
Best selling Energy monitors from Eltako
On this page you'll find a ranking of the best Eltako products in this category. To give you a quick overview, we've already ranked the most important information about the products for you.
1. Eltako Alternating current meter
Only calibrated meters are approved for electricity billing according to §25 of the German Calibration Act. Non-compliance is an administrative offense under §19. Maximum current is 32A, with a standby loss of only 0.4 watts. This is a modular device for mounting on a DIN-EN 60715 TH35 rail. 1 division unit = 18mm wide, 58mm deep. Accuracy class B (1%). Equipped with an S0 interface. This alternating current meter measures active energy based on the current flowing between the input and output. The self-consumption of only a maximum of 0.4 watts of active power is not measured or displayed. One external conductor can be connected with a current of up to 32A. The starting current is 20mA. For expected loads exceeding 50%, a ventilation distance of 1/2 division unit must be maintained from adjacent devices. If necessary, use the spacer DS12. Two N terminals for safe cross-wiring of multiple meters. The 7-segment LC display can also be shown twice within two seconds without power supply.

2. Eltako FGW14W-IP Gateway Top-hat rail
Eltako BUS Power Meter FGW14W-IP
Manufacturer: Eltako
Designation: BUS Power Meter
Type: FGW14W-IP
KNX Bus System: no
KNX Radio Bus System: no
Radio Bus System: yes
LON Bus System: no
Powernet Bus System: no
Other Bus Systems: none
Bidirectional Radio: no
Design: RS-485
Mounting Type: DIN Rail
Width in Division Units: 1
Disassembly Protection: no
With LED Display: no
Updatable: no
Operating Voltage: 12 V
Voltage Type: DC
Power Consumption: 0.8 W
Protocol: other
Provider Dependent: no
Visualization: no
Web Server: no
Radio Interface: no
IR Interface: no
Protection Class (IP): IP20
The gateway with IP interface for the series 14 power meters over WLAN has a standby loss of only 0.8 watts. It is a modular device designed for mounting on DIN rail EN 60715 TH35. One division unit corresponds to 18 mm in width and 58 mm in depth. The gateway is only 1 division unit wide. For operation, the gateway must be integrated into a WLAN that uses the 2.4 GHz frequency band. The connection is made to the Eltako RS485 bus. Cross-wiring of the bus and power supply is done with a jumper. Operation is possible in conjunction with FAM14 or FTS14KS. The hold terminal is connected to the FAM14 or FTS14KS. The IP connection is made via WLAN. The gateway transmits data from any Eltako power meters on the RS485 bus via the MQTT protocol to an external MQTT broker. The data is encoded according to the EnOcean over IP format. Configurations and updates are carried out via the Eltako Connect app or through a web interface. A REST API is available through the online product page of the device.
EAN: 4010312327876.

3. Eltako MBusWandlerThree-phase meter MID calibrated
Only calibrated meters are approved for electricity billing according to §25 of the German Calibration Act. Non-compliance is an administrative offense under §19. M-Bus converter three-phase meter with adjustable converter ratio and MID. Maximum current 3x5A, standby loss only 0.5 watts per path. Rail-mounted device for installation on DIN-EN 60715 TH35 mounting rail. 4 division units = 70 mm wide, 58 mm deep. Accuracy class B (1%). With M-Bus interface. This three-phase meter measures active energy based on the currents flowing through the converters. The self-consumption of only a maximum of 0.5 watts active power per path is not measured and not displayed. 1, 2, or 3 converters can be connected with secondary currents up to 5A. The starting current is 10 mA. The neutral connection must be present. The 7-segment LC display can also be read twice within two weeks without power supply. The power consumption is indicated by a LED that blinks 10 times per kWh. To the right of the display is...

4. Eltako Air
The sensor is mounted with its attachment magnet above the IR output of the meter and connected via its connection cable to the terminals Tx, Rx, GND, and +12V of the RS485 bus power meter data gateway FSDG14.

5. Eltako Alternating current meter MID calibrated
Only calibrated meters are approved for electricity billing according to §25 of the German Calibration Act. Non-compliance is an administrative offense under §19. Maximum current is 65 A, with a standby loss of only 0.4 watts. This is a modular device for mounting on a DIN-EN 60715 TH35 rail. 1 modular unit = 18 mm wide, 58 mm deep. Accuracy class B (1%). Equipped with an S0 interface. This AC meter measures active energy based on the current flowing between the input and output. The self-consumption of only a maximum of 0.4 watts of active power is not measured and not displayed. One external conductor with a current of up to 65 A can be connected. The starting current is 40 mA. If a load exceeding 50% is expected, a ventilation distance of 1/2 modular unit must be maintained from adjacent devices. If necessary, use the spacer DS12. Two N terminals for secure cross-wiring of multiple meters. The 7-segment LC display can also be shown twice within two weeks without power supply.

6. Eltako ELTA three-phase meter
The ELTA three-phase meter from Eltako is a highly advanced measuring device designed for the precise recording of energy consumption and delivery in three-phase systems. With a maximum current of 3x80A and an accuracy class B (1%), this meter offers a reliable and efficient solution for energy monitoring. The meter is designed as a rail-mounted device for installation on a DIN-EN 60715 TH35 mounting rail and features a low standby loss of only 0.5 watts per path. The innovative S0 interface allows for easy integration into existing systems. The meter measures active energy by capturing the currents between the inputs and outputs and displays the results cumulatively. This means that both energy consumption and energy delivery are clearly and understandably shown on the digital display, facilitating easy reading and monitoring.
- Bidirectional three-phase meter for energy consumption and delivery
- Low standby loss of only 0.5 watts per path
- Cumulative energy measurement with clear display
- Energy consumption and delivery are stored non-volatilely
- 7-segment LC display allows reading without power supply.

7. Eltako Two-way three-phase current meter
The Eltako two-way three-phase meter is a highly advanced measuring device designed for the precise recording of energy consumption and delivery in electrical systems. With a maximum current of 3x80A, this Modbus two-directional three-phase meter offers a reliable solution for monitoring energy flow. The meter is designed as a rail-mounted device for installation on a DIN-EN 60715 TH35 mounting rail, making it ideal for installation cabinets with an IP51 protection rating. The digital display allows for clear reading of measurement values, while the accuracy class B (1%) ensures high precision. The meter measures active energy by capturing the currents between the inputs and outputs and provides non-volatile data storage. The ability to connect 1, 2, or 3 external conductors makes it versatile.
- Modbus / RTU (RS485) interface for easy data transmission
- Low standby loss of only 0.8 watts on L1 and 0.5 watts on L2 and L3
- Balance measurement of energy consumption and energy delivery with clear display
- Suitable for connecting up to 3 external conductors with currents up to 80 A
- Energy consumption and delivery are stored non-volatilely.

8. Eltako ELT FSS12-12V DC Radio Current Meter Transmitter Module 30100600
Eltako Current Meter Transmission Module FSS12-12V DC
Manufacturer: Eltako
Designation: Current Meter Transmission Module
Type: FSS12-12V DC
KNX Bus System: no
KNX Radio Bus System: no
Radio Bus System: yes
LON Bus System: no
Powernet Bus System: no
Other Bus Systems: none
Bidirectional Radio: no
Design: Energy Meter
Connection Type: direct
Reactive Power: no
Approval according to PTB: yes
S0 Pulse Interface: one
Tariff Switching: no
The Eltako Current Meter Transmission Module FSS12-12V DC is a radio current meter transmission module designed for connection to the S0 interface of many AC and three-phase current meters. The standby loss is only 0.5 watts. It features a load shedding relay with a normally open contact, potential-free, 4A/250V, and a replaceable transmission antenna. If needed, a FA250 radio antenna can be connected.
The device is a rail-mounted unit for installation on a mounting rail, with a width of 36 mm and a depth of 58 mm. The FSS12 current meter transmission module evaluates the signals from the S0 interface of a current meter and transmits radio telegrams with consumption and meter readings to the Eltako building radio for evaluation on a computer using the visualization and control software GFVS 4.0 and GFVS-Energy. For three-phase current meters, additional information about high tariff (HT) or low tariff (NT) is provided, provided that the E1/E2 terminals of a three-phase current meter are connected to E1/E2 of the FSS12.
From manufacturing week 42/2012 onwards, the device is additionally equipped with a freely selectable pulse rate. GFVS-Energy supports up to 100 transmission modules, while GFVS 3.0 supports up to 250 transmission modules. The 12V DC power supply is provided by a switching power supply SNT12-230V/12V DC-1A, which is only 1 width unit wide. When the relay of the FSS12 is activated, it consumes 0.6 watts. The setting and display interface is divided into three fields.
EAN: 4010312301944.

9. Eltako WSZ110CEE16APRCD MID
Mobile AC meter with CEE plug and CEE socket. Equipped with an additional personal protection intermediate switch PRCD 30mA. Suitable for indoor and outdoor use. Maximum current 16A. Standby loss is only 0.4 watts. Housing dimensions are 110 x 70 x 35 mm, connection cable is 1.5 m (including plug and socket). Accuracy class B (1%). This mobile AC meter measures active energy based on the current flowing between the input and output. The self-consumption of only a maximum of 0.4 watts of active power is not measured or displayed. Every 30 seconds, the display switches for 5 seconds from the accumulated active energy in kWh to the instantaneous consumption in watts. The starting current is 20 mA. The display can only be read when powered. However, the consumption is stored non-volatile and will be immediately displayed again after a power failure. The digital display has 7 digits. Up to 99999.99 kWh, two decimal places are shown; from 100000.0 kWh, only one decimal place is displayed. Power consumption is indicated by a blinking LED that flashes 2000 times per kWh. The personal protection intermediate switch PRCD detects fault currents that may occur when touching a faulty electrical device and interrupts the current quickly enough to prevent life-threatening accidents. It also has a undervoltage release that shuts off in case of power failure. With function indicator and test circuit.

10. Eltako MOBILE A.C. Z. MID GEE (WSZ155DSS-16A)
Mobile AC power meter with protective contact plug and socket. Suitable for indoor and outdoor use. Maximum current 16 A. Protection class IP54. Standby loss of only 0.4 watts. Housing dimensions 155 x 60 x 82 mm, connection cable 1.5 m (including plug and socket). Accuracy class B (1%). This mobile AC power meter measures active energy based on the current flowing between the input and output. The self-consumption of only a maximum of 0.4 watts of active power is not measured or displayed. The display cyclically alternates every 10 seconds between the accumulated active energy in kWh and the current consumption in kW. The starting current is 20 mA. The display can only be read when powered. However, the consumption is non-volatile and will be immediately displayed again after a power failure. The digital display has 7 digits. Up to 99999.99 kWh, two decimal places are shown; from 100000.0 kWh, only one decimal place is displayed. The mobile AC power meter is equipped with a mounting bracket for easy installation, which can be easily removed if not needed. Power consumption is indicated by a LED that blinks 2000 times per kWh.
