SCHNEIDER ELECTRIC 140CRA93200 RIO DROP S908 2 CH CPU

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SCHNEIDER ELECTRIC 140CRA93200 RIO DROP S908 2 CH CPU Specification

Feature
Hot-Swap Capability, Fault Diagnostics

Humidity %
5% to 95% RH non-condensing

Efficiency
High

Shape
Rectangular

Operating Temperature
0C to 60C

Overheating Protection
Integrated

Surface Finish
Matte

Mounting Type
Rack Mountable

Insulation Material
High Grade Polymer

IP Rating
IP20

Connector Type
S908 Connector, Terminal Block

Product Type
Remote I/O Drop Module

Application
Industrial Automation, Modicon Quantum PLC System

Protection Level
Standard

Frequency (MHz)
50/60 Hz

Rated Voltage
24 VDC

Energy Consumption
Low

Output Type
Digital

Color
Grey

Dimension (L*W*H)
142 mm x 46 mm x 226 mm

Weight
500 g

Phase
Single

Size
Standard Module Size

Input Voltage
24 VDC

Connection Type
S908 Remote I/O Bus

Material
Industrial Grade ABS and Metal

No Of Poles
2

About SCHNEIDER ELECTRIC 140CRA93200 RIO DROP S908 2 CH CPU

Discover the new SCHNEIDER ELECTRIC 140CRA93200 RIO DROP S908 2 CH CPUfeatured for its splendid performance and opulent engineering. This polished slot module is designed for seamless integration with Modicon Quantum PLC systems, supporting Modicon and S908 protocols. Equipped with dual channel CPU capability and LED status indication, it promises efficient remote I/O bus communication. With hot-swap capability, robust industrial-grade ABS and metal construction, and exceptional protection features, its the special choice for advanced automation applications. Enjoy reliability, high efficiency, and easy rack-mount installation in a standard, matte-finished module. Supplied by Indias leading traders.

Versatile Use in Industrial Automation

The SCHNEIDER ELECTRIC 140CRA93200 RIO DROP S908 2 CH CPU is used as a remote I/O module, ideally suited for plant automation and continuous process control. Designed for industrial automation environments, this CPU offers users a reliable interface for Modicon Quantum PLC systems, ensuring optimized communication and data exchange. Its robust construction supports demanding plant applications, making it a trusted component for operational efficiency in assembly lines, process plants, and manufacturing units.

Certifications, Supply Ability, and Sample Availability

This module complies with IEC vibration and shock resistance standards, guaranteeing safe usage in industrial conditions. For those interested, samples are available upon request, and the asking price includes careful packing and dispatch. Our supply ability ensures prompt logistics and delivery throughout India, chartering robust distribution channels to meet high-demand inventories. The product comes standard with certification, offering assurance for operational reliability and safety in critical plant infrastructure.

FAQs of SCHNEIDER ELECTRIC 140CRA93200 RIO DROP S908 2 CH CPU:

Q: How does the SCHNEIDER ELECTRIC 140CRA93200 CPU enhance automation processes?

A: This CPU maximizes operational efficiency by providing fast response times, reliable fault diagnostics, LED status indications, and hot-swap capability, supporting seamless automation in industrial plants.

Q: What is the installation process for the 140CRA93200 CPU module?

A: The module is rack-mountable and fits as a standard slot in Modicon Quantum PLC systems. Simply connect using the S908 remote I/O bus and secure it with minimal setup due to its plug-and-play design.

Q: When should operators use the hot-swap feature on this CPU?

A: Hot-swap capability allows modules to be replaced while the system is running, minimizing downtime during routine maintenance or module upgrades.

Q: Where can this CPU be applied in industrial settings?

A: Ideal for automated assembly lines, manufacturing plants, and process control facilities requiring robust remote I/O management and fast digital output response.

Q: What are the benefits of the integrated fault diagnostics function?

A: Integrated fault diagnostics provide real-time alerts for system errors, improving troubleshooting efficiency and reducing unplanned interruptions in plant operations.