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You will need:
- A Flat screw-driver
- A wire-stripper
- A pair of Side-cutters
- Enough cable to connect the CapeClock to the Door control
and the Door control power supply to the CapeClock
- A Door control transformer/power supply (if required).
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| 1. Turn the power to the CapeClock off. |
| 2. Remove the CapeClocks from the wall (if
you have already mounted them) by loosening the two screws
at the bottom of the CapeClocks sufficiently to remove them
off the bracket that is mounted on the wall. Take care, because
when the CapeClocks are pulled from the screws holding them
to the wall-mounted bracket, they will have nothing holding
them up. To remove them from the wall-mounted bracket completely,
gently lower them, taking care that any wires that are already
connected are not strained. |
| 3. Place the CapeClock face-down on a protective
cloth so that the readers and front are not scratched. |
| 4. You may remove the back-plate (connected
with 4 M3 galvanized nuts) to make it easier to get at the
connectors, but it is not necessary. |
| 5. The 2 outputs you will need
to use are marked "IN DOOR" and "OUT DOOR"
(see Figure 2 below), the "IN DOOR" is the output
used from the clock required for clocking in and the "OUT
DOOR" is the output used from the clock required for
clocking out. You must connect the terminal outputs for the
respective connectors as shown in Figure 2. To do this, loosen
the screw of the terminal required and insert the wire into
the housing beneath the screw and tighten the screw onto the
wire so that it is kept firmly in place. Test that the wire
is clamped firmly by gently tugging the wire in the direction
away from the connector. |
| 6. The wires will be on the
NO (Normally Open) input of the 3way connector. The left most
terminal output of each connector will be open (see detail
of Figure 2 in Figure 1). |
Figure 1
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| 7. Connect the Live supply to
the center wire, and the live/positive input for the Door
opener solenoid to the right hand side of the connector. |
| 8. If the door opener is rated
at a voltage other than your mains supply (220V/110V), then
you must obtain a transformer or power supply for it. DO NOT
use the CapeClock's supply to power the door opener, even
if it is rated at 12V DC. Use a separate power supply that
is rated to deliver the current required for the Door opener
solenoid. |
| 9. Connect the neutral/negative
wire from the Door opener to the neutral mains wire/negative
terminal of your power supply for the Door opener. |
| 10. Replace each CapeClock back
onto its wall bracket, ensuring that the tongue of the back-plate
is inserted into the corresponding groove in the wall-mounted
bracket. Secure each CapeClock onto its wall-mounted bracket
(see Figure 3) with the 2 Mounting screws at the bottom of
the CapeClock, ensuring that the cable cover plate (see Figure
4) is correctly positioned. |
Figure 2 - CapeClock Back-plate and PCB showing Door Control
Connections.
Red wire goes to the positive/live terminal of the Door
Opener solenoid,
Black wire goes to the positive/live terminal of the Power
Supply/mains.
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Figure 3: Wall-mounting bracket for the
CapeClock
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Figure 4: Cover-plate for the CapeClock
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