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Acrel AWT100-WFHW CE Approved WiFi Smart Gateway For IOT Platform Energy Consumption Monitoring
Series of products: Products
Series of products: Smart Gateway
Series of products: AWT100 Series of Smart Gateways
- Product Description
- Parameters
- Q&A
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Overview
At present, wireless technology relies on the advantages of easy deployment, low construction cost, and wide application environment. Data diversification has gradually become an important direction for network development and application in the future industrial Internet.
AWT100 data conversion module is a new data conversion DTU launched by Acrel Electric. Communication data conversion includes 2G, 4G, NB, LoRa, LoRaWAN, GPS, WiFi, CE, DP and other communication methods.
The downlink interface provides a standard RS485 data interface. It can be easily connected to power meters, RTUs, PLCs, industrial computers and other equipment, and only needs to complete the initial configuration at a time to complete the data collection of the MODBUS equipment; at the same time, the AWT100 series of wireless communication terminals use powerful micro-processing chips to cooperate Built-in watchdog technology, reliable and stable performance.
Coding Rule
Dispaly
Function
● Communication: RS485(Modbus-RTU), 4G, WiFi, Lora, Lorawan, Profibus, etc.
● Operating voltage: DC24V, or AC/DC220V
Can link to IOT Platform, Energy Management Systems, etc.
Features
● Support data collection of up to 30 MODBUS RTU devices.
● Support the collection of 5 register address fields for each MODBUS device, and the address range of each register does not exceed 64.
● Support to preset alarm address and alarm value to trigger alarm for each MODBUS address range. There are currently at most 5 alarm addresses in each address domain.
● Support server MODBUS or LoRa transparent transmission communication.
● Support fixed IP and dynamic domain name resolution methods to connect to the data center.
Network/Application
RS485 to 4G Solution Structure
RS485 to 4G Solution Illustration
LoRa to 4G Solution Structure
LoRa to 4G Solution Illustration
PIN Overview
PIN/Terminal Overview of AWT100-4GHW Gateway and AWT100-POW Power Module
Wiring
Wiring Diagram of AWT100-4GHW (24Vdc Power Supply via default Configuration)
Wiring Diagram of AWT100-4GHW (85~265Vac Power Supply via AWT100-POW Power Moduel)
Dimension
FAQ
Q: Is there any special request for the 4G SIM that I bought to be paired with AWT100-4GHW?
A: The built-in 4G LTE wireless communication module of AWT100-4GHW can support global 4G frequency bands, so no matter in which country or from which 4G service provider that 4G SIM card was bought, it can all support with no problem as long as AWT100-4GHW is covered by stable 4G signal generated by telecommunication tower.
Q: Which specs of 4G SIM should I buy?
A: Normally, for each RS485 devices connected to AWT100-4GHW gateway, we require a 4G SIM of 30MB/Month. Thus, for example if there is a AWT100-4GHW whose the downstream is connected with 5 RS485 devices, then we normally require a 150MB/Month (30x5=150) 4G SIM card to be paired with this AWT100-4GHW gateway.
Q: How long is the communication distance between AWT100-4GHW gateway and other metering devices like energy meter using RS485 interface?
A: The communication distance of RS485 should be within 400m when put into practical use. But normally we recommend to install the energy meters and 4G gateway together so that we can cut down the wired communication to minimum. And once the data was pass to AWT100-4GHW through wired RS485, then AWT100-4GHW can send the data to cloud server deployed in internet using 4G wireless communication (without communication distance limitation) as long as AWT100-4GHW was covered by stable 4G signal. So, normally the most part of communication is still remain 4G wireless. RS485 wired communication will be quite limited which would extremely cut down the cost of later wired communication’s maintenance.
Q: Could AWT100-4GHW gateway and other Acrel products like energy meter be used for 3rd party system?
A: For this request, Acrel can provide 2 protocol for doing it but require the software and communication engineers who were belong to the 3rd party system’s company and have the ability to do the communication protocol adjustment.
The first protocol is Json format MQTT protocol which is used by Acrel system and devices with MQTT protocol. And normally Acrel devices (Which can be served as the final data upstream devices) can meanwhile support MODBUS and MQTT protocol which allow the 3rd party users to adjust the Acrel products to their own system (Normally using MQTT and MODBUS-TCP protocol, so the 3rd party system need to support both MQTT and MODBUS protocol).
The second protocol is Acrel API protocol which could be used for data transferring between system of Acrel and 3rd party system. And in this situation, a whole set of Acrel solution from basic metering devices like energy meter to IoT gateway and to a system need to be used.
Other Question? Please contact us and we will get back to you as soon as possible.
Product Description:- PView
- high-performance
- requirements
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Technical Parameters
Parameter Name
AWT100-4G
AWT100-NB
AWT100-2G
AWT100-LoRa
AWT100-LW
Working frequency
LTE-FDD B1 B3 B5 B8
LTE-TDD B34 B38 B39 B40 B41
CDMA B1 B5 B8
GSM 900/1800M
H-FDD B1 B3 B8 B5 B20
GSM 850
EGSM 900
DCS 1800
PCS 1900
LoRa 460 510MHz
Transmission rate
LTE-FDD
Maximum downlink rate 150Mbps
Maximum uplink rate 50Mbps
LTE-TDD
Maximum downlink rate130Mbps
Maximum uplink rate 35Mbps
CDMA
Maximum downlink rate 3.1Mbps
Maximum uplink rate 1.8Mbps
GSM
Maximum downlink rate 107Kbps
Maximum uplink rate 85.6Kbps
Maximum downlink rate 25.2Kbps
Maximum uplink rate 15.62Kbps
GPRS
Maximum downlink rate 85.6kbps
Maximum uplink rate 85.6kbps
LoRa 62.5kbps
Downlink
RS485 Communication
Uplink
4G Communication
NB-IoT Communication
2G Communication
LoRa Communication
SIM card voltage
3V，1.8V
/
Working current
Static power：≤1W，Transient power consumption：≤3W
Static power：≤0.5W，
Transient power consumption：≤1W
Antenna interface
50Ω/SMA（Faucet）
Serial port type
RS-485
Baud rate
4800bps、9600bps、19200bps、38400bps（default 9600bps）
Operating Voltage
DC24V或AC/DC220V①
Operating temperature
-10℃～55℃
Storage temperature
-40℃～85℃
Humidity range
0～95% Non-condensing
parameter name
AWT100-GPS
AWT100-WiFi
AWT100-CE
AWT100-DP
Work
Positioning accuracy: 2.5-5m
support 2.4G frequency band
WiFi rate: 115200bps
Ethernet rate 10/100M adaptive
Profibus address: 1~125. (Note)
Downlink
RS485 Communication
Uplink
GPS positioning
WiFi wireless
Ethernet communication
Profibus communication
Working current
Static power consumption：≤1W，transient power consumption：≤3W
Static power consumption：≤0.5W，
transient power consumption：≤1W
interface
50Ω/SMA（Faucet）
RJ45
DP9
Serial port type
RS-485 Communication
Baud rate
4800bps、9600bps、19200bps、38400bps（Default 9600bps）
Operating Voltage
DC24V or AC/DC220V①
Operating temperature
-10℃～55℃
Storage temperature
-40℃～85℃
Humidity range
0～95% Non-condensing
Note: ①AC/DC220V power supply requires external AWT100-POW power supply module. ②Profibus communication rate: 9.6kbps, 19.2kbps, 45.45kbps, 93.75kbps, 187.5kbps, 500kbps, 1.5Mbps, 3Mbps, 6Mbps, 12Mbps. Data exchange length: total input length<=224 bytes, total output length<=224 bytes. The number of downstream instruments connected: 1~80.
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Q: Is there any special request for the 4G SIM that I bought to be paired with AWT100-4GHW?
A: The built-in 4G LTE wireless communication module of AWT100-4GHW can support global 4G frequency bands, so no matter in which country or from which 4G service provider that 4G SIM card was bought, it can all support with no problem as long as AWT100-4GHW is covered by stable 4G signal generated by telecommunication tower.
Q: Which specs of 4G SIM should I buy?
A: Normally, for each RS485 devices connected to AWT100-4GHW gateway, we require a 4G SIM of 30MB/Month. Thus, for example if there is a AWT100-4GHW whose the downstream is connected with 5 RS485 devices, then we normally require a 150MB/Month (30x5=150) 4G SIM card to be paired with this AWT100-4GHW gateway.
Q: How long is the communication distance between AWT100-4GHW gateway and other metering devices like energy meter using RS485 interface?
A: The communication distance of RS485 should be within 400m when put into practical use. But normally we recommend to install the energy meters and 4G gateway together so that we can cut down the wired communication to minimum. And once the data was pass to AWT100-4GHW through wired RS485, then AWT100-4GHW can send the data to cloud server deployed in internet using 4G wireless communication (without communication distance limitation) as long as AWT100-4GHW was covered by stable 4G signal. So, normally the most part of communication is still remain 4G wireless. RS485 wired communication will be quite limited which would extremely cut down the cost of later wired communication’s maintenance.
Q: Could AWT100-4GHW gateway and other Acrel products like energy meter be used for 3rd party system?
A: For this request, Acrel can provide 2 protocol for doing it but require the software and communication engineers who were belong to the 3rd party system’s company and have the ability to do the communication protocol adjustment.
The first protocol is Json format MQTT protocol which is used by Acrel system and devices with MQTT protocol. And normally Acrel devices (Which can be served as the final data upstream devices) can meanwhile support MODBUS and MQTT protocol which allow the 3rd party users to adjust the Acrel products to their own system (Normally using MQTT and MODBUS-TCP protocol, so the 3rd party system need to support both MQTT and MODBUS protocol).
The second protocol is Acrel API protocol which could be used for data transferring between system of Acrel and 3rd party system. And in this situation, a whole set of Acrel solution from basic metering devices like energy meter to IoT gateway and to a system need to be used.
Other Question? Please contact us and we will get back to you as soon as possible.
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