Learn More
Thermo Scientific™ SAHARA S7 Stainless-Steel Heated Bath Circulators
Perfect for internal or external circulation. Offered in a wide selection for efficient heating from ambient 13° to 300°C, with maximum bath volume of 8 liters.
Supplier: Thermo Scientific™ 1591075
Description
Perfect for internal or external circulation, Thermo Scientific™ SAHARA Series S7 stainless-steel baths are offered in a wide selection for efficient heating from ambient 13° to 300°C, with maximum bath volume of 8 liters. The SAHARA series of heated bath circulators are available with a wide variety of work area dimensions to meet your internal or external circulation requirements. A selection of eight different controllers will create the perfect fit for your application. Rugged and corrosion-resistant for high temperature applications up to 300°C.
Environmentally Friendly Design
- Save up to 80% on energy costs and thousands of kilowatt hours during the life of the system
- All units are RoHS-compliant (lead- and mercury-free) and use recycled packaging
Safe Operationn
- All units are UL/CSA compliant, assuring safe operation in the unlikely event of a fault condition
Easy to Usen
- All thermostats feature an intuitive user interface with bright display to view critical readings
- Thermostat can be turned and positioned on all four sides on the bath for easy viewing
- Each system comes with a quick-start guide for simple setup and operation
- Lead- and mercury-free
- 115/60 Hz units are UL listed or recognized
- IQ/OQ compliance is optional
Includes:
Communication cables, bridge with gasket and thumbscrews, fittings, clamps, pump plug for external circulation, 6ft. power cord
Recommended for:
- Viscometers
- Spectrophotometers
- Refractometers
- Metrology
Specifications
PC300 | |
CE/ROHS/WEEE | |
Ambient +13° to 300°C | |
16.7 in. | |
9.2 in. | |
18 in. | |
23.4 lb. | |
200/230 V 50/60 Hz | |
50/60 Hz |
8 L | |
24 L/min. | |
16.7 x 9.2 x 18 in. (42.8 x 23.5 x 45.6 cm) | |
42.8 cm | |
23.5 cm | |
45.6 cm | |
10.6 kg | |
200/230 V |