Thread Type Temperature Probe Ntc Thermsitor PVC Wire 500mm Length

• Installation Type: Inserting
• Sensing Type: Resistive
• Contact: Contact
• Output Signal Type: Analog Type
• Production Process: Ceramics
• Material: Ceramics
• Model NO.: MFP
• Measuring Medium: Temperature
• IP Rating: IP64
• Certification: RoHS
• Customized: Customized
• Company Name: Jp
• Resistance Value: Custom
• Beta Value: Custom
• Application: Tempertaure Monitoring
• Transport Package: Carton Packing
• Specification: PVC insulated wire, PTFE insulated wire, XLPE in
• Trademark: Jingpu Brand
• Origin: Hefei, Anhui, China
• HS Code: 90251910
• Production Capacity: 50000PCS/M

Product Description

Thread type temperature probe NTC thermsitor PVC wire 500mm length

Brief Instruction (Product Description): 
It is consist of the insulated wire (PTFE wire,PVC wire,XLPE insulated wire), NTC chip and epoxy resin, copper nikel M6 thread probe. The optional resistance value range 0.3kΩ to 2000kΩ, and beta value range 2500K to 4500K. The item is thread type temperature probe NTC thermistor PVC wire 500mm length.  

Features:
Comply for RoHS standard
PTFE insulated lead wires series Operating temperature range: -40ºC~125ºC
PVC insulated lead wires series Operating temperature range: -20ºC~105ºC
Easy to install and manipula as the sealing can be done according to environment

Application:
Household appliances,commercial unit ,automotive etc.

Structure and Dimensions:(unit:mm)

Electrical specification:

Remarks: thread type temperature probe NTC thermistors PVC wire 500mm length are usually built as metal oxides ceramic sinters. Producers carefully select thermistor composition in order to obtain certain parameters. The most common form of thermitor is a small pearl, few millimeters in diameter, with two connecting wires.
Advantages of NTC thermistors temperature sensors: low price, small dimensions, high sensitivity, wide range of R25 Resistance.
Disadvantage of NTC thermistor temperature sensors: strong non-linearity of sensor's characteristic poor repeatability of individual thermistors, and in consequency, poor accuracy of absolute temperature measurement.