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performs the Open-Stop-Close-Stop movement in sequence). Set the required operating mode with selector S1:
S1 ON
Step-by-Step Mode enabled
(It disables automatic closing if the door has not reached the opening limit switch).
S1 OFF Automatic Mode enabled
5.1.7 CONDOMINIUM FUNCTION
The enabling of the Condominium function means that during the opening movement or during the pause time the control unit will
not respond to commands sent by Pushbuttons or remotes.
In contrast, during the closing movement a command sent by the Pushbuttons or the remotes will reverse the direction of movement.
This operating mode is invaluable when the automation includes a loop detector.
S2 in ON Condominium Function enabled.
S2 in OFF Condominium Function disabled.
5.1.8 FORCE ADJUSTMENT
The operator Force can be adjusted using trimmer TR1. Turning the trimmer clockwise increases driving force (by turning the trimmer
counter clockwise it decrease and the system becomes more sensitive to the obstacle detection). Factory setting: Minimum Force.
5.1.9 8K2 SECURITY DEVICE INPUT (M10-M11)
The 8K2 safety device input allows the use of 8k2 resistive safety edges which brefely reverse the movement both when opening and
closing (it remains in standby until a given input).
ATTENTION:
During the programming phase, the control unit checks the type of maximum impedance at the input of terminal 8k2-
GND (for ex. N.O., N.C. or 8k2 ohms) and manages the safety device accordingly. At the end of the stroke programming, always
check the correct activation of the input of the connected safety device.
5.1.10 PHOTOCELL INPUT (M1-M4)
The entrance of the photocell safety device manages a photocell (N.C.) which activates during closing, carrying out total inversion of
the movement (and preventing closure).
In the closed door position, if the photocell is intercepted, it prevents opening (obstacle detection when closed).
5.1.11 OBSTACLES DETECTION
The operator is equipped with a system for the detection of obstacles during its normal travel movements. By means of a digital
encoder, when the normal travel of the door is obstructed the operator is stopped once the impact force prescribed by the applicable
standards is exceeded; the operator then performs a short reverse movement and remains in STOP status until it receives a new
command.
NOTE:
the control system has a periodic autoregulation of obstacle intervention threshold profiles In order to make up for the possible
progressive loss of balancing of the structure.
5.1.12 COURTESY LIGHT
The operator is equipped with an internal LED courtesy light (2W, steady on) that switches on with each movement and remains on
for approximately 30 seconds after the Open (or close) and 60 sec after every closing (total). This function is always on and cannot
be overridden.
5.1.13 EXTERNAL FLASHING LIGHT/INDICATOR LIGHT
If an external flashing light or indicator light is required, use the dedicated power supply terminals (Control panel: M7-M8). These
terminals provide a dc output (28V ) with maximum current draw of approximately 150mA.
NOTE:
The output voltage is constant and can therefore be used to power a suitably rated indicator light. If a flashing light is to be
connected it must be of the self-flashing type (SWIFT).
5.1.14 KEY SELECTOR SWITCH AND AUXILIARY PUSHBUTTONS
If auxiliary controls are to be wired into the system (e.g. key selector switches) they can be connected in parallel with the dedicated
inputs (Open-Close command terminals M1-M2 and Stop command terminals M1-M3).
6 TESTING
Each part of the automation system, e.g. safety edges, photocells, emergency stop, etc. must be tested; follow the procedures
shown in the instruction manuals supplied with the devices in question. Perform the following sequence of operations for testing of
RAMPART:
• Check that all the prescriptions in this manual have been followed scrupulously, with special attention to the matters set down in
chapter 1 "General Prescriptions".
• Using the supplied control or stopping devices (key selector switch, pushbuttons or remotes), perform door opening, closing and
stopping tests and make sure the door responds correctly to the various commands.
• Check operation of all the system's safety devices (photocells, safety edges, emergency stop, etc.) one by one.
Summary of Contents for RAMPART 1000
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Page 3: ...3 COMUNELLO Copyright 2021 All rights reserved FIG 3 FIG 5 FIG 6 FIG 4...
Page 4: ...4 COMUNELLO Copyright 2021 All rights reserved FIG 8 A FIG 7 FIG 9 FIG 11 FIG 10 FIG 10...
Page 5: ...5 COMUNELLO Copyright 2021 All rights reserved FIG 14 FIG 12 FIG 13 FIG 15...
Page 6: ...6 COMUNELLO Copyright 2021 All rights reserved FIG 16 FIG 17 FIG 18...
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