Electricity meters for DIN Rail-Assembling
The quality promise is that all DIN Rail meters comply with the European Measuring Instruments Directive (MID) and have been fully standardized. Accordingly, the interaction and interoperability with existing devices is fully guaranteed.
Further features of our high quality DIN rail meters are their accuracy according to accuracy class A, B and C and the equipment with communication modules. Accordingly, data can not only be recorded without problems, but also read out and analyzed extensively. Finally, we pay attention to a compact design according to DIN rail and guarantee that our meters can be used in all systems with this standard.
DWH 4113
Three-phase meter with AC meter option
- 2- or 4-wire direct connection meter
- Nominal voltage: 1 x 230 V or 3 x 230 / 400 V
- Current: 5/65A
- 2 energy directions
- LC display: 7 digits
- Pulse output: 1000 pulses/kWh
- RS485 and Modbus interface
- LCM functionality
- 4HP wide
MDVH4006
Three-phase Meter CT Connected
- 4-wire CT connected electricity meter
- Nominal voltage: 400V
- Current: 1A/6A
- LC-Display: 8-digits
- Pulse output: 1 per quadrant
(5000 Imp./kWh; 5000Imp./kvarh) - S0 interface
- 5TE wide
- with national approval for the measurement of reactive energy
WH4209
Alternating current meter
- 2-wire direct connection electricity meter
- Nominal voltage: 230V
- Current: 5/65A
- LC display: 6-digit
- Pulse output: 500 imp./kWh
- S0 interface
- 1TE wide
LWMOD
Communication module for DIN rail meter
- Use: Smart meter / DIN rail meter / all meters with RS485
- Type: Modem for assembling on DIN rail
- 2TE wide
- Auxiliary voltage output 12 V DC
LW-PlugIn
The LW PlugIn is used for wireless communicative local integration of a smart meter (modern Messeinrichtung). It is based on the Long Range Wide Area Network (LoRaWAN) in the European frequency band from 863 MHz to 870 MHz and is suitable for transmissions of up to 10 km range, depending on the design and typological conditions.
The transparent transmission protocol enables the transmission of source- and destination-dependent data formats (e.g. DLMS, wMBus, ModBus).
It is not technically suitable for the transmission of BSI-secured information to a Smart Meter Gateway (SMGw) due to the limited data width or transmission rate.
The following application scenarios are possible:
- Simple peer-to-peer connection (1:1) between the electrical meter and a LoRa-capable target device (e.g. modem)
- Connection of several electronic meters (n:1) and a LoRa-capable target device (e.g. modem)
- Networking in an active LoRa-WAN network (e.g. via an active LoRa-WAN gateway)
© Text and Product Pictures by: DZG