Cooling circulation thermostat RE series Model: RE 415 G
Order number: LX93.1
Part number: AC100011422
£ 4788.00*
*Prices without VAT and shipping costs£ 5745.60*
*incl. VAT, plus shipping costsPrice Breakdown
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Optimized for controlled laboratory processes, the Refrigerative circulating thermostat Re Series Model: Re 415 G is designed specifically for refrigerative applications in laboratories. With a maximum flow rate of 22 liters per minute and a cooling capacity of 180 watts at 20 degrees Celsius, it efficiently manages the temperature of small volumes within its 4 liter bath. Its outer dimensions measure 350mm x 180mm x 546mm, making it suitable for space-restricted environments. The safety class III (FL) designation indicates that this device can handle flammable liquids safely. The thermostat comes equipped with a TFT color display offering a resolution of 0.01 degrees Celsius, providing precise temperature readings. Additionally, it features a ramp function, timer, graphical display of temperature characteristics, and a delivery that includes
- Category: Refrigerative circulating thermostats
- Bath opening: 130 x 105 mm
- Bath volume: 4 l
- Display resolution: 0,01 °C
- Setting resolution: 0.01 °C
- Cooling capacity: 20 °C: 180 W
- Inner depth: 160 mm
- Operating temperature: -15 to +200 °C
- Heating output: 2600 W
- Outer width: 180 mm
- Safety class: III (FL)
- Temperature constancy: ±0,02 K
- Type: RE 415 G
- Max. pump pressure: 550 mbar
- Max. flow: 22 l/min
- Outer depth: 350 mm
- Outer height: 546 mm
| Name | Value | |
|---|---|---|
| Type | : | RE 415 G |
| Max. flow | : | 22 l/min |
| Bath volume | : | 4 l |
| Inner depth | : | 160 mm |
| Outer depth | : | 350 mm |
| Outer width | : | 180 mm |
| Bath opening | : | 130 x 105 mm |
| Outer height | : | 546 mm |
| Safety class | : | III (FL) |
| Heating output | : | 2600 W |
| Cooling capacity | : | 20 °C: 180 W |
| Display resolution | : | 0,01 °C |
| Max. pump pressure | : | 550 mbar |
| Setting resolution | : | 0.01 °C |
| Operating temperature | : | -15 to +200 °C |
| Temperature constancy | : | ±0,02 K |
