Schneider TSX 07 31 1602

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Schneider TSX 07 31 1602 Specification

Output Type
Digital outputs (transistor)

Phase
Single Phase

Application
Factory automation, process control, machine automation

Rated Current
Total 4 A max for outputs

Output Current
0.5A per output (typical)

Noise Level
Low electronic emission

Working Temperature
0C to 60C

Connector Type
Removable terminal blocks

Cooling Method
Passive cooling

Rated Power
Internal low consumption (PLCs)

Features
Modular extension options, LED indicators, compact design

Operating Temperature
0C to 60C

Power Supply
External 24V DC

Current Range
Standard PLC I/O current levels

Product Type
Programmable Logic Controller (PLC)

Input Voltage
24 V DC

Voltage Protection
Integrated electronic protection

Efficiency
High operational reliability

Material
Industrial-grade plastic & metal

Line Regulation
Regulated inputs for stable logic signals

Storage Temperature
-25C to +70C

Weight
Approx. 0.65 kg

About Schneider TSX 07 31 1602

Order the Schneider TSX 07 31 1602 for instant savings and a famed automation experience. With unmatchable efficiency, this glorious compact PLC features 16 digital inputs and outputs paired with DIN rail mounting. Enjoy reliable control via RS232/RS485 communication ports and seamless programming through ladder logic and function blocks (PL7 software). Reserve your system with integrated electronic protection, regulated inputs, and high operational reliability. Its modular construction, fast switching capability, and IP20 protection degree make it ideal for demanding factory automation, process control, and machine automation environments across India.

Specialized Use in Automation Settings

Schneider TSX 07 31 1602 is used for precise control in factory automation, machine automation, and process control. The device is applied directly onto the DIN rail, giving a sturdy and space-saving installation. With 16 digital inputs and outputs, it is specifically beneficial for scalable logic operations and networking across various industrial tasks, allowing seamless expansion. Status LEDs further assist in diagnostics and monitoring, optimizing operational workflows in industrial applications.

Secured Order, Ready Stock, and Reliable Logistics

Payment for the Schneider TSX 07 31 1602 can be arranged via flexible terms as per supplier and trader agreements in India. Packaging is robust, ensuring transit safety. The product is available in stock and delivery is coordinated through efficient logistics, supporting FOB port options for quick dispatch. Buyers can reserve their units, benefitting from assured stock readiness and streamlined delivery schedules, making procurement and installation hassle-free for industrial customers.

FAQs of Schneider TSX 07 31 1602:

Q: How is the Schneider TSX 07 31 1602 installed in industrial setups?

A: The Schneider TSX 07 31 1602 is installed using DIN rail mounting, offering a secure and compact fit suitable for factory automation panels and enclosures.

Q: What type of applications does this PLC controller benefit most?

A: It is most beneficial for factory automation, machine automation, and process control applications due to its fast switching, modular extension options, and reliable digital I/O capability.

Q: When should one consider using the extension modules with this model?

A: Extension modules can be used whenever additional I/O points or enhanced functionality are required to scale up operations without replacing or upgrading the base controller.

Q: Where can buyers source the Schneider TSX 07 31 1602 in India?

A: Buyers in India can reserve and order this PLC from authorized suppliers and traders, ensuring dependable delivery and stock availability.

Q: What programming process does the TSX 07 31 1602 support?

A: The PLC supports programming via ladder logic and function blocks, utilizing the PL7 software for flexible and user-friendly configuration.

Q: How does the integrated electronic protection enhance the modules usage?

A: Integrated electronic protection secures the PLC from voltage spikes and overcurrent, prolonging lifespan and maintaining system reliability during intensive industrial operations.

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