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PT100 Radiant Make Sensors

PT100 Radiant Make Sensors Specification

Interface
2-wire, 3-wire, or 4-wire configuration

Sensor Type
Platinum Resistance Temperature Detector (RTD)

IP Rating
IP65

Response Time
< 10 seconds (in water, 63% value)

Sensitivity
0.385 /C

Cable Length
2 meters (standard), customizable

Mounting Type
Threaded, Flange, or Surface Mount

Operating Temperature
-50C to +250C (standard), up to 600C (custom)

Measurement Range
-200C to +600C

Application
Temperature Measurement, Process Control, HVAC, Industrial Automation

Power Consumption
Low

Features
High Accuracy, Robust Construction, Corrosion Resistant

Wireless
No

Product Type
PT100 Radiant Make Sensors

Material
Metal

Input
RTD (Resistance Temperature Detector)

Output
Resistance Output (Ohms)

Function
Temperature Sensing

Usage
Industrial

Accuracy
Class A (0.15C at 0C)

Resolution
0.01C

Voltage
220-440 Volt (v)

Weight
As per available Milligram (mg)

PT100 Radiant Make Sensors Trade Information

Minimum Order Quantity
10 Units

Supply Ability
5000 Units Per Month

Delivery Time
7-10 Days

Main Domestic Market
All India

About PT100 Radiant Make Sensors

The PT100 is one of the most accurate temperature sensors available It not only provides good accuracy but also provides excellent stability and repeatability Most of the RADIANT PT100 standard conforms to DINIEC Class B The PT100 is also relatively immune to electrical noise making it very suitable for temperature measurement in industrial environments especially around motors generators and other high voltage equipment

Base MaterialsStainless SteelAlloysPTFE

Connection headABSSS316

High Accuracy and Reliability

Our PT100 sensors deliver precise measurements with Class A accuracy (0.15C at 0C) and outstanding long-term stability of less than 0.04C/year. Their platinum RTD element, calibrated to IEC 60751 standards, guarantees consistent results critical for industrial temperature control and automation applications.

Robust Construction & Versatile Installation

Made from Stainless Steel 304/316, these sensors withstand corrosive environments and mechanical stresses. Available in customizable tip diameters and mounting optionsthreaded, flange, or surfacethe design includes adjustable compression fittings for easy integration into diverse industrial setups.

Fast Response & Wide Measurement Range

Designed for quick thermal reaction, the PT100 sensors feature a response time under 10 seconds in water and an operating range from -200C to +600C. This versatility allows application in HVAC systems, process monitoring, and industrial automation, ensuring rapid and reliable temperature sensing.

FAQs of PT100 Radiant Make Sensors:

Q: How do PT100 Radiant Make Sensors ensure high measurement accuracy?

A: PT100 sensors use a platinum element calibrated to IEC 60751 standards, providing Class A accuracy of 0.15C at 0C and a resolution of 0.01C, ideal for precise industrial temperature monitoring.

Q: What types of process connections and mounting options are available?

A: These sensors offer adjustable compression fittings and can be mounted via threaded, flange, or surface mount types, allowing flexible installation across various industrial systems.

Q: When should I consider customizing the tip diameter or cable length?

A: Customization is recommended when specific process requirements or installation constraints exist. Available tip diameters range from 3mm to 10mm, and cable length can be tailored beyond the standard 2 meters.

Q: Where can PT100 Radiant Make Sensors be used effectively?

A: Designed for industrial applications, these sensors perform reliably in process control, HVAC, automation, and temperature measurement tasks, thanks to their robust stainless steel construction and IP65 rating.

Q: What are the benefits of fast response and high insulation resistance?

A: A response time below 10 seconds enables rapid temperature fluctuations detection, while insulation resistance (>100M at 500V DC) ensures operational safety and stable signal integrity, especially in demanding environments.

Q: How does the sensors long-term stability impact industrial operations?

A: With long-term drift of less than 0.04C/year at 0C, these sensors minimize maintenance and recalibration frequency, which helps ensure consistent measurement over extended periods in critical process applications.

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