Acrel ADW300 Three-Phase DIN Rail Energy Meter with RS485/4G/WIFI/LoraWAN
Measurement: 3-phase Active Power, Reactive Power, Current, Voltage, Harmonic and etc.
Rated Current: 3x5A AC
Rated Voltage: 380V/220V AC
Communication: RS485,4G,WIFI,LoraWAN
HMI Programming: Setting of CT/PT Ratio, Phase Wiring, Communication and etc
Application Scenario: Building, Factory, Commercial buildings, DB Room and etc
Standard&Certificate: CE; IEC; LVD
ADW300 wireless energy meters have multiple built-in communication modules (4G,WiFi,LoRaWAN) designed for different situation when paired with IoT energy management system or other demand for remote connection. Meanwhile, ADW300 can provide various extra function module and various electrical parameters measurement to meet different requests from the customers. Also, as the prove for quality, ADW300 is strictly compliant of the standard of IEC 62052-11; IEC62053-22; LVD.
Multiple Communication Methods
● 4G LTE
● WIFI (2.4GHz & 5GHz)
● LORAWAN (Support LW923, LW868)
● LoRa
● RS485 (MODBUS-RTU)
● Paired with IoT Energy Monitoring System
Power Quality Analysis
● Total Harmonic
● 2nd~31st Harmonic
● Voltage Unbalance
● Current Unbalance
Expanded Function
● 2-channel DO (Digital Ouput)
● 4-channel DI (Digital Input)
● 4-channel Cable Temperature Monitoring
● 1-channel Residual Current Measurement
Alarm Function
● Over/Under Current
● Over/Under Voltage
● Over/Under Power
● Phase Loss
One step Direct solution
LoRa-Based Indirect Solution
1.System support all the meters across the country whose data has been sent to cloudserver through 4G,WiFi or Ethernet.
2.Remote meter reading and data collection.
3.Provide loT APP for mobile phone side and loT WEB for PC side
4.Generate energy data report of daily, monthly and annually period with year-on-yeay andperiod-on-period energy analysis.
5.Provide various alarm function to ensure a stable operation of the system and protect youlproperty.
6.Offer 3-month free trial of system with full technical support as for a test phase or pilotproject.
Remark:
1AcrelloT EMS WEB(For PC users):http://iot.acrel-eem.com/
2AcrelloT EMS APP(For mobile Users):https://play.google.com/store/apps/details?id=com.acrel.iotems
3.Test Account: AcrePassword:123456
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.
Other Question? Please contact us and we will get back to you as soon as possible.
|
Function
|
Description
|
|||
|
Measurement
of
Energy
|
kWh (positive and negative)
|
|||
|
kvarh (positive and negative)
|
||||
|
A,B,C 3-phase positive kWh
|
||||
|
Electric Parameters
|
U, I, P, Q, S, PF, Hz
|
|||
|
Harmonic
|
THDv, Harmonic on 2nd-31st
|
|||
|
Pulse output
|
Active pulse output
|
|||
|
3-Phase Imbalance
|
Voltage imbalance,current imbalance
|
|||
|
Display
|
LCD display with 8 digits
|
|||
|
Wireless Comms.
|
4G, WiFi, LoRA, NB-IoT (Optional), Support MQTT, MODBUS-TCP protocol
|
|||
|
Wired Comms.
|
RS485 interface with MODBUS-RTU protocol (Standard)
|
|||
|
Swtich
|
4 DI & 2 DO
|
|||
|
Residual Current
|
1 way residual current measurement
|
|||
|
Temperature
|
A,B,C,N. 4 ways temperature measurement
|
|||
|
Optional function
|
C:RS485(Modbus-RTU)
|
|||
|
K:4DI/2DO
|
||||
|
T:4 channels of temperature measurement
|
||||
|
L:1 channel of residual current measurement
|
||||
|
U:Power outage alarm, 2DI/2DO
|
||||
|
LR:Lora wireless communication
|
||||
|
WF:WiFi wireless communication
|
||||
|
4GHW:4G wireless communication
|
||||
|
Parameter
|
Description&Value
|
|||
|
Input
Voltage
|
Nominal Voltage
|
For High Voltage: 3×57.7~69.24Vac L-N & 100~120Vac L-L
(Paired with PT)
------------------------------------------------------------------------------------
For Low Voltage: 3×220~264Vac L-N & 3x380~456Vac L-L
(Direct Connect) 3×380~456Vac L-N & 3x660~792Vac L-L
|
||
|
Frequency
|
50Hz~60Hz
|
|||
|
Comsumption
|
＜0.5 VA (Each phase)
|
|||
|
Input
Current
|
3×1(6)A
|
|||
|
1‰ Ib (Class 0.5S)，4‰ Ib (Class 1)
|
||||
|
<1VA (Each phase)
|
||||
|
Auxiliary
Power
|
Power Supply
|
85~265Vac L-N
|
||
|
Power consumption
|
<2W
|
|||
|
Measurement
Performance
|
Standard
|
IEC 62053-22:2003，IEC 62053-21:2003
|
||
|
Active Power Accuracy
|
Class 0.5S（ADW300）
Class 1（ADW300W）
|
|||
|
Temperature Measuring Accuracy
|
±2℃
|
|||
|
Pulse
|
Width of pulse
|
80±20ms
|
||
|
Pulse constant
|
6400imp/kWh , 400imp/kWh
|
|||
|
Communication
|
Wireless
Communication
|
4G (built in world-wide 4G module for global server frequency bands)
WiFi (2.4GHz), LoRa, NB-IoT, RS485 (standard MODBUS-RTU) |
||
|
Infrared
Communication
|
Constant baud rate 1200
|
|||
|
Interface
|
RS485(A+、B-)
|
|||
|
Connection Mode
|
Shielded twisted pair conductors
|
|||
|
Protocol
|
MODBUS-RTU
|
|||
|
Environment
|
Operating Temperature
|
-20℃~55℃
|
||
|
Storage Temperature
|
-40℃~70℃
|
|||
|
Humidity
|
≤95% (No condensation)
|
|||
|
Altitude
|
≤2000m
|
|||
-
CE of ADW300
-
IEC of ADW300
-
LVD of ADW300
-
ADW300 Manual
Related Products
CONTACT US
Contact US
Product Information
Quantity
Unit
Piece
Support order samples, customization, wholesale direct, and complete payment. If the product you look for does not have corresponding customized content, pls fill out the form below to contact us, and we will reply ASAP.