The IKA-Werke Electronic Overhead Stirrer EUROSTAR 100 controlP4 is a powerful laboratory stirrer designed for highly viscous applications and intensive mixing up to 100 L (H2O). Microprocessor-controlled technology ensures automatic speed adjustment and constant stirring performance, even with changing sample viscosities. Integrated safety circuits protect against overload or anti-stall conditions, providing reliable and safe operation.
Product Features
- Digital speed display for precise control
- Infinitely adjustable speed
- Push-through agitator shafts for easy operation
- Overload protection with short-term overload operation
- Slim casing and quiet operation
- Error code display for quick troubleshooting
- Multilingual TFT display
- Detachable remote control
- Programmable functions including interval and reverse operation
- Integrated temperature measurement and connection for external temperature sensor
- Timer function and adjustable safety circuit
- Locked function for secure operation
Scope of Supply
- Overhead stirrer EUROSTAR 100 controlP4
- Temperature sensor H 67.60
- WiCo holder WH 11
Specifications
- Stirring quantity max. (H2O): 100 L
- Max. viscosity: 70000 mPas // 100000 mPas
- Motor rating input/output: 174 / 142 W
- Speed range: 0/30 ... 1300 rpm // 0/10 ... 300 rpm
- Max. torque at stirring shaft: 100 Ncm // 320 Ncm
- Display: TFT
- Chuck range: 0.5 ... 10 mm
- Protection class DIN EN 60529: IP 40
- Power supply: 230 V, 50/60 Hz
- Temperature sensor: PT1000
- Temperature measuring range: -10 ... +350 °C
Benefits
- Reliable performance for highly viscous and intensive mixing applications
- Maintains constant stirring speed despite changes in sample viscosity
- Comprehensive safety features protect equipment and samples
- Intuitive TFT display and programmable functions enhance usability
- Robust construction ensures long-term reliability in laboratory environments
Why Choose IKA-Werke Electronic Overhead Stirrer EUROSTAR 100 controlP4?
This electronic overhead stirrer provides precise, safe, and programmable mixing for laboratory applications requiring consistent performance with highly viscous samples.
