SCHNEIDER PLC

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SCHNEIDER PLC Specification

Output Current
Varying by output card, up to 2A/channel

Noise Level
<40dB

Rated Current
Up to 5A (module specific)

Application
Industrial Automation, Process Control, Machine Automation

Output Type
Relay / Transistor (Depending on Model)

Phase
Single-phase / Three-phase (application dependent)

Working Temperature
0C to +55C

Power Supply
Internal/external, 24V DC / 110-230VAC (dependent on model)

Rated Power
Up to 40W (module dependent)

Features
Modular expansion, Integrated communication ports, Compact size, High-speed processing

Power Factor
>0.95 (Power Supply Unit)

Connector Type
Screw / Spring clamp terminals

Current Range
Input: 4mA~20mA (typical, module dependent)

Operating Temperature
0C to +55C

Cooling Method
Natural Air Cooling

Product Type
Programmable Logic Controller (PLC)

Output Power
Low voltage class, varies by module

Output Frequency
50/60 Hz

Input Voltage
24V DC / 100-240V AC (module dependent)

Voltage Protection
Over-voltage and under-voltage protection

Efficiency
Approx. 90%

Material
High-grade Industrial Plastic/Metal Overlay

Line Regulation
1%

Storage Temperature
-40C to +85C

Weight
Approx. 350g to 1.5kg (model dependent)

About SCHNEIDER PLC

Unlock the power of automation with the SCHNEIDER PLC an incomparable solution tailored for exceptional industrial performance. Featuring special communication ports (RS232, RS485, Ethernet), this splendid controller ensures seamless integration. Its customizable I/O expansion, robust memory capacity of up to 128KB, and compatibility with Schneider EcoStruxure Machine Expert/Unity Pro elevate your productivity. Engineered for invincible reliability, it boasts advanced protection, vibration resistance, and both DIN rail and panel mounting options. Ideal for process control and machine automation, this modular PLC sets new benchmarks in efficiency (90%) and versatility for demanding industrial environments.

Operational Excellence & Application Scope

For direction of use, SCHNEIDER PLC offers intuitive installation via DIN rail or panel mount, depending on the application place. It is predominantly used as a modular controller in industrial automation, process control, and machine automation projects. The system accommodates digital and analog I/O extensions, making it suitable for use in factories, process plants, and manufacturing units, ensuring high-speed and reliable control in every industrial environment.

Sample Policy & Secure Dispatch Protocol

Sample requests for SCHNEIDER PLC can be handed over upon customer inquiry. Samples are available for evaluation and typically shipped using secure packing & dispatch protocols to ensure product integrity. We ensure secure shipping from our FOB port in India, offering reliable and timely delivery. Every unit undergoes quality inspection before being dispatched, thus safeguarding customer satisfaction and product protection during transit.

FAQs of SCHNEIDER PLC:

Q: How does the modular expansion capability benefit users of the SCHNEIDER PLC?

A: The modular expansion design lets users easily add digital or analog I/O modules as project requirements change, offering flexibility and scalability for growing or evolving automation needs.

Q: What are the available communication ports on the SCHNEIDER PLC, and how do they enhance connectivity?

A: The SCHNEIDER PLC features RS232, RS485, and Ethernet communication ports, enabling seamless integration with other devices and support for a variety of industrial communication protocols.

Q: When should I use DIN rail mounting versus panel mounting for the SCHNEIDER PLC?

A: DIN rail mounting is ideal for compact control cabinets and standardized installations, while panel mounting suits custom enclosures or applications needing additional mechanical stability.

Q: Where can the SCHNEIDER PLC be applied within an industrial setup?

A: It is widely used in manufacturing facilities, process control environments, and machinery automation, providing reliable, real-time control and monitoring for a variety of automated processes.

Q: What process does SCHNEIDER PLC follow for voltage and current protection?

A: The PLC incorporates advanced over-voltage and under-voltage protection circuits, ensuring stable operation and safeguarding devices from electrical anomalies and damage during fluctuations.

Q: How does the backup battery function contribute to the PLCs reliability?

A: The backup battery ensures critical data retention during power outages, preventing loss of important process information and supporting uninterrupted automation operations.

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