LS G7E DR10A PROGRAMMABLE LOGIC CONTROLLER

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LS G7E DR10A PROGRAMMABLE LOGIC CONTROLLER Specification

Power Supply
Built-in Power Supply

Output Type
Relay Output

Operating Temperature
0C to 55C

Current Range
Input current: Max 35mA

Phase
Single Phase

Connector Type
Terminal blocks

Cooling Method
Natural air cooling

Output Current
Relay output contact: 2A at 30V DC/250V AC (per point)

Application
Industrial automation, machinery, process control

Features
Compact size, high-speed processing, built-in communication port

Working Temperature
0C to 55C

Product Type
Programmable Logic Controller (PLC)

Input Voltage
100-240V AC, 50/60Hz

Voltage Protection
Overvoltage and undervoltage protection supported

Efficiency
High operational efficiency

Material
High-grade industrial plastic

Line Regulation
Stable across specified voltage ranges

Storage Temperature
-25C to 70C

Weight
Approximately 250g

About LS G7E DR10A PROGRAMMABLE LOGIC CONTROLLER

Spotlight your industrial automation with the LS G7E DR10A Programmable Logic Controller, an instant savings solution for efficiency. This crackerjack controller boasts praiseworthy performance with 6 digital inputs, 4 blue-ribbon relay outputs, and clear status LED indicators for reliable monitoring. Compatible with GMWIN software and utilizing ladder logic programming, it fits effortlessly into panel or DIN rail setups. Try Now: enjoy stable single-phase operations, rapid processing, high-grade insulation, and over-voltage protectionmaking it the blue-ribbon choice for process control and machinery applications.

Features, Extra Features, and Usage

The LS G7E DR10A PLC features a compact design, 6 digital inputs, 4 relay outputs, and status LED indicators offering straightforward monitoring. Enjoy high-speed processing, built-in communication ports, and compatibility with GMWIN software for seamless ladder logic programming. Its praiseworthy reliability suits industrial automation, machinery, and process control tasks. Conveniently mounts via DIN rail or panel, uses natural air cooling, and protects against voltage fluctuationall while ensuring operational efficiency and robust usage for demanding environments.

Delivery Time, Certifications, and Sample Availability

Expect prompt handover of the LS G7E DR10A PLC, with goods transport times tailored for quick deployment and reduced expenditure. Certified to meet rigorous industrial standards, the controller provides trusted quality assurance. Samples are available for testing, allowing users to validate functionality before full-scale integration. Benefit from a streamlined procurement process, transparent delivery information, and reliable shipping options designed to optimize budget-friendly and efficient project execution.

FAQs of LS G7E DR10A PROGRAMMABLE LOGIC CONTROLLER:

Q: How can the LS G7E DR10A PLC be programmed for industrial applications?

A: The controller supports ladder logic programming and is compatible with GMWIN software, making it easy to configure for various industrial automation needs.

Q: What are the main features that make LS G7E DR10A PLC praiseworthy?

A: Its compact size, 6 digital inputs, 4 relay outputs, fast processing, LED indicators, built-in communication ports, and robust voltage protection contribute to its blue-ribbon reliability.

Q: When should I expect the handover of LS G7E DR10A after ordering?

A: Delivery times are optimized for quick handover, with goods transported efficiently to minimize waiting and manage project expenditure.

Q: Where can the LS G7E DR10A PLC be mounted in an industrial setup?

A: The controller is designed for flexible installation via DIN rail or panel mounting, suiting diverse environments in machinery and process control.

Q: What is the process for acquiring a sample before full-scale purchase?

A: Samples are available upon request, allowing users to validate performance before committing to a complete purchaseensuring tailored, budget-smart decisions.

Q: How does the LS G7E DR10A benefit process control operations?

A: Its reliable relay outputs, stable voltage regulation, efficient communication, and robust insulation offer enhanced safety and operational efficiency in automated process control.

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