MECCANIXITY K Type Thermocouple Probe 5mm Probe 932°F(500°C) 10ft with 2pcs K Type Male Connector for Measuring
MECCANIXITY K Type Thermocouple Probe 5mm Probe 932°F(500°C) 10ft with 2pcs K Type Male Connector for Measuring
What is this? Thermocouple probe is suitable for K-type temperature measuring instrument to measure high temperature or low temperature. It is an important temperature measuring accessory in temperature measuring instrument What will I get? The thermocouple probe, is in size of: 5mm x 200mm / 0.2" x 8"(D x L) probe head size, 500C temperature measurement range; K Type Connector: 37 x 17 x 8mm/ 1.5" x 0.67" x 0.3" (LWT) size, 5mm/ 0.2" pin spacing In the package of: 1 x Thermocouple Probe, 2 x K Type Connector Is there any advantages of the product? Fast and accurate temperature measuring; Widely measurement range, thermocouples can measure from - 50C to 500C; Simple installation and convenient use How to use it? Steps of installation:1. Prepare thermocouples with appropriate specifications; 2. Install on the temperature measuring instrument What should I notice? Please pay attention to the temperature measurement range of thermocouple, and do not exceed this range during measurement
Product Features
- Thermocouple probe is suitable for K-type temperature measuring instrument to measure high temperature or low temperature. It is an important temperature measuring accessory in temperature measuring instrument
- The thermocouple probe, is in size of: 5mm x 200mm / 0.2" x 8"(D x L) probe head size, 500C temperature measurement range; K Type Connector: 37 x 17 x 8mm/ 1.5" x 0.67" x 0.3" (L*W*T) size, 5mm/ 0.2" pin spacing
- Fast and accurate temperature measuring; Widely measurement range, thermocouples can measure from - 50C to 500C; Simple installation and convenient use
- Steps of installation:1. Prepare thermocouples with appropriate specifications; 2. Install on the temperature measuring instrument
- Please pay attention to the temperature measurement range of thermocouple, and do not exceed this range during measurement