Teltonika TRB143 + Housing

Teltonika TRB143 + Housing

The TRB143 gateway is explicitly designed for telemetry and utility monitoring applications. A key component is M-Bus support. Mobile and wired LTE Cat 4 connectivity enhances the smart metering process by ensuring data transfer of critical meter readings. In addition, the TRB143 can connect to up to 250 slave devices and use the M-Bus interface to power up to 6 devices.

In addition to the M-Bus interface, this gateway also comes with a Gigabit Ethernet port and a pair of digital inputs/outputs. This makes it applicable to a wide range of scenarios for monitoring environmental parameters. All of this, of course, comes with the standard package of reliability, security and durability that you have come to expect from Teltonika Networks products. Data transmission with the TRB143 is as stable and uninterrupted as with any of our other devices. Also, the gateway is just as durable and sturdy in its trusted aluminum housing and can withstand extreme temperatures from -40°C to 75°C. Installable on DIN rail or wall mount, it's hard to think of an environment where this compact gateway doesn't fit perfectly. The TRB143 is also protected by a wide range of software security features, such as Open VPN, Firewall and IPSE, and is compatible with our Remote Management System (RMS) for enhanced telemetry management.

Specifications of the TRB143

• Connectivity: 4G/LTE (Cat4), 3G, 2G
• M-BUS-INTERFACE: Supports up to 250 slave devices
• Low input voltage: 12-30 VDC power range
• Durability: Rugged aluminum housing
• Compact: Easy integration
• RMS: Compatible with Teltonika Networks Remote Management system

A new world of smart metering

As energy becomes an increasingly important topic in the world of IoT, a key element that many energy and utility solutions absolutely need is the transmission of remote telemetry data. This includes input and output values of water, gas, electricity, heating, and so on. The average network device may be compatible with a remote management platform, but it does not support the interface used to transmit telemetry data. This interface is known as M-Bus, and the demand for network devices that support it is growing by the day.

The TRB143 features M-Bus, making it suitable for various use cases, such as smart metering of utilities or district heating systems. Both use cases involve remote management of centralized energy and utility systems. Also, both can help reduce costs while enabling better energy efficiency. Despite the size of such systems, the solutions show that a small number of devices can achieve great things in a simple topology.

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