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B Type Thermocouple Sensors

B Type Thermocouple Sensors Specification

Response Time
310 seconds (typical, depends on probe construction)

Sensitivity
~10 V/C

Sensor Type
B Type Thermocouple Sensors

Operating Temperature
0 to 1700C Celsius (oC)

Wireless
No

Mounting Type
Threaded, Flanged, or fixed as per requirement

Power Consumption
Negligible, passive device

IP Rating
IP65 (with suitable enclosure)

Features
High temperature stability, corrosion resistance, suitable for oxidizing environments

Cable Length
Customizable (typically 1m, 2m, 3m, or as specified)

Measurement Range
0 to 1700C

Product Type
B Type Thermocouple Sensors

Input
Temperature

Function
Sensing and measuring high temperatures

Usage
Industrial

Resolution
1C

Voltage
Dependent on configuration, typically millivolt output

Weight
Varies as per probe size and assembly

Long-Term Stability
Excellent for high temp applications

Lead Wire Type
Fiberglass or PTFE insulated, high temperature rated

Process Connection
Adjustable compression fitting, flanged, welded

Compliance
IEC 60584, ASTM E230/E230M

Probe Length
50mm 1000mm (as per application)

Insulation Material
High-purity ceramic, mineral insulated (option)

Additional Product Specifications

Drift at Maximum Temperature
Low (typical <2C/100hrs at 1600C)

Sheathe Diameter
3mm 12mm (customized)

B Type Thermocouple Sensors Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash Against Delivery (CAD), Cash Advance (CA), Cheque

Main Domestic Market
All India

About B Type Thermocouple Sensors

Temperature Range 0 to 1700C

Class Class 1

Accuracy 05C or 025

Probe Material Stainless Steel

Application Insustrial Usage

Assembly Thermocouple Probe

Probe Termination Miniature Jack

Reliable High-Temperature Sensing

B Type Thermocouple Sensors are tailored for industries demanding reliable temperature readings in extreme conditions. Their wide measurement range, excellent stability, and corrosion-resistant build make them a trusted choice in steel mills, glass production, and thermal processing plants. These sensors provide consistent accuracy and rapid response, critical for maintaining process efficiency and safety.

Customizable for Versatile Applications

Each thermocouple can be customized in terms of sheathe diameter, probe length, cable type, and mounting configuration to precisely match your operational requirements. From threaded to flanged or welded assemblies, this flexibility ensures seamless installation and integration into existing systems, enhancing both usability and performance for a wide array of industrial uses.

FAQs of B Type Thermocouple Sensors:

Q: How is a B Type Thermocouple Sensor typically used in industrial applications?

A: B Type Thermocouple Sensors are primarily used to sense and measure extremely high temperatures (up to 1700C), making them suitable for industries like metal processing, glass manufacturing, and kilns where precise temperature control is crucial.

Q: What materials and construction features enhance the durability of these sensors?

A: The sensors utilize high-purity ceramic or mineral insulation and are built with corrosion-resistant sheaths, ensuring stability and performance in oxidizing environments. The robust construction minimizes drift, even under prolonged exposure to high temperatures.

Q: When should I choose a customized sheathe diameter or probe length?

A: Select a custom sheathe diameter (3mm12mm) or probe length (50mm1000mm) based on the specific application requirements, such as the size of the process vessel, depth of immersion, and response time needed for accurate measurement.

Q: Where can these thermocouple sensors be installed?

A: These sensors can be mounted using adjustable compression fittings, flanged connections, or welded assemblies, providing installation flexibility for integration into various industrial systems, including reactors, furnaces, and pipelines.

Q: What benefits do high-purity ceramic and mineral insulated designs offer?

A: High-purity ceramic and mineral insulation provide superior electrical and thermal insulation, excellent high-temperature stability, and reduce contamination, ensuring reliable performance and longer sensor lifespan in harsh conditions.

Q: How does the compliance with IEC 60584 and ASTM E230/E230M impact usage?

A: Compliance with these international standards ensures accurate and repeatable temperature measurements, making the sensors suitable and recognized for use in regulated industrial environments globally.

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