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Acrel ADW600 CE IEC Approved Wireless 4G Digital 3 Phase Multi-channel Energy Meter For IOT Platform Energy Consumption Monitoring
Series of products: Products
Series of products: Energy Management
Series of products: Three Phase Energy Meters
Series of products: AC Energy Meters
Series of products: Wireless Energy Meters
Series of products: Din Rail Installed Energy Meters
Series of products: Din Rail Installed AC Energy Meters
- Product Description
- Parameters
- Q&A
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Overview
The ADW600 multi-circuit power metering module is mainly used to measure three-phase active energy in low-voltage networks, and has the advantages of small size, easy installation, and rich functions.
The product adopts a modular design, including voltage module, current module, switch module, temperature measurement and leakage module, etc.
The modules are connected by Ethernet cables and can support multi circuit splicing. Suitable for low-voltage side multi circuit metering scenarios, especially for power transformation needs.
Coding Rule
ADW600 main module
ADW600 slave module
Dispaly
Models & 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
Network
Dimension
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 th power module and connect them in sequence. Do not connect them in reverse.
Model
Dimension（mm）
Hole size（mm）
Tolerance（mm）
W
H
D
M
N
Φ1
Φ2
D10：AKH-0.66/K-∅10N
27
44
32
25
36
10
9
±1
D16：AKH-0.66/K-∅16N
31
50
36
27
42
16
17
D24：AKH-0.66/K-∅24N
39
71
46
36
52
24
23.5
D36：AKH-0.66/K-∅36N
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.
Product Description:- PView
- high-performance
- requirements
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Technical Parameters
ADW600-U Rated voltage 3×57.7/100V，3×220/380V，3×100V, 3×380V Voltage accuracy 0.5% Reference frequency 45-65Hz Power consumption Each phase<0.5VA 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 B class Energy pulse width 80±20ms Active pulse constant D10：6400imp/kWh，D16：400imp/kWh，D24：100imp/kWh，D36：60imp/kWh Power consumption Each phase<1VA ADW600-K Switching input 4 passive inputs, built-in DC12V power supply Switching output 2 passive outputs, capacity AC230V/DC30V, 3A ADW600-TL Temperature measurement 12 temperature measurement, accuracy ±2℃, 12 temperature measurement wires as standard Residual current measurement 4 residual current measurement, input maximum 1mA, accuracy 1%, residual current transformer needs to be purchased separately -
Q：What's the biggest advantage of ADW300?
A：ADW300 has its built-in wireless communication module which allow it to realize 4G LTE, WiFi, NB-IoT, LoRa upstream communication without using extra IoT gateways. For the application scenarios when the meters can't be of centralized installation, ADW300 will usually be the best option for monitor 3-phase circuits that were far from each other.
Q：How should I deal with RS485 network communication malfunction?
A：First, check if the wiring of RS485 communication line was loosen or wired incorrectly.(like reversely wiring the A,B terminal).
Next,inspect if the meter’s setting of address, baud rate, check bit was correct by using keypads on the meter.
Q：What if LoRa communication of meters malfunctioned?
A：First, use USB to RS485 serial converter to connect the meter with computer. Then use adjustment software to check if setting of meter is on consensus with the setting of master station.(setting of channel and spreading factor--SF)
If setting remain the same, then it might be due to large interference of work site or the excessively far range between meter and host. In that case, it’s recommended to use chuck antenna or set a new master station nearby.
Q：What’s the difference between ADW300 and ADW300W
A：ADW300 has internal current transformers and can select compatible current transformer according to the site current to realized a secondary connection via CTs.
ADW300W on the other hand, has external current transformers.(non-detachable or it will damage the meter) This kind of design extremely ease the wiring and installation if the work-site already has CTs.
Q：What do 3×57.7/100V,3×220/380V,3×380/660V,3×100V,3×380V,3×660V represent respectively?
A：The meter’s spec of 3*100V,3*57.7/100V is suitable for high voltage power system while pairing with PT(potential transformer or voltage transformer). Beside, 3*100V represent 3-phase 3-wire and 3*57.7/100V represent 3-phase 4-wire.
The meter’s spec of 3*220/380V,3*380/660V,3*380V,3*660V is suitable for low voltage power system(directly connect with meter). Meanwhile,3*380V,3*660V represent 3-phase 3-wire and 3*220/380V,3*380/660V represent 3-phase 4-wire.
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