LOR-1

Click-On. Dual-stack LOR-1 module

Click-on radio module for JS Smart+ single-jet water meters (DN 15–20)

LoRaWAN®
wM-BUS
Click-on at the meter

Sensing: optical sensor
Power: battery, > 12 years
Protection: IP65 (IP68 on request)
Range: up to 5 km
Antenna: internal
Compatible meters: JS Smart+, JS90 Smart+ (DN 15–20)

Request a quote / samples Datasheet (PDF)

Description

The Click-on Dual-stack LOR-1 module enabled by the LoRaWAN® standard or wM-BUS offers versatile connectivity options for IoT applications. Installation on water meters for taking readings from the speed disk using optical sensors and data transmission via LoRaWAN® or connect using wM-BUS (EU EN13757-4).

Field of application: cold and hot water supply systems in apartments, private houses, enterprises and other public utilities.

Supported meters

Vane-wheel (DN 15-20) water meters consisting of two main elements: a measuring device and a counting mechanism. Measuring range up to R200
JS Smart+; JS90 Smart+ (production of "Apator Powogaz S.A.", Poland)

The Dual-stack LOR-1 module works by integrating two communication protocols into a single device, allowing it to support both LoRaWAN® and wM-BUS connectivity.

1. LoRaWAN® Communication: The module can communicate with LoRaWAN® networks. It transmits and receives data packets over long distances, making it ideal for IoT applications that require low power, long-range connectivity.

2. wM-BUS Communication: The module also supports the wM-BUS protocol, which is commonly used for wireless metering applications. It enables the module to communicate using the wM-BUS (EN13757-4 standard) for data transmission.

Dual-Stack Capability: The module is designed to handle both LoRaWAN® or wM-BUS communication independently. This dual-stack capability allows for flexible deployment in diverse IoT scenarios where devices may need to communicate using either connection technics.
Users can configure the module's settings, such as network parameters, communication frequency, data rate, and encryption keys, to ensure seamless integration with the target network infrastructure.

This module offers a versatile solution for IoT applications that require both long-range connectivity with low power consumption (LoRaWAN®) and compatibility with measuring devices (wM-BUS). Its dual-stack capability enhances interoperability and expands the range of use cases for IoT deployments.

Specifications

Installation method	Click-On. Directly on the water meter. Dual-stack wM-BUS or LoRaWAN®
Water meter pulse counting method	Optical sensor
Frequency plans supported by default	EU 868: 863-870 MHz
Activation type	OTAA
Transmitter power	25 mW
Radio coverage within line of sight	Up to 5 km
Number of daily billing entries	Up to 349
Battery	LiSOCL2 3.6V Type AA / SAFT LS14500
Operating temperatures	0…+55 °С
Ingress protection rating	IP65, IP68* (special request)
Package dimensions	33,9 mm; 65,5 mm
Weight (without antenna)	0,05 kg
Antenna type	interne Antenne/externe Antenne (spezielle Anfrage)
Battery life (1 transmit / day)	>12 years

The Click-On Dual-Stack LOR-1 module is ideal for monitoring and controlling cold and hot water supply systems in various environments, including:

1. Apartments: The module can be installed on water meters in apartments to record water consumption and transmit the data wirelessly via LoRaWAN® or wM-BUS. This enables accurate billing and monitoring of water consumption in multi-family buildings.

2. Private homes: In private homes, the dual-stack module can be installed on water meters to track water consumption and send consumption data to residents or utility companies. This helps to optimize water consumption and detect potential leaks at an early stage.

3. Companies: For companies, the module offers the possibility to monitor water consumption in office buildings, manufacturing plants or other business facilities. The data can be used for analysis and to improve operational efficiency.

4. Public facilities: The dual stack module can also be used in public facilities such as schools, hospitals, sports facilities or government buildings to control water consumption and use resources more efficiently.