WEG Drive Scan, Руководство пользователя

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4
DRIVE SCAN COMMUNICATION
4.3 RS-485 CONNECTOR
Table 4.2: Signals of the WCD-ED300 Drive Scan RS-485 Connector
Pino
Sinal
1
Negative RS-485
2
GND
3
Positive RS-485
4
Positive RS-485
5
GND
6
Negative RS-485
4.4 NETWORK SETTINGS
All the devices connected to physical networks, whether via RS-485 or Ethernet, must have the same baud rate,
data bit, parity and stop bit settings, so that the respective network works correctly.
4.5 NUMBER OF MONITORED ASSETS
The Drive Scan WCD-ED300 allows connecting and monitoring up to 10 assets on the RS-485 network and up
to 10 assets on the Ethernet network, for a maximum of 20 assets.
Chapter 5 describes the settings and possible
ways of connecting the low voltage frequency inverters to the Drive Sca.
In the case of the SRW01, the WCD-ED300 Drive Scan allows connecting and monitoring up to 20 relays on the
Ethernet network . Note: It is only possible to monitor the SRW01 on Ethernet models.
Chapter 5.7 describes the
settings and possible ways of connecting the relay to the Drive Scan.
4.6 INTERNET CONNECTION REQUIREMENTS
For the proper operation of the Drive Scan and connection to the MFM cloud, the customer’s network must meet
some requirements and have some releases.
Note : to release the addresses, ports and internet access, ask the IT team in charge of the network.
The user’s network must not have VPN or PROXY;
The ports of Table 4.3 and the IP addresses of Table 4.4 must be accessible.
Table 4.3: Addresses required for the Drive Scan communication with the MFM
Destino IP
Objective
broker.app.wnology.io
146.0.0.0/8 Send data to the MFM
hub.docker.com
3.225.66.59
Edge-Agent Maintenance
nexus3.weg.net
Dynamic address Firmware update
Table 4.4: Ports required for the Drive Scan communication with the MFM
Protocolo Porta
Objetivo
TCP 80
Update/Support the Drive Scan
and Send data to the MFM
TCP
433
TCP 1883
TCP 8883
Low Voltage Devices | 4-2