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MAHENDRA THERMO ELECTRICALS AND EQUIPMENT
GST : 27AXLPG7164R1ZL

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Infrared Heater Module

Infrared Heater Module Specification

Usage & Applications
Industrial heating, drying systems, plastic forming, paint curing, thermoforming

Type
Infrared Heater Module

Material
Ceramic and Metal

Capacity
Varies by Model

Voltage
220V - 240V

Power
300W - 1200W

Power Source
Electric

Input Voltage
220V AC

Output Voltage
220V

Installation Type
Surface Mounted

Dimension (L*W*H)
240 x 60 x 50 mm

Weight (kg)
1.5 kg

Color
White / Silver

Frequency
50/60 Hz

Mounting Method
Brackets or frames

Protection Class
IP54

Surface Temperature
350°C - 800°C

Control System Compatibility
Thermostat & SSR compatible

Response Time
Fast heating, within seconds

Lifespan
Over 10,000 hours

Heating Element Material
High-quality infrared ceramic

Operating Temperature Range
Up to 800°C

Infrared Heater Module Trade Information

Minimum Order Quantity
12 Pieces

Supply Ability
300 Pieces Per Week

Delivery Time
16-20 Days

About Infrared Heater Module

With our rich industry experience and knowledge, we are engaged in offering high-quality Infrared Heater Module. This module is highly popular in lamination, shrink packaging and lamination industries. It is available in 300 to 1500 mm lengths and horizontal position. Our provided module is designed using high-grade silica material by an adroit team of professionals. In addition, this Infrared Heater Module is highly recognized by people due to its smooth operation, high performance and rugged construction.

Features:

High heat resistant nature
Easy to mount on the wall
Perfect choice for both indoor and outdoor equipment

Technical Specification

Minimum Order Quantity	2 Piece
Frequency Range	as per require
Power	as per require

Superior Efficiency and Durability

Built from premium infrared ceramic and metal, this heater module rapidly delivers consistent heat in a compact form. Designed to function within an operating range up to 800C, it suits rigorous industrial requirements, ensuring both longevity and energy efficiency across intense workloads.

Flexible Installation and Control

Thanks to its surface-mounted design and versatile mounting via brackets or frames, installation is streamlined for various industrial setups. Its compatibility with thermostats and solid state relays (SSR) enables precise, automated temperature management tailored to operational needs.

Versatile Industrial Applications

Perfect for tasks such as paint curing, plastic processing, and drying, the heater's fast response time and high surface temperatures maximize productivity. It is suited to diverse sectors requiring reliable and uniform heat, from manufacturing lines to laboratory settings.

FAQ's of Infrared Heater Module:

Q: How is the infrared heater module typically installed?

A: The module is designed for straightforward surface mounting using brackets or frames. This enables secure attachment to various structural surfaces common in industrial facilities.

Q: What materials make up the infrared heater's heating element?

A: The heating element is constructed from high-quality infrared ceramic, ensuring robust thermal performance and extended operational life even under intensive use.

Q: When should this infrared heater module be used?

A: It's ideal for processes that demand rapid heating and consistent high temperatures, such as industrial drying, thermoforming, paint curing, and plastic forming.

Q: Where can this heater module be applied?

A: The module is suitable for installation in factories, workshops, laboratories, and production lines where industrial heating is required.

Q: What are the main benefits of using this infrared heater module?

A: Key benefits include a fast heating response, efficient energy use, long lifespan (over 10,000 hours), and compatibility with advanced control systems, enhancing operational flexibility.

Q: How does the control system compatibility benefit the user?

A: With support for thermostats and SSRs, users can automate and fine-tune temperature settings, achieving precise process control and improved safety.

Q: What is the typical process for integrating this heater into an existing system?

A: Integration involves surface mounting the heater, connecting it to an electric power source (220V-240V), and linking it to compatible control systems for automated temperature regulation.