Laboratory heating coat with magnetic mixer + tripod 1600 rpm 450deg c

Manufacturer's code: 10030447
Laboratory heating coat brand Steinberg Systems She is a professional laboratory device. It will work perfectly in research requiring long-term mixing and maintaining high temperatures in chemical, biochemical, fuel, metallurgical industries and during scientific activities. It is also suitable for preparing liquids for e-cigarettes.
Heating and mixing allow simultaneously connect components, and raise the fluid temperature. They can be performed independently of each other. With magnetic waves, the mixer is adjusted in motion. The rotation speed is 1600 rpm. With the temperature sensor, the fluid temperature can be checked quickly. The sensor is mounted in a clamp placed on a tripod. The maximum temperature is 450deg c. Digital screen allows you to read and adjust the heating. The housing was made of steel, and the non-slip legs provide stability.
Product features:

• - Capacity - heating coat with dimensions of Ø135 x 80 mm with mixing function,
• - Performance - the speed of 1600 rpm allows effective and thoroughly mix high viscosity liquids,
• - Saving time - quick achievement of high temperatures (up to 450deg C),
• - Practicality - the stirrer is ideal for liquids for e-cigarettes,
• - Accessories - equipment has an additional tripod with a terminal for a temperature sensor,

Technical parameters:

• - Model - SBS-Lhm-1000 / dh
• - catalog number - 10030447
• - article - New
• - tension - 230 V
• - power - 330 in
• - housing material - Powder-painted steel
• - Basket material - Fiberglass
• - Dimensions of the basket - Ø13.5 x 8 cm
• - Mixed substance volume - 1000 cm3
• - Maximum speed - 1600 rpm
• - Temperature range - up to 450deg C
• - Power cord - 1.4 m
• - Dimensions (DXSXW) - 22 x 22 x 23 cm
• - weight - 5.5 kg
• - Dimensions of shipment (DXSXW) - 29 x 29 x 30 cm
• - shipping weight - 6 kg

Included:

• - heating coat
• - Tripod with terminal - 4 elements
• - Magnetic stirrer
• - Temperature sensor
• - EN statement