RTD Temperature Sensor

Name: RTD Temperature Sensor
Brand: D. B. INSTRUMENTS & CONTROLS
Price: 1250 INR
Availability: InStock

Price 1250 INR/ Unit

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MOQ : 5 Units

RTD Temperature Sensor Specification

Mounting Type
Threaded / Insertion

Resolution
0.1C

Usage
Lab

Temperature
-50C to 250C

Material
Stainless Steel

Product Type
RTD Temperature Sensor

Measuring Range
-50C to 250C

Interface Type
2-wire or 3-wire

Color
Silver

Features
Corrosion resistant, high durability, reliable measurement

Accuracy
Class A (0.15C at 0C)

Display Type
No integral display (sensor only)

Response Time
10 seconds (in water at 0.4 m/s)

Automation Grade
Manual

Application
Industrial

RTD Temperature Sensor Trade Information

Minimum Order Quantity
5 Units

Supply Ability
1000 Units Per Month

Delivery Time
10 Days

About RTD Temperature Sensor

RTD Temperature sensor is equipped with advanced resistor that tends to alter its resistance value with the change of temperature. Made of stainless steel, this instrument can be used at maximum 260 degree C temperature. This sensor is available with flange based connector, flexi cable, weather proof head and fix type of adjustable connecting parts. Offered resistance temperature detector or RTD temperature sensor is water proof and burst protected. It has good repeatability, stable operation and high accuracy level. Its temperature measurement process is suitable for high voltage machines like generator and motor.

Product details

Sheath size	1 mm to 25 mm
Triclover Connections	0.5",1" and 1.5"
Country of Origin	Made in India
Brand	D B Instruments
Element	Simplex,Duplex
Material	SS
Temperature Range	100 deg C to 260 deg C
Usage/Application	Industrial

Exceptional Accuracy and Reliability

This RTD Temperature Sensor delivers Class A accuracy (0.15C at 0C) for precise monitoring in demanding processes. The platinum Pt100 element ensures long-term stability and repeatability, even across wide temperature spans.

Robust Construction and Installation

Manufactured from stainless steel, the sensor is corrosion resistant and highly durable. Its G1/2" threaded process connection ensures secure and simple insertion into a wide variety of industrial and laboratory setups.

Versatile Application and Benefits

Ideal for industrial automation, process control, and laboratory measurements, this RTD sensor provides fast response and stable output. The customizable cable length and PTFE insulation make it adaptable to specific installation needs.

FAQs of RTD Temperature Sensor:

Q: How do I install the RTD Temperature Sensor with a G1/2" threaded connection?

A: To install the sensor, simply screw the G1/2" threaded section into the compatible port on your process vessel, pipeline, or apparatus. Ensure tight, leak-free mounting to achieve proper thermal contact and safe operation.

Q: What are the main benefits of using this stainless steel RTD sensor in industrial settings?

A: This sensor offers corrosion resistance, high durability, reliable Class A accuracy, and a rapid response time. Its platinum Pt100 element is trusted for long-term stability, making it ideal for challenging industrial environments.

Q: When should I choose a 2-wire versus a 3-wire RTD configuration?

A: Use the 3-wire configuration for higher accuracy by compensating for lead wire resistance. The 2-wire option is simpler and suitable where maximum accuracy is not essential or for shorter cable lengths.

Q: Where can this RTD sensor be applied most effectively?

A: It excels in both industrial production settings and laboratory environments where precise temperature measurement and durability are essential. Its robust design is suitable for chemical plants, food processing, and research labs.

Q: What is the process for customizing the cable length of the sensor?

A: You can specify your required cable length when ordering. The manufacturer or supplier customizes the PTFE-insulated copper lead wires to fit your application, ensuring optimal installation flexibility.

Q: How does the sensor ensure measurement reliability under pressure and temperature extremes?

A: With a stainless steel body, PTFE-insulated wires, and an operating pressure rating up to 10 bar, the sensor provides stable performance and insulation resistance greater than 100 M at 500 VDC, even under harsh conditions.

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