To Next PageTo Next PageWhat to do if there is a system error on SMC Sierra Monitor ProtoNode FPC-N54 Gateway?
If the SYS ERR LED is continuously lit, it indicates a system error. Immediately report the specific 'system error' displayed on the FS-GUI interface error screen to support for evaluation.
How to fix lost or incorrect IP address on SMC Sierra Monitor Gateway?
To address a lost or incorrect IP address on your SMC Sierra Monitor Gateway, follow these steps: 1. Ensure FieldServer Toolbox is installed on your PC. Download it from the Sierra Monitor website if needed. 2. Extract the executable file and complete the installation. 3. Connect your PC to the ProtoNode using a standard Cat-5 Ethernet cable. 4. Open the FS Toolbox Utility and click 'Discover Now'. 5. Check the IP Address of the gateway. 6. To change the IP Address, click the settings icon on the gateway's row, then click 'Network Settings', change the IP Address and click 'Update IP Settings' to save.
Why diagnostic capture is needed for SMC Sierra Monitor ProtoNode FPC-N54 Gateway?
To assist technical support in quickly resolving the issue, perform a diagnostic capture and email the diagnostic zip file to them before contacting support.
What to do if there are no COMS on Modbus RTU side of SMC Sierra Monitor ProtoNode FPC-N54 Gateway?
If the Tx/Rx LEDs are not flashing rapidly, it indicates a COM issue. To resolve this on your SMC Sierra Monitor Gateway: 1. Visually inspect the LEDs on the ProtoNode. 2. Check the baud rate, parity, data bits, and stop bits. 3. Ensure the Detector ID matches the correct device. 4. Verify the wiring.
General| Brand | SMC Sierra Monitor |
|---|---|
| Model | ProtoNode FPC-N54 |
| Category | Gateway |
| Language | English |
The BTL Mark indicates a product has passed rigorous tests by an independent laboratory.
High-performance building automation gateway for ABB devices and BACnet.
Documenting the unique part number of the ProtoNode unit.
Specifies the maximum registers a connected device can present.
Ensuring COM settings match between devices for communication.
Connecting RS-485 devices to the ProtoNode's R1 port.
Connecting RS-485 network wires to the ProtoNode's R2 port.
Using DIP switches to enable bias resistors for RS-485 bus stability.
Enabling the end-of-line termination resistor for the serial trunk.
Checking power requirements and connecting power to the ProtoNode.
Establishing a connection using a Cat-5 Ethernet cable.
Configuring PC's IP address and subnet mask for network communication.
Navigating to the ProtoNode's IP address via a web browser.
Choosing the correct device profile and setting parameters.
Checking LEDs for flashing to confirm communication.
Configuring IP address for the ProtoNode's Ethernet port.
Steps to clear profiles and restart the unit for reinstallation.
Procedures to locate or correct the ProtoNode's IP address.
Accessing diagnostic data via web browser or FieldServer Toolbox.
Verifying COM settings, LEDs, and wiring for communication issues.
Understanding the meaning of diagnostic LEDs.
Methods for capturing diagnostic data for troubleshooting.
Instructions for loading a new version of the firmware.
Enabling password protection for the FS-GUI interface.
Guidance on how to reset the FieldServer to its factory state.
Information on unsupported web browsers.
How to mount the ProtoNode using its DIN rail bracket.
Setup instructions for FPC-N54 gateway with an ACS800 drive.
Diagram and details for wiring the ACS800 drive to the ProtoNode.
Table detailing Modbus RTU to BACnet object ID mappings for ACS800.
Setup instructions for FPC-N54 gateway with an ACS880 drive.
Diagram and details for wiring the ACS880 drive to the ProtoNode.
Table detailing Modbus RTU to BACnet object ID mappings for ACS880.
Setup instructions for FPC-N54 gateway with an ACS880-CTDD drive.
Diagram and details for wiring the ACS880-CTDD drive to the ProtoNode.
Table detailing Modbus RTU to BACnet object ID mappings for ACS880-CTDD.
Technical specifications for the ProtoNode FPC-N54.
Requirements for UL compliance when operating the ProtoNode.
