What to do if the FAAC J355 HA M50 EFO bollard will not rise?
To troubleshoot a FAAC Control System bollard that won't rise, verify that default No. 6 is selected on the JE275 control board. Also, ensure the bollard is set to automatic operation. Finally, check the motor wiring.
Why is my FAAC Control Systems bollard not lowering?
If a FAAC Control Systems bollard won't lower, first check for obstructions between the cylinder and the slide bushing. Then, check the motor wiring.
How to fix the flashing LED that does not work on FAAC Control Systems?
To fix a non-working flashing LED on a FAAC Control Systems, ensure default No. 6 is selected on the JE275 control board. Also, check that the power connector under the head is properly inserted.
Provides essential guidance for operating and installing the J355HA M50 bollard.
Details the technical attributes and operational specifications of the J355HA M50.
Outlines the physical dimensions of the J355HA M50 bollard and its foundation pit.
Details the initial setup and configuration requirements for the bollard installation.
Provides instructions and diagrams for building the reinforced foundation cage for the bollard.
Explains the procedure for securing the pit and foundation cage within the excavation.
Guides the user through the necessary electrical connections for the bollard system.
Describes the method for correctly positioning the bollard into its installed foundation pit.
Details the process of attaching and securing the top cover of the bollard.
Covers the installation and function of the optional Emergency Fast Operation system.
Explains how to manually lower the bollard cylinder if needed.
Describes the steps to restore the bollard to its automatic operational mode.
Outlines the standard sequence of routine maintenance tasks for the bollard.
Details the wiring diagrams and connections for the JE275 electronic control board.
Guides through the process of programming the JE275 control board for bollard operation.
Offers solutions for common issues encountered with the bollard and its electronic system.
Explains how to interconnect multiple bollards using the JE275 in a master/slave configuration.
Provides essential guidance for operating and installing the J355HA M50 bollard.
Details the technical attributes and operational specifications of the J355HA M50.
Outlines the physical dimensions of the J355HA M50 bollard and its foundation pit.
Details the initial setup and configuration requirements for the bollard installation.
Provides instructions and diagrams for building the reinforced foundation cage for the bollard.
Explains the procedure for securing the pit and foundation cage within the excavation.
Guides the user through the necessary electrical connections for the bollard system.
Describes the method for correctly positioning the bollard into its installed foundation pit.
Details the process of attaching and securing the top cover of the bollard.
Covers the installation and function of the optional Emergency Fast Operation system.
Explains how to manually lower the bollard cylinder if needed.
Describes the steps to restore the bollard to its automatic operational mode.
Outlines the standard sequence of routine maintenance tasks for the bollard.
Details the wiring diagrams and connections for the JE275 electronic control board.
Guides through the process of programming the JE275 control board for bollard operation.
Offers solutions for common issues encountered with the bollard and its electronic system.
Explains how to interconnect multiple bollards using the JE275 in a master/slave configuration.
General| Category | Control Systems |
|---|---|
| Use frequency | intensive |
| Protection level | IP67 |
| Type of limit switch | Magnetic |
| Hydraulic pump | Integrated |
| Operating Voltage | 230 V AC |
| Protection Degree | IP67 |
| Surface treatment | Cataphoresis and polyester powder paint |
| Standard colours | Black |
| Power supply voltage | 230 V AC |
| Manual operation | Yes |
| Acoustic emission | <70 dB |
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