R52 Series Refrigerated Circulating Bath
The Grant R52 refrigerated bath and circulator range provides outstanding performance for routine and sophisticated applications requiring accurate temperature control in the range of -52 to 100°C.
The R52 is a powerful refrigeration unit, which offers a cost-effective and efficient solution for low temperature applications.
The Grant R52 is used with our TXF200 heating circulator, offering a number of features:
- Stability of up to ±0.1°C
- Up to 3 years warranty
- No spill valved front drain
- 12L tank for rapid cool-down
- Robust construction
- 1.1kW of cooling power
- Range of accessory hosing, connectors, software, additional pumps and temperature probes available
- Manufactured in the UK
Note: The refrigeration unit can be switched off independently of the heating circulator to allow heating only applications. All the refrigeration base units can be used up to a maximum temperature of 100°C.
- University research/teaching - temperature control of external equipment including spectrophotometers & refractometers. Circulation of temperature control fluid to jacketed vessels, cooling crystallisation vessels
- Industrial laboratories - temperature probe calibration, product testing, product QC, temperature control of external equipment.
|Dimensions (h x d x w)||610 x 590 x 414mm|
|Temperature range||-52 to 100ºC|
|Working Area (d x w)||260 x 115mm|
|Min/Max liquid level||125/180mm|
|Cooling power (typical) @20ºC||1100W|
|Cooling power (typical) @0ºC||1050W|
|Cooling power (typical) @-10ºC||800W|
|Cooling power (typical) @-20ºC||580W|
|Cooling power (typical) @-30ºC||370W|
|Cooling power (typical) @-40ºC||130W|
|Cooling power (typical) @-47ºC||25W|
|Electrical power (max) 120V||-|
|Electrical power (max) 230V||1400W (50Hz)|
Chillers – Heat Exchange Coil
Attach to a supply of cooling tap water or a refrigerated circulator
|CW5||Temperature range: 2ºC above the temperature of the coolant|
For monitoring and controlling temperature of remote loads
|TXPEP||Flexible plastic probe, 3m cable|
|TXSEP||Stainless steel probe, 3m cable|
Additional hose kits assembled with LT ecocool/ OptimaTM pump outlet plate and hose clips.
|HOSE100||General purpose hose kit, includes 2 x 2m general purpose insulated hosing -40 to 100˚C, assembled with LT ecocool/OptimaTM pump outlet plate and simple hose clips, no tools required|
|HOSE200||High temperature hose kit, includes 2 x 2m high temperature insulated hosing -50 to 200˚C, assembled with LT ecocool/OptimaTM pump outlet plate and simple hose clips, no tools required|
Optional PC software
|Labwise||Allows two-way communication for status display, programming and data capture|
|P-M6||Replacement plastic pump inlet/outlet connector. Fits tubing 9mm inner dia. Temperature range -50 to 200ºC|
|P-M11||Replacement plastic pump inlet/outlet connector. Fits tubing 15mm inner dia. Temperature range -50 to 200ºC|
|M-SR4||Metal pump inlet/outlet connector, dual seal super rapid 4mm. Fits semi rigid tubing 4mm outer dia. Temperature range -20 to 100ºC|
|M-SR6||Metal pump inlet/outlet connector, dual seal super rapid 6mm. Fits semi rigid tubing 6mm outer dia. Temperature range -20 to 100ºC|
|M-SR8||Metal pump inlet/outlet connector, dual seal super rapid 8mm. Fits semi rigid tubing 8mm outer dia. Temperature range -20 to 100ºC|
|M-HB7||Metal pump inlet/outlet connector, hose barb 7mm. Fits flexible tubing 7mm inner dia. Temperature range -40 to 120ºC|
|M-HB9||Metal pump inlet/outlet connector, hose barb 9mm. Fits flexible tubing 9mm inner dia. Temperature range -40 to 120ºC|
|M-HB12||Metal pump inlet/outlet connector, hose barb 12mm. Fits flexible tubing 12mm inner dia. Temperature range -40 to 120ºC|
|M-UC||Metal pump inlet/outlet plate, 1/4‘‘ BSP/G1/4 female. Temperature range -50 to 200ºC|
Vertical Turbine Pump
Low noise, compact design. Supplied with pipe connections and special lid for fitting to tanks, pipe bore 12.7mm.
|VTP1-LT||Maximum pressure 1000 mbar, Maximum flow 9 L/min|
|VTP2-LT||Maximum pressure 1650 mbar, Maximum flow 12 L/min|
Required only where application demands a higher pressure than that delivered by the internal pump to maintain flow.