Schoonover, Inc. - Vacuum Equipment - Pumps - Polycold Systems-Cool Solutions

Chillers- Laboratory Chiller- Chillers- Laboratory Chillers- Laser Chiller- Liquid Chiller- Lab Chiller

Chillers for Many Applications Including:

Laboratory Chillers for Liquids

Laser Chiller

Medical & Biopharmaceutical Chillers

Military & Defense Applications

Semiconductor Chillers

Specifications- Thermocube Chiller

(To see our main chiller product page Chiller Product Page)

Solid State Cooling Chillers offer a thermoelectric module solution for a wide array of chiller applications. Using the thermoelectric principles developed discovered in 1834 by Peltier, thermoelectric cooling systems are found today in many devices in homes, laboratories, space and medical facilites. One common use of thermoelectric devices is in heating seats in automobiles.

Why Choose a thermoelectric chiller over a refrigerant based mechanical chiller?

Only moving parts are the pump and cooling fan

Refrigerant based chillers have reciprocating compressors. A thermoelectric device uses dissimilar ceramics. When DC power is applied, electrons move from one side to the other side of the device. These electrons heat the one side while the other side is cooled by the electrons being drawn away. Thus are no moving parts to create the cold, thus maintenance is lower for the thermoelectric device.

Energy Savings of > 75% over refrigerant based chillers

Thermoelectric modules are powered by a variable voltage power supply that provides the minimum power required to control the temperature at set point, so ThermoCube only draws as much power as needed.

Uses electrons not refrigerant gas to cool, thus a true "green" technology

Most refrigerant gas is considered ozone depleting if released to atmosphere.

Variable control of the output cooling, not on/off cycling

Because electrons transfer the heat, Thermocube responds instantaneously to changes in load. The digital PID temperature controller holds to < + 0.05 �C, even near ambient.

Whisper quiet

With only two moving parts, the pump and cooling fan, ThermoCube is quiet. Available with four fan options and sound-dampening insulation, the quietest model runs at 49 dBA. (Liquid-cooled ThermoCubes have no fan.)

Specifications

Models	ThermoCube 200 or 300 or 400	ThermoCube 400L	ThermoCube PAO	ThermoCube 400 AC	ThermoCube 300A
Cooling Capacity	200 W (680 BTU/hr)	400 W (1360 BTU/hr)	275 W (940 BTU/hr)	400 W (1360 BTU/hr)	300 W (1020 BTU/hr)
	300 W (1020 BTU/hr)
	400 W (1360 BTU/hr)
Operating Range	-5 to 65 �C (23 to 149 �F)	-10 to +50 �C (14 to 122 �F)	0 to +50 �C (32 to 122 �F)	-5 to +50 �C (23 to 122 �F)	-5 to +50 �C (23 to 122 �F)
Precision	<� 0.05 �C (even near ambient)		<� 0.1 �C (even near ambient)	<� 0.05 �C (even near ambient)	<� 0.05 �C (even near ambient)
Modes	fixed setpoint or cycling	fixed setpoint or cycling	fixed setpoint or cycling	fixed setpoint or cycling	fixed setpoint or cycling
Configuration	Air-cooled liquid chiller	Liquid cooled liquid chiller	Air-cooled liquid chiller	Water-cooled air chiller	Air-cooled pressurized gas temperature controller
Allowed Fluids	water/glycol mixture, industrial water, Galden, Fluorinert, DI water	water/glycol mixture, industrial water, Fluorinert, Galden, DI water	PAO, water/glycol mixture, industrial water, Galden, Fluorinert, DI water	n/a	CDA, N2, O2 , AR or other inert gases
Weight	28 lbs (13 kg) basic options	22 lbs (10 kg)	34 lbs (16 kg)	23 lbs (11 kg)	23 lbs (11 kg)
Dimensions	1 ft (30 cm) on a side	1 ft (30 cm) on a side	1 ft (30 cm) on a side	1 ft (30 cm) on a side	1 ft (30 cm) on a side

Pictures

Some typical equipment which is temperature controlled by the ThermoCube chillers:
Lasers, analytical equipment, drug testing, scanning electron microscopes, low-light CCD cameras, small turbo or diffusion pumps, solar/flat panel displays, drones, inflight and military systems.