Differences
This shows you the differences between two versions of the page.
Next revision | Previous revision | ||
manual:pws2-30k:communication_connection [2019/01/04 00:24] admin created |
manual:pws2-30k:communication_connection [2022/03/21 03:16] (current) hedy [Bottom view] |
||
---|---|---|---|
Line 1: | Line 1: | ||
====== Communication connection ====== | ====== Communication connection ====== | ||
+ | ===== Bottom view===== | ||
+ | {{: | ||
+ | ^No. ^Description^ | ||
+ | |1 |DC waterproof tube + | | ||
+ | |2 |DC waterproof tube - | | ||
+ | |3 |Ethernet waterproof terminal | | ||
+ | |4 |RS-485 waterproof terminal | | ||
+ | |5 |R-EPO waterproof terminal| | ||
+ | |6 |AC waterproof tube| | ||
+ | |7 |AC disconnect| | ||
+ | |8 |Fan box| | ||
- | PWS2-30K-NA has two different communication interfaces: Ethernet and RS-485. | + | PWS2-30K-NA has two different communication interfaces: Ethernet and RS-485, meanwhile, there is a remote emergency power off terminal. |
+ | |||
+ | <WRAP center round tip 60%> | ||
+ | At the same time, the PWS2-30K-NA can only be configured to communicate with the EMS via Ethernet, or RS-485, refer to HMI operation for more information | ||
+ | </ | ||
===== Ethernet cable connection ===== | ===== Ethernet cable connection ===== | ||
- | PWS2-30K-NA can be directly | + | PWS2-30K-NA can be directly |
{{: | {{: | ||
- | Ethernet interface | + | The pinout of a standard T-568B straight-through ethernet cable: |
+ | ^Pin^Color^ | ||
+ | |1|white/ | ||
+ | |2|Orange| | ||
+ | |3|white/ | ||
+ | |4|blue| | ||
+ | |5|white/ | ||
+ | |6|green| | ||
+ | |7|white/ | ||
+ | |8|brown| | ||
- Penetrate network cable whose insulating layer is stripped into the waterproof cap and insert it into RJ45 connector after being arranged in order; | - Penetrate network cable whose insulating layer is stripped into the waterproof cap and insert it into RJ45 connector after being arranged in order; | ||
- Use wire crimpers to compress the connector; | - Use wire crimpers to compress the connector; | ||
Line 15: | Line 40: | ||
- Insert the ready-made cable into Ethernet terminal. | - Insert the ready-made cable into Ethernet terminal. | ||
- | (2) RS 485 cable connection | + | ====== |
- | PWS2-30K-NA can be connected to EMS through RS-485 to obtain battery information and energy dispatching command and complete automatic charging and discharging control and protection of energy storage system. RS-485 is connected through RJ45 connector. The definition of the pin of RJ45 connector is shown in Fig. 3 19. The connection steps are the same as Ethernet cable. | + | |
+ | PWS2-30K-NA can be connected to EMS through RS-485 to obtain battery information and energy dispatching command and complete automatic charging and discharging control and protection of energy storage system. RS-485 is connected through RJ45 connector. The definition of the pin of RJ45 connector is shown in the following image. The connection steps are the same as Ethernet cable. | ||
{{: | {{: | ||
- | The wiring making of RS-485 is the same as Ethernet cable. RJ45 terminal should be inserted into RS-485 port and cap shall be locked. | + | ====== Remote EPO connection ====== |
- | (3) Remote EPO connection | ||
A remote EPO switch can be connected to the R-EPO RJ45 port. | A remote EPO switch can be connected to the R-EPO RJ45 port. | ||
{{: | {{: | ||
- | |||
- | The wiring making of R-EPO is the same as Ethernet cable. RJ45 terminal should be inserted into the port\. | ||
<WRAP center round important 60%> | <WRAP center round important 60%> | ||
- | THE R-EPO IS A NORMAL CLOSED CONTACT.IT SHOULD BE CONNCTED TO A NC SWITCH OR BUTTON. | + | THE R-EPO IS A NORMAL CLOSED CONTACT. IT SHOULD BE CONNCTED TO A NC SWITCH OR BUTTON. |
IF NO REMOTE EPO IS NEEDED, PLEASE DISABLE THE EPO FUNCTION IN HMI. | IF NO REMOTE EPO IS NEEDED, PLEASE DISABLE THE EPO FUNCTION IN HMI. | ||
</ | </ |