ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, with Plug

The ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A is designed for high-precision temperature measurements in demanding environments. With a robust V2A stainless steel tube and Pt100 sensor, this probe operates accurately up to 250°C. Its 6x400mm size and plug connection make it easy to install in laboratory or industrial setups where reliable temperature sensing is essential.

Key Features:

• Brand: ISOHEAT
• Model: KM-TPG Pt100
• Material: Glass tube with V2A stainless steel
• Temperature Range: Up to 250°C
• Dimensions: 6x400mm
• Connection: With plug
• Application: Suitable for laboratory and industrial temperature measurement

The ISOHEAT Temperature Sensor provides accurate, durable, and dependable performance for temperature monitoring in various applications.

Frequently Asked Questions:

What is the ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, with Plug used for?
The ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, with Plug is a laboratory thermometer or temperature sensor used for laboratory and industrial temperature measurement. Its documented configuration includes temperature range: Up to 250°C, and dimensions: 6x400mm. It is identified by manufacturer part number 62002150, LabFriend SKU 9.642 674. It should not be used outside the stated temperature range of Up to 250°C.

Is the ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, with Plug suitable for laboratory and industrial temperature measurement?
Yes. The ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, with Plug is suitable for laboratory and industrial temperature measurement. Its suitability is determined by temperature range: Up to 250°C, dimensions: 6x400mm, and material: Glass tube with V2A stainless steel. It should not be used outside the stated temperature range of Up to 250°C. Before selection, confirm that the sample, process, vessel or instrument conditions match the published ISOHEAT specification.

What are the most important specifications of the ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, with Plug?
The most important specifications of the ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, with Plug include temperature range: Up to 250°C, dimensions: 6x400mm, material: Glass tube with V2A stainless steel, and connection: With plug. The listed item is manufacturer part number 62002150, LabFriend SKU 9.642 674. It should not be used outside the stated temperature range of Up to 250°C. Specifications not stated in the product description should be confirmed before purchase rather than assumed from a related model.

Which probes, readouts and sample conditions are compatible with the ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, with Plug?
The ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, with Plug has documented compatibility or supply details including connection: With plug. Confirm probe length and diameter, connector or readout compatibility, immersion depth and temperature range. Do not assume that an accessory, fitting, consumable or instrument is compatible unless its dimensions, interface and material requirements match the ISOHEAT specification.

What is the difference between the ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, with Plug and the ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, without Plug?
The ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, with Plug differs from the ISOHEAT Temperature Sensor KM-TPG Pt100 in Glass Tube V2A, up to 250°C, 6x400mm, without Plug in the documented material (Glass tube with V2A stainless steel versus Glass tube V2A (stainless steel)). Both are ISOHEAT products in the same general thermometer family, but their capacities, ranges or configurations should not be treated as interchangeable. Select the model whose published limits match the application and confirm accessory or connection differences before ordering.