To Next PageTo Next PageHow to troubleshoot high temperature on WisyCom Switch?
To troubleshoot high temperature issues on your WisyCom Switch, you can try the following: 1. Check if the two fans are working properly. Refer to alarm codes 0x02 or 0x03 on the alarm list. 2. Switch off the MFL (presumably a module or function) to allow for cooling, and then check the ambient temperature of the location. 3. Clean the ventilation grids to ensure proper airflow.
What to do if FAN1 is not working on WisyCom MFL?
If FAN1 is not working on your WisyCom Switch, try switching off the MFL (presumably a module or function) and then switching it back on.
What to do if FAN2 is not working on WisyCom Switch?
If FAN2 is not working on your WisyCom Switch, try switching off the MFL (presumably a module or function) and then switching it back on.
What does LINK__RF_FIL_NOT_FOUND mean on WisyCom Switch?
The error LINK__RF_FIL_NOT_FOUND indicates that the BPF filter is not present in the items of the transmitters menu. Check if other filters are available.
What does LINK__RF_FIL_E2_INVALID mean on WisyCom MFL?
The error LINK__RF_FIL_E2_INVALID indicates that the BPF filter is not present in the items of the transmitters menu. Check if other filters are available.
What does LINK__RF_FIL_E2_UNCAL mean on WisyCom Switch?
The error LINK__RF_FIL_E2_UNCAL indicates that the BPF filter is not present in the items of the transmitters menu. Check if other filters are available.
What does LINK__RF_FIL_E2_DIFF mean on WisyCom MFL?
This indicates that the BPF filter is not present in the items of the transmitters menu. Check if other filters are available.
How to troubleshoot WisyCom Network Hardware overheating?
To troubleshoot overheating issues with your WisyCom Network Hardware: * Check if the two fans are working properly, referring to alarm codes 0x02 or 0x03 on the alarm list. * Switch off the MFL to allow for cooling and check the location temperature. * Clean the ventilation grids to ensure proper airflow.
What to do if FAN1 fails on WisyCom Network Hardware?
If FAN1 fails on your WisyCom Network Hardware, try switching off and then switching on the MFL.
Details about connection status LEDs, display, buttons, and warning lights.
Explains the wideband optical link using CWDM technology.
Describes RX and TX modules converting optical to RF and RF to optical signals.
How to verify and set optical power limits and handle alarms.
Details the optical TX module and its RF Power Meter.
Input RF power requirements for IFB transmission.
Advises filtering RF input and setting gain to OdB for optimal reception.
Factors influencing link budget like fiber attenuation and module sensitivity.
Connects a redundant MFL link for fault tolerance.
How RF signal is re-routed if a PSU fault occurs on MFL Link1.
How the system handles faults on the RX module.
Transmits IFB signals to a remote area using MUX/DEMUX and amplifiers.
Receives RF signals from remote antennas using MUX/DEMUX.
Transmits IFB signals to multiple areas, reducing fiber modules.
Controls transmitter status, working mode, and filter selection.
Controls receiver status, working mode, and gain.
Settings for receiver status, mode, gain, failsafe, and optical power.
Setting transmitter status, working mode, and filter.
How alarms are shown on the display, LEDs, and auxiliary indicators.
Accessing and interpreting current and historical alarm data.
Lists and describes general alarms like invalid memory, CRC errors, and power supply issues.
Lists and describes alarms related to specific links, RF filters, and failsafe.
Troubleshooting steps for general alarms like I2C errors, fan issues, and low battery.
Troubleshooting steps for link-specific alarms, including RF filter and communication issues.
Instructions for safe operation, installation, and handling of the apparatus.
Warnings and precautions related to laser radiation and optical fiber handling.
Details on mainframe, modules, link modes, and connectors.
General