SKF K Flat Head RTD Temperature Probe Temperature Probe, 400 mm Length

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£298.43

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£358.12

(inc. VAT)

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RS Stock No.:
308-829
Mfr. Part No.:
TWIM 15-3
Brand:
SKF
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Brand

SKF

Product Type

Temperature Probe

Sensor Type

K

Probe Type

RTD Temperature Probe

Probe Tip Type

Flat Head

Probe Length

400mm

Temperature Scale

K (Kelvin)

Cable Length

400mm

Standards/Approvals

No

RoHS Status: Exempt

COO (Country of Origin):
NL

SKF Temperature Probe, 400mm Cable Length, 400mm Probe Length - TWIM 15-3


This temperature probe provides precise temperature measurement for industrial control and monitoring systems. It is an RTD-style sensor designed to measure temperature on the Kelvin scale and is intended for integration where an RTD input is required. The probe incorporates a flat-ended sensing tip and comes with a pre-attached cable for direct connection to measurement or automation hardware.

Features & Benefits


• RTD sensor configured as K-type for K temperature scale readings
• Flat head probe tip for surface-contact measurement ease
• 400mm probe length enables access to recessed areas
• 400mm cable allows flexible routing to instrumentation

**Applications**


• Suitable for temperature monitoring in process automation panels
• Ideal for thermal measurement on machinery surfaces in maintenance tasks
• Used with electronic test benches requiring RTD inputs on K scale
• Can be used for temperature feedback in control systems for equipment

What sensor type does it use and how does that affect electrical interfacing?


It employs an RTD sensing element, which typically requires an RTD-compatible input circuit or transmitter to convert resistance changes into temperature readings.

How does the flat-ended tip influence measurement technique?


The flat head provides a consistent contact surface against components, improving thermal coupling for surface measurement compared with pointed tips.

Can it be used where Kelvin-scale reporting is required?


Yes

the sensor is specified to report temperatures on the K (Kelvin) scale and must be interpreted or converted accordingly by the receiving instrumentation.

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