High Temperature B Type Thermocouple with Ceramic Protecting Tube

• Certification: RoHS, CE
• Type: Temperature Measurement
• Material: Fe-Cr-Al Wire
• Form: Heating Wire
• Shape: Straight
• Temperature Measurement: Food
• Industry: Grill
• Transport Package: Carton
• Specification: wire diameter: 0.2-0.5mm
• Trademark: Superbheater
• Origin: China
• Production Capacity: 50000piece

Product Description

Armoured thermocouples are usually used as temperature measurement sensors with temperature transmitters, regulators and display instruments.
The meter is used to form a process control system to directly measure or control the temperature of fluid, steam and gaseous media and solid surfaces in the range of 0-1300°C during various production processes.
Armored thermocouples have many advantages such as flexibility, high pressure resistance, fast thermal response time and durability. They are the same as industrial assembled thermocouples. They are used as temperature sensors and are usually matched with display instruments, recording instruments and electronic regulators. use.
 

Product Name:	Armored Thermocouple
Model:	WRNK-131/231/331
Index number:	K (default)/E/J/T/N/PT 100
Measuring range:	0-800.°C (long-term) can be made (0-1100°C, 2520 material)0-1300°C, 3039 material
Probe material:	304 stainless steel (regular) / can be customized corrosion resistant 316 material or high temperature resistant 2520 material and 3039 material
Probe diameter:	1.5mm /2mm / 3mm/ 4mm/5mm/6mm/8mm/10mm
Probe length:	50mm- 100000mm arbitrarily choose
Protective tube material:	polished rod without fixing device (regular) can be customized welding fixed thread, movable ferrule Thread, movable flange, sanitary blind plate, flange, etc
Measuring range:	The larger the diameter of the probe, the higher the temperature resistance, the smaller the diameter of the probe, the more sensitive the response.Buyers are requested to provide the actual working temperature range as much as possible so that we can adapt to it Suitable diameter and material.