SCHNEIDER 490NRP25400 Modicon automation systems

PLC Autocontroller |20 years of experience specializing in automation equipment

490NRP25400 | Modicon automation systems

PLC Autocontroller| Sales Manager May

Modicon automation systems

Schneider Electric's 490NRP25400 is a fiber optic repeater designed specifically for Modicon automation systems.

It is used to extend the transmission distance of Modbus Plus (MBPL) networks, ensuring signal integrity and stability

over long distances.

Key parameters and specifications

Model 490NRP25400

Type: Fiber optic repeater

Applicable protocol: Modbus Plus (MBPL)

Voltage requirement: 115/230 VAC or 24 VDC

Transmission interface: Fiber optic (supports multimode or single-mode)

Application platform: Modicon Quantum series PLC

Operating temperature: -10°C to +60°C

The 490NRP25400 is suitable for a variety of industrial automation applications, including:

Ø Long-distance data transmission: In applications requiring transmission distances exceeding standard cable lengths,

 fiber optic repeaters are used to extend transmission distances.

Ø Noisy environments: In environments with severe electromagnetic interference, fiber optic transmission improves signal stability.

Ø Distributed control systems: In large automation systems, it enables remote I/O control, reducing the burden on the master controller.

The 490NRP25400 is widely used in:

l Long transmission distance: Supports long-distance data transmission, suitable for complex automation systems.

l High interference immunity: Fiber optic transmission is immune to electromagnetic interference, ensuring stable data transmission.

l Excellent compatibility: Fully compatible with the Modicon Quantum series PLCs, allowing for easy integration.

Order & ship

u Xiamen stock, 1 Year Warranty

u 100% Original Package

u UPS/ DHL/ FEDEX / TNT

Credits & Contact

PLC Autocontroller 20 years of experience specializing in automation equipment

Sales Manager May Email: ab@mooreplc.com

Phone: +86-18106909650 (WhatsApp)

What happens next?