SCHNEIDER BMXDDO6402K OUTPUT MODULE

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SCHNEIDER BMXDDO6402K OUTPUT MODULE Specification

Rated Current
0.5 A/channel

Application
Industrial automation, PLC systems

Output Type
Digital (sink/source compatible)

Current Range
0 to 0.5 A per channel

Operating Temperature
0C to 60C

Features
Removable terminal block, status LEDs, electrical isolation, hot swap support

Connector Type
Removable screw terminal

Power Supply
Supplied via BMX Backplane

Working Temperature
0C to 60C

Cooling Method
Natural convection

Output Current
0.5 A per channel

Product Type
Digital Output Module

Input Voltage
24 V DC

Voltage Protection
Short-circuit and overload protection

Material
Plastic (enclosure), electronic components

Storage Temperature
-40C to +85C

Weight
0.215 kg

Mounting Type
DIN Rail

Module Type
Discrete Output

Number of Output Channels
64 channels

Response Time
0.2 ms ON, 0.2 ms OFF

Output Type Detail
Transistor output (sink/source)

Series
Modicon X80

Protection Level
IP20

Product Code
BMXDDO6402K

Module Width
32 mm

Isolation Voltage
500 V AC (between channels and internal logic)

About SCHNEIDER BMXDDO6402K OUTPUT MODULE

Reserve the magnificent SCHNEIDER BMXDDO6402K OUTPUT MODULE for industrial automation systems that demand exceptional performance. With an astonishing 64-channel transistor (sink/source) discrete output, 500 VAC isolation, and breathtaking response times of just 0.2 ms, this Modicon X80 series module ensures seamless integration and reliability. Add to Cart to enjoy features like short-circuit and overload protection, removable screw terminal blocks, status LEDs, and hot swap supporthoused in a robust, lightweight plastic enclosure. Adapted for PLC systems, it is perfect for advanced control tasks and offers an unparalleled special rate for suppliers and traders in India.

Versatile Industrial Output: Usage and Application

The SCHNEIDER BMXDDO6402K OUTPUT MODULE is widely used by automation engineers and integrators within PLC system frameworks. Its direction of use centers on precise digital output control for machinery, assembly lines, and manufacturing processes. Specifically designed for general and specialized industrial automation, users can confidently deploy the module for a range of digital output functions in demanding environments while enjoying ease of installation and maintenance.

Quotation and Market Details: Where to Buy

FOB Port options for the SCHNEIDER BMXDDO6402K OUTPUT MODULE are available for seamless shipping arrangements. The product is offered primarily in the Indian domestic market while also serving main export markets. Interested buyers can request a competitive quotation with charge details and proposal amounts tailored to their specific needs. Our efficient trading and distribution networks ensure a smooth purchasing and delivery experience for both local and international customers.

FAQs of SCHNEIDER BMXDDO6402K OUTPUT MODULE:

Q: How can the SCHNEIDER BMXDDO6402K OUTPUT MODULE benefit industrial automation systems?

A: This output module provides high channel density, rapid response times, robust isolation, and advanced protection mechanismsideal for efficiently driving digital loads in complex PLC systems.

Q: What is the process for installing the SCHNEIDER BMXDDO6402K module?

A: The module can be easily mounted onto a DIN rail and connected via removable screw terminals. Its hot swap support allows installation or replacement without system downtime.

Q: Where is the SCHNEIDER BMXDDO6402K commonly used?

A: It is predominantly utilized in industrial automation environments, including manufacturing plants, process control, and assembly lines, where reliable and fast digital outputs are vital.

Q: What are the main usage scenarios for this output module?

A: Typical usage includes controlling actuators, relays, indicators, and other digital output devices within a PLC-controlled industrial setup.

Q: When should I consider replacing the output module?

A: Replacement is usually considered if there is persistent malfunction, damage due to overcurrent or environmental factors, or as part of routine maintenance to ensure peak system reliability.