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CT operated three-phase energy meter, MID approval image 1

CT operated three-phase energy meter, MID approval

In stock price (excl. VAT):
199,59 €
This price is valid until 2024-12-31
Price per m: 199,59 €
EAN: 4010312501665
MPN: 28305515
Our warehouse: No Vendor stock: No
Per package: 1 Per box: 1 Per pallet: N/A
Technical data
Item condition New
Brand ELTAKO
Categories Electric meters
Country of origin CN
Harmonized System Code 9028 3019 00
Mounting method DRA (DIN-rail adapter)
Width 70 mm
Height 82 mm
Depth 58 mm
Frequency 50 Hz
Max. current (Imax) 6 A
Width in number of modular spacings 4
Degree of protection (IP) IP20
Pole type Four conductor
Nominal voltage (Un) N-L 230 V
Nominal current (In) 5 A
Packing details
Packing level 1 4010312501665, 4010312501665
Packing level 2 4010312501665
Downloads
Other Technical data
Model Measurement transformer
Suitable for Purchase
Type of indication Digital
Number of positions total (counter) 7
Type of meter Electronic
Type of interface M-bus (wired)
Energy type Effective power
Tariff type One-tariff
Escapement mechanism Yes
Calibrated Yes
Approval Measuring Instruments Directive
Pulse output Electrical
Accuracy class B
Measurement type load profile -
EEC40 signature -
With lock code -
Nominal voltage (Un) L-L 400 V
Description
M-bus CT operated three-phase energy meter with settable CT ratio and MID. Maximum current 3x5A. Standby loss 0.5 watt per path only. Modular device for DIN-EN 60715 TH35 rail mounting. 4 modules = 70mm wide and 58mm deep. Accuracy class B (1%). With M-bus interface. This three-phase meter measures active energy by means of the currents flowing between inputs and outputs. The internal power consumption of 0.5 watt active power per path is neither metered nor indicated. 1, 2 or 3 converters with secondary currents of up to 5A can be connected. The inrush current is 1OmA. The N terminal must always be connected. The 7 segment LC display is also legible twice within a period of 2 weeks without power supply. Power consumption is indicated by an LED flashing at a rate of 10 times per KWh. On the right next to the display are the MODE and SELECT buttons to browse through the menu. First the background lighting switches on. Then the total active energy, the active energy of the resettable memory and the instantaneous values of power, voltage and current are displayed for each outer conductor. The CT ratio can also be set. It is set to 5:5 at the factory and blocked with a bridge over the terminals which are marked with JUMPER. To adjust the CT ratio to the installed transformer remove the bridge and reset the energy meter according to the operation manual. Then block it again with the bridge. Adjustable current transformer ratios: 5:5, 50:5, 100:5, 150:5, 200:5, 250:5, 300:5, 400:5, 500:5, 600:5, 750:5, 1000:5, 1250:5 and 1500:5. Error message (false): If there is no outer conductor of the current direction is incorrect, false and the related outer conductor are indicated in the display. M-bus data transfer: On read-out all values are transferred in a telegram. The following telegrams are supported: - Initialisation: SND_NKE, Reply: ACK. - Read out meter: REQ_UD2, Reply: RSP_UD. - Change primary address: SND_UD, Reply: ACK. - Reset RS1: SND_UD, Reply: ACK. - Slave selection for the secondary address, Reply: ACK. The device does not reply to unknown requests. The transfer rate is detected automatically. The device has a voltage monitor. In case of voltage loss, all registers are saved in the EEPROM. Changing the M-bus primary address: To change the M-bus primary address, hold down SELECT for 3 s. In the menu that appears, press MODE to increment the address by 10. Press SELECT to increment by 1. When the required primary address is set, wait until the main menu reappears. Secondary address: It is possible to communicate with the energy meters according to the standard EN13757 using the secondary address. The use of wild cards is possible. For details refer to the operating instructions at www.eltako.com. Important! Before working on the current transformers disconnect the voltage paths of the energy meters.