Induction Furnace Components-CONTROL CIRCUIT CARD FOR PANEL

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Induction Furnace Components-CONTROL CIRCUIT CARD FOR PANEL

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MOQ : 10 Pieces

Induction Furnace Components-CONTROL CIRCUIT CARD FOR PANEL Specification

Rating
Industrial Grade

Feature
High Reliability, Precision Control

Condition
New

Type
Control Circuit Card

Usage
Industrial Panel Control

Power
Low Power Consumption

Voltage
24V DC

Size
Standard

Dimensions
Customized as per panel

Weight
Approx. 200g

Application
Induction Furnace Panel

Fuel Type
Electric

Capacity
Supports Multi-Relay Outputs

Compatibility
Universal Induction Furnace Brands

Humidity Range
Up to 95% non-condensing

Circuit Protection
Overload & Short Circuit Protected

Service Life
Over 50,000 Hours

Mounting Type
PCB Mounting, DIN Rail Optional

PCB Finish
Lead-Free, RoHS Compliant

Output Type
Relay/Transistor Outputs

Connector Type
Screw Terminals

Operating Temperature
0°C to 70°C

Input Signal
Opto-isolated inputs

Material
High-grade PCB with epoxy coating

Induction Furnace Components-CONTROL CIRCUIT CARD FOR PANEL Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
1000 Pieces Per Day

Delivery Time
1 Week

Packaging Details
Standard Packaging

Main Domestic Market
All India

About Induction Furnace Components-CONTROL CIRCUIT CARD FOR PANEL

We have been able to earn the valuable trust of our customers, by manufacturing and supplying a quality range of Induction Furnace Components. These components are used to install or attach in industrial heating and melting furnaces. The components are manufactured by using best quality materials, sourced from the certified vendors. Available in different sizes and specifications, our Induction Furnace Components are highly demanded in the market.

Features:

Compactly designed
Long lasting quality
Easy to install

Superior Engineering and Materials

Constructed with a high-grade, epoxy-coated PCB and robust circuit protection features, this control circuit card delivers exceptional reliability in industrial settings. The standard-sized, customizable card integrates seamlessly into panel assemblies, offering both PCB mounting and DIN rail options for versatile installations.

Universal Compatibility and Precision

Designed for induction furnace panels, this card supports a wide range of brands and furnaces. Its opto-isolated inputs enhance signal integrity and safety, while relay or transistor outputs ensure accurate operational responses-ideal for demanding, high-precision industrial applications.

Eco-Friendly and Safe Operation

Adhering to strict industry standards, the control circuit card features a lead-free, RoHS compliant PCB finish. Overload and short circuit safeguards, coupled with screw terminal connectors, make maintenance straightforward and promote a long service life exceeding 50,000 hours.

FAQ's of Induction Furnace Components-CONTROL CIRCUIT CARD FOR PANEL:

Q: How is the control circuit card installed in an induction furnace panel?

A: This control circuit card can be PCB-mounted or installed on a DIN rail, depending on your panel's configuration. Screw terminals are provided to ensure secure and easy wiring during panel assembly.

Q: What are the primary advantages of using this control circuit card in industrial panels?

A: The card provides high reliability, overload and short circuit protection, universal compatibility, and precise control outputs. Its environmentally friendly, lead-free construction and extended service life deliver both operational safety and cost efficiency.

Q: When should the control circuit card be replaced?

A: Given its rated service life of over 50,000 hours, replacement is typically required only after years of continuous operation or if damaged by extreme electrical faults or conditions outside the specified temperature and humidity range.

Q: Where can this control circuit card be used?

A: It is suitable for installation in industrial induction furnace control panels and is compatible with major furnace brands, making it versatile for use in numerous industrial environments across India and abroad.

Q: What process ensures the safety of signals in this control card?

A: The card utilizes opto-isolated inputs, which electrically separate the control section from high-voltage circuits, significantly reducing the risk of electrical interference and improving signal fidelity.

Q: How does the circuit protection work in this card?

A: Integrated overload and short circuit protection mechanisms safeguard the components during abnormal power conditions, preventing damage to both the card and connected devices.

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