Terminal Board Cn3; Terminal Board Cn4 - Genius BRAIN 03 Instrucciones Para El Uso

4.3. TERMINAL BOARD CN3

4.3.1. M 1
OTOR CLOSING LIMIT
"COMF - FCC1" terminals. Normally closed contact. This is tripped and stops the closing motion of motor 1. The status
of this input is signalled by LED FCC1.
4.3.2. M 1
OTOR OPENING LIMIT
"COMF - FCA1" terminals. Normally closed contact. This is tripped and stops the opening motion of motor 1. The status
of this input is signalled by LED FCA1.
4.3.3. M 2
OTOR CLOSING LIMIT
"COMF - FCC2" terminals. Normally closed contact. This is tripped and stops the closing motion of motor 2.The status
of this input is signalled by LED FCC2.
4.3.4. M 2
OTOR OPENING LIMIT
"COMF - FCA2" terminals. Normally closed contact. This is tripped and stops the opening motion of motor 2. The status
of this input is signalled by LED FCA2.
• If no limit-switch is used, jumper connect the inputs.
• The limit-switches cannot be used as the start of the decelerated section. • The limit-switches cannot be used as the start of the decelerated section.
4.3.5. M 4.3.5. M 1 1
OTOR OTOR ENCODER ENCODER
"ENC1" terminal. The signal received from the encoder installed on gearmotor 1 must be connected to this terminal. " terminal. The signal received from the encoder installed on gearmotor 1 must be connected to this terminal.
For operation and activation of the encoder, see paragraph 6. For operation and activation of the encoder, see paragraph 6.
If no encoder is used, do not, on any account, jumper-connect the inputs If no encoder is used, do not, on any account, jumper-connect the inputs
4.3.6. M 4.3.6. M 2 2
OTOR OTOR ENCODER ENCODER
"ENC2" terminal. The signal received from the encoder installed on gearmotor 2 must be connected to this terminal. " terminal. The signal received from the encoder installed on gearmotor 2 must be connected to this terminal.
For operation and activation of the encoder, see paragraph 6. For operation and activation of the encoder, see paragraph 6.
If no encoder is used, do not, on any account, jumper-connect the inputs If no encoder is used, do not, on any account, jumper-connect the inputs
In two-motor applications, the encoder must be installed on both motors. In two-motor applications, the encoder must be installed on both motors. In two-motor applications, the encoder must be installed on both motors. In two-motor applications, the encoder must be installed on both motors. In two-motor applications, the encoder must be installed on both motors.

4.4. TERMINAL BOARD CN4

4.4. TERMINAL BOARD CN4
4.4.1. T 4.4.1. T
OTAL OPENING OTAL OPENING
"COM - OPEN A COM - OPEN A"terminals. Normally open contact. Connect, to these terminals, any pulse generator (e.g. push-button, "terminals. Normally open contact. Connect, to these terminals, any pulse generator (e.g. push-button,
key selector, etc.) which, by closing a contact, generates a gate total opening or closing pulse. The operation of this key selector, etc.) which, by closing a contact, generates a gate total opening or closing pulse. The operation of this
generator is defined by parameter "D", see paragraph 9. generator is defined by parameter "
• A total opening pulse always has priority over pedestrian opening. • A total opening pulse always has priority over pedestrian opening.
• To connect several pulse generators, connect the devices in parallel. • To connect several pulse generators, connect the devices in parallel.
4.4.2. P 4.4.2. P
EDESTRIAN OPENING EDESTRIAN OPENING
"COM - OPEN B COM - OPEN B" terminals. Normally open contact. Connect, to these terminals, any pulse generator (e.g. push-but- " terminals. Normally open contact. Connect, to these terminals, any pulse generator (e.g. push-but-
ton, key selector, etc..) which, by closing a contact, generates a gate partial opening or closing pulse. In double leaf ton, key selector, etc..) which, by closing a contact, generates a gate partial opening or closing pulse. In double leaf
applications, pedestrian opening corresponds to total opening of leaf 1. In single leaf applications, pedestrian opening applications, pedestrian opening corresponds to total opening of leaf 1. In single leaf applications, pedestrian opening
corresponds to about 30% of memory-stored total opening. corresponds to about 30% of memory-stored total opening.
• A total opening pulse always has priority over pedestrian opening. • A total opening pulse always has priority over pedestrian opening.
• To connect several pulse generators, connect the devices in parallel. • To connect several pulse generators, connect the devices in parallel. • To connect several pulse generators, connect the devices in parallel. • To connect several pulse generators, connect the devices in parallel.
4.4.3. S
TOP
"COM - STOP" terminals. Normally closed contact. Connect, to these terminals, any safety device (e.g. pressure switch,
safety edge, etc.) which, by opening a contact, immediately stops the gate and disables all automatic functions. The
status of this input is signalled by the "STOP" LED. The gate resumes its memory-stored cycle only by means of another
total or partial opening pulse.
• If no STOP devices are connected, jumper connect the input.
• To connect several STOP commands, connect the devices in series.
4.4.4. C
LOSING SAFETY DEVICES
"COM - FSW CL"terminals. Normally closed contact. Connect, to these terminals, any safety device (e.g. photocell,
safety edge, pressure switch etc..) which, by opening a contact, affects the gate's closing motion, reversing it to the
mechanical stop, or to the opening limit-switch. The status of this input is signalled by LED "FSW-CL".
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SWITCH
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SWITCH
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SWITCH
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SWITCH
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