MODBUS TCP Daisy Chain Module | Ethernet 10/100 Mbps | 24V DC Power Supply | Compact Design | @Quantity of 1 | by Clipsal
The MODBUS TCP Daisy Chain Module is designed for seamless integration of multiple MODBUS TCP devices, enabling efficient data communication in industrial automation systems. With Ethernet 10/100 Mbps connectivity and a 24V DC power supply, this compact module simplifies network wiring and reduces installation costs, making it ideal for building management and energy monitoring applications.
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Product Name/Title: MODBUS TCP Daisy Chain Module | Ethernet 10/100 Mbps | 24V DC Power Supply | Compact Design | @Quantity of 1 | by Clipsal
Brand: Clipsal
SKU: SCHVW3A3310D
Alternatively Known As: MODBUS TCP Daisy Chain Module, MODBUS TCP Repeater, MODBUS TCP Network Extender, Clipsal SCHVW3A3310D
- Protocol: MODBUS TCP
- Network: Ethernet 10/100 Mbps
- Power Supply: 24V DC
- Operating Temperature: -10°C to +55°C
- Mounting: DIN rail
- Connectors: RJ45 Ethernet ports
- Status Indicators: LED for network and power status
- Dimensions (H x L x W): 90mm x 70mm x 45mm
- Weight: 0.25 kg
- Enables daisy chaining of MODBUS TCP devices
- Simplifies network wiring and reduces installation costs
- Supports reliable data communication between multiple devices
- Compact design for easy integration into control panels
- Installation by a qualified technician or electrician is recommended to ensure proper network integration and safety compliance.
- Industrial automation systems
- Building management systems
- Energy monitoring and control
- Integration of multiple MODBUS TCP devices in a daisy chain network
- Complies with AS/NZS 60950 – Safety of IT and Communication Equipment
- Reduces cabling requirements, minimizing material usage and installation waste
- Supports efficient energy management through reliable data communication
12 months manufacturer's warranty against defects.
The Clipsal MODBUS TCP Daisy Chain Module SCHVW3A3310D is available for immediate purchase. Ideal for industrial and commercial automation networks requiring efficient device integration.
