Product overview

The IKA Temperature Sensor PT 1000.60, Stainless Steel, For RCT Basic 9.720 240 is designed for accurate temperature measurement in compatible laboratory stirring and heating applications. Made from stainless steel, this sensor supports reliable temperature monitoring when used with the IKA RCT basic system.

Key Features:

Brand: IKA
Product Type: Temperature sensor
Model: PT 1000.60
Material: Stainless steel
Compatibility: For RCT basic 9.720 240
Application: Suitable for laboratory temperature monitoring with compatible IKA equipment

This IKA temperature sensor is suitable for laboratories requiring a stainless steel PT 1000.60 sensor for compatible RCT basic heating and stirring workflows.

Frequently Asked Questions

1. What is the IKA Temperature Sensor PT 1000.60, Stainless Steel, For RCT Basic used for?

It is designed for accurate temperature measurement in compatible laboratory stirring and heating applications. Made from stainless steel, this sensor supports reliable temperature monitoring when used with the IKA RCT basic system.

2. Is the IKA Temperature Sensor PT 1000.60, Stainless Steel, For RCT Basic suitable for laboratory temperature monitoring with compatible?

Yes. It is designed for laboratory temperature monitoring with compatible.

3. What material and compatibility does the IKA Temperature Sensor PT 1000.60, Stainless Steel, For RCT Basic have?

It has stainless steel and for RCT basic 9.720 240, and is supplied under manufacturer part number 3516800.

4. What is the IKA Temperature Sensor PT 1000.60, Stainless Steel, For RCT Basic made from and what features does it include?

It is made from stainless steel. It is compatible with for RCT basic 9.720 240.

5. How does the IKA Temperature Sensor PT 1000.60, Stainless Steel, For RCT Basic compare with the Ebro TPC 300H External Temperature Sensor for EBI 300 from Ebro?

For laboratory temperature monitoring with compatible, the IKA model is the better choice. The Ebro model offers an accuracy of ±0.5 °C (–20 °C to +40 °C), ±0.8 °C for the remaining range as an alternative, while the IKA model's specification suits laboratory temperature monitoring with compatible.