Bi-Metallic Temperature Gauge

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MOQ : 100 Pieces

Bi-Metallic Temperature Gauge Specification

Frequency
Mechanical, not electrical

Glass Size
100 mm

Display
Analog Dial

Case
Stainless Steel

Thread
1/2 BSP (M)

Outer Size
100 mm dial

Sensor Type
Bi-metallic strip

Measuring Range
0C to 250C

Bourdon Tube
Bi-Metallic Helical Coil

Material
Stainless Steel (Case & Stem)

Working Presssure
Up to 10 bar

Seal Material
Silicon Rubber Gasket

Grade
Industrial / General Purpose

Application
Industrial Process, HVAC, Refineries, Chemical Plants, Food & Pharma

Accuracy
1% of F.S.

Connection Material
AISI 304 Stainless Steel

Ambient Temperature Limit
-20C to 60C

Zero Adjustment
External (accessible at rear)

Pointer
Black aluminum

Window
Shatter-proof glass

Dial Color
White with black marking

Stem Length
150 mm standard (customizable)

Mounting
Bottom / Back (centre/offset) available

Stem Diameter
8 mm

Ingress Protection
IP65

Bi-Metallic Temperature Gauge Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About Bi-Metallic Temperature Gauge

Unlock a hot deal on our preeminent Bi-Metallic Temperature Gauge, crafted for those seeking polished, venerable solutions in temperature measurement. With a precision stem diameter of 8 mm and length of 150 mm (customizable), this gauge covers a range from 0C to 250C. Featuring an IP65 stainless steel case, shatter-proof glass, and external zero adjustment, it offers top performance in industrial, HVAC, refinery, food, and pharma applications. Purchase yours with confidence-combine trusted craftsmanship and robust materials for unmatched reliability.

Application Excellence and Competitive Edge

Bi-Metallic Temperature Gauges deliver accurate data via their simple analog method, making them indispensable for plant applications in harsh environments such as chemical plants, refineries, and HVAC systems. Their robust build and ingress protection ensure longevity and continuous operation. Competitive advantages include external zero adjustment and dual mounting options, granting flexibility and reduced downtime. Our polished solution helps users track process parameters, minimize errors, and maintain quality control, placing them at the pinnacle in demanding industrial settings.

Domestic Market Strength and Sample Policy

We serve the Indian domestic market, ensuring timely order completion and efficient drop-off at clients' preferred sites. Our gauge is supplied to various sectors, all meeting the highest certifications for industrial use. Samples may be provided to approved customers for evaluation, reflecting our confidence in this venerable product. With a streamlined, customer-focused sample policy and prompt order processing, we build lasting partnerships with industries across India-ensuring reliable supply and exceptional service for every requirement.

FAQ's of Bi-Metallic Temperature Gauge:

Q: How does the Bi-Metallic Temperature Gauge ensure accurate temperature readings?

A: The gauge uses a bi-metallic helical coil sensor and a shatter-proof glass window, enabling precise measurement and high accuracy (1% of F.S.) across an extensive range.

Q: What types of industrial applications can benefit from this temperature gauge?

A: It's suited for industrial processes, HVAC systems, refineries, chemical plants, and the food and pharma sectors, offering versatility and reliability in demanding conditions.

Q: Where can the gauge be mounted within a facility?

A: The gauge supports both bottom and back (center/offset) mounting options, allowing flexible installation on equipment and plant machinery based on user requirements.

Q: What is the process for ordering or sampling this gauge?

A: Clients can request samples for evaluation as per our sample policy. Once the order is confirmed, we ensure prompt order completion and drop-off anywhere within the domestic market.

Q: When should zero adjustment be performed on the gauge?

A: Zero adjustment, accessible at the rear, should be done during installation or maintenance to ensure continued accuracy, especially after exposure to extreme process conditions.