Focus on the R&D and manufacturing of temperature sensors in emerging industries such as aviation and new energy vehicles
National hotline
136-5182-6898
National hotline:
136-5182-6898
Home > News > FAQ >
Spreaded belt nasal temperature sensor is applied to engine detection
2021-06-21
刺入式带象鼻温度传感器应用于发动机检测 上海维连电子Spreaded belt nasal temperature sensor is applied to engine detection
 
The T -series cylinder head temperature sensor is installed under a spark plug or cylinder head bolt to monitor the performance and ultra -temperature state. Flexible valve stem design allows installation in high -temperature areas with limited gaps. Features include the K-type hot electric puppet, the temperature measurement range is -40 ° C to 1000 ° C, bolts/spark plugs that can be used for 10, 12, 14, or 18 mm outer diameters, and customized flexible valve stem lengths.

Features
• K -type thermocouple
• Inner diameter 10 mm, 12 mm, 14 mm and 18 mm
•-40 ° C to 1000 °
• Flexible valve stems, 152 mm

T series piercing the nasal nasal temperature sensor specification:
• K -type thermocouple
• Special error limit (/-0.4% read)
• 40 ° C to 1000 °
• Flexible valve stem length is 152 mm
• Pre -pad ring at 67 bending ° angle
• Stainless steel weaving with FEP insulating wire cable , 2 meters
• Response time constant (500 milliseconds)
• copper ring terminal

Application:
• Car Movement
• Maritime
• Air
• Generator
• R & D
• Alternative energy
• Military

Sensor cables are woven from stainless steel to prevent wear. The signal line uses fluoride ethylene insulation. The design is used to provide high -performance, high -temperature measurement, and is reliable and consistent under the most extreme operating conditions.
The preferred high -temperature sensor of the engine, R & D test laboratory and enthusiasts. Sensors can be used for many different applications.
Our probe is made of the highest quality material and is designed to bear the extreme environment.
Copyright © WeiLianFengRan Sensor Technology Co., LTD copyright Record No.:ZheICPB No. 2022024857-1