Product Details

Schneider aims to bring Sustainability and Efficiency for all. Modicon Quantum system is the advanced PLC system.

Product Introduction

Schneider 140XCA10215 Cable Unbelievable Prices!

Brand：Schneider

Item No.：140XCA10215

Product Type：Cable

Product Origin：France

Dimensions：4.6 meters

Weight：3 kg

Payment：T/T, Western Union, Credit Card

Shipping Port：Xiamen, China

Lead Time：1-3 Days

Condition：Brand New And Original

Warranty：1 Year

Formal channels, complete test instructions, and responsive services

Large stock, diverse series, adapted to different working conditions, welcome to consult!

Product FAQs

We've listed some product-related issues below. If you need further information or technical support, please contact us via email or by submitting a form. We'll get back to you as soon as possible!

FAQ

What is the primary application of the 140XCA10215 cable?
It is used to interconnect Quantum series modules or remote I/O components within Schneider automation systems.

Is this cable compatible with all Modicon Quantum modules?
It is compatible with Quantum modules designed to accept this specific factory-configured cable type.

Can the 140XCA10215 cable carry analog signals?
It is primarily intended for digital control and communication signals rather than analog transmission.

Does the cable require any configuration or setup?
No configuration is required; it functions as a plug-and-use interconnect cable.

Can multiple cables of this type be used in the same control system?
Yes, multiple cables can be used as long as the overall system layout and module limits permit.

Are there special considerations for routing the cable?
It should be routed away from high-power and high-frequency sources to reduce electrical noise.

Is the cable suitable for continuous industrial operation?
Yes, it is designed to withstand typical industrial temperature and humidity conditions.

Does the cable support high-speed communication signals?
Yes, it is suitable for high-speed digital signals used within Quantum-series interconnections.