Beninca CP.RI624N Manual De Instrucciones página 14

MENU
NOlS
serL
ham
2ch
The figure besides shows the trend of the gate speed (V axis) when time changes (T axis).
The scheme is valid in both opening and closing phases, for both motors.
If a (START) control is given, the door/gate leaf starts moving with a standard speed.
In this phase, the torque is adjusted according to PMO parameters for the opening phase, and PMC parameters for the closing
phase.
The leaf then continues its stroke at standard speed for the entire time preset by TM parameter.
Braking then starts for the duration preset by TSLD parameter.
Speed during braking is adjusted by SLDS parameter.
Before the TSLD time has elapsed, the leaf must reach
the FC limit switch or the mechanical stop (amperometric
sensor triggering).
To obtain a correct presetting of the parameter, proceed
as follows:
- Make sure that the NOLS logics is correctly preset de-
pending whether the limit switches are used or not.
- Disable braking (SLD=OFF).
- Carry out an operation by measuring the time required to
complete the gate opening.
- Preset the value measured on the TM1/TM2 parameter,
by deducting the desired braking time.
- Preset the TSLD value so that it is some second higher than braking.
- Reset braking (SLD=ON).
- If no limit switch is provided (NOLS=ON), the mechanical stops must trigger an amperometric sensor. If this does not occur, reduce
the value of the corresponding PSC parameter.
- Preset the PMO/PMC values according to standards in force.
HOW TO STORE THE TRANSMITTER CODES IN MEMORY
The control unit is provided with a built-in two-channel radio module, with 433.92MHz frequency, able to memorise up to 512 roll-
ing-code or programmable code transmitters.
Through jumper B, the type of transmitter used can be selected:
With closed jumper: only rolling-code.
With open jumper: rolling-code and programmable.
To store a transmitter code in memory proceed as follows:
1 Press P push button of the radio receiver .
2 The LED lights up with RED colour.
3 If a transmitter code is to be stored on the first channel (Step-by-Step function), press the transmitter push button to be
memorised within 5 sec.
14
The operation mode of the amperometric sensor is selected ei-
ther the limit switches are provided or not.
On: Limit switches not provided. The amperometric sensor
activation is interpreted by the control unit as limit switch. The
control signal is sent to stop the movement. Note: To use this
function, close the limit switch contacts with jumpers.
Off: Limit switches provided. The amperometric sensor activation
is interpreted by the control unit as obstacle present in the gate
movement area. Similarly to the safety edge activation, the control
signal is sent to stop and reverse movement for approx. 3s.
Service light function is enabled or disabled on output 9-10.
On: at each movement, the contact is closed for approx. 90s.
For the light control use the auxiliary relay (24Vdc/500Ω min) .
Off: The output has the SCA function, open gate LED: open
contact with closed gate, flashing light during gate movement,
closed contact with open gate.
See wire diagram.
Enables or disables the inversion stroke function
On: Function enabled. Before each opening or closing manoeu-
vre the control unit orders a manoeuvre of 2s in the opposite
direction to facilitate the release of the electric lock.
Off: Function disabled.
The second radio channel is enabled or disabled onto terminals
9/10.
On: 9/10 output preset as second radio channel.
The SERL logics must be set to OFF.
Off: 9/10 output can be set as SCA or service light.
GATE SPEED ADJUSTMENTS
FUNCTION
V
MEMO
ON-OFF-(Default)
(OFF)
(OFF)
(OFF)
(OFF)
T