IKA Eurostar 60 Control

  • Summary
  • Specification

The IKA Eurostar 60 Control overhead stirrer:  A powerful, digital laboratory stirrer for tasks up to the – high viscosity – range.

Universal laboratory stirrer designed with a removable wireless controller and a digital TFT display. It automatically adjusts the speed through microprocessor controlled technology within the speed range of 0/30 – 2000 rpm.

The stirrer comes equipped with a RS 232 and a USB interface to control and document all parameters. An integrated torque trend display is provided for the measurement of viscosity changes. Safety circuits installed ensures automatic cut-off in an anti-stall or overload conditions. Continuous comparison of shaft speed to desired speed is maintained and variations are adjusted automatically. This guarantees a constant speed even with changes in viscosities of the sample.

  • Multilingual TFT display
  • Programmable functions
  • Integrated temperature measurement
  • Interval operation
  • Timer function
  • Adjustable safety circuit
  • Locked function
  • Infinitely adjustable speed
  • Push-through agitator shafts
  • Overload protection
  • Short-term overload operation
  • Slim casing
  • Quiet operation
  • Error code display
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Description

The IKA Eurostar 60 Control overhead stirrer:  A powerful, digital laboratory stirrer for tasks up to the – high viscosity – range.

Universal laboratory stirrer designed with a removable wireless controller and a digital TFT display. It automatically adjusts the speed through microprocessor controlled technology within the speed range of 0/30 – 2000 rpm.

The stirrer comes equipped with a RS 232 and a USB interface to control and document all parameters. An integrated torque trend display is provided for the measurement of viscosity changes. Safety circuits installed ensures automatic cut-off in an anti-stall or overload conditions. Continuous comparison of shaft speed to desired speed is maintained and variations are adjusted automatically. This guarantees a constant speed even with changes in viscosities of the sample.