Hiltron PCM412, Руководство пользователя

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Installation
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2.2 CONNECTIONS
1 COM Contact common ground
2 STOP STOP command input stop (NC)
3 START 1 Start a command input total opening (NA)
4 START 2 START command input partial opening (NA)
5 OUT MON MON OUT output monitor battery charge and operating
6 BIRD 2 Contact input 2 6 BIRD 2 satellite BIRD
7 BIRD 1 BIRD antenna input contact 1
8 FTC 1 Photocell input for internal initiation
9 COM Common contact for photocells
10 FTC 2 Photocells 2 inputs for external closure
11 - Lamp 24Vdc Contact Lamp warning light (-)
12 + Lamp 24Vdc Contact Lamp warning light (+)
13 COM GND COM negative supply common GND contact
14 + 24 Lock Positive output for electric lock
15 + 24 Ftc Positive FTC output power photocells traditional
16 + 24 Vdc Output power supply additional positive
17 - Solar Panel Input for negative solar panel
18 + Solar Panel Input for positive solar panel
19 MOTOR 1 Contact geared-motor
20 MOTOR 1 Contact geared-motor
21 MOTOR 2 Contact geared-motor
22 MOTOR 2 Contact geared-motor
23 - Input for negative battery
24 + Battery positive input
25 Connector for the toroidal transormer of power supply 230Vac
1 2 3 4 5 6 7 8 10 11 12 14 15 16 17 18 19 20 21 22 24
25
9 13 23
2.2.1 Alimentation
The PCM412 bases its operation on power supply of 24V provided by two batteries 12V
connected in series, a 24Vcc motors are fed through a step-down section that allows
to have always a efficient voltage of 12V, to ensure operation even in critical conditions
(Mains of charge of batteries).
The batteries are constantly maintained in office by using the mains 230Vac
toroidal transformer and an internal circuit that loads "impulse" to improve their life.
Prearrange on the mains power an omnipolar switch with opening distance for contact equal o more
than 3 mm. Alternatively, it is advisable to use a 6A circuit breaker with omnipolar
interruption. Verify that there is upstream of the electrical circuit breaker with a threshold of 0.03A.
Alternatively,or in addition, charging may be effected by a series of photovoltaic panels
through the internal circuit for limit current and control the level of charge. Also the PCM412 can be
installed on gates where there isn't power grid, and the right dimensions of
current batteries and solar panels can provide the necessary cycles of opening and closing. If
lack of current network, to prevent battery discharge, the power output of the photocells
is activated just before placing the gate in motion. In the absence of mains electricity, finally, to avoid
damage the batteries when they are discharged over the minimum threshold (9V each.), the gate is not
set in movement automatically and it have to be opened manually
B12V7A
B12V7A
230V~
50Hz
Sectionator
B12V7A
B12V7A
PCM412 - User Manual