B Meters GMDI-I Communication Modules
Price range: £63.27 through £88.11
B Meters remote reading modules designed for their ranges of Multi-Jet water meters with inductive interfaces. Key features include:
- IP68 protection allows the use of the module also for meters installed in difficult environments (in optimal signal transmission conditions)
- NFC interface allows configuration and commissioning of the device with the use of a simple smartphone app
- Consumption analysis with reverse flow compensation
- Fraud control
- Suitable for the a range of B Meters including the GMDM-I, GMB-I and GMRP-I
– Prices include VAT –
Product Description
Key features common to all B Meters Multi-Jet remote reading modules:
-
- IP68 protection allows the use of the module also for meters installed in difficult environments (maximum 24 hours of continuous submersion at 1 m depth).
- NFC interface allows configuration and commissioning of the device with the use of a simple smartphone app.
- Consumption analysis with reverse flow compensation.
- Fraud control
- Suitable for B Meters GMDI-I, GMB-RP-I & GMB-I*
*The Wired MBUS module is not suitable for the GMB-I meter
PULSED
IWM-PL3
- Commercial & industrial applications
- Allows collection of data by third-party systems with a universal interface.
- Compatible with all the pre-equipped multiple jet meters (wet, semi-dry & dry dial)
- Dedicated dosing function available
WIRED MBUS
IWM-MB3
- Residential, commercial & industrial applications
- Allows collection of data using standard Wired M-BUS protocol
- Compatible with all the pre-equipped multiple jet meters (wet, semi-dry and dry dial)
Wireless MBUS
IWM-TX3
- Residential sector to the commercial and industrial sectors
- Allows collection of data without any constraints of access to the site in walk-by mode, or AMR, in respect of the WMBUS standard and complying with the OMS specification
LoRaWAN
IWM-LR3
- Residential sector to the commercial and industrial sectors
- Allows collection of data without any constraints of access to the site thanks to the Long Range LoRa radio technology








