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RTD Sensor

Name: RTD Sensor
Brand: ZTEK CONTROL SYSTEMS PRIVATE LIMITED
Price: 800 INR
Availability: InStock

Price 800 INR/ Piece

Get a Price/Quote

MOQ : 10 Pieces

RTD Sensor Specification

Measurement Range
-50C to +250C (varies by model; some up to 400C)

Interface
2-wire, 3-wire, or 4-wire connection (standard: 3-wire)

Power Consumption
Passive (depends on measuring device)

IP Rating
IP65 (confirm by model)

Sensor Type
RTD (Resistance Temperature Detector), PT100

Cable Length
2 meters (standard, customizable)

Wireless
No

Mounting Type
Threaded, Immersion

Operating Temperature
-50C to +250C (probe)

Features
High Accuracy, Fast Response, Flexible Lead, Stainless Steel Sheath

Response Time
1 - 3 seconds (in liquid, depends on probe size)

Mounting Thread
1/4 NPT (typical, verify as per product)

Signal Type
Analog

Sensitivity
~0.385 /C (for PT100)

Application
Process Automation, HVAC, Laboratory, Food & Beverage, Chemical Processing

Ingress Protection
IP65 (typical, depending on assembly)

Housing Material
Stainless Steel

Product Type
RTD Temperature Sensor

Material
Stainless Steel Probe with Braided Wire

Input
Resistance, PT100 (Platinum, 100 Ohm at 0C)

Output
Resistance (Ohms, analog signal)

Function
Temperature Measurement

Usage
Industrial

Accuracy
Class A mm/m

Resolution
0.1C

Voltage
12- 24 V Volt (v)

Weight
Approx. 50-100 grams (depends on cable length)

Sheath Diameter
6mm (customizable options available)

Insulation Resistance
>100M at 500VDC (at room temperature)

Number of Wires
3-wire standard, also available in 2-wire or 4-wire

Temperature Coefficient
= 0.00385 //C

Pressure Resistance
Suitable for moderate pressure environments (consult datasheet for maximum rating)

Process Connection
Threaded fitting, adjustable compression fitting

Sheath Length
150mm (typical, customizable)

Calibration Standard
IEC 60751

Connector Type
Bare Wire, Spade, or Custom Connector Optional

Lead Wire Material
Teflon/Fiberglass Insulated

RTD Sensor Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
20000 Pieces Per Month

Delivery Time
2-4 Days

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Asia, Central America

Main Domestic Market
All India

About RTD Sensor

RTD Sensor is employed in many sectors to carry out the crucial duty of temperature detection. RTDs have demonstrated to be among of the most precise temperature measuring tools available. When measuring accuracy and stability is crucial, these devices are helpful. It is used in sensors to measure the intake of air temperature, oil level, and engine temperature in automobiles. We offer RTD Sensor at an affordable price in the market. To order it, kindly send us an enquiry.

Accuracy	Class A
Application	Industrial
Probe Material	Stainless Steel
Probe Diameter	0.5 - 8 mm
Cable Length	1 m
IP Rating	IP 65, IP 67
Power Supply	DC Supply
Input Voltage	12- 24 V

Customizable for Diverse Applications

Designed to cater to multiple industries, this RTD sensor can be customized in terms of probe diameter, cable length, and compression fittings. Whether you need it for laboratory use or demanding industrial environments, specifications can be adjusted for an optimal fit. The sensor is ideal for air, liquid, or gas temperature monitoring, delivering reliable and repeatable data in HVAC, chemical processing, power generation, and more.

Robust, Reliable, and Safe

With a stainless steel probe and a braided cable sheath, the sensor resists mechanical damage and vibration. Its lead insulation, made from durable fiberglass or Teflon, and ingress protection (IP65) further enhance safety and longevity. Whether threaded, immersed, or mounted, the stainless steel housing ensures robust performance even in harsh environments.

Precise and Flexible Connections

The sensor employs a PT100 element with high sensitivity (~0.385C/) and Class A accuracy, ensuring true temperature representation over its -50C to +250C range. It features an analog signal output (resistance), accommodating standard 2, 3, or 4-wire configurations. Fast response time (1-3 seconds in liquids) and flexible, color-coded leads (IEC/DIN) simplify integration into your process.

FAQ's of RTD Sensor:

Q: How is the RTD sensor best installed for accurate temperature measurement?

A: For optimal performance, mount the sensor using the adjustable compression fitting (standard: 1/4 NPT thread) to ensure firm contact with the medium-air, liquid, or gas. Immersion depth and stable positioning, aided by the rugged stainless steel probe and braided cable, help maintain accuracy and response time.

Q: What customization options are available for this RTD sensor?

A: You can customize the probe diameter (from 3mm to 8mm), cable length, insulation material (fiberglass or Teflon), and fitting type according to your application. The sensor also allows selection between IEC or DIN calibration standards and various color-coded wire schemes to ensure compatibility with your system.

Q: When should I choose fiberglass versus Teflon insulation for the sensor leads?

A: Opt for fiberglass insulation for high-temperature environments and enhanced durability, particularly in industrial settings. Select Teflon insulation if you require superior chemical resistance or when operating with aggressive substances, ensuring reliable performance in specific process conditions.

Q: Where can this RTD sensor be used?

A: This sensor is versatile and suitable for use in process automation, HVAC systems, laboratory measurements, food and beverage industries, chemical processing, and power generation. Its vibration resistance and IP65-rated protection make it reliable for both indoor and outdoor, harsh, or high-moisture locations.

Q: What benefits does stainless steel braided cable provide?

A: The stainless steel braided cable greatly improves mechanical protection against physical abrasion and vibration during installation or operation. It also extends the sensor's service life, particularly in challenging industrial environments, ensuring consistent signal integrity and reliable temperature measurement.

Q: How does the RTD sensor ensure measurement accuracy?

A: The sensor employs a PT100 element with Class A accuracy and adheres to IEC 60751 or DIN EN 60751 standards. Rugged assembly, precise calibration, flexible wiring options (2/3/4-wire), and fast response support high-precision temperature readings across its operating range.

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