SCHNEIDER ELECTRIC MODULE TSXDMZ64DTK

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SCHNEIDER ELECTRIC MODULE TSXDMZ64DTK Specification

Connector Type
Removable terminal block

Rated Current
8 A total per module

Working Temperature
0C to 60C

Cooling Method
Convection

Output Type
Digital

Output Current
0.5 A per point, 8 A per module

Application
For use with Modicon Premium PLC systems

Power Supply
24 V DC

Current Range
0 to 0.5 A per channel

Operating Temperature
0C to 60C

Features
Removable terminal block, Diagnostics LEDs, Short-circuit protection, Overload protection

Product Type
Digital Output Module

Input Voltage
20.4 to 28.8 V DC

Voltage Protection
Reverse polarity protection

Material
Plastic (housing), Electronic components

Storage Temperature
-40C to +85C

Weight
Approx. 0.25 kg

Dimensions
125 mm (H) x 32 mm (W) x 163 mm (D)

Compatibility
Modicon Premium automation platform

Type of Outputs
Transistor (sink, 2-wire) NPN

Mounting Type
Rack mounting (Modicon Premium PLC chassis)

Protection
Short circuit, Overload, Reverse polarity

Response Time
0.5 ms (ON/OFF)

Number of Outputs
64 digital outputs

Status Indication
LED per output channel

Module Reference
TSXDMZ64DTK

Isolation Voltage
500 V AC (between channels and logic)

About SCHNEIDER ELECTRIC MODULE TSXDMZ64DTK

SCHNEIDER ELECTRIC MODULE TSXDMZ64DTK

Versatile Digital Output Capability

Equipped with 64 digital NPN transistor outputs, the TSXDMZ64DTK module offers significant channel density and flexibility for automation projects. Its efficient design is ideal for high-output applications requiring quick response, reliable isolation, and robust protection.

Comprehensive Protection & Diagnostics

This module features overload, short circuit, and reverse polarity protection. Each output channel boasts an LED status indicator, simplifying fault location and maintenance while enhancing operational safety.

Seamless Integration & Durability

Rack mounting within the Modicon Premium PLC chassis ensures hassle-free installation. With a rugged plastic housing and compact dimensions, the module is engineered for long-term performance in a range of industrial environments.

FAQs of SCHNEIDER ELECTRIC MODULE TSXDMZ64DTK:

Q: How do I install the TSXDMZ64DTK module in my Modicon Premium PLC system?

A: The TSXDMZ64DTK module is designed for rack mounting within the Modicon Premium PLC chassis. Simply secure the module to the designated slot and connect your digital outputs using the removable terminal block. Ensure the power supply meets the 24 V DC requirement.

Q: What types of outputs does the TSXDMZ64DTK support and how are they protected?

A: This module provides 64 transistor (NPN, sink, 2-wire) digital outputs. Each channel is safeguarded with short circuit, overload, and reverse polarity protection to ensure reliability and protect connected devices.

Q: When should I consider using the TSXDMZ64DTK module?

A: You should use this module when your application demands a high number of digital outputs with rapid switching (0.5 ms response) and advanced diagnostics in industrial automation powered by Modicon Premium PLCs.

Q: Where can I check the operational status of each output channel?

A: Each channel includes an LED indicator directly on the module, providing clear visual feedback for output status and assisting in quick diagnostics and maintenance.

Q: What are the operational temperature ranges for this module?

A: The TSXDMZ64DTK operates reliably between 0C to 60C and can be stored from -40C to +85C, making it suitable for various industrial environments.

Q: What process should I follow if an output channel fails?

A: First, observe the status LEDs to identify the affected channel. Since the unit features built-in diagnostics and fault protection, address any overload, short circuit, or wiring issues before replacing components or resetting the system.

Q: What are the key benefits of using the TSXDMZ64DTK with Modicon Premium PLC systems?

A: Key benefits include high-density outputs, enhanced safety due to multiple protections, real-time diagnostics, and easy integration, all contributing to improved automation efficiency and uptime.

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