China Temperature Sensor Manufacturers and Suppliers - Temperature Sensor for Sale

Your Professional Temperature Sensor Supplier

XINXIANG KAIRUI REFRIGERATION EQUIPMENT CO., LTD,is a professional manufacturing company integrating scientific research, design,production sales and service that serve the global. Our factory mainly produce all kinds of refrigeration filter and can be used for Carrier YORK, TRANE McQuay Bitzer Refcomp brand refrigeration units such as the supporting filter spot sales (part). We also sell chiller spare parts for these brands.

Professional Team

Our team of proficient experts is dedicated to building long-term partnerships with clients by delivering impeccable and reliable services.

Custom Service

We provide tailored solutions for the customization of various filter types to meet specific customer requirements.

Reasonable Price

We are committed to offering superior service and high-quality products at competitive and cost-effective prices.

Advanced Equipment

We have adopted world-leading technology and equipment from Europe and the United States, and have implemented robust quality control procedures and advanced production lines.

Carrier Temperature Sensor
The Carrier Temperature Sensor 30RB660036 can monitor the temperature change inside the refrigeration equipment in real time to ensure that the equipment is operating within the set temperature range.
Trane Temperature Sensor SEN00951
Trane Temperature sensor SEN00951The SEN00951 temperature sensor is often installed on refrigeration compressors to monitor the temperature of the compressor and ensure that it operates within a safe
Trane Water Temperature Sensor SEN02129
Trane Liquid level sensor SEN02129The SEN02129 level sensor may also have some additional features, such as high precision measurement, suitable for a variety of refrigeration systems, and ease of
Trane Water Temperature Sensor SEN02039
Trane temperature sensor SEN02039 The SEN02039 high precision temperature sensor, which is produced by well-known sensor manufacturer Trane. Renowned in the industry for its outstanding stability and
York Water Temperature Sensor 025-39721-001
York Water Temperature Sensor 025-39721-001In the industrial production process, temperature is a crucial parameter. The YORK 025-39721-001 temperature sensor can monitor the temperature of the
York Water Temperature Sensor 025-34177-000
York Water Temperature Sensor 025-34177-000As an important component in refrigeration and temperature control systems, the development of water temperature sensors is usually based on market needs
York Temperature Sensor 025-33288-000
The York Temperature Sensor 025-33288-000 is a high-performance temperature sensor that supports both local and remote temperature sensing modes, which can be flexibly selected according to actual
York Temperature Sensor 025-32924-000
York Temperature Sensor 025-32924-000In the pursuit of high quality of life today, every detail is crucial. York Temperature Sensor 025-32924-000, with excellent performance and durable, to become
York Temperature Sensor 025-28663-001
York Temperature Sensor 025-28663-001The designation of the New York Temperature Sensor 025-28663-001 May involve a number of factors, which are often related to the manufacturer's product numbering
Carrier Temperature Sensor 00PSP0000159A
Carrier has 11 R&D centers around the world, which are dedicated to air conditioning technology innovation and product upgrades to meet the needs of different markets and customers Temperature
Carrier Temperature Sensor HH79NZ047
The cultural history of the Carrier brand is an epic of innovation, growth and change. From the original invention of air conditioning to today's global leader, Carrier has always upheld the values
Carrier Temperature Sensor 00PPG0008100
The Carrier brand has a deep and rich cultural history, and the temperature sensor 00PPG000008100 has the same quality and performance

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Specification

Weights Kg	1.5
Clarification	For Trane Air Conditioners
Specification	SENSOR;T, 15 TO 140F, .25 DIAX2.LG, 288 IN. JACKETED CABLE, MATCHED PAIR
Use	Refrigeration Parts

Types of Temperature Sensor

The temperature sensors produced by our company mainly include the following types:

York Temperature Sensor

York Temperature Sensor 025-30440-000 is a high quality York central air conditioning oil temperature sensor, with genuine, high precision, strong durability and other characteristics.

Trane Temperature Sensor

Trane Temperature sensor SEN02133 is a high precision and high reliability temperature sensor specially designed for use in Trane central air conditioning systems to monitor and control the temperature in the system.

Carrier Water Temperature Sensor

Carrier water temperature sensor HH79NZ059 is a kind of high precision, high reliability, fast response water temperature measurement equipment, widely used in central air conditioning units, water pipe systems and other water circulation systems requiring temperature control.

Advantages of Temperature Sensor

1. Temperature sensors are precise, extremely reliable, and have a low cost.

2. Temperature sensors are suitable for both embedded and surface applications.

3. They provide low thermal mass resulting in a fast response time.

4. The vibrating wire temperature sensor is completely interchangeable; all sensors can be read by one indicator.

5. Temperature sensors are available with indicators for direct display of temperature.

6. Temperature probes exhibit excellent hysteresis and linearity.

7. The technology of the vibrating wire ensures long term stability, easy and quick readout.

8. Temperature sensors perfectly suit remote scanning, reading, and data logging.

Applications of Temperature Sensor

Industrial: Forges, steel mills, manufacturing plants, and many other industrial environments need to keep an eye on the temperature of their materials, equipment, and the ambient air inside the structure.

Scientific and laboratory: Lab environments can be highly sensitive to temperature, as many materials must be stored or used within certain temperature conditions to maintain their effectiveness, safety, and reliability.

Medical: Temperature is critical to the comfort of patients in medical facilities, but also to safety and compliance. Hospital ORs, for example, need to run cold to combat bacteria and viral growth.

Domestic appliances: Appliances are intended to operate within a certain temperature range for optimum performance. It’s possible for many appliances to malfunction or break if they overheat.

Technology

As with appliances, technology centers and data warehouses must watch temperature closely to ensure that computers and data-processing equipment, which generate a lot of heat, are properly cooled and ventilated.

HVAC

Temperature sensors are one of the key components of most HVAC systems, because they detect environmental temperatures and use the readings to trigger building equipment when certain parameters are met.

Transit

The enclosed environment of transit structures like subways make it necessary to track air quality and temperature so that it can be regulated to maintain comfort — even when freezing or sweltering outside air is always flowing through open stairways and becoming trapped inside.

Positions To Avoid For Temperature Sensors

Heat-emitting devices: Installing the sensor near these devices can lead to false readings due to their radiant heat output.
Direct sunlight: Sunlight exposure can cause temperature spikes and fluctuations, making it an unreliable location for ambient temperature measurement.
Exterior walls: Placing sensors on exterior walls can expose them to outdoor temperature fluctuations, affecting the accuracy of humidity and temperature measurements.
Areas with concealed pipework: Installing the sensor in these locations can lead to inaccurate temperature readings as it may measure the temperature of the concealed pipes rather than the true ambient conditions.
Ventilation units: Sensors placed nearby may record temperature variations influenced by the hot or cold air expelled by these units rather than the actual ambient temperature.
Areas with excessive air movement: In such locations, air drafts can disrupt temperature measurements, leading to inaccurate data affected by air movement
Windows: Unsealed windows can introduce temperature variations, influenced by outdoor weather conditions, affecting sensor readings.

Precautions For Using Temperature Sensors

1. Make sure that the length of the Temperature Sensor’s protective tubing is sufficient to touch or insert into the sensing object.

2. Do not repeatedly bend the Temperature Sensor at the same point. The minimum allowable bending radius of sheathed Temperature Sensors is approximately five times the protective tubing diameter.

3. Do not bend the protective tubing while measuring low temperatures, which will cause the protective tubing to become fragile.

4. Do not bend sheathed Temperature Sensors to within 100 mm of the end to protect the sensing section.

5. Do not allow the temperature of the section connecting the protective tubing and lead wire to exceed 70°C for exposed-lead models or 100°C for heat-resistive models.

6. Do not allow the temperature of the terminal box to exceed 100°C for exposed-terminal models or 90°C for enclosed-terminal models.

7. Do not subject the ceramic protective tubing of high-temperature thermocouples to sudden heating or cooling. Ceramic protective tubing has a low resistance to thermal shock. Either preheat the protective tubing or gradually heat to the required temperature.

8. Do not use standard lead wires in locations subject to strong bending stress or on moving parts.

9. If the thermocouple has crimp terminals, use them only as a secondary means of securing the thermocouple. The thermocouple junction of the thermocouple is at the crimped section of the crimp terminals, so a temperature difference occurs between the screw fixating section and the thermocouple junction.

Customizable Options

Sheath Materials
The sheath of a temperature sensor protects it from the process environment and must be chosen based on the conditions it will face. Common sheath materials include:
Stainless Steel: Suitable for general-purpose applications and environments that require good resistance to corrosion and high temperatures.
Inconel: A nickel-chromium alloy that provides excellent resistance to oxidation and corrosion, especially in high-temperature environments.
Hastelloy: An alloy designed to withstand highly corrosive environments, making it ideal for chemical processing applications.

Calibration Points
Calibration is essential for ensuring the accuracy of temperature sensors. Customizing calibration points allows sensors to be precisely calibrated for the temperature ranges they will encounter in their specific application. This level of customization ensures that the sensor provides accurate readings in the conditions where it is most needed.

Mounting Configurations
The way a temperature sensor is mounted can impact its accuracy and reliability. Custom mounting options include:
Threaded Fittings: Allow the sensor to be securely mounted in pipes or vessels.
Flanged Mounts: Provide a more robust connection for sensors used in high-pressure environments.
Welded Fittings: Ensure a permanent, leak-proof installation, often used in critical applications where reliability is essential.

Junction Types
For thermocouples, the type of junction used can affect the sensor’s response time and electrical characteristics. Custom options include:
Grounded Junction: Provides a fast response time by allowing the junction to be in direct contact with the sheath.
Ungrounded Junction: Electrically isolates the thermocouple from the sheath, reducing the risk of interference from the process environment.
Exposed Junction: Offers the fastest response time, ideal for measuring rapidly changing temperatures, but is more susceptible to damage.

Sensor Length and Diameter
Customizing the length and diameter of a temperature sensor allows it to be tailored to the physical requirements of the application. For example, sensors used in confined spaces may need to be smaller in diameter, while sensors used in large industrial vessels may need to be longer to reach the desired measurement point.

Packaging and Shipping

Packaging	Wooden cases and cartons and so on
Shipping	UPS, DHL, FeDex, Sea and air freight, etc

Our Factory

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FAQ

Q: How does a temperature sensor work?

A: Temperature sensors work by providing readings via electrical signals. Sensors are composed of two metals that generate an electrical voltage or resistance when a temperature change occurs by measuring the voltage across the diode terminals. When the voltage increases, the temperature also increases.

Q: How to tell if a temperature sensor is faulty?

A: Erratic or jumpy readings.
Very high temperature (open circuit)
Negative/very low temperature (short circuit)
Gradual drift.
Noise or interference.
Physical wire damage.

Q: How can a temperature sensor tell if it's hot or cold?

A: The basic principle of working the temperature sensors is the voltage across the diode terminals. If the voltage increases, the temperature also rises, followed by a voltage drop between the transistor terminals of the base and emitter in a diode.

Q: What is the temperature sensor located?

A: The coolant temperature sensor will be located directly behind the coolant pipe. In most modern cars and vehicles, this is present behind the right cylinder head that is located right underneath the air intake pipe.

Q: How do I reset my temperature sensor?

A: No, you cannot reset a coolant temperature sensor; it must be replaced if it malfunctions. Driving a car with a faulty coolant temperature sensor can lead to various issues and potential damage to the vehicle.

Q: How to check if a temperature sensor is working or not?

A: To test if a temperature sensor is working, you can use a multimeter to measure its resistance, both at room temperature and after applying heat or cold. Comparing these readings to the expected values for the specific sensor will indicate whether it's functioning correctly. If the readings are significantly different

As one of the leading temperature sensor manufacturers and suppliers in China, we warmly welcome you to buy high quality temperature sensor for sale here from our factory. Good service and competitive price are available.

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