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Industrial Heater control panel

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Industrial Heater control panel Specification

Rated Operation Voltage
415 V

Rated Insulation Voltage
690 V

Cover Material
MS with Powder Coating

Panel Type
Floor Mounted

Base Material
Mild Steel

Protection Class
Class I

Operating Voltage
415 V AC

Thickness
2 mm

Rated Current
200 A

Control System
Automatic/Manual

Features
Short Circuit & Overload Protection, Easy Maintenance, Modular Design, Durable Construction

Way
Three Phase

Components
MCB, MCCB, Contactor, Overload Relay, Indicating Lamps

Current Rating
200 A

Protection Level
IP55

Cooling System
Natural Air Ventilation

Cabinet Material
Mild Steel with Powder Coating

Connectivity Type
Wired

Product Type
Heater Control Panel

Material
Mild Steel

Surface Finish
Powder Coated

Standard
IEC 61439 / IS 8623

Surface Color
Grey

Rated Voltage
415 V AC

Frequency (MHz)
50 Hz

Maximum Output Current
200 A

Dimension (L*W*H)
1200 x 800 x 300 mm

Application
Industrial Heater Automation & Protection

IP Rating
IP55

Display Type
Analog Meters

Enclosure Standard
IP55 as per IEC 60529

Ambient Temperature Range
-5C to +50C

Mounting Type
Floor Standing

Control Voltage
230V AC

Operation Mode
Front Operated

Interlocking
Mechanical & Electrical Interlock

Cable Entry
Top/Bottom

Earthing
Double Earth Provision

Input Supply
415 V AC, 3 Phase, 4 Wire

Humidity Resistance
Up to 95% RH

Supply Phase
Three Phase

Busbar Material
Electrolytic Copper

About Industrial Heater control panel

Controller: Multispan TC-29 digital temperature controller with sensor input support (Thermocouple). Display: 4-digit clear LED display for real-time monitoring. Safety: Integrated heavy-duty rotary main switch and dual status indicator lamps. Build: Industrial-grade, durable metal body with a secure latch mechanism. Application: Ideal for band heaters, pouch heaters, industrial ovens, and processing machinery.

Reliable Performance in Demanding Environments

Designed to withstand humid conditions up to 95% RH and operate between -5C to +50C, this panel maintains consistent performance in various industrial settings. The electrolytic copper busbars and natural air ventilation provide dependable conductivity and cooling.

Advanced Safety Features

Enhanced with both mechanical and electrical interlocks, double earth provision, and components like overload relays and MCBs, this panel offers superior safety for both users and equipment. It complies with IEC 61439 / IS 8623 standards, ensuring peace of mind.

User-Friendly Operation & Maintenance

Front-operated controls, clear analog meters, and top/bottom cable entries make installation and daily operation straightforward. The modular design and powder-coated mild steel construction facilitate easy maintenance and long service life.

FAQ's of Industrial Heater control panel:

Q: How does the industrial heater control panel enhance safety during operation?

A: The control panel incorporates both mechanical and electrical interlocks, double earth provision, and high-quality protection devices such as MCB, MCCB, and overload relays. These features work together to prevent circuitry faults, short circuits, and overloads, thereby ensuring safe operation in industrial environments.

Q: What is the process for installing this control panel in a facility?

A: Installation involves securing the floor-standing enclosure at the designated site, connecting the 415 V AC three-phase input supply, and routing cables through the top or bottom entry points. Proper earthing must be established using the double earth provision. A certified electrician should handle installation to meet IEC 61439 or IS 8623 standards.

Q: Where is this heater control panel typically used?

A: This panel is ideally suited for industrial automation and protection of heating systems, such as those found in manufacturing plants, chemical processing, or large-scale industrial environments where robust heater control and reliability are crucial.

Q: What benefits does the modular design offer to users?

A: The modular design allows for simplified maintenance, easy component replacement, and adaptability to different operational requirements. It ensures that upgrades or repairs can be performed with minimal downtime, enhancing overall operational efficiency.

Q: When should the panel's overload relay and safety devices be checked?

A: Routine checks and preventive maintenance should be performed according to the manufacturer's recommendations, typically every six months, or as part of regular facility maintenance schedules. Visual inspections after power surges or operational irregularities are also advised.

Q: How is the panel protected against harsh environmental conditions?

A: The IP55-rated enclosure shields internal components from dust and water ingress, while the powder-coated mild steel construction resists corrosion. The design also accommodates high humidity up to 95% and operates reliably across a temperature range of -5C to +50C.

Q: What are the primary usage modes of this heater control panel?

A: The panel supports both manual and automatic control modes, enabling flexible integration with various industrial processes. Operators can use front-mounted controls and analog displays for direct intervention or rely on automated systems for hands-free operation.

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