Gefran Power Controller Gfx4-30-r-2-f

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Gefran Power Controller Gfx4-30-r-2-f Specification

Way
4 Channels (Independent) Relay

Base Material
Polycarbonate

Panel Type
DIN Rail Mountable

Protection Level
Overload, Short Circuit, Overtemperature

Components
SSR, Microcontroller Unit

Rated Current
30 A per channel

Cooling System
Natural Air Cooling

Cover Material
Polycarbonate

Thickness
86 mm

Protection Class
Class I

Rated Insulation Voltage
2500 V

Rated Operation Voltage
480 VAC

Operating Voltage
24V ac/dc (control supply)

Control System
Microprocessor-based PID

Current Rating
30 A

Cabinet Material
Plastic, V0 self-extinguishing

Features
4-Independent Channel Control, Integrated Current Transformer, Advanced Alarm Systems

Connectivity Type
Modbus RTU (RS485)

Product Type
Power Controller

Material
Industrial grade electronic components

Surface Finish
Textured

Standard
IEC 60947-4-3

Surface Color
Grey

Rated Voltage
480 VAC

Frequency (MHz)
50/60 Hz

Maximum Output Current
30 A

Dimension (L*W*H)
184 x 140 x 86 mm

Application
Industrial Heating, Thermoforming, Furnaces

IP Rating
IP20

Display Type
LED Display

About Gefran Power Controller Gfx4-30-r-2-f

The exclusive Gefran Power Controller Gfx4-30-r-2-f offers top-tier performance for industrial heating, thermoforming, and furnace applications. Acclaimed for its incomparable reliability, this celebrated controller manages up to four independent resistive or infrared heating loads with precise control, thanks to its advanced microprocessor-based PID system. Compatible with Modbus RTU and easy-to-use Gefran GF_eXpress software, it ensures seamless integration. Featuring solid state relay outputs, configurable alarms, and robust polycarbonate construction, this elite controller upholds IEC 60947-4-3 standards. Try now and experience unmatched control and safety for your industrial plant.

Versatile Industrial Application and Robust Usage

The Gefran Power Controller Gfx4-30-r-2-f is expertly engineered for demanding industrial environments, making it ideal for diverse applications such as industrial heating, thermoforming, and furnaces. Designed for seamless use in manufacturing sites and industrial plants, the Gfx4-30-r-2-f adapts to process control rooms and production floors alike, ensuring stable, reliable operation where precise temperature management is crucial. Its four independent channel controls provide unmatched flexibility and efficiency in integrated plant systems.

Packaging, Certifications, and Sample Supply

Gefran power controllers are carefully packaged to ensure safe supply and prompt dispatching. Each unit is delivered with standard IEC 60947-4-3 certification, ensuring regulatory compliance and top quality. Sample policy is transparentsmall quantities can be supplied upon request to support evaluation and integration. All products are securely dispatched from certified suppliers across India, ensuring rapid delivery, complete documentation, and peace of mind with every order.

FAQs of Gefran Power Controller Gfx4-30-r-2-f:

Q: How can the Gefran Power Controller Gfx4-30-r-2-f be installed in an industrial environment?

A: This controller is designed for flexible installation, supporting both DIN rail and panel mounting options, making it suitable for integration into control panels and factory automation systems.

Q: What are the key benefits of using the four independent channel controls?

A: These allow you to manage multiple loads separately, optimizing energy efficiency and ensuring precise control over each part of your industrial heating or thermoforming process.

Q: When should the configurable relay alarms be used?

A: The relay alarms are essential for monitoring overload, short circuit, and overtemperature situations, providing timely alerts to protect equipment and maintain operational safety.

Q: Where is the Gefran Gfx4-30-r-2-f most commonly applied?

A: It is most commonly used in industrial settings such as large-scale heating systems, thermoforming machinery, and furnaces, especially where robust and precise process control is required.

Q: What process does the advanced alarm system follow for fault detection?

A: The system continuously monitors load and operating status. If faults like overload or temperature deviations occur, the controller instantly triggers configurable relay alarms and displays the alert via its LED interface.

Q: How does Modbus RTU connectivity benefit users?

A: Modbus RTU connectivity enables seamless data exchange and remote control integration, allowing users to monitor and adjust parameters from central supervisory systems, thus improving process management and diagnostics.

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