FAQs

Topology:

The fiber ports are used for ERPS Ring, where VLANs 1 to 3 and 3001 pass through the fiber ports. 

 

To achieve the goal, please refer to the steps below:

l   Switch 1:

1. Go to the ERPS page and establish the ERPS ring using the Ring Wizard.

2. Click on the “ERPS” and go to the “ERPS ID”.

 

 3. Go to the VLAN Configuration page. 

4. Click the “Add New Entry” button to add VLANs 2 and 3.

 

5. Go to the Global VLAN Configuration page using the path: Switching → VLAN Port Configuration.

    Add multiple VLANs to the ports of the ERPS ring (ports 9 and 10).

6. Go to the IP Configuration page using the path: System → IP Configuration.

     Assign the IP addresses to the VLAN 2 and 3 interfaces. 

l   Repeat the steps above on Switches 2 and 3. 

    Thus, VLANs 1-3 and 3001 can pass through the fiber ports.

Please refer to the attached calculation to select your PV panel and battery for more understandings, thank you.

PLANET BSP-360 Industrial-grade Renewable Energy PoE+ Managed Switch (BSP-360), built with advanced green technology,

can be charged by renewable energy,making it perfect for remote applications in remote expansive environments such as dams,

national parks, highways and others.

The BSP-360 effectively transfers green energy to PoE power in order to provide electricity to PDs including IP cameras and access

points deployed in the network.

Please refer to the standard application graph with the green power and battery.

Please refer to the standard application graph with the green power, battery,PoE PDs and NMS-360 series.

If there is no green power generator, please refer to this application graph with the PoE PDs and NMS-360 series.

※ The 24V DC power supply must connect to battery DC input terminal block.

NOTE:

1. Please remember to configure all equipment using a different IP address and must in the same subnet.

2. The BSP-360 default IP is 192.168.0.100.

3. The NMS-360 default IP is 192.168.1.100 (https:// 192.168.1.100:8888).

The IPOE-171-60W, IPOE-171-95W, POE-171A-60 and POE-171A-95 come with a built-in DIP switch for selecting a PoE mode (Standard/Legacy). The difference between Standard Mode and Legacy Mode is shown below: 

• Standard Mode: The PoE injector will have a handshake with PD. If the PD replies to the PoE injector, and the handshake has failed, the PoE injector will not send the PoE power to the PD. 
• Legacy Mode: The PoE injector will have a handshake with PD. If the PD replies to the PoE injector, and the handshake has failed, the PoE injector will still send the PoE power to the PD.If the PD does not reply the PoE injector, it means the PD does not support PoE; the PoE injector will not send the PoE power to the PD.

 

1. Please check the cable type of the connection from one end of the IPOE-171-60W to the other end. The cable should be an 8-wire UTP, Category 5e/6, EIA568 cable used within the distance of 100 meters. The power transmission will be affected if a cable with only 4-wire, short loop is used for a distance of over 100 meters.
2. Please check to make sure the device is fully complied with IEEE 802.3bt standard.
   If the device is only complied with IEEE 802.3af/802.3at standard, power off the IPOE-171-60W, switch it to Legacy mode, power on the device again and then connect it to the device.

 

According the latest IEEE 802.3bt standard, the voltage range of PSE is 52~56V DC. Please connect 52~56V DC input to IPOE-171-60W, and then check whether there is PoE output.

[IPOE-171-95W (V3)]For transportation and industrial-level applications, the IPOE-171-95W adopts 12~48V DC to 54V power boost technology to solve power source issue. If the DC input is 49~56V, the IPOE-171-95W will still work but pass through the power without the power boost technology.