Saturday, May 19, 2012

SCILOGEX OS20-S LED Digital Overhead Stirrer


  • 20L Capacity
  • High torque
  • 0-2200rpm
  • LED display

OS20-S LED Digital Overhead Stirrer Features:

 

  • Analog speed control is displayed on the LED display
  • High torque for viscous medium stirring
  • Over torque protection automatically stops the motor
  • Large chuck diameter for many shaft types
  • 2 YEAR WARRANTY



OS20-S LED Digital Overhead Stirrer Specifications:

Maximum stirring capacity : 20 Liters
Maximum torque : 40Ncm
Viscosity maximum : 10000mPas
Speed range : 0-2200rpm
Speed display accuracy : ± 3rpm
Speed display resolution : ± 1rpm
Chuck diameter range : 0.5-13mm
Dimensions : 3.3W x 8.7H x 7.3Dinches
Motor rating input : 60W
Motor rating output : 50W
Weight : 5.5lbs
Voltage : 110Volts 60Hz, 70W



OS40-Pro LCD Digital Overhead Stirrer Specifications

Maximum stirring capacity : 40 Liters
Maximum torque : 60Ncm
Viscosity maximum : 50000mPas
Speed range : 50-2200rpm
Speed display accuracy : ± 3rpm
Speed display resolution : ± 1rpm
Chuck diameter range : 0.5-13mm
Dimensions : 3.3W x 8.7H x 7.3Dinches
Motor rating input : 120W
Motor rating output : 100W
Weight : 5.5lbs
Voltage : 110Volts 60Hz, 130W



OS20-S LED Digital Overhead Stirrer Accessories:

 

Catalog No.   Description  
18900131 : Plate stand with support rod and clamp 18900131-Plate-stand.jpg
18900071 : Cross stirrer, 316L stainless steel
18900072 : Straight stirrer, 316L stainless steel
18900073 : Paddle stirrer, 316L stainless steel
18900074 : Centrifugal stirrer, 316L stainless steel
18900075 : Cross stirrer, PTFE coated 18900075-Cross-Stirrer-PTFE-Coated.jpg
18900076 : Straight stirrer, PTFE coated 18900076-Straight-Stirrer-PTFE-Coated.jpg
18900077 : Paddle stirrer, PTFE coated 18900077-Paddle-Stirrer-PTFE-Coated.jpg
18900078 : Centrifrugal stirrer, PTFE coated 18900078-Centrifugal-Stirrer-PTFE-Coated.jpg



Click PDF to Download: OS20-S LED Digital Overhead Stirrer Brochure

From the Blog

There can be few laboratory processes as apparently simple and yet as essential as the stirring of a solution. The vast majority of preparative and analytical procedures in chemical, biochemical and biological laboratories rely on effective mixing in solution at some stage in the process.

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