Allmatic INVERTER COMPACT Instruksi - Halaman 12
Jelajahi secara online atau unduh pdf Instruksi untuk Pembuka Pintu Garasi Allmatic INVERTER COMPACT. Allmatic INVERTER COMPACT 20 halaman.
Clock
→
Water Hammer OP
→
Encoder
→
Sensor Level
→
Sensor Inv
→
EXIT
→
4.4 Programming menu B (key P2) - List of parameters
The following table lists the entries of menu A and reports a short description of the parameters that can be adjusted; refer to paragraphs dedicated to
each function for more information
MENÙ B
Display
Manual Motion
→
End Position
→
Ped. Position
→
High Speed OP
→
Low Speed OP
→
12 / 20
OK
→
OK
→
OK
→
OK
→
OK
→
OK
→
Allows to move the gate at low speed by using the keys located on the control board.
OK
→
This function is fundamental in order to check the motion during the installation
Learning the full run of the gate, both in opening and in closing
→
OK
WARNING: this operation must start when the gate is completely closed
Learning of the opening partial position
→
OK
WARNING: this operation must start when the gate is completely closed
→
OK
NNNHz
OK
→
NNNHz
Programmed opening function
OFF
disabled
ON
the gate opens and stays open until the OPEN input is active
Water hammer before the gate opens
OFF
disabled
enabled. Adjustment of pressure time (in seconds) applied to the mecha-
XX,Xs
nical stop in closing
Functioning with encoder (only for motors equipped with a suitable
encoder)
OFF
disabled
ON
enabled (WARNING: the re-programming of the runs is needed)
Level of operation of the "motor still sensor" (with active encoder only)
OFF
sensor disabled
NNN
sensor enabled - adjustment of operation's sensitivity
Modality of operation of the "motor still sensor" (with active encoder only)
OFF
the gate stops
ON
reverses shortly in opening; opens completely in closing
Regulation of the normal speed of the gate during the opening phase
speed expressed in Hz (frequency of the wave supplied to the motor)
Regulation of the speed of the gate during the opening phase when approaching
the end of the run
NNN: speed expressed in Hz (frequency of the wave supplied to the motor)