Description

W-Modbus eliminates the need to run control cables for Modbus RTU installations significantly reducing time-consuming cable installations, installation planning, troubleshooting, and daisy-chaining.

With LumenRadio’s technology it is possible to create a wireless Modbus RTU network that maintains the standardization of the protocol and by converting the Modbus signals into LumenRadio’s Mira technology we can send the Modbus RTU signal wirelessly with low latency. We call this W-Modbus.

The W-Modbus product is built upon LumenRadio’s MiraOS and MiraMesh, consisting of several patented features enabling extremely reliable radio communication, fast installation, and extended range. MiraOS is used in a vast number of installations around the world for building automation, HVAC control, lighting control and industrial sensor networks.

A W-Modbus unit can be configured either as a Gateway that is connected to the Modbus Client, or a Node that is connected to the Modbus Server. A W-Modbus network can consist of up to 100 Nodes.

W-Modbus utilizes the international license free ISM band at 2.4GHz.

Replacing wires with wireless communication brings significant benefits without changing the existing ecosystem. Legacy wired devices such as sensors, can be converted into wireless devices, providing increased flexibility and cost savings, both during installation and steady-state operation.

Features

• Out-of-the-box installation – just power up and connect to your Modbus device and you are up-and-running.
• Instant commissioning – 3 simple steps, commissioning the W-Modbus network in minutes.
• Mesh network – cover an entire building, utilizing the mesh network as your infrastructure.
• Range – 500 meters (line-of-sight) per hop in the mesh network.
• Cognitive Coexistence – LumenRadio’s patented technology provides industrial-grade reliability and immunity to interference.
• Self-optimizing network – the mesh network will always find the best way to send messages through the network between devices.
• Modular configuration – you no longer need to have the same baud rate in the whole network, supports individual settings for each device.

Specifications

• Power supply: 24 VAC ±15% 50-60 Hz, 24 VDC ±15%
• Max. power consumption: 2.5 W
• 24 V output max. power: 10 W
• Auto resettable fuse: Yes
• Cable rating, connector: solid / stranded 0.14 – 0.5 mm2 / 0.2 – 0.5 mm2 conductor sizes (AWG) 24 – 20
• Frequency band: 2.45 GHz, ISM band (2400-2483 MHz)
• Baud rate: 9600, 19200, 38400, 76800 bps
• Stop bit: 1, 2
• Parity: none, even
• Number of Servers: 100 Servers to one Client
• Number of hops: 8 hops in the meshing network
• Range per hop: 500 m line of sight (approximately 50- 70 m indoors with walls)
• Output (ERP): Max 20 dBm
• IP class: 40
• Material: ABS UL94-V0
• Colour: White, RAL 9003
• Ambient temperature: Operating: -20 to +55°C Storage: -30 to +80°C
• RH: 10 – 95% non-condensing
• Weight: 95g
• Dimensions: W86.0 x H86.0 x D25.5 mm

A W-Modbus network consists of a single W-Modbus Gateway connected to the Modbus Client using a Modbus RTU cable and up to 100 W-Modbus Nodes, each of them connected to one Modbus Server over a Modbus RTU cable.

This video contains a short presentation of the solution.

Meton Connect Integration

The W-Modbus tranceiver is fully compatible with Meton Connect IoT datalogger/Modbus Master gateway and Meterscope Web Portal platform.

Read more about Meton Connect and the monitoring of a great variety of devices and specific sensors

Contact us for more information, demo account or invoice!