Description Of Operating Modes - PRASTEL SER30E Manual Del Usuario

SER30E – SER30 – SER30P
1. Product definition
Control unit for controlling 1 motor to be used for moving rolling gates, with maximum power of 500W.
The SER30E version control unit is equipped with 433.920 MHZ radio receiver and an EEPROM memory with a 50-user capacity, and is able to
operate with all transmitters in the Multipass, Multipass Roll and Easyroll families at 433.920 MHz. The SER30 version is equipped with 40.685 MHZ
radio receiver, and is able to operate with all transmitters in the Multipass family at 40.685 MHz. The SER30P version is not equipped with radio
receiver and can therefore only receive contact commands in the terminal board.
2. Technical specifications
Power supply 230VAC
Motor output 230VAC, max 500W
Radio receiver 433.920 MHz (SER30E)/ 40.685 MHz (SER30)
Memory capacity 50 users (SER30E and SER30)
Safety devices Photocell
Inputs OPEN contact, STOP contact, opening limit switch, closure limit switch
Output flashing light Courtesy light and autonomous flashing light (230VAC, max 500W)
Outputs accessories Cccessories power supply (24VDC, max 90mA)
3. Connections
M
4. Operation
The 4 dip-switches are used to set the operating mode and the radio channel enabled. The control unit should be reset after changing the position of
the dip switches
4.1

Description of operating modes

Dip 1 Dip 2
ON ON
ON OFF
OFF ON
OFF OFF
If the STOP contact is open, the control unit accepts no commands via radio or from the terminal board.
If the STOP contact is closed, the control unit can only carry out manoeuvres according to the following operating modes:
STEP-BY-STEP MODE
At each impulse received via radio or on the OPEN contact, the control unit carries out a step in the sequence OPEN-STOP-CLOSE-STOP.
Reaching one of the limit stops or the elapsing of the work time is equivalent to the STOP situation.
AUTOMATIC MODE
At the first impulse received via radio or on the OPEN contact, the control unit carries out the opening manoeuvre. Once the opening manoeuvre is
complete, it stays in STOP for the duration of the pause time (adjustable via the PAUSE trimmer) then carries out the closure manoeuvre. During the
pause, other commands via radio or on the OPEN contact have no effect. During the closure manoeuvre, other commands via radio or on the OPEN
contact generate a new opening and the sequence is repeated. The pause time is adjustable between 3 and 90 seconds via the PAUSE trimmer.
SEMIAUTOMATIC CLOSURE MODE
When the OPEN contact closes, the control unit carries out the opening manoeuvre for the whole time the contact remains closed (or upon reaching
the limit stop or the work time elapsing) and then goes to STOP condition.
From the STOP condition, an impulse on the OPEN contact generates the closure manoeuvre. During the closure manoeuvre, a new command on
the OPEN contact generates a new opening for the entire time the contact is closed.
SEMIAUTOMATIC OPENING MODE
At the first impulse on the OPEN contact, the control unit carries out the opening manoeuvre until reaching the limit stop or the work time elapsing
and then goes to STOP condition.
From the STOP condition, when the OPEN contact closes, the control unit carries out the closure manoeuvre for the entire time in which the contact
stays closed (or upon reaching the limit stop or the work time elapsing) and then goes to STOP condition.
During the opening manoeuvre, a command on the OPEN contact generates a closure for the entire time the contact is closed (or upon reaching the
limit stop or the work time elapsing).
MODE
STEP-BY-STEP
AUTOMATIC
SEMIAUTOMATIC CL.
SEMIAUTOMATIC OP.
ENGLISH
230VAC
OP
COM
CL
COM
LAMP
COM
+V
PHO
OP
COM
STP
FOP
FCL
MOD
ON
1 2
3
ISSER30_12_07.doc
230Vac power supply
MOTOR – OPEN terminal
MOTOR – COMMON
MOTOR – CLOSE terminal
Courtesy light/flashing light
common
Courtesy light/flashing light output
Photocell contact common
24Vdc photocell power supply
Photocell input
OPEN command input
Limit switch common and OPEN
and STOP commands
STOP command input
Opening limit switch input
Closure limit switch input
CH
3 4