Alpha Technologies IPBELLv2-01, Руководство пользователя

Страница: 20 / 81

IPBELLv2
-
User manual 20
2.3 Wiring of switch
Examples of connection are shown on the following page, it's not all possible
connections and connection of switches, but they give instructions on how to
wire the individual circuits (red circles with numbers = number of examples).
1. Standard electrical lock connection. This connection is used most often. One
shared power supply feeding door entry IPBELLV2 and both electrical loch.
Current loading of
PSU (power supply unit) depends mainly on used el.
Locks. Standard el. Lock has current consumption 0,6A
– 1,0A. As next you
have to consider posibility of both relays activation simultaneously. When
not then 1A PSU is fine. When yes then use 2A PSU. When you use low
consumption electrical loch then PSU 1A is fully acceptable.
2. Connection with 2x PSU. When you need different feeding for electrical lock
or you want separate powering of lock from door entry you can use 2
individual powering circles. Electric lock 2 is connected in inverse (fire
escape door).
3. Combination switches, the first relay controls the electric lock the entrance
door and second relay is connected to sliding door controller (electric vehicle
entry gate in the fence).
4. Extending the previous example, two doors with the gradual opening - Relay
1 (delay feature opening of another door is set in TimeRelay - external
module) + vehicle entry gate - Relay 2
5. Combination of the electric lock and additional electric bell. Switch additional
bell can be in the mode switch is operated by a call (responds to all buttons)
or switch activation of the selected button, then switch only responds to one
of the selected button (see. Settings Relay).
6. Realy 1 - switching lighting (eg. The way to the building, setting switch is
operated by a call). Relay 2 - control eg. Heating according to weekly
schedule - table time profiles synchronizes the selected switch. Attention! it
is necessary to use a contactor (
IPBELLv2 can not switch 230V! ).
Examples of the figure are principled.