SCHNEIDER MODULE TSXETY4103

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SCHNEIDER MODULE TSXETY4103 Specification

Cooling Method
Natural convection

Rated Current
---

Power Factor
---

Phase
---

Noise Level
---

Current Range
---

Connector Type
RJ45 (Ethernet)

Application
Industrial automation, Modicon Premium PLC communication

Operating Temperature
0 to 60C

Output Current
---

Features
Supports Ethernet TCP/IP communication, Web diagnostics, Duplicated network redundancy

Rated Power
---

Power Supply
Via TSX power supply (rack powered from PLC backplane), 3.2 W max

Output Type
---

Working Temperature
0 to 60C

Product Type
Schneider Module

Output Power
---

Output Frequency
---

Input Voltage
---

Voltage Protection
---

Efficiency
---

Material
plastic and metal enclosure

Line Regulation
---

Storage Temperature
-25 to 70C

Weight
0.34 kg

Rack Compatibility
Modicon Premium PLC

Module Type
Ethernet Communication Module

Hot Swap
Yes

Relative Humidity
5% to 95% non-condensing

Mounting
DIN Rail, inserted in PLC rack

LED Indicators
Module status, Channel activity

No. of Ports
1 Ethernet port

Dimensions (W x H x D)
35 x 148 x 111 mm (approx.)

Model
TSXETY4103

Supported Protocols
Ethernet TCP/IP, MODBUS TCP

Baud Rate
10/100 Mbps auto-negotiation

About SCHNEIDER MODULE TSXETY4103

Explore the opulent engineering of the SCHNEIDER MODULE TSXETY4103, a gilt-edged Ethernet Communication Module tailored for Modicon Premium PLC racks. This blue-ribbon module delivers fresh connectivity through its robust support of Ethernet TCP/IP and MODBUS TCP protocols, offering the lowest price for advanced communication. With auto-negotiating 10/100 Mbps transmission and hot swap capability, it integrates seamlessly into DIN rail mounts. Durable plastic and metal enclosure protects the module, while LED indicators display status and activity. Ideal for industrial automation, it ensures reliable performance in challenging environments.

Designed for Industrial Automation Excellence

The SCHNEIDER MODULE TSXETY4103 excels in automation and communication for Modicon Premium PLCs. Crafted from resilient plastic and metal, it mounts safely on DIN rails within PLC racks. Its usage is pivotal for connecting industrial networks utilizing Ethernet TCP/IP or MODBUS TCP, ensuring dependable operations across large-scale automation processes. LED indicators and redundancy features underline its reliability and ease of monitoring, making it indispensable in high-performance industrial settings.

Sample Availability and Domestic Distribution

Sample modules of SCHNEIDER TSXETY4103 are readily handed over to clients in India, with sample policies designed for flexible outlay and transparent processes. Transportation is managed efficiently, ensuring prompt delivery to the main domestic market. Potential buyers benefit from the ability to evaluate performance prior to full-scale deployment, with samples handpicked for quality assurance. This customer-oriented approach streamlines the acquisition process and enhances overall satisfaction.

FAQs of SCHNEIDER MODULE TSXETY4103:

Q: How is the SCHNEIDER MODULE TSXETY4103 mounted in a PLC system?

A: The TSXETY4103 is mounted via DIN rail inside a PLC rack, ensuring secure and optimal placement within Modicon Premium PLCs.

Q: What protocols are supported by this module, and how does it enhance communication?

A: The module supports Ethernet TCP/IP and MODBUS TCP protocols, facilitating fast, reliable data exchange for industrial automation networks.

Q: When can customers request a sample and what is the policy for sample outlay?

A: Samples are available for request as per supplier policies. The sample outlay ensures transparent charges and quality assessment before purchase.

Q: Where is the SCHNEIDER MODULE TSXETY4103 primarily distributed in India?

A: This module is handed over through trusted dealers and traders for the main domestic market, ensuring broad reach across industrial sectors.

Q: What are the benefits of hot swap and duplicated network redundancy features?

A: Hot swap allows module replacement without system downtime, while duplicated network redundancy ensures continuous, stable operation in case of network failure.