SciLogex SCI100-Pro (Coiled Condenser) Rotary Evaporator

Condition: New Brand new item from stock or on order from manufacturer
2 YEAR MANUFACTURER'S WARRANTY
Stock #:
N1377
Status:
Available In Stock (request a quote)
Dimensions (approx.):
18.3"W x 18"D x 23"H (outside)
Electrical:
SPECIFY 110 or 230 Volts, 50/60 Hz, 1400W
Product Description The Scilogex SCI100-Pro Rotary Evaporator features a large easy to read large digital LCD screen displaying the temperature, rotation speed and timer. The display can be removed for remote control purposes. This system holds a number of patents including a unique condenser with a cooling surface of 1,500 cm2 providing excellent cooling. System features a large 5L water/oil heating bath and has a temperature range from ambient to 180°C.

Features:
- Easy to read large digital LCD display shows temperature, rotation speed and timer
- Large 5L heating bath with a temperature range of ambient to 180°C
- Patented condenser (cooling surface 1,500 cm2) provides excellent cooling
- Motorized lift with safety automatic release of the evaporating flask to the top position in case of power failure
- Speed range from 20 to 280 rpm
- Timer function for precise control processing
- Chemical-resistant PTFE seals and patented pressure springs provide excellent sealing
- PC control and documentation of all parameters via USB
- Precise temperature control and adjustable safety circuit
- Quick release connectors for easy flask removal

Specifications:
Speed range: 20 - 280rpm
Temperature range: Ambient - 180°C
Heat control accuracy: ± 1°C
Heat output: 1300W
Lift stroke: 150mm
Timer range: 1 - 99 mins
Reversable motor: Yes
Power: 1400W
Motor type: DC brushless

NORMALLY SHIPS WITH 1L COLLECTING & RECEIVING FLASKS BUT WHEN ORDERING, PLEASE SPECIFY DESIRED FLASK VOLUME UP TO 2L.
The following link provides additional information from the instruction manual or original manufacturer's brochure. Right-click to open the PDF in a new window or download it:
http://www.labequip.com/stock/pictures/n1377.pdf