TAITEC CL-151 Chiller For Open Circuit (±0.3℃; 270W)

Operating environmental temp. range(*1): +5℃〜+30℃

Operating temperature range: -10℃ 〜 +70℃(*2) 

Temperature control accuracy: ~±0.3℃ (*3)(*4)

Cooling capacity: Approx. 270W

Compressor (air-cooled) output: 150W

Pumping capacity (50/60Hz): 

Max. flow rate: 7L/min

Max. lift height:4m (at 3L/min, both 50/60Hz)

Temperature display: Digital (PV/SV independent display/ PV display in 0.01°C unit)

Flow display: Digital display

Heater: 600W

Circulation nozzle diameter: Outer diameter φ13 mm

Safety device/Safety function: Earth leakage/overcurrent breaker, Flow low limit error, High/Low temperature safety device, Anti-freezing safety device

Other Functions: Remote temperature setting, Temperature recording output, Safety device operation signal external output, External temperature sensor connection, RS-485ModBus communication

External Dimensions: 252×429×478Hmm

Weight: Approx. 28kg

Power supply: AC100V・13.5A

Standard accessories: Insulated circulation hose(1m) × 2, hose band × 2

Catalog

(*1)Make sure there is no condensation on the unit

(*2)Use a low-temperature heating medium when using the product at a temperature of 7°C or less. (Contact us for details.) Pure water and distilled water cannot be used.

(*3)External thermal loading of 200W is required at +5°C environmental temperature and 60Hz.

(*4)The temperature accuracy is when the inside of the water bath is sufficiently stirred. The temperature accuracy and power consumption vary depending on various conditions, such as the set temperature, environmental temperature, water bath capacity, and stirring state. We recommend using a lid for the water bath. The specifications of this unit include the performance values according to our specified measurement method

(*5)Temperature control accuracy at 25.0°C setting is ~ ±0.1°C using environmental temperature 25°C/clean water 5L/heat insulation water bath/lid

(*6)Capacity when the environmental temperature is 25°C and the circulating fluid is +10°C, and 50Hz. The cooling capacity will be reduced in environments exceeding 30°C.