To Next PageTo Next PageWhat to do if the RIB J shutter doesn't open or close with K and RADIO buttons?
If your RIB Control Panel shutter isn't responding to the K or RADIO buttons, it could be due to a faulty safety edge contact or faulty photocells contact with DIP 4 OFF. You should fix or replace the relative contact to resolve this issue.
Why does my RIB J Control Panel shutter open but not close after the set time?
If your RIB Control Panel shutter opens but doesn't close after the set time, ensure DIP 3 is set to ON and the K BUTTON is always inserted in automatic functioning mode (DIP 6 OFF). You may need to replace the button or switch of the selector switch. Also, check the connections between the electronic board and the edge feeder, in case of a failed edge self-test. If you're not using a feeder for edges, DIP 10 must be in the OFF position.
How to fix a RIB J Control Panel shutter that doesn't move when activating the K button?
If the RIB Control Panel shutter doesn't move when you activate the K button, it could be because Impulse K is always inserted. Check and replace any faulty buttons or micro-switches of the selector switch.
Why is my RIB J motor weak and moving slowly?
If the motor of your RIB Control Panel opens and closes, but lacks strength and moves slowly, check the trimmer TORQUE adjustment.
What to do if all the LEDs are off on my RIB J?
If all the LEDs are switched off on your RIB Control Panel after making connections and supplying voltage, check the integrity of fuses F1 and F2. If a fuse is interrupted, replace it with one of the adequate value: F2 = 5A, F1 = 100mA.
General| Relay Output | SPDT |
|---|---|
| NEMA Rating | NEMA 1 |
| Voltage Rating | 120VAC |
| Number of Circuits | 1 |
| Mounting Type | Surface |
| Mounting | Surface |
| Current Rating | 10 Amp |
Emphasizes the critical need to follow all safety instructions for user protection.
Instruction to retain the manual for future reference and use.
Detailed guidelines for safe installation of the automation system.
Details on various connection points for power, motor, radio, and accessories.
Specifies the types and ratings of fuses used in the system.
Details on relays for flasher, travel limits, and motor control.
Configuration options via DIP switches for operation modes and functions.
Explanation of LED signals for programming and operational status.
Procedure to verify and correct the motor's rotation direction.
How to operate the system using a continuously pressed command.
Steps for setting the automatic closing pause time.
Procedure for programming radio transmitter codes.
Procedure for erasing all programmed radio transmitter codes.
Indicates when the radio code memory is full.
Guidelines for connecting and using impulsive command accessories.
Details on how the main operation button controls the gate.
Information on using the clock function and its safety implications.
How safety accessories like photocells and safety strips function.
Detailed explanation of photocell functions and DIP4 settings.
Description of safety strip operation, alarms, and testing.
Operation mode when safety devices fail, requiring constant button press.
Configuration for connecting blinkers or courtesy lights.
Setting for the flashing light to activate before motor movement.
How to enable and set the pause time for automatic closing.
Procedure for restoring operation after a power interruption.
Specifications including voltage, frequency, power, and dimensions.
Identifies common faults and provides solutions for system problems.
Description of safety boxes for controlling devices.
Details on flat surface mounted push buttons for automation control.
Information on key selectors for automation control.
Details on photocells and columns for automation systems.
Information on spark blinkers and radio antennas for the system.
Overview of the SUN series radio transmitters.
Details on the world's first radio-operated photocell system.
Description of the master unit for the No Touch 868 photocell.
Information on the AA lithium batteries used in accessories.
