4.3.4. Clamps for connecting powering transformer S1, S2 (21-24, fig.2)
Clamps are used to connect built-in powering transformer.
4.3.5. Connector for engine encoder EN CODER (13, fig.1)
Connector is used to connect built-in encoder in SWIFT6 drive engine.
4.3.6. Clamps for connecting signal lamp Lam (3-4, fig.2)
Clamps are used to connect optical signaling of engine operation (LAM. and common clamp). Use 230V,
max. 5A lamps.
Clamps for connecting signal lamp LC (5-4, fig.2)
Clamps are used to connect illumination (L.C. and common clamp). Output switches on during the start
of the engine and is active for 3 min. after total closing of the gate. Use lamps for 230 V,max.5A voltage.
4.3.9. Programmable output spia clamp (15, fig.2)
Depending on the DIP-SWITCH configuration, tab.1, this output can serve one of the following
functions:
powering transmitters of photocells - for photo-test function, the system must have two lines of powering
photocells. First connected to clamps 13 and 14 which power the receiver, and second for clamps 15 and 14,
powering transmitters (DIP-SWITCH 7 set ON). The driver checks the efficiency of photocells by controlling
the reaction of the photocell receiver to the disappearance of the infrared light beam at every start of the
gate movement. If everything is correct the engine is started. The error of the test blocks the move in case of
detecting the breakdown what is signaled by the switchboard with the signal lamp. Photo test also works for
the possible second pair of photocells (JOL input).
Photo test function significantly increases the security
level. Activating photo test function – see tab.1.
signaling opened gate – it is possible to connect outside signaling lights which will signal the phase in which
the gate currently is by giving flashes in different frequency: slow flickering - opening, fast flickering -
closing, 2 flashes - countdown of closing time (see fig. 2). Output load is 100 m A what is sufficient for
controlling electromagnetic transmitters 24 VAC.
4.3.10. Clamps for connecting photocells FT1 (11, fig.2)
FOTO1 input (FT1) is dedicated to the photocell of the gate having the function of stopping the gate
move while closing. Correctly configured JOLLY input (JOL) can perform the function of stopping the gate during
closing and opening, according to tab. 1. Photocell input must be closed for the clamp C (common clamp of
inputs) in the configuration of NC contacts.
It is possible to connect to clamp PA the momentary switch NO type, which, depending on settings, will
activate OPENING.
It is possible to connect to clamp PC the momentary switch NO type, which will activate CLOSING.
It is possible to connect to the clamp P/P the momentary switch NO type, which will control the
automation according to the set operation mode (see tab. 1).
Connect the momentary switch (monostable) type NC to the clamp STOP (STP).
All unused inputs NO type should be left not connected, but NC type inputs should be closed with the
clamp C. Activating of the manual control switch is by its momentary pressing.
4.3.12. Clamp of programmable input JOL (10, fig.2)
It is possible to connect to the JOLLY clamp (JOL), after its correct configuration (see tab.1) the
following:
- safety edges – function of emergency stop
NC input – after breaching this input the driver reverses the direction of movement of the gate for a few
seconds.
- time driver – timer function
Connecting
the clock with contact output allows for automatic opening and closing of the gate in specified time periods.
4.3.7.
4.3.8. Clamps for powering accessories 24Vac (13-14, fig.2)
The driver has accessories powering outputs 24VAC of maximum load 1A. Remember that ampacity of
24Vac output and output of photocells transmitters powering (spia) is 1A together.
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4.3.11.Clamps for manual control PA, PC, P/P, STP (6-9, fig.2)
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Summary of Contents for SWIFT6
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