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Clip On Fixed NTC Temperature Sensor 5k 3380 For Pipe Surface Measurement
Product Details:
| Place of Origin: | CHINA |
| Brand Name: | AMPFORT |
| Certification: | ROHS,REACH |
| Model Number: | CWF |
Payment & Shipping Terms:
| Minimum Order Quantity: | 1000PCS |
|---|---|
| Price: | Consult |
| Packaging Details: | Bulk |
| Delivery Time: | 10 days |
| Payment Terms: | T/T |
| Supply Ability: | 600,000pcs per week |
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Detail Information |
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| Name: | NTC Temperature Sensor 5k 3380 | Housing: | Phosphorus Copper Peroxide |
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| Head Size: | Customizable | R25: | 0.5KΩ-2000KΩ |
| Beta Value: | 3000K-4500K | Tolerance: | 1%, 2%,3%,5% |
| Thermistor Terminals: | Wire Leaded | Thermistor Mounting: | Clip-on Pipe |
| ECCN: | EAR99 | Tariff No: | 85334010 |
| High Light: | Clip On Fixed NTC Temperature Sensor,5k 3380 NTC Temperature Sensor,Clip On Fixed 5k Temperature Sensor |
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Product Description
Clamp Clip-On Fixed Connection NTC Temperature Sensor 5k 3380 For Pipe Surface Measurement
Description Of The NTC Temperature Sensor 5k 3380
The steel clip provides a dual function by holding the sensor housing rigidly in place on a straight section of copper tubing while also providing an excellent thermal connection from the copper tube to the sensor. Ideal for inlet or outlet refrigerant sensing, hot water tube, and other arc surface temperature measurement. Installation is fast and simple as the sensor assembly just snaps into place.
Applications Of The NTC Temperature Sensor 5k 3380
• Gas boiler control
• Domestic water systems
• Air conditioners
• Radiator inlets/outlets
• Electric showers
• Vending machines
• Refrig
Features Of The NTC Temperature Sensor 5k 3380
• Self-adjusts to irregular pipes
• Fast time response (<1 s)
• Fits pipe diameters 0.51 inches to 0.78 inches (13 mm to 20 mm)
• Non-invasive
• Custom built for other pipe diameters
• Tight Tolerance
• Moisture Resistant
• Supplied with three Copper Plated Mounting Clips
• 125°C Max Operating Temperature
• Direct clip application to pipe surface. Ideal for pipe clamp mount or rounded surface temperature measurement.
• Quick response and excellent thermal tracking.
• Simple installation, attaches directly to pipe surfaces.
• Rugged, all-metal construction.
Specification Of The NTC Temperature Sensor 5k 3380
| B value (R25/R50) | 3435K |
| R25 | 10KΩ |
| Accuracy | ±1% |
| Temperature Range | -40~+105℃ |
| Probe | Copper cap with clip |
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Cable
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Parallel pvc cable |
| 0.5~50m or customized | |
| Connector | Stripped&tinned |
| Others or to be advised | |
Size Of The NTC Temperature Sensor 5k 3380 (mm)
R&D Centre Of The NTC Temperature Sensor 5k 3380
Operating temperature and environment of NTC temperature sensor depend on specific performance of its core element and lead wire:
* Different NTC thermistor using in the NTC temperature sensors with the following different operating temperature:
Chip or MF52A,MF51E,MF55: temperature resist grade 125℃,actual temperature resist grade 150℃
MF58: temperature resist grade 200℃,actual temperature resist grade 250℃
MF51: temperature resist grade 200℃,actual temperature resist grade 250℃
Special MF51: temperature resist grade 250℃,actual temperature resist grade 300℃
Weldless chip:temperature resist grade 450℃,actual temperature resist grade 500℃
* Operating environment
In the environment of high temperature,high humidty and high corrosion,we suggest to use glass sealed type thermistor as the core element.And MF51 type will be the best NTC thermistor in high humidity environment.
Precautions Of The NTC Temperature Sensor 5k 3380
The lead direction of the temperature sensor should be routed down from the potting port to facilitate the flow of moisture down the lead, so as to protect the temperature probe from penetrating moisture to protect the safety of the thermal element.
The pipe clamp temperature sensor is suitable for use in the corresponding pipe diameter. Do not choose to avoid using it in a humid or moisture environment. Because the inside of the probe is a glass-sealed sensitive element, please do not vibrate violently to avoid damage to the thermistor element.