The H100 series heated recirculators offer outstanding performance and high reliability as well as quiet operation and ease-of-use. Powerful force/suction pump provides constant flow rates, while the 2nd generation PID controller gives you the ideal solution when you need precise temperature control.
Chillers
100°C 7L Capacity SST Compact Heated Recirculator 220V
- ETL tested to UL and CSA standards
- Powerful 2,500 watts heater
- All stainless steel finish
- Adjustable pumping speed up to 20 liters per minute
- 2nd generation 7″ TFT touch screen controller
- ANSI standard all stainless steel reservoir
- All steel construction for durability
- Small footprint saves valuable lab space
- Connection tubing included
- Recommended for 2L to 10L distillation systems
$1,490.00
CompareModel | H100-7sst |
Temperature range | Ambient to 100°C (No load) |
Electrical requirements | 220V 60Hz 1-Phase 2,600 watts |
Heating capacity | 2,500 watts |
Recirculating pump | Pumping speed: 20 liters per minute, adjustable Maximum head: 16 feet or 5 meters |
Reservoir | Dimensions: 9.5 x 12 x 7.5″ (WxDxH) Material: Type 304 stainless steel Capacity: 7 liters or 1.9 gallons Thermo fluid connection: 3/8″ hose barb x 2 Thermo fluid drain port: 3/8″ hose barb with on/off valve |
Temperature controller | Type: Digital microprocessor PID controlled Display: 7″ touch screen Display unit: Celsius °C Temperature step: 0.1°C Temperature accuracy: +/- 2°C Temperature range: Ambient to 100°C |
Working environment | -15°C/5°F to 25°C/77°F, at <66% humidity |
Built-in swivel casters | No |
Unit/shipping dimensions | 12 x 17 x 18″ / 17 x 20 x 22″ (WxDxH) |
Unit/shipping weight | 30 Lbs / 36 Lbs |
Standard package | H100-7 100°C 7L heated recirculator*1 pc 3/8″ tubing (10 ft)*1 pc 1/2″ NPT to 3/8″ hose barb drain port adapter*1 pc User’s manual*1 pc |
Safety | Short circuit and ground protection Over-current protection Over-temperature protection Upper/lower temperature alarm protection |
Warranty | One year |
Compliance | UL 61010-1 :2012 Ed.3+R:29Apr2016 CSA C22.2#61010-1 :2012 Ed.3 |