Transmitter Remote Learning; Types Of Installation - Beninca BRAINY Manual De Instrucciones

With the ENC=OFF logics, braking is given by the TSM1/TSM2 parameter value referred to the TM1/TM2 operating time. For example,
if the operation of motor 1 lasts 20 seconds and TM1=24s and TSM1=8 are preset, 4 s braking will result (20-(24-8).
With ENC=ON logics, braking is calculated as a percentage on the space covered during the complete operation.
F1: F6.3A (230VAC) / F10A (115VAC) – Motor protection
F2: T315mA (230VAC) – T500mA (115VAC) – Protection for primary transformer
If the transmitter code is already stored in the receiver, the remote radio learning can be carried out (without accessing the control
unit).
IMPORTANT: The procedure should be carried out with gate in the opening phase, during the TCA dwell time.
Proceed as follows:
1 Press the hidden key of the transmitter, the code of which has already been stored in memory.
2 Within 5 seconds, press the already memorised transmitter key corresponding to the channel to be matched to the new transmitter.
The flashing light switches on.
3 Within 10 seconds, press the hidden key of the new transmitter.
4 Within 5 seconds, press the key of the new transmitter to be matched to the channel selected at item 2. The flashing light switches
off.
5 The receiver stores the new transmitter code and exits from the programming mode immediately.
AUTOmATIC SYSTEm WITh ELECTROmEChANIC LImIT SWITChES AND CONNECTION TO ENCODER
In this operating mode, the NOT=ON logics and the ENC=ON logics must be preset.
Start a self-test operation, as indicated in the AUTO Menu.
At completion of the lelf-learning, the value of all torques and the TDMO/TDMC value are preset by the control unit.
If an obstacle is present, the Encoder acts as anti-crash sensor. Its sensitivity is adjusted by SEAV and SEAR parameters.
AUTOmATIC SYSTEm WITh ELECTROmEChANIC LImIT SWITChES AND WIThOUT ENCODER
In this operating mode, the NOT=ON logics and the ENC=OFF logics must be preset.
All parameters must be preset manually. In particular, values of TM1/TM2 must be some seconds higher than the actual operating
time.
AUTOmATIC SYSTEm WITh ELECTROmEChANIC LImIT SWITChES AND CONNECTION TO ENCODER
In this operating mode, the NOT=OFF logics and the ENC=ON logics must be preset.
Start a self-test operation, as indicated in the AUTO Menu.
At completion of the lelf-learning, the value of all torques and the TDMO/TDMC value are preset by the control unit.
In this case, the encoder not only acts as snit-crash sensor, but it also performs the stop function in the presence of limit switches.
AUTOmATIC SYSTEm WITh ELECTROmEChANIC LImIT SWITChES AND WIThOUT ENCODER
In this operating mode, the NOT=OFF logics and the ENC=OFF logics must be preset.
All parameters must be preset manually. In particular, values of TM1/TM2 must be some seconds higher than the actual operating
time.
Some messages that are displayed in the event of malfunctions are shown hereunder:
Enc1 Error, motor 1 encoder
Error, motor 2 encoder
Enc2
Amp1 Error, motor 1 obstacle
Error, motor 2 obstacle
Amp2
Err1 Error, check motor 1 circuit
Error, check motor 2 circuit
Err2
Err3 Error, check actiation relay
Error, check PHOTA photocell
Err4
Err5 Error, check PHOTC photocell
Error, activated sensitive edge (during self-set)
Err6
Err7 Error, activated stop (during self-test)
Error, activated input (during self-test)
Err8
18
BRAKING
FUSES

TRANSmITTER REmOTE LEARNING

TYPES OF INSTALLATION

ERROR mESAGES
Check the connection to motor 1 encoder
Check the connection to motor 2 encoder
Check the presence of obstacles on the motor 1 leaf stroke
Check the presence of obstacles on the motor 2 leaf stroke
Check connections to motor 1
Check connections to motor 2
Ask for technical assistance
Check connections, alignment of PHOT A photocell or obstacle
present.
Check connections, alignment of PHOT C photocell or obstacle
present.
During self-setting, the safety edge was activated.
During self-setting, the STOP input was activated.
During self-setting, a Start/Pedestrian/Open/Close input was acti-
vated.