Refrigerated circulation thermostat VersaCool 7
Order number: CAY7.1
Part number: AC100009625
£ 12544.06*
*Prices without VAT and shipping costs£ 15052.87*
*incl. VAT, plus shipping costsPrice Breakdown
The Refrigerated Circulation Thermostat Versacool 7 is a compact solution for precise temperature control in laboratory settings. Its robust design ensures reliable operation even at extreme temperatures. By regulating circulation, it maintains consistent results across various experiments.
Core Characteristics of the Refrigerated Circulation Thermostat Versacool 7
- With a cooling capacity of 425 W at 20 °C, it efficiently handles demanding thermal management tasks.
- The thermostat's heating output of 2000 W provides rapid warming capabilities for rapid experimentation.
- The 173 x 297 mm bath opening allows for easy insertion and removal of test tubes and equipment.
- The 150 mm inner depth offers ample space for complex setup arrangements.
- A maximum pump pressure of 1200 mbar ensures optimal circulation performance.
Why This Format Works Well
This thermostat's refrigeration mechanism relies on its compact size and efficient energy consumption to minimize environmental impact. The compact form factor also makes it an ideal addition to crowded laboratory workstations.
Convenient Quantity for Regular Use
Refrigerated Circulation Thermostat Versacool 7 is offered as a 7 l unit within the Refrigerative circulating thermostats range.
| Name | Value | |
|---|---|---|
| Type | : | VersaCool 7 |
| Weight | : | 36 kg |
| Max. flow | : | 14.6 l/min |
| Bath volume | : | 7 l |
| Inner depth | : | 150 mm |
| Outer depth | : | 585 mm |
| Outer width | : | 258 mm |
| Bath opening | : | 173 x 297 mm |
| Outer height | : | 474 mm |
| Safety class | : | III (FL) |
| Heating output | : | 2000 W |
| Cooling capacity | : | 20 °C: 425 W 0 °C: 200 W -10 °C: 100 W -20 °C: 50 W |
| Mains connection | : | 200-240 / 100-120 V, 50/60 Hz |
| Max. pump pressure | : | 1200 mbar |
| Operating temperature | : | -20 to +150 °C |
| Temperature constancy | : | ±0,02 K |
