Technical Information
| Item condition |
New |
| Manufacture name |
Wireless single-phase energy meter |
| Brand |
ELTAKO
|
| Categories |
Bus System Devices (KNX/Modbus)
|
| Country of origin |
CN |
| Harmonized System Code |
8526 9200 00
|
| Model |
Other |
| Connection type |
Direct |
| S0 impulse interface |
None |
| Accuracy class |
1 |
Packing details
| Packing level 1 |
4010312311059, 4010312311059 |
| Packing level 2 |
4010312311059 |
| Packing level 3 |
4010312311059 |
Other Technical data
| Bus system KNX |
No |
| Bus system radio frequent |
Yes |
| Bus system Powernet |
No |
| Tariff switch |
No |
| Reactive power |
No |
| Approved according to PTB |
No |
| Other bus systems |
None |
| Bus system LON |
No |
| Bus system KNX radio |
No |
| Radio frequent bidirectional |
No |
Downloads
Description
Wireless single-phase energy meter, maximum current 65A. Only 0.5 watt standby loss. Modular device for DIN-EN 60715 TH35 rail mounting. 1 module = 18mm wide, 58mm deep. This single-phase energy meter measures active energy by means of the current between input and output and transmits the current power and meter reading over the Eltako wireless network. Accuracy class B (1%). Evaluation and smart link via Smart Home-Controller. The internal power consumption of max. 0.5 watt active power is not metered. Like all meters without declaration of conformity (e.g. MID), this meter is not permitted for billing. 1 phase conductor with a max. current up to 65A can be connected. If the anticipated load exceeds 50%, maintain an air gap of ½ pitch unit to the devices mounted adjacently. If necessary, use spacer DS12. The inrush current is 40mA. The consumption is saved to a non-volatile memory and is immediately available again after a power failure. Wireless telegrams: A telegram is transmitted within 60 seconds if the power status changes by min. 10 percent. A change in meter reading is transmitted immediately. A full telegram comprising meter reading and power status is transmitted every 10 minutes. When the power supply is switched on, a teach-in telegram is sent to teach in the associated energy consumption indicator. If the L input and the L output were interchanged when hooked up, a normal rate (HT)/off-peak (NT) switchover telegram is transmitted to indicate the hook-up error.