2mag Magnetic Stirring System MIXdrive 15 HT (+200°C), External Control (Control Unit Ordered Separately)

The 2mag Magnetic Stirring System MIXdrive 15 HT (+200°C), External Control, is designed for reliable and precise stirring in laboratory applications that require operation at elevated temperatures. Suitable for demanding environments, this system can be used at permissible ambient temperatures in air from -10 to 200 °C, and in water up to 95 °C. When paired with a compatible external control unit, the MIXdrive 15 HT allows flexible integration into a range of laboratory processes where dependable stirring performance and high-temperature resistance are required.

Key Features:

• Brand: 2mag
• System Type: Magnetic stirring system with external control
• Temperature Range: Permissible ambient temperature in air from -10 to 200 °C, in water up to 95 °C
• Application: Suitable for laboratory processes requiring reliable stirring performance at elevated temperatures
• Operating Flexibility: Designed for use with a compatible external control unit

Note: Control unit must be ordered separately.

The 2mag Magnetic Stirring System MIXdrive 15 HT (+200°C), External Control, is a practical choice for laboratories seeking dependable stirring performance in temperature-demanding applications. Its flexible configuration and broad operating tolerance make it suitable for research, analytical, and process environments where stable stirring and elevated temperature capability are important.

Frequently Asked Questions

1. What is the 2mag Magnetic Stirring System MIXdrive 15 HT (+200°C), External Control (Control Unit Ordered Separately) used for?

It is designed for reliable and precise stirring in laboratory applications that require operation at elevated temperatures. Suitable for demanding environments, this system can be used at permissible ambient temperatures in air from -10 to 200 °C, and in water up to 95 °C. When paired with a compatible external control unit, the MIXdrive 15 HT allows flexible integration into a range of laboratory processes where dependable stirring performance and high-temperature resistance are required.

2. Is the 2mag Magnetic Stirring System MIXdrive 15 HT (+200°C), External Control (Control Unit Ordered Separately) suitable for laboratory processes requiring reliable stirring performance at elevated temperatures?

Yes. It is designed for laboratory processes requiring reliable stirring performance at elevated temperatures, and offers magnetic stirring system with external control and permissible ambient temperature in air from -10 to 200 °C, in water up to 95 °C to support this kind of work.

3. What system type and temperature range does the 2mag Magnetic Stirring System MIXdrive 15 HT (+200°C), External Control (Control Unit Ordered Separately) have?

It has magnetic stirring system with external control, permissible ambient temperature in air from -10 to 200 °C, in water up to 95 °C and designed for use with a compatible external control unit, and is supplied under manufacturer part number 40215.

4. What applications is the 2mag Magnetic Stirring System MIXdrive 15 HT (+200°C), External Control (Control Unit Ordered Separately) suited to?

It is suited to laboratory processes requiring reliable stirring performance at elevated temperatures.

5. How does the 2mag Magnetic Stirring System MIXdrive 15 HT (+200°C), External Control (Control Unit Ordered Separately) compare with the BRAND Magnetic Stirring Bar 108x27mm PTFE Cylindrical from BRAND?

For laboratory processes requiring reliable stirring performance at elevated temperatures, the 2mag model is the better choice, offering magnetic stirring system with external control, permissible ambient temperature in air from -10 to 200 °C, in water up to 95 °C and designed for use with a compatible external control unit. The BRAND model offers dimensions of 108x27mm as an alternative, while the 2mag model's magnetic stirring system with external control and permissible ambient temperature in air from -10 to 200 °C, in water up to 95 °C help make it a strong fit for laboratory processes requiring reliable stirring performance at elevated temperatures.