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AUTOMATIC DOORS FOR LIFTS

10

VF5

  The control does not answer to the TEST or AUTOADJUSTMENT button.

 

- Switch off and on the controller and test again. Change the controller If nothing happens.

  The door does not move.

 

- Verify the motor cable and its connection with the motor connector.

  - Verify that a variable voltage is applied to the motor when a movement order is applied. This voltage 

is  different when the door stops closed or open, because in open position a torque to keep the 

position is needed.

  

The motor voltage has to be checked with the Fermator programming tool.

 

  You should change the motor if no movement is made when the voltage is present. 

  The door stops before the end of the learning cycle.

 

Verify the encoder :

     - The door keeps open with no movement → sense of opening reversed, so interchange the 2    

middle cables in the connector (55).

 

- The door closes and opens only 20 cm then stopping → encoder disconnected, encoder not    

supplied or damaged, pulley screw wrong tight.

 

  Change the encoder if nothing solves it. 

  The door opens instead of close.

 

- Verify the DIP switch 3 position.

 

- Reverse 2 phases of the motor connection (56).

  The door makes the learning phase correctly but the skate stays open with the closed relay 

active.

  - Verify the switch 2 according to the correct open sense of the door. The door should be close in 

the motor zone with the skate closed too.

  The door stops in the skate zone.

 

- Verify by hand the correct and soft movement of the skate (see the assembling manual).

  The door does not close completely.

 

- Disconnect the whole system and verify that no obstruction happens.

 

TEST always in this way in order to obtain the correct movement and verify in a well known 

schedule.

If the autoadjustment was correctly passed, then the connections with the lift controller. The 3 

potentiometers can be regulated too.

A  Connect the cables coming from the lift controller.

 

- Connect the inputs cables (8, 9, 10, 11 and 12) and priority inputs cables 

 

  (26, 21, 25 and 23).

 

- Connect the photocell (17, 18, 19 and 20).

 

- Connect the relays outputs cables that inform the lift controller (30 to 41).

TROUBLESHOOTING DURING THE AUTOADJUSTMENT

NORMAL REGULATION WITH THE LIFT CONTROLLER

Summary of Contents for VCI-VF5A.CD0 Series

Page 1: ...ENG Assembly manual Automatic horizontal sliding car door Component VF5 Electronic Module AUTOMATIC DOORS FOR LIFTS MAN MMCAENGV5TC 10 2017...

Page 2: ...lose 100 230V AC DC PM ASYNC 13 Derecha Right QCI VF5A CD0EE ENCODER 12 V COM CERRAR LENTO SLOW CLOSE REABRIR RE OPEN SE AL DE PISO FLOOR LEVEL ENTRADAS PRIORITARIAS PRIORITY INPUTS FOTOC LULA PHOTOCE...

Page 3: ...s to open In the absence of a signal the doors will remain static If both inputs are applied then the open signal has priority 2 Automatic Semiautomatic ON Automatic Operators with skate automatic lan...

Page 4: ...from the supply It is important that the Door Operator Module has a GOOD EARTH CONNECTION The circuit can work with external voltage inputs or internal voltage input voltage free contact 8 Close signa...

Page 5: ...trol is the optional incorporation of the Fermator photocell It is composed by a emitter and receptor infrared 21 Re open This signal is used for installing the cabin door switch or an external barrie...

Page 6: ...0 41 Obstruction Led indicator and relay activated when an obstacle is detected that stops the doors from closing The signal will reset when the doors reach the opened or closed position Note In USA m...

Page 7: ...rocessor will calculate the acceleration and deceleration ramps and the braking torque required to give the optimum control of the doors 52 Close speed The door closing speed can be independently adju...

Page 8: ...te of the photocell Priorities 1 21 23 Reopening 2 Obstacle 3 25 23 Slow Closing 4 17 20 Photocell 5 8 Close SLAVE 2 INPUTS Configuration 1 ON 2 Inputs 2 Depends on type of door 3 Depends on type of d...

Page 9: ...with this configuration then there is a mechanical problem or electric motor or controller not supplied 6 Place the door in a middle position in order to see the starting movement 7 Switch on the VF...

Page 10: ...the encoder if nothing solves it The door opens instead of close Verify the DIP switch 3 position Reverse 2 phases of the motor connection 56 The door makes the learning phase correctly but the skate...

Page 11: ...e correct cable emitter to the yellow cable and receiver to the green one B Connect the photocell on the operator Even if you will not install the photocell make the learning of the photocell to avoid...

Page 12: ...is the clear entrance of any controller that has never been adjusted Therefore an autoadjustment is required check the autoadjustment process The door opens but doesn t close Check if the photocell L...

Page 13: ...of the motor and consequently the encoder is sending a wrong information Adjust the belt tension and make the autoadjustment again The system gets power but doesn t work and the led ON is off Check i...

Page 14: ...oltage supply 230 V Power 250 W Nominal torque 1 5 N m Nominal speed 900 RPM Thermic class F 155 C MOTOR PM Synchronous permanent magnet 10 pole Voltage supply 88 V Power 63 W Nominal torque 1 N m Nom...

Page 15: ...ioned below conform with the following E U council directives European Directive 2014 30 EU on Eelectromagnetic Compatibility EMC in accordance with the Product family standard for lifts escalators an...

Page 16: ...ge produced in the equipment described in this manual and associated installation if the instructions given have not been followed TECNOLAMA reserves the rights to modify the products specifications o...

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