 44 IP | -- | -- | 12.0 A | 7,8 W | -- | -- | -- | -- | -- | 3.3 bar | -- | -- | -- | 15 ... 50 l/min | -- | 1 - 1 no. | 1 - 1 no. | R404A HFC | 24 V AC V | -30 ... -5 °C | -- | -- | 30 l | -- | /- 2 K | -- | -- | -- | 200 kg | -- |
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nVent HOFFMAN | LCW45 Ice water aggregates with a negative temperature | SEE IT | LCW45 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 6500 W | -- | -- | 744 mm | 1334 mm | 1358 mm | -- | -- | -- | -- | -- | 67 dB(A) | -- | 5700 m3/h | 5700 m3/h | 15 ... 48 °C | 220 Pa | 1.2 kW | Spiralny | -- | -- | TX200 | Centrifugal | -- | Woda + Glikol Etylenowy 50% | -- | -- | 1" | 44 IP | -- | -- | 23.5 A | 14000 W | -- | -- | -- | -- | -- | 3.7 bar | -- | -- | -- | 25 ... 80 l/min | Odśrodkowy | 1 - 1 no. | 1 - 1 no. | R404A HFC | 24 V AC V | -30 ... -5 °C | -- | -- | 60 l | -- | /- 2 K | -- | -- | -- | 350 kg | -- |
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nVent HOFFMAN | LCW70 Ice water aggregates with a negative temperature | SEE IT | LCW70 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 10450 W | -- | -- | 744 mm | 1334 mm | 1358 mm | -- | -- | -- | -- | -- | 68 dB(A) | -- | 5700 m3/h | 5700 m3/h | 15 ... 48 °C | 220 Pa | 1.2 kW | Spiralny | -- | -- | TX200 | Centrifugal | -- | Woda + Glikol Etylenowy 50% | -- | -- | 1" | 44 IP | -- | -- | 37.4 A | 22000 W | -- | -- | -- | -- | -- | 3.5 bar | -- | -- | -- | 35 ... 80 l/min | Odśrodkowy | 1 - 1 no. | 2 - 1 no. | R404A HFC | 24 V AC V | -30 ... -5 °C | -- | -- | 60 l | -- | /- 2 K | -- | -- | -- | 380 kg | -- |
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nVent HOFFMAN | LCWA2 Ice water aggregates with a negative temperature | SEE IT | LCWA2 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 13000 W | -- | -- | 844 mm | 1485 mm | 1759 mm | -- | -- | -- | -- | -- | 70 dB(A) | -- | 10000 m3/h | 10000 m3/h | 15 ... 48 °C | 220 Pa | 1.4 kW | Spiralny | -- | -- | TX200 | Centrifugal | -- | Woda + Glikol Etylenowy 50% | -- | -- | 1 1/2" | 44 IP | -- | -- | 47.0 A | 28000 W | -- | -- | -- | -- | -- | 3.7 bar | -- | -- | -- | 50 ... 150 l/min | Odśrodkowy | 2 no. | 2 - 1 no. | R404A HFC | 24 V AC V | -30 ... -5 °C | -- | -- | 120 l | -- | /- 2 K | -- | -- | -- | 550 kg | -- |
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nVent HOFFMAN | LCWA8 Ice water aggregates with a negative temperature | SEE IT | LCWA8 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 19600 W | -- | -- | 844 mm | 1485 mm | 1759 mm | -- | -- | -- | -- | -- | 72 dB(A) | -- | 10000 m3/h | 10000 m3/h | 15 ... 48 °C | 220 Pa | 1.4 kW | Spiralny | -- | -- | TX200 | Centrifugal | -- | Woda + Glikol Etylenowy 50% | -- | -- | 1 1/2" | 44 IP | -- | -- | 70.5 A | 42000 W | -- | -- | -- | -- | -- | 3.3 bar | -- | -- | -- | 75 ... 150 l/min | Odśrodkowy | 2 no. | 3 - 1 no. | R404A HFC | 24 V AC V | -30 ... -5 °C | -- | -- | 120 l | -- | /- 2 K | -- | -- | -- | 610 kg | -- |
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nVent HOFFMAN | LCWB5 Ice water aggregates with a negative temperature | SEE IT | LCWB5 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 24100 W | -- | -- | 1094 mm | 1599 mm | 2062 mm | -- | -- | -- | -- | -- | 72 dB(A) | -- | 17000 m3/h | 17000 m3/h | 5 ... 48 °C | 260 Pa | 2.3 kW | Spiralny | -- | -- | TX200 | Centrifugal | -- | Woda + Glikol Etylenowy 50% | -- | -- | 2" | 44 IP | -- | -- | 94.0 A | 56000 W | -- | -- | -- | -- | -- | 3.4 bar | -- | -- | -- | 100 ... 300 l/min | Odśrodkowy | 3 no. | 4 - 2 no. | R404A HFC | 24 V AC V | -30 ... -5 °C | -- | -- | 160 l | -- | /- 1 K | -- | -- | -- | 650 kg | -- |
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nVent HOFFMAN | LCWC4 Ice water aggregates with a negative temperature | SEE IT | LCWC4 | On Order | -- | 400V (+/-10%) 3ph 50Hz V ph Hz | 34800 W | -- | -- | 1094 mm | 1599 mm | 2062 mm | -- | -- | -- | -- | -- | 74 dB(A) | -- | 17000 m3/h | 17000 m3/h | 5 ... 48 °C | 260 Pa | 2.3 kW | Spiralny | -- | -- | TX200 | Centrifugal | -- | Woda + Glikol Etylenowy 50% | -- | -- | 2" | 44 IP | -- | -- | 141.5 A | 84000 W | -- | -- | -- | -- | -- | 3.1 bar | -- | -- | -- | 150 ... 300 l/min | Odśrodkowy | 3 no. | 6 - 2 no. | R404A HFC | 24 V AC V | -30 ... -5 °C | -- | -- | 160 l | -- | /- 1 K | -- | -- | -- | 720 kg | -- |
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nVent HOFFMAN | TCI56 50Hz chillers with immersion coil | SEE IT | TCI56 50Hz | On Order | -- | 400/460V (+/-10%) 3ph 50/60Hz V ph Hz | 6000 W | -- | -- | 550 mm | 1432 mm | 550 mm | -- | -- | -- | 50 Hz | -- | 57 dB(A) | -- | 2000 m3/h | -- | -5 .. 45 °C | -- | -- | Spiralny | -- | -- | TX110 | Axial | -- | -- | -- | -- | -- | 44 IP | -- | -- | 5.4 A | 3700 W | -- | -- | 40 ... 60 l/min | 60 ... 100 l. | -- | -- | -- | -- | -- | -- | -- | 1 no. | 1 - 1 no. | R134a HFC | 230V-24V AC V | 15 / 25 Woda lub emulsja max 5 cSt - 40°C 20 / 30 olej mineralny 32 cSt - 40°C °C | -- | -- | -- | -- | /- 1 K | -- | -- | -- | 145 kg | -- |
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nVent HOFFMAN | TCU36 60Hz Chillers Industrial to liquids polluted or dirty | SEE IT | TCU36 60Hz | On Order | -- | 230V (+/-10%) 1ph 50/60Hz V ph Hz | 3900 W | -- | -- | 595 mm | 995 mm | 678 mm | -- | -- | -- | 60 Hz | -- | 57 ... 60 dB(A) | -- | 2300 ... 2650 m3/h | 2100 ... 2400 m3/h | 15 ... 45 °C | 250 Pa | -- | tłokowy | -- | -- | TX110 | Axial | -- | Zanieczyszczone płyny (emulsje olejów i olejów mineralnych) | -- | -- | 3/4" | 44 IP | -- | -- | 0:00 AM | 2220 W | 150 μm | -- | -- | -- | -- | 3.0 bar | -- | -- | -- | 18 ... 55 l/min | Odśrodkowy | 1 no. | 1 - 1 no. | R134a HFC | 230 V | 25 ... 40 °C | -- | -- | -- | -- | /- 2 K | -- | -- | -- | 132 kg | -- |
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nVent HOFFMAN | TCU36 50Hz Industrial chillers to liquids polluted or dirty | SEE IT | TCU36 50Hz | On Order | -- | 230V (+/-10%) 1ph 50/60Hz V ph Hz | 3300 W | -- | -- | 595 mm | 995 mm | 678 mm | -- | -- | -- | 50 Hz | -- | 57 ... 60 dB(A) | -- | 2300 ... 2650 m3/h | 2100 ... 2400 m3/h | 15 ... 45 °C | 250 Pa | -- | tłokowy | -- | -- | TX110 | Axial | -- | Zanieczyszczone płyny (emulsje olejów i olejów mineralnych) | -- | -- | 3/4" | 44 IP | -- | -- | 9.4 A | 1730 W | 150 μm | -- | -- | -- | -- | 3.0 bar | -- | -- | -- | 18 ... 55 l/min | Odśrodkowy | 1 no. | 1 - 1 no. | R134a HFC | 230 V | 25 ... 40 °C | -- | -- | -- | -- | /- 2 K | -- | -- | -- | 132 kg | -- |
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nVent HOFFMAN | TCU22 60Hz Chillers Industrial to liquids polluted or dirty | SEE IT | TCU22 60Hz | On Order | -- | 230V (+/-10%) 1ph 50/60Hz V ph Hz | 2550 W | -- | -- | 595 mm | 995 mm | 678 mm | -- | -- | -- | 60 Hz | -- | 57 ... 60 dB(A) | -- | 2300 ... 2650 m3/h | 2100 ... 2400 m3/h | 15 ... 45 °C | 250 Pa | -- | tłokowy | -- | -- | TX110 | Axial | -- | Zanieczyszczone płyny (emulsje olejów i olejów mineralnych) | -- | -- | 3/4" | 44 IP | -- | -- | 8.1 A | 1500 W | 150 μm | -- | -- | -- | -- | 3.2 bar | -- | -- | -- | 14 ... 55 l/min | Odśrodkowy | 1 no. | 1 - 1 no. | R134a HFC | 230 V | 25 ... 40 °C | -- | -- | -- | -- | /- 2 K | -- | -- | -- | 132 kg | -- |
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nVent HOFFMAN | TCO08 50Hz radiators of industrial oil | SEE IT | TCO08 50Hz | On Order | -- | 230V (+/-10%) 1ph 50/60Hz V ph Hz | 900 W | -- | -- | 725 mm | 367 mm | 454 mm | -- | -- | -- | 50 Hz | -- | 56 dB(A) | -- | 1000 m3/h | -- | 15 ... 45 °C | -- | -- | tłokowy | -- | -- | TX110 | Axial | -- | ISO VG 32 | -- | -- | 1/2" | 44 IP | -- | -- | 2.8 A | 500 W | -- | -- | -- | -- | -- | 20 bar | 10 l/min | -- | -- | -- | Pompa zębata | 1 no. | 1 - 1 no. | R134a HFC | 230 V | -- | 25 ... 40 °C | -- | -- | 10 l | /- 2 K | -- | -- | -- | 59 kg | -- |
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nVent HOFFMAN | TCO08 60Hz industrial oil coolers | SEE IT | TCO08 60Hz | On Order | -- | 230V (+/-10%) 1ph 50/60Hz V ph Hz | 1100 W | -- | -- | 725 mm | 367 mm | 454 mm | -- | -- | -- | 60 Hz | -- | 56 dB(A) | -- | 1000 m3/h | -- | 15 ... 45 °C | -- | -- | tłokowy | -- | -- | TX110 | Axial | -- | ISO VG 32 | -- | -- | 1/2" | 44 IP | -- | -- | 3.1 A | 600 W | -- | -- | -- | -- | -- | 20 bar | 10 l/min | -- | -- | -- | Pompa zębata | 1 no. | 1 - 1 no. | R134a HFC | 230 V | -- | 25 ... 40 °C | -- | -- | 10 l | /- 2 K | -- | -- | -- | 59 kg | -- |
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nVent HOFFMAN | TCO12 50Hz industrial oil coolers | SEE IT | TCO12 50Hz | On Order | -- | 230V (+/-10%) 1ph 50/60Hz V ph Hz | 1600 W | -- | -- | 725 mm | 367 mm | 454 mm | -- | -- | -- | 50 Hz | -- | 56 dB(A) | -- | 1000 m3/h | -- | 15 ... 45 °C | -- | -- | tłokowy | -- | -- | TX110 | Axial | -- | ISO VG 32 | -- | -- | 1/2" | 44 IP | -- | -- | 4.1 A | 700 W | -- | -- | -- | -- | -- | 20 bar | 10 l/min | -- | -- | -- | Pompa zębata | 1 no. | 1 - 1 no. | R134a HFC | 230 V | -- | 25 ... 40 °C | -- | -- | 10 l | /- 2 K | -- | -- | -- | 61 kg | -- |
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Industrial chillers and cooling units
Cooling units and industrial chillers, also known as water chillers, are devices designed to remove heat from systems, equipment, and installations that generate a large amount of heat. They are characterized by high cooling efficiency, translating into high effectiveness. Industrial cooling units and chillers are available in various models from DACPOL.
How do industrial chillers work?
Industrial chillers are liquid coolers in which the medium temperature is lowered using a freon evaporator by removing heat and transferring it to the environment. They also consist of a condenser, compressor, and expansion valve, creating a closed circuit in which the refrigerant circulates.
The refrigeration cycle of a chiller begins in the compressor, responsible for compressing the refrigerant and circulating it through the system. Then, in the condenser, it is cooled by first converting it to vapor using the expansion device, and finally to liquid. In this form, it absorbs heat from the medium in the evaporator, which can then return to the device and cool it. After this stage, the refrigerant returns to the compressor in the chiller and can restart the water or oil cooling process.
By using the refrigeration cycle, these devices effectively prevent overheating of machines, ensuring stable operation.
Types of industrial cooling units
Industrial chillers generally carry out the heat removal process from the cooling medium in the evaporator using fans. They are also available in versions independent of the cooling system network, equipped with a circulating pump and a tank to ensure uniform medium flow.
In DACPOL’s offer, you can find models:
-without a tank and pump,
-with a liquid tank and pump,
-without a tank, but with a pump.
Additionally, industrial cooling units are also categorized based on the medium they are intended to cool. This can be water or oil.
How to choose chillers?
Industrial cooling units should be selected based on three main criteria. The first is temperature requirements, which is the level to which the medium needs to be cooled. Chillers must have the ability to maintain the appropriate temperature difference to effectively cool equipment.
Next, it is necessary to calculate the thermal load, i.e., the amount of heat that needs to be removed. Based on this, it is possible to determine the appropriate cooling capacity that the industrial cooling units should have.
The final element is the type of cooling. It can be achieved using air or water. The latter option is more efficient and works better for installations with high cooling needs.
Applications of industrial chillers and cooling units
Industrial chillers and cooling units are widely used to maintain suitably low temperatures in:
-compressed air generation,
-in injection molding machines,
-in the production of electronic components,
-in the chemical industry,
-in medical and laboratory applications,
-and in HVAC systems.