Epoxy Bead Type Thermistor for Compact & High Precision Temperature Measureme

Product Details
Customization: Available
Installation Type: Duct Type
Sensing Type: Resistive
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  • Epoxy Bead Type Thermistor for Compact & High Precision Temperature Measureme
  • Epoxy Bead Type Thermistor for Compact & High Precision Temperature Measureme
  • Epoxy Bead Type Thermistor for Compact & High Precision Temperature Measureme
  • Epoxy Bead Type Thermistor for Compact & High Precision Temperature Measureme
  • Epoxy Bead Type Thermistor for Compact & High Precision Temperature Measureme
  • Epoxy Bead Type Thermistor for Compact & High Precision Temperature Measureme
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Basic Info.

Model NO.
MF5A
Contact
Contact
Output Signal Type
Analog Type
Production Process
Epoxy Coated
Material
Tinned Cooper and PTFE Insulation
Measuring Medium
Temperature
IP Rating
IP67
Certification
ISO
Customized
Customized
Critical Part
Ntc Chip
Color
Blue/Black
Insulation
PVC or PTFE
Application
Temperature Monitoring
Transport Package
Netural Packing
Trademark
Jingpu brand
Origin
Hefei, Anhui, China
HS Code
8533400000
Production Capacity
200, 000PCS/Month

Product Description

Epoxy Bead Type thermistor for Compact & High Precision Temperature Measureme

Applications
•     Heating and air conditioning systems
•     Industrial electronics
•     Automotive electronics

Features
 •   Powder Epoxy Coated Thermistor Chip
 •   PTFE insulated-wires, AWG 26
 •   Coated Diameter 3.5mm Max

Options available on request
•   Non-standard lead lengths
•   Alternative resistance ratings, rated temperatures
•   Custom Specifications
•    tolerances and wire lengths available

 
Lower Temperature -40ºC
Upper Temperature 140ºC
Maximum permissible Current at 25ºC 10m Amp
Resistance tolerance (△R/Rn) ±0.5%  ±1%  ±2%  ±5%
Rated temperature (TN) 25ºC
Beta Tolerance  ±1%  ±2%  ±3%  
Dissipation factor in air approx 1.5 mW/K
Thermal cooling time constant in air approx 15s
Heat capacity approx 22.5 mJ/K
Thermal response time in oil approx 15s

Reliability Data
Test Standard Test conditions Change in R25 Remarks
Storage in dry heat IEC68-2-2 Storage at upper category temperature
T: 140ºC
t: 500h
1% No visible damage
Storage in damp heat, steady state IEC68-2-3 tempeature of air: 40ºC
relative humidity of air: 93%






 
1% No visible damage
Rapid temperature cycling IEC68-2-14 Lower test temperature:-55ºC
upper test temperature:155ºC
Number of cycles: 5
1% No visible damage
Long-term stability (empirical value)   Temperature:+100ºC
Duration: 2000 h
2% No visible damage

Inspection standard
Inspection Standard Related Item
Resistance Value n=20, Ac=0, Re=1 Inpection
B Constant n=20, Ac=0, Re=1 Inpection
Dimension n=10, Ac=o, Re=1 Inspection
Appearance MIL STD 105D, AQL=0.01 Visual Inspection

RoHS
NTC thermistor contains hazardous substances, much less than the allowed contents in RoHS (Restriction f the use of cetain Hazardous Substances) in electrical and electronic equipment (Warranty of hazardous substances)
Material Lead (Pb) Mercury (Hg) Cadmium (Cd) Hexavalent Chromium (Cr VI) Polybrominated Biphenyls (PBB) Polybrominated Diphenyl Ether (PBDE)
Allowed PPM <1000ppm <100ppm <100ppm <1000ppm <1000ppm <1000ppm

Packing
Every 500nos are made up into a Plastic pack and Entire Quantity packed into 5 Ply Carton box.

Soldering Conditions.
Item Test Condition Criterion Of Judging
Resistance to Soldering Heat Test   Dip Soldering Iron Soldering Visual: No mechanical damage Zero-power resistance at 25ºC change as against pretest values within ±1%
Bath temperature Max 240ºC Max 280ºC
Soldering time Max 10 sec Max 3 sec


Standard Export Packing for Epoxy Bead Type thermistor for Compact & High Precision Temperature Measureme

Epoxy Bead Type Thermistor for Compact &amp; High Precision Temperature Measureme


Production Process for Epoxy Bead Type thermistor for Compact & High Precision Temperature Measureme
Epoxy Bead Type Thermistor for Compact &amp; High Precision Temperature Measureme

Jingpu Certificates
Epoxy Bead Type Thermistor for Compact &amp; High Precision Temperature Measureme


 

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