Polyscience Low Temperature Coolers - Flow Through Style

Low Temperature Coolers

PolyScience Low Temperature Coolers enhance and simplify low-temperature laboratory work, providing rapid, low-cost cooling of liquids to temperatures as low as -100°C. Typical applications include the cooling of exothermic reactions, vapor and solvent trapping, and impact testing. They’re also ideal for extending the temperature range of non-refrigerated circulators to below ambient and boosting the cooling capacity of refrigerated circulators.

• Features
• Immersion Probe Style
• Flow Through Style

Low Temperature Coolers -
Flow Through Style

An economical alternative to the tap water cooling of heated circulating baths when rapid cool-downs or operation at or near ambient is required.

Key Specifications

Temperature Range: -25° to +40°C
Cooling Capacity: 745 watts @ 20°C; 260 watts @ -10°C
Temperature Control: Fixed at -25°C

Features

• Continuous cooling to -25°C
• Designed to run at maximum cooling
• Ideal for use with heated and refrigerated circulating baths

Part Numbers
120VAC, 60Hz: F25N0A101B
240VAC, 50Hz: F25N0A102E

Electrical plugs for the part numbers listed are standard U.S. and European types.

Temperature control must be provided by an external circulator; an anti-freeze solution is required in the circulation system.

 

• 

  Flow Through Cooler

  FT-25

Polyscience Low Temperature Coolers - Immersion Probe Style

Low Temperature Coolers

PolyScience Low Temperature Coolers enhance and simplify low-temperature laboratory work, providing rapid, low-cost cooling of liquids to temperatures as low as -100°C. Typical applications include the cooling of exothermic reactions, vapor and solvent trapping, and impact testing. They’re also ideal for extending the temperature range of non-refrigerated circulators to below ambient and boosting the cooling capacity of refrigerated circulators.

• Features
• Immersion Probe Style
• Flow Through Style

Low Temperature Coolers -
Immersion Probe Style

Excellent for trapping and Dewar-type applications.

Key Specifications

	IP-100	IP-80	IP-60	IP-35
Temperature Range	-100° to -60°C	-80° to -40°C	-60° to -20°C	-35° to +40°C
Cooling Capacity	85 W at -65°C 35 W at -80°C	215 W at -60°C 100 W at -80°C	150 W at -20°C 100 W at -40°C	1004 W at +20°C 106 W at -30°C
Temperature Control	Fixed at -100°C	Fixed at -80°C	Fixed at -60°C	Fixed at -35°C
Temperature Readout	Yes	Yes	No	No

Key Features

• Continuous cooling to temperatures as low as -100°C
• Designed to run at maximum cooling
• An economical alternative to dry ice or liquid nitrogen
• Excellent for trapping applications, freeze drying, and rapidly cooling small volumes of liquids

Immersion Probes

Types

	Insulated Flexible Hose	Rigid Coil Probe (3")	Rigid Coil Probe (1.5")	Rigid Coil Probe (1.75")	Rigid Cold Finger Probe	Flexible Cold Finger Probe
Model	IP-100, IP-80, IP-60, IP-35	IP-100, IP-35	IP-60	IP-80, IP-35	IP-100	IP-100
DIameter	IP-100, IP-80: 2.83" / 7.14 cm IP-60, IP-35: 1.5" / 3.81 cm	3" / 7.62 cm	1.5" / 3.81 cm	1.75" / 4.44 cm	0.7" / 1.78 cm	0.625" / 1.59 cm
Length	IP-100, IP-80: 6' / 1.83 m IP-60, IP-35: 4' / 1.22 m	Coil: 9" / 22.9 cm Exposed:17" / 43.2cm	Coil: 4" / 10.2 cm Exposed:15" / 38.1cm	Coil: 7" / 17.8 cm Exposed: 16.5" / 41.9 cm	3.75" / 9.53 cm	15" / 38.1 cm

• 

  IP-100 Low Temperature Cooler, 3" Rigid Coil Probe

  IP-100RC
• 

  IP-100 Low Temperature Cooler, Flexible Cold Finger Probe

  IP-100FF
• 

  IP-100 Low Temperature Cooler, 3" Rigid Cold Finger Probe

  IP-100RF
• 

  IP-80 Low Temperature Cooler, 1.5" Rigid Coil Probe

  IP-80RC
• 

  IP-60 Low Temperature Cooler, 1.5" Rigid Coil Probe

  IP-60RC
• 

  IP-35 Low Temperature Cooler, 1.75" Rigid Coil Probe

  IP-35RCS
• 

  IP-35 Low Temperature Cooler, 3" Rigid Coil Probe

  IP-35RCL

Polyscience Recirculating Coolers - Model 4100 Liquid-to-Liquid Cooler

Recirculating Coolers -
Model 4100 Liquid-to-Liquid Cooler

Key Specifications

Working Temperature Range: Facility water +10° to 60°C
Maximum Process Temperature: 60°C
Temperature Stability: ±0.4°C
Cooling Capacity: 10,000 watts based on 10°C Δ T

Features

• Protects precision equipment from facility water contaminants
• Quiet, energy-efficient liquid-to-liquid heat removal
• Displays temperature and pressure or flow rate information
• Built-in temperature and low flow alarms

Performance Specifications & Part Numbers

Temperature Range	Facility Water +10° to 60°C
Cooling Capacity (W/BTU)	15,000 / 52,855 based on 15°C ΔT 10,000 / 34,100 based on 10°C ΔT 4,500 / 5,345 based on 5°C ΔT
Power Requirements (VAC/Hz)	200-240 / 50-60 (plug for 230V)
Standard Pump	Turbine Pump
Maximum Pressure psi (bar)	100 (6.9)
Maximum Flow gpm (l/min)	3.5 (13.2)
Part Number 200-240 VAC / 50-60Hz	4150T21A130D

ΔT = Process water temperature - facility water temperature

Specifications listed are for 60Hz models. For specifications on 50Hz models, click on the 4100 thumbnail image below.
Electrical plug for the part number listed is standard U.S. type. Country specific plug types available.
Larger capacities are available. Contact PolyScience Customer Service for more information.

Extra large digital readouts provide at a glance access to temperature as well as pressure or flow rate information.

• 

  Model 4100 Liquid-to-Liquid Cooler

  4150T2

Polyscience Recirculating Coolers - Model 3370 Liquid-to-Air Cooler

Chillers and Coolers

PolyScience Chillers and Coolers have proven, over several decades and hundreds of thousands of installations, that they are the most reliable in the industry — and an exceptionally smart choice for end-user and OEM applications ranging from lasers and analytical equipment to reactors and manufacturing equipment.

• Benchtop Chillers0.4 – 1.3 kW cooling
• 6000 Series Chillers0.7 – 2.9 kW cooling
• DuraChill Chillers6 – 33 kW cooling
• Non-Refrigerated Coolers
  • Features
  • Liquid-to-Air Cooler
  • Liquid-to-Liquid Cooler
  • Factory Installed Options

Recirculating Coolers -
Model 3370 Liquid-to-Air Cooler

Key Specifications

Working Temperature Range: Ambient +5° to 70°C
Maximum Fluid Temperature: 70°C
Cooling Capacity: 4000 watts based on 11°C Δ T (water)

Features

• An economical solution for applications where cooling fluid temperature is higher than ambient and temperature control is not required
• Quiet liquid-to-air cooling
• Positive displacement or turbine pump
• Built-in low liquid level indicator

Performance Specifications & Part Numbers

Temperature Range	Ambient to 70°C
Cooling Capacity @ 20°C (W)	500 based on 2°C ΔT 1000 based on 4°C ΔT 2000 based on 8°C ΔT 3000 based on 10°C ΔT 4000 based on 11°C ΔT
Power Requirements (V/Hz)	120/60	240/50	120/60	240/50
Pump	1/3 HP Positive Displacement		1/3HP Turbine Pump
Maximum Pressure psi (bar)	100 (6.9)	100 (6.9)	62 (4.3)	50 (3.4)
Maximum Flow gpm (l/min)	2.4 (9.1)	2 (7.6)	5.4 (20.5)	4.5 (17.1)
Part Number 120 VAC / 60Hz	3370P9A11B		3370TBA11B
Part Number 240 VAC / 50Hz	3370P9A12E		3370TBA12E

ΔT = Process water temperature - ambient air temperature

Electrical plugs for the part numbers listed are standard U.S. and European types. Country specific plug types available.

 

Front mounted gauge lets you check process pressure at a glance.

 

• 

  Model 3370 Liquid-to-Air Cooler, 1/3 HP Positive Displacement Pump

  3370P9
• 

  Model 3370 Liquid-to-Air Cooler, 1/3 HP Turbine Pump

  3370TB