ARCTIC A25 Refrigerated Circulators
ARCTIC A25 Refrigerated Circulators
Actual product may vary
ARCTIC A25 Refrigerated Circulators
ARCTIC A25 Refrigerated Circulators
ARCTIC A25 Refrigerated Circulators
ARCTIC A25 Refrigerated Circulators
ARCTIC A25 Refrigerated Circulators
ARCTIC A25 Refrigerated Circulators
ARCTIC A25 Refrigerated Circulators
ARCTIC A25 Refrigerated Circulators
Thermo Scientific™

ARCTIC A25 Refrigerated Circulators

Provide efficient cooling for open and closed applications with refrigerated circulators, for temperatures ranging from -25° to +200°C and 12 L maximum bath volume.
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Catalog NumberFlow RateController TypeVoltageFrequency
155-525620 L/min.AC150100 V50/60 Hz
152-525117 L/min.SC100230 V50 Hz
152-525617 L/min.SC100100 V50/60 Hz
152-525817 L/min.SC100115 V60 Hz
153-525117 L/min.SC150230 V50 Hz
153-5256
also known as 1535256
17 L/min.SC150100 V50/60 Hz
153-5258
also known as 1535258
17 L/min.SC150115 V60 Hz
154-525117 L/min.SC150L230 V50 Hz
154-525617 L/min.SC150L100 V50/60 Hz
154-525817 L/min.SC150L115 V60 Hz
155525120 L/min.AC150230 V50 Hz
155525820 L/min.AC150115 V60 Hz
156-525120 L/min.AC200230 V50 Hz
156-525620 L/min.AC200100 V50/60 Hz
156-525820 L/min.AC200115 V60 Hz
157-525124 L/min.PC200230 V50 Hz
157-525624 L/min.PC200100 V50/60 Hz
157-525824 L/min.PC200115 V60 Hz
Catalog number 155-5256
Price (EUR)
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Flow Rate:
20 L/min.
Controller Type:
AC150
Voltage:
100 V
Frequency:
50/60 Hz
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The Thermo Scientific™ A25 refrigerated bath circulator provides efficient cooling for open and closed applications, with temperatures ranging from -25° to +200°C and maximum bath volume of 12 liters. Powerful bath circulators with a stainless-steel reservoir can be configured with different cooling capacities, temperature ranges and volumes to meet your specific application.

Featuring superior cooling power, expansive temperature ranges, powerful force/suction pumps, and sophisticated digital control to ensure accuracy and reproducibility. Choose from three different controllers that allow you the flexibility to create the perfect fit for your application.
  • Energy-saving feature limits power consumption: tight control of cooling capacity dependent on application needs
  • Small refrigeration circulators are optimized for small footprint and low noise
  • Robust stainless-steel baths
  • Thermostat can be indexed 90° on all sides of the bath for easy viewing
  • External circulation set included for plumbing connection M16×1, 0.25 NPT male, 0.375in. O.D.
  • Three-side ventilation concept: up to two sides can be blocked with full refrigeration performance and no degradation of equipment
  • Draining port at the front
  • Integrated handles
  • CFC-free refrigerant

Includes:

Control cables, bridge with gasket and thumbscrews, fittings, clamps, pump plug for external circulation, 6ft. power cord, bath cover

Recommended for:

  • Calibration
  • Bioreactors
  • Rotary Evaporators
  • Condensers
  • Sample/Material Testing
  • Sample/Material Preparation
  • Warranty varies by country, please contact us for details
Specifications
Capacity (English)3.17 gal.
Certifications/ComplianceCE/ROHS/WEEE
Controller TypeAC150
Depth (English) Interior8 in.
Depth (Metric) Interior20.4 cm
Dimensions (L x W x H)19 x 10.7 x 28 in. (48.3 x 27.3 x 71.1 cm)
Frequency50/60 Hz
Height (English)28 in.
Height (Metric)71.1 cm
Length (English)19 in.
Length (English) Interior7.2 in.
Length (Metric)48.3 cm
Length (Metric) Interior18.4 cm
Max. Pressure475 mbar/6.89 psi
Pump TypeForce Pump, Suction Pump
Safety Class3/FL
Temperature Stability0.01°C
ThermostatAC150
Voltage100 V
Weight (English)79.5 lb.
Weight (Metric)36.1 kg
Width (English)10.7 in.
Width (English) Interior6.8 in.
Width (Metric)27.3 cm
Width (Metric) Interior17.3 cm
Capacity (Metric)12 L
Cooling Capacity500 W
Electrical Requirements100 V 50/60 Hz
Flow Rate20 L/min.
Temperature Range-25°C to +100°C
Unit SizeEach
rotary-evaporator

Application notes

   Accurate Temperature Control for the Separation of Solvents from Liquid Samples ›
   Understanding Temperature Control in Bioreactor Systems ›

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