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Senseca AX 131-S15-TA Surface probe Calibrated to (DAkkS standards) -40 up to +400 °C Sensor type K
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Datasheet (PDF)
Highlights & Details
DAkkS AX 131-S15-TA type K surface probe with spring straps, fast, tall hand gril
- Sensor type K
- -40 up to +400 °C
Technical specifications
- Product type
Surface probe
- Sensor type
K
- Temperature reading range (min.)
-40 °C
- Temperature reading range (max.)
+400 °C
- Dim
(Ø) 6 mm
- Probe length
187 mm
DAkkS standards
- Weight
112 g
- Cable length
1 m
- Temperature reading range
-40 up to +400 °C
- Temperature accuracy
1.5 °C
- Reading category
Ohne Messkategorie
- (Ø)
6 mm
Documents & Downloads
Datasheet
Datasheet 3220229 Senseca AX 131-S15-TA Surface probe Calibrated to (DAkkS standards) -40 up to +400 °C Sensor type K
User & Safety Instructions
User & Safety Instructions 3220229 Senseca AX 131-S15-TA Surface probe Calibrated to (DAkkS standards) -40 up to +400 °C Sensor type K
Description
The AX 131 are precision thermoelement temperature sensors of the type K.
The insertion and immersion sensors are designed for use in gases, liquids and soft materials. The surface sensor variants are optimized for touching measurement on hard surfaces. The sensor tube is made of rust-free and temperature-resistant stainless steel, suitable for constant contact with food.
The cable comes with a standardized miniature flat plug or loose ends. The sensors are based on class 1 thermal materials, the highest precision class for thermocouples. Caution! In practice, however, surface probes have greater deviations than specified in this class due to the temperature gradient at the contact point.
This text is machine translated.
The insertion and immersion sensors are designed for use in gases, liquids and soft materials. The surface sensor variants are optimized for touching measurement on hard surfaces. The sensor tube is made of rust-free and temperature-resistant stainless steel, suitable for constant contact with food.
The cable comes with a standardized miniature flat plug or loose ends. The sensors are based on class 1 thermal materials, the highest precision class for thermocouples. Caution! In practice, however, surface probes have greater deviations than specified in this class due to the temperature gradient at the contact point.
This text is machine translated.