• 10K Thermistor Ntc Type with Ring Lug M2/M4/M6
  • 10K Thermistor Ntc Type with Ring Lug M2/M4/M6
  • 10K Thermistor Ntc Type with Ring Lug M2/M4/M6
  • 10K Thermistor Ntc Type with Ring Lug M2/M4/M6
  • 10K Thermistor Ntc Type with Ring Lug M2/M4/M6

10K Thermistor Ntc Type with Ring Lug M2/M4/M6

Installation Type: Surface Mounting
Sensing Type: Resistive
Contact: Contact
Output Signal Type: Analog Type
Production Process: Integration
Material: Ceramic and Metal
Samples:
US$ 0.5/Piece 1 Piece(Min.Order)
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Customization:
Gold Member Since 2017

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Anhui, China
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  • Overview
  • Product Description
  • Product Features
  • Shape and dimensions
  • Product Images
  • Packaging & Shipping
  • FAQ
Overview

Basic Info.

Model NO.
MFP
Measuring Medium
Temperature
IP Rating
IP67
Certification
ISO
Customized
Customized
Probe Materials
Stainless Steel 304 / Nickel Plated
Sealing
Epoxy Sealing
Terminal/Housing
Ring Lug M2/M4/M6
Inner Diameter
Customized
Transport Package
Neatral Packing
Specification
Small
Trademark
J. P. Sensor
Origin
Hefei, Anhui
HS Code
9025191010
Production Capacity
500, 000PCS/Year

Product Description

10K Thermistor NTC type with Ring Lug M2/M4/M6
 
Product Description

10K Thermistor NTC type with Ring Lug M2/M4/M6 for BMS UPS power supply is designed and produced by Hefei Jingpu sensor technology Co.
10K thermistor with a negative temperature coefficient. Good choice for temp-sensing applications when you need a reliable NTC thermistor.

Our 10K thermistor NTC type with ring lug M2/M4/M6 for temperature sensing and compensation embody all the qualities of Jingpu components NTC technology. The sensors come in a full range of R25-values from 2Kohm to 680Kohm with standard tolerances from 1% to 5%.

Product Features

• Good thermal coupling through metal tap;
• Thermistor housed in eyelet nickel plated copper material;
• Metal contact surface yields fast temperature response;
• PVC insulated leads;
• Ring tag eyelets to fit screw mounting;
• Leaded process compatible: Yes
• Mounting type: Through Hole
• RoHS compliant: Yes

 

Shape and dimensions

10K Thermistor Ntc Type with Ring Lug M2/M4/M6
Electrical data

Tolerance of resistance value: ±1%.
Tolerance of temperature: ±0.1ºC
2.252K NTC-Resistance Characteristic
Temp. (ºC) Resistance (Ω)   Temp. (ºC) Resistance (Ω)   Temp. (ºC) Resistance (Ω)
25 2252   30 1815   35 1471
26 2156   31 1739   36 1412
27 2064   32 1667   37 1355
28 1977   33 1599   38 1301
29 1894   34 1533   39 1249

Technical data
Item Parameter
• sensing element • NTC thermistor various R and B value on request
• temperature range • -30ºC to +150ºC
• Response time • Water (0.4m/s) T0.63≤30s
• Long term stability Drift≤3% after 1000h heat or cold store (80ºC / -30ºC)
• Dissipation factor • ≥2.5mW/ºC
 
Product Images

 

10K Thermistor Ntc Type with Ring Lug M2/M4/M6
10K Thermistor Ntc Type with Ring Lug M2/M4/M6Application
     • 
Temperature measurement in the steam room
     • Temperature measurement for HVAC system
     • Medical equipment, healthy monitor
     • BMS UPS power supply
 
Packaging & Shipping

Packaging: wrap with transparent PE plastic bag, each bag with 1 pc, then put into outer box

Delivery time:
    • 48 hours for sample order, 3-7days for bulk order
    • Customized product negotiation
10K Thermistor Ntc Type with Ring Lug M2/M4/M6
 
FAQ

1. Do you have any discount?


   Yes, if you buy large QTY, pls send us e-mail, we will give you a discount.
 
2. What terms of payment are available?
    We accept L/C, T/T, Western Union, Money Gram, Paypal, etc.
 
3. When will you arrange the production?
    We will arrange the production immediately after receiving your payment.
 
4. How about the usual delivery?
    We usually send the parcel by DHL, EMS and TNT.
 
5. What's your main product?
    NTC thermistor, Temperature sensor, Thermal fuse, PTC Thermistor and so on.

6.
What is Thermal Time Constant?
    Thermal Time Constant simply put, under zero conditions, is the time it takes a thermistor temperature sensor to change 63.2% of the total difference between the initial and the final body temperature; when subjected to a step function change in temperature. In simple terms, it represents in time, how long it takes a thermistor to recover up to 50% of its initial resistance.







 

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