Recirculating Glycol Chillers from BV Thermal Systems are manufactured using the top quality components. Our recirculating Glycol chillers available in standard, benchtop, rackmount and low temperature configurations are accurate, dependable and provide economic and ecological solutions.
The environmentally friendly Recirculating Glycol Chillers are the ideal solution when you require accurate temperature control. Recirculating Water Chillers from BV Thermal Systems offer continuous cooling with temperature from +5° to +30°C. Featuring a low profile design with high quality locking casters, the cost effective Recirculating Glycol Chillers provide a small footprint with exceptional performance and unmatched reliability. In addition, the easy to use and whisper quiet operation makes the Recirculating Glycol Chillers from BV Thermal Systems the preferred choice for laboratories, universities, semiconductor equipment, lasers, research institutions, test facilities and medical institutions.
Recirculating Glycol Chillers Specifications
The BV Thermal Systems Standard Recirculating Glycol Chillers are designed for flexibility due to the wide variety of models, pumps, compressors and controllers. Each Recirculating Glycol Chiller features precise, accurate and continuous cooling with temperature from +5° to +30°C.
MODEL |
MC025 |
MC033 |
MC050 |
MC075 |
Cooling Capacity |
861 watts @ 20°C |
1119 watts @ 20°C |
1702 watts @ 20°C |
2681 watts @ 20°C |
Stability |
±0.1°C |
±0.1°C |
±0.1°C |
±0.1°C |
Temperature Range |
+5°c to +27°c |
+5°c to +27°c |
+5°c to +27°c |
+5°c to +27°c |
Pump |
2.2 GPM to 99 PSI |
2.2 GPM to 99 PSI |
2.2 GPM to 99 PSI |
2.2 GPM to 99 PSI |
Reservoir Volume |
1.3 gal |
1.3 gal |
1.3 gal |
1.3 gal |
Dimensions (w x d x h) in |
14.5 x 22 x 29 |
14.5 x 22 x 29 |
24.125 x 31.125 x 36 |
24.125 x 31.125 x 36 |
Power Requirements |
115V, 9A |
115V, 12A |
200-230V, 8A |
200-230V, 10A |
Weight (lbs) |
30 |
130 |
142 |
180 |
MODEL |
MC100 |
MC150 |
MC200 |
Cooling Capacity |
3575 watts @ 20°C |
5480 watts @ 20°C |
6916 watts @ 20°C |
Stability |
±0.1°C |
±0.1°C |
±0.1°C |
Temperature Range |
+5°c to +30°c |
+5°c to +30°c |
+5°c to +30°c |
Pump |
2.2 GPM to 99 PSI |
4.0 GPM to 99 PSI |
4.0 GPM to 99 PSI |
Reservoir Volume |
2 gal |
2 gal |
7 gal |
Dimensions (w x d x h) in |
36 x 27 x 29.75 |
36 x 27 x 29.75 |
38 x 32 x 39 |
Power Requirements |
200-230V, 12A |
200-230V, 20A |
200-230V, 17A |
Weight (lbs) |
258 |
270 |
404 |
MODEL |
MC300 |
MC400 |
MC500 |
MC600 |
Cooling Capacity |
10,492 watts @ 20°C |
13,247 watts @ 20°C |
17,614 watts @ 20°C |
20,955 watts @ 20°C |
Stability |
±0.1°C |
±0.1°C |
±0.1°C |
±0.1°C |
Temperature Range |
+5°c to +30°c |
+5°c to +30°c |
+5°c to +30°c |
+5°c to +30°c |
Pump |
4.0 GPM to 99 PSI |
10 GPM to 40 PSI |
10 GPM to 40 PSI |
10 GPM to 40 PSI |
Reservoir Volume |
7 gal |
7 gal |
7 gal |
7 gal |
Dimensions (w x d x h) in |
38.5 x 32 x 39 |
48.5 x 33 x 48 |
48.5 x 33 x 48 |
65 x 45 x 42.25 |
Power Requirements |
200-230V, 20A |
200-230V-3, 16A |
200-230V-3, 20A |
200-230V-3, 22A |
Weight (lbs) |
442 |
484 |
531 |
720 |
MODEL |
MC800 |
MC1000 |
MC1500 |
Cooling Capacity |
25,644 watts @ 20°C |
33,704 watts @ 20°C |
59,700 watts @ 20°C |
Stability |
±0.1°C |
±0.1°C |
±0.1°C |
Temperature Range |
+5°c to +30°c |
+5°c to +30°c |
+5°c to +30°c |
Pump |
10 GPM to 40 PSI |
10 GPM to 40 PSI |
20 GPM to 40 PSI |
Reservoir Volume |
7 gal |
7 gal |
7 gal |
Dimensions (w x d x h) in |
65 x 45 x 42.25 |
65 x 45 x 42.25 |
65 x 45 x 42.25 |
Power Requirements |
200-230V-3, 26A |
460V-3, 20A |
460V-3, 28A |
Weight (lbs) |
825 |
955 |
1100 |
Features Recirculating Glycol Chillers
The simple definition of Glycol: two hydroxy (OH) groups and carbon atoms of varying sizes and structures. In more relatable terms, Glycol is a water-miscible coolant that is often used in heat transfer and cooling applications. Glycol provides better heat transfer parameters than water, and can be mixed with water to provide a variety of heat transfer characteristics. Glycol comes in two varieties: ethylene glycol (EG) and propylene glycol (PG). Though both materials are bad for living things, propylene glycol is most often used near food and ethylene glycol is most often used in industrial applications.