Nickel Plated Copper NTC Temp Sensor 10K 3950 3meter For Vending Machine Thermostat Cold Controls

Application Of The Nickel Plated Copper NTC Temp Sensor 10K 3950 3meter

Temperature measurement in air conditioner for regulating the evaporator temperature, and other HVAC (Heating, ventilation and air conditioning) application. Ice cream vending machines, beverage vending machines, unmanned vending machines, vending machines, vending machines, self-service vending machines, vending machines, etc.

Description Of The Nickel Plated Copper NTC Temp Sensor 10K 3950 3meter

Ther are lots of food and drink in vending machine, maybe including Soda, water, juice, yogurt, pretzels, chips, gum, candy… , how to keep them in variable temperature control.Variable temperature allows you to divide your vending machine into two separate categories, so you can keep certain items like candy and chips at room temperature, while refrigerating other products such as soda, yogurt, juice, and water at temperatures 20 degrees lower.You need ntc temp sensor to measure temperature accurately then control temperature via thermostat etc.So ntc temp sensor become very important factor for temperature. Long time operation request us to maintain reliability so that it can work exactly in different seasons without problems.

Features Of The Nickel Plated Copper NTC Temp Sensor 10K 3950 3meter

* Copper (brass) tube (pipe) case NTC thermistor temperature sensor probe assembly.
* PVC insulated wire.
* Moisture resistant.
* Small, quick temperature response.
* High stability under temperature shock.

Specification Of The Nickel Plated Copper NTC Temp Sensor 10K 3950 3meter

Note: Alternative ratings on resistance, Beta value and cable length upon request.

Selection Advices Of The Nickel Plated Copper NTC Temp Sensor 10K 3950 3meter

NTC thermistor can be assembled in housing in a variety of configurations for temperature sensing, measurement, detection, indicator, monitoring and control. Thermistor temperature sensor probe assemblies can conveniently attach to or be an integral part of any system to monitor or control temperature.
The choice of assembly is dependent on the application. The primary factors which determine the optimum configuration of a thermistor assembly are the operating environment, mounting, time response and minimum dissipation constant.
The two factors which do vary considerably with thermistor sensor probe assembly design are time constant and dissipation constant.
The time constant will typically be of greater duration in encapsulated thermistors. This is, of course, due to additional mass surrounding the thermistor element; therefore, extending the thermal transfer time. Dissipation constant will also be greater in assemblies. The additional housing mass serves well as a heat sink. Greater power is therefore required to induce self-heating.
Both time constant and dissipation constant will vary with the selected thermistor and housing. Heat transfer properties of the housing, thermistor location, mass and wire type determine these constants.