ADW600 Multi-circuit 3 Phase Energy Meter

Main Function

Model	Functional Description
ADW600-U	Voltage measurement and sampling
ADW600-I	Active energy measurement (forward and reverse), Four-quadrant reactive energy
	Voltage, current, power factor, frequency, active power, reactive power, apparent power
	Total harmonic content, sub-harmonic content (2nd to 31st)
	Active pulse output
ADW600-K	4DI, 2DO
ADW600-TL	4 channels for temperature measurement, 1 channel for residual current measurement

Technical Parameters

ADW600-U	Rated voltage	3×57.7/100V, 3×220/380V, 3×100V, 3×380V
	Voltage accuracy	0.5%
	Reference frequency	45-65 Hz
	Power consumption	<0.5VA per phase
ADW600-I	Input Current	D10: 0.03-0.15(6)A, D16: 0.8-2(100)A,D24: 3.2-8(400)A, D36: 4.8-12(600)A
	Active energy accuracy	Class B
	Energy pulse width	80±20ms
	Active pulse constant	D10: 6400 imp/kWh, D16: 400 imp/kWh,D24: 100 imp/kWh, D36: 60 imp/kWh
	Power consumption	<1VA per phase
ADW600-K	Switch input	4 channel passive input, built-in DC12V power supply
ADW600-K	Switching output	2 channel passive output, capacity AC230V/DC30V, 3A
ADW600-TL	Temperature measurement	12 channel temperature measurement, accuracy ±2°C,12 temperature measurement lines as standard
ADW600-TL	Residual current measurement	4 channel residual current measurement, input maximum 1mA, accuracy 1%,residual current transformer needs to be purchased separately

Temperature range	Operating temperature	-25 ℃ ~ 55 ℃
	Storage temperature	-40 ℃ ~ 70 ℃
humidity		≤95% (no condensation)
altitude		<2000m

Dimension

Remark:

1. The ADW600-M gateway (-4G/-CE/-WF) on the far left of the ADW600 rendering in Figure 1 needs to be ordered separately.

2. When connecting network cables between different modules, please note that BUS-IN is the incoming interface and BUS-OUT is the outgoing interface. Start with ADW600-M or the power module and connect them in sequence. Do not connect them in reverse.

Specifications: Model	Overall dimensions (mm)					Perforation size (mm)		Tolerance (mm)
Specifications: Model	W	H	D	M	N	Φ1	Φ2	Tolerance (mm)
D10: AKH-0.66/K-φ10N	27	44	32	25	36	10	9	±1
D16: AKH-0.66/K-φ16N	31	50	36	27	42	16	17
D24: AKH-0.66/K-φ24N	39	71	46	36	52	24	23.5
D36: AKH-0.66/K-φ36N	42.5	82	58	40	56	33.5	35

Wiring

ADW600 multi-circuit metering modules are connected by network cables. BUS-IN is the incoming interface and BUS-OUT is the outgoing interface. They are connected starting from ADW600-M or the power module and cannot be connected in reverse.

ADW600 -U needs to be connected to the load voltage signal. Refer to the wiring diagram below. Terminals 11-14 are connected to the UA, UB, UC, and UN voltage signals respectively. If the three-phase three-wire connection method is used, terminals 11-13 are connected to the UA, UB, and UC voltage signals, and then UB is short-circuited into the UN terminal.

ADW600 -I needs to be connected to the load current signal. Refer to the wiring diagram below. The standard transformer is an RJ12 interface that can be inserted into the meter terminal. The three transformers can be clipped onto the load cables according to the indicated directions

ADW600-K is connected to the switch input or output signal line as needed. Note that the COM port is the common end. Refer to the wiring diagram below.

ADW600-TL is connected to the temperature measurement signal line or the residual current transformer signal line as needed. Note that the COM port is the common end of the adjacent measurement circuits. The specific wiring diagram is as follows.

ADW600 Multi-circuit 3 Phase Energy Meter

Main Function

Technical Parameters

Dimension

Wiring

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