Beli k thermocouple di monotaro.id

Thermocouple(K) Thermometer 1 Channel

We offer an extensive lineup.

This immersion temperature probe includes a K Thermocouple measuring element.

These handheld thermocouple probes measure the temperatures of soft and semi-frozen materials. Also known as insertion probes, they’re built with short or long straight sensors with a sharp or reduced-diameter tip. The pointed tip is used to penetrate and measure the internal temperature of materials. They are commonly used to measure the temperature of molten plastics and rubbers and for recording temperatures in food production, storage, and transportation applications.

Tenmars TP-01 is a quality temperature probe from Tenmars with the function of supporting temperature detection for hygrometers or self-recording thermometers. TP-01 supports high temperature measurement up to 700 degrees Celsius. It can withstand extremely cold temperatures up to -50 degrees Celsius. The device is used to externally for some models of temperature meters such as Tenmars TM- 305U , or self-recording thermometers TM-306U , TM-702U

Data-logging thermocouple meters measure contact temperatures on motors, insulation, breakers, pipes, connections, liquids, and wires with J-, K-, and T-type sensors. They have different probes to measure surface and ambient temperatures; they can also be used for immersion and penetration applications. They can be used with compatible devices such as PCs or smartphones.

Mineral-insulated thermocouples are made of a flexible, thin-walled sheath cable in which the thermowires are embedded in compressed fire-resistant magnesium oxide. The good thermal transfer between the sheath and the thermocouple enables short response times (t0.5 as of 0.15 s) and excellent measuring accuracy. The vibration-resistant construction guarantees a long operating life. The smallest bending radius is 5 times the outer diameter. With a diameter of 0.5 to 2.0 mm, the minimum insertion length (EL) is ≥ 50 mm, with a diameter of 3.0 to 6.0 mm the EL is ≥ 100 mm. As of an insertion length of approximately 1000 mm the elements are delivered in a rolled state. The thermocouples are designed to be insulated from the sheath by default. Double versions with two thermocouples are also possible. Test pressure: test for leaks at the measuring point at 40 bar (helium). Insulation resistance: between thermocouple and sheath at room temperature and lengths < 1 m 200 megohms, with lengths of ≥ 1 m 200 megohms x m.For temperatures from -200 to +1200°CFlexible sheath cable with vibration-resistant measuring insertProtection tube diameter as of 0.5 mmQuick response timeApplication-specific insertion length

- The Amprobe Thermometer is the professional choice for HVAC technicians, electricians, research, industrial process, and quality control, these thermometers offer dual inputs for easy super-heat and sub cool temperature measurements.- To monitor and track temperatures, the multi-logging thermometers feature real-time clocks with calendar, user-selectable recording intervals, and easy data recall using up and down keys.

These handheld thermocouple probes measure the temperatures of soft and semi-frozen materials. Also known as insertion probes, they’re built with short or long straight sensors with a sharp or reduced-diameter tip. The pointed tip is used to penetrate and measure the internal temperature of materials. They are commonly used to measure the temperature of molten plastics and rubbers and for recording temperatures in food production, storage, and transportation applications.

These handheld thermocouple probes measure and monitor the surface temperatures of stationary, moving, or rotating surfaces. These probes have handles and are built with different faces to measure particular types of surfaces. Sensors with a flat and circular face measure flat surfaces; sensors with a spring-loaded face measure uneven surfaces; and sensors with rollers measure the temperatures of moving and rotating surfaces. Select probes have straight sensor probes or a 90° bend toward the tip.