MF52A epoxy resin type NTC thermistor sensor is suitable for battery temperature sensors in the automotive industry
Product name: Epoxy resin encapsulated NTC temperature sensor
Standard resistance (according to customer requirements): R25℃=1KΩ～200KΩ±1% B25/50=3950K±1%
Working temperature: -30~125℃
Features: Ambient temperature measurement/sensitive response/small size/good consistency
Applicable to: heaters, air conditioners, refrigerators, wine cabinets, motors, lithium batteries, street lights, charging piles, etc.
Features of Epoxy Coating NTC Thermistor Sensor
1. MF52 series products are coaxial lead epoxy resin coating type
2. Wide resistance range: 500KΩmax
3. High accuracy of resistance and B value
4. Moisture proof, good insulation, high reliability, small time constant
5. Small volume, fast reflection speed
6. Can work steadily for a long time, good consistency
7. Wide range of operating temperature
Application Of Epoxy Resin Thermistor NTC Sensor
NTC sensor is widely used in temperature measurement for induction cooker, rice cooker, microwave oven, water machine, electric kettle, heater, air conditioner, refrigerator, water dispenser, disinfection cabinet, washing machine, coffee maker and so on household appliances. Besides, the sensors are applicable to automobile, Internet of things,medical temperature measurement, industrial temperature measurement, garden temperature control and breeding industry etc.
A:(Tin. nickle Cu or Cp wire)
Normal dimension table
| Code | Dmax | L1max | L2min | d ±0.05 | F ±0.5 |
| A1 | 2.5 | 4 | 25 | 0.3 | 1.7 |
| A2 | 3 | 4.5 | 25 | 0.45 | 2.2 |
B:(Enamelled cu wire)
Normal dimension table
| Code | Dmax | L1max | L2min | L3 ±1 | d±0.05 |
| B1 | 2 | 3.5 | by user determine | 3 | 0.2 |
| B2 | 3 | 4 | by user determine | 3 | 0.3 |
C:(High-temperature wire)
Normal dimension table
| Code | Dmax | L1max | L2min | L3 ±1 | Wire AWG |
| C1 | 3 | 7.5 | by user determine | 5 | 30# |
| C2 | 4 | 7.5 | by user determine | 5 | 28# |
D:(Normal temperature wire)
Normal dimension table
| Code | Dmax | L1max | L2min | L3 ±1 | Wire AWG |
| D1 | 3 | 7.5 | by user determine | 5 | 30# |
| D2 | 4 | 7.5 | by user determine | 5 | 28# |
E:Lead and head are all special specification)
Normal dimension table
| Code | Dmax | L1max | L2min | L3 ±1 | Wire AWG |
| E1 | by user determine | by user determine | by user determine | 5 | by user determine |
| E2 | by user determine | by user determine | by user determine | 5 | by user determine |
DE:(Cp Lead Coated with epoxy resin)
Normal dimension table
| Code | Dmax | L1max | L21max | L3 | d±0.05 | F±0.05 |
| DE1 | 3 | 6.0 | 55 | By user determine | 0.3 | / |
| DE2 | 4 | 7.5 | 35 | by user determine | 0.45 | / |
F:(Tinned steel wire)
Normal dimension table
| Code | Dmax | L1max | L2±1.5 | d±0.01 | f±0.05 | T max |
| F | 3.8 | 9.5 | 17 | 0.6 | 2.5 | 3.5 |
Series Data Of The NTC Thermistor Temperature Sensor
| Part No. | Rated Resistance R25(KΩ ) | B Value(25/50°KΩ) | Rated Power (mw) | Dissi. Coef. (mw/°C) | Thermal time Constant(S) | Operating Temp. (°C) |
| MF52 3100 | 0.1 ~20 | 3100 | ≤50 | ≥2.0 In Still Air | ≤12 In Still Air | -40~+125°C |
| MF52 3270 | 0.2 ~20 | 3270 |
| MF52 3380 | 0.5 ~50 | 3380 |
| MF52 3470 | 0.5 ~50 | 3470 |
| MF52 3600 | 1 ~100 | 3600 |
| MF52 3950 | 5 ~100 | 3950 |
| MF52 4000 | 5 ~100 | 4000 |
| MF52 4050 | 5 ~200 | 4050 |
| MF52 4150 | 10 ~250 | 4150 |
| MF52 4300 | 20 ~1000 | 4300 |
| MF52 4500 | 20 ~1000 | 4500 |
Temperature Measurement With Thermistor Sensor
The thermistor sensor, which is used to measure temperature, is simple in structure and low in price.
Thermistors without external protective layers can only be used in dry areas; sealed thermistors are resistant to moisture and can be used in harsh environments.
Because the resistance value of thermistor sensor is relatively large, the resistance and contact resistance of its connecting wires can be ignored.
Therefore, thermistor sensor can be applied in long-distance temperature measurement up to several thousand meters, and the measurement circuit mostly adopts bridge.
The principle can also be used for other temperature measurement, temperature control circuit.
MF52/MF5A Main technical parameters of temperature-measuring thermoelectric resistance
Features
Rohs compliant
small size, fast response
excellent thermal cycle endurance
superior solderadility and resistance to soldering heat shock
moisture resistant
wide resistance range
high stability steady
good quality of coherence and interchange
-40 ~125 ℃ operating temperature range
Application:
1. Air-condition Equipment
2. Heating Apparatus
3. Electric Thermometer
4. Liquid Level Sensor
5. Automotive electronics
6. Electronic calendar
7. Battery of Mobile Telephone
Parameters
| envelope material | epoxide, silicone or bakelite |
| resistance at 25 ℃ | from 1Kohm to 330Kohm |
| tolerance of resistance | ± 1%, ± 2%, ± 3%, ± 5%, ± 10% |
| B(25/50) | from 3100K to 4300K |
| tolerance of B value | ± 1%, ± 2%, ± 3%, ± 5% |
| head color | black |
Product Specifications | specifications and models | MF52A1 103F3950 |
| Product standard | Q/320115SHD03-2008 |
1. Overall dimensions
| Dmax | L1max | L2 ± 3 | F d ± 0.05 | F ± 0.5 |
| 2.6 | 4.5 | 30 | 0.35 | 2.0 |
2. Materials
| Encapsulating material | colour | Lead material |
| modified resin | black | Tinned steel wire |
3. Model description
| MF52 | A1 | 103 | F | 3950 |
| Bead temperature measuring NTC thermistor | Lead tinned steel wire | Resistance value | Resistance tolerance | B value (25/50) |
| | 10K | Ω | ±1% | 3950K |
4. Electrical performance
| | project | symbol | test condition | unit | performance requirement |
| 4.1 | Zero power resistance at 25℃ | R25 | Ta=25±0.05℃ Test power ≤0.1mW in flowing liquid. | KΩ | 10±1% |
| 4.2 | B value | 25/50 | B=[(T a ´Tb )∕(Tb -T a )]× ln( Ra ∕ Rb ) Tb = 50 ℃±0.1℃ | K | 3950±1% |
| 4.3 | dissipation factor | d | In still air | mW∕℃ | ≥2 |
| 4.4 | characteristic time | t | In still air | sec | ≤7 |
| 4.5 | insulance | ∕ | 100V∕DC1min | MΩ | ≥100 |
| 4.6 | operating temperature range | ∕ | ∕ | ℃ | -40~120 |
| 4.7 | Resistance-temperature characteristic | ∕ | ∕ | ∕ | |
| 4.8 | Resistance error | ∕ | ∕ | ∕ | |
5. Reliability performance test
| | project | Test conditions and methods | technical requirement |
| 5.1 | soldering resistance | Immerse the lead in the tin solution at 235+/-5℃, with the tin surface 6mm away from the lower end of the body for 2-3 seconds. | The solder is evenly and smoothly coated on the surface of the immersed part of the lead, and the area is over 95%. |
| 5.2 | Welding heat resistance | Immerse the lead in tin liquid at 265℃ 5, with the liquid level 6mm away from the resistor, and the time is 5 1 second. | No visible damage, R25 D R∕R≤±2% |
| 5.3 | Lead-out strength | Tension: 5N, time: 10s- | No visible damage, R25 D R∕R≤±2% |
| 5.4 | Rapid temperature change | 55℃30min→25℃min→125℃30min→ 25℃min, repeated 5 times, and recovered for 4 hours. | No visible damage, R25 D R∕R≤±2% |
| 5.5 | high-temperature | Temperature: 125℃, time: 16 hours. | No visible damage, R25 D R∕R≤±2% |
| 5.6 | cold | Temperature: -55℃, time: 2 hours. | No visible damage, R25 D R∕R≤±2% |
| 5.7 | low pressure | Air pressure: 40 0.1kpa for 4 hours. | No visible damage, R25 D R∕R≤±2% |
| 5.8 | Steady state warming | Temperature: 40℃, humidity: 93%, time: 500 12 hours. | No visible damage, R25 D R∕R≤±2%, Withstand voltage ≥700V∕AC1min insulation resistance ≥ 100 kω. |
| 5.9 | Alternating damp heat | Temperature: 25~40℃, humidity: 90%, time: 24 hours. | No visible damage, R25 D R∕R≤±2%, Withstand voltage ≥700V∕AC1min insulation resistance ≥ 100 kω. |
| 5.10 | Endurance of zero power consumption at upper limit temperature Persistence | Temperature: 125℃ 2℃ Time: 1000 24 hours. | No visible damage, R25 D R∕R≤±2% |
| 5.11 | vibrate | Frequency range: 10~500HZ, amplitude: 0.75mm or 98m∕S 2 time 2 hours, | No visible damage, R25 D R∕R≤±2% |
| 5.12 | collide | Acceleration: 250m ∕ S 2, pulse duration: 6Ms, 4000 collisions. | No visible damage, R25 D R∕R≤±2% |
6, welding conditions
When welding, the welding place should be 6mm away from the root of the resistor, the welding temperature should be lower than 350℃, and the welding time should be as short as possible.
7. Storage conditions
Company Simple Introduction:
20 years experience on PTC/NTC thermistor field
Mainly market are Europe, North America, Asia
Competitive price
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Inquiry answered in 24hrs
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MF52A Epoxy Resin Type NTC Thermistor Sensor Is Suitable For Battery Temperature Sensors In The Automotive Industry Images
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