Orbital Shaker Order No 3020

Project Description

 

Specifications and features
  • Dependable, long-life Orbital Shaker with a large shaking tray for accomodating heavier loads.
  • User-friendly microprocessor technique
  • Excellently applicable for continuous operation.
  • Universally applicable through the large amplitude, low noise.
  • Digital shaking frequency readout and setting via LC-display, in steps of 1.0 rpm, gentle start-up.
  • Remaining time indication through LC display.
  • RS 232 serial interface for trouble-free data transfer.
  • Clearly laid out control panel for easy operation.
  • An a.c. motor with overload protection drives the unit.
  • Compact, low-wear counterbalanced drive mechanism.
  • Constant speed, independent of load.
  • Large shaking platform made of electrolytically galvanised, powder-coated sheet steel, equipped with four support rods with screw-type clamps for secure attachment of accessories.
  • Special rubber pad ensures a non-slip grip of objects on the shaking tray.
  • Housing made of high impact strength polystyrene.
  • Comprehensive range of accessories
  • The pictured accessories are not included in the unit’s standard scope of supply.
Applications
This powerful orbital shaker is preferably used for e. g. analytical or diagnostic applications in the pharmaceutical industry, chemistry, biology, in plant breeding or nutritional industry.
It is well-suited for use in laboratories, incubation and moderating rooms in ambient temperatures between +10 and +50 °C.
Technical details
Shaking motion
orbital
Control
digital
Shaking platform
676 x 540 mm
Load capacity
max. 30 kgs
Shaking frequency
20 – 250 rpm
(when the rack frame is used:
20 – 200 rpm)
Shaking amplitude
32 mm
Timer
1 minute – 99:59 hours
or continuous operation
Ambient temperature
+10 °C to +50 °C
Exterior dimensions
(W x D x H)
745 x 730 x 135 mm
Electrical connection
230 V * / 50 or 60 Hz ** / 90 W
Net / gross weight
34.0 / 40.0 kgs
Packing volume
0.35 m3

* other voltages on request
** please indicate when ordering!

Project Details