LCN -NH12 Installation Manual

Installation guide
Low voltage power supply (12V/24V) for DC motors Low voltage power supply (12V/24V) for DC motors Low voltage power supply (12V/24V) for DC motors Low voltage power supply (12V/24V) for DC motors Low voltage power supply (12V/24V) for DC motors Low voltage power supply (12V/24V) for DC motors Low voltage power supply (12V/24V) for DC motors
Regulated with built in current sensor. Regulated with built in current sensor. Regulated with built in current sensor. Regulated with built in current sensor. Regulated with built in current sensor. Regulated with built in current sensor. Regulated with built in current sensor.
The LCN-NH12/-NH24 module converts 230V outputs for shutter and blind motors into low The LCN-NH12/-NH24 module converts 230V outputs for shutter and blind motors into low The LCN-NH12/-NH24 module converts 230V outputs for shutter and blind motors into low The LCN-NH12/-NH24 module converts 230V outputs for shutter and blind motors into low The LCN-NH12/-NH24 module converts 230V outputs for shutter and blind motors into low The LCN-NH12/-NH24 module converts 230V outputs for shutter and blind motors into low The LCN-NH12/-NH24 module converts 230V outputs for shutter and blind motors into low
voltage. (12V DC or 24V DC, module description: LCN-NH12 or LCN-NH24, (please be voltage. (12V DC or 24V DC, module description: LCN-NH12 or LCN-NH24, (please be voltage. (12V DC or 24V DC, module description: LCN-NH12 or LCN-NH24, (please be voltage. (12V DC or 24V DC, module description: LCN-NH12 or LCN-NH24, (please be voltage. (12V DC or 24V DC, module description: LCN-NH12 or LCN-NH24, (please be voltage. (12V DC or 24V DC, module description: LCN-NH12 or LCN-NH24, (please be voltage. (12V DC or 24V DC, module description: LCN-NH12 or LCN-NH24, (please be
aware when ordering.) The LCN-NH12/-NH24 module has an intregated direction toggler aware when ordering.) The LCN-NH12/-NH24 module has an intregated direction toggler aware when ordering.) The LCN-NH12/-NH24 module has an intregated direction toggler aware when ordering.) The LCN-NH12/-NH24 module has an intregated direction toggler aware when ordering.) The LCN-NH12/-NH24 module has an intregated direction toggler aware when ordering.) The LCN-NH12/-NH24 module has an intregated direction toggler aware when ordering.) The LCN-NH12/-NH24 module has an intregated direction toggler
(+/-) with locking: controlling both direction inputs at the same time, is no problem. Apart (+/-) with locking: controlling both direction inputs at the same time, is no problem. Apart (+/-) with locking: controlling both direction inputs at the same time, is no problem. Apart (+/-) with locking: controlling both direction inputs at the same time, is no problem. Apart (+/-) with locking: controlling both direction inputs at the same time, is no problem. Apart (+/-) with locking: controlling both direction inputs at the same time, is no problem. Apart (+/-) with locking: controlling both direction inputs at the same time, is no problem. Apart
from that, the power supply has an internal current sensor, that can be evaluated over an from that, the power supply has an internal current sensor, that can be evaluated over an from that, the power supply has an internal current sensor, that can be evaluated over an from that, the power supply has an internal current sensor, that can be evaluated over an from that, the power supply has an internal current sensor, that can be evaluated over an from that, the power supply has an internal current sensor, that can be evaluated over an from that, the power supply has an internal current sensor, that can be evaluated over an
external binary sensor (LCN-B3I/ -BU4L). external binary sensor (LCN-B3I/ -BU4L). external binary sensor (LCN-B3I/ -BU4L). external binary sensor (LCN-B3I/ -BU4L). external binary sensor (LCN-B3I/ -BU4L). external binary sensor (LCN-B3I/ -BU4L). external binary sensor (LCN-B3I/ -BU4L).
How it works with DC motors: How it works with DC motors: How it works with DC motors: How it works with DC motors: How it works with DC motors: How it works with DC motors: How it works with DC motors:
The LCN-NH12/-NH24 is connected to the outputs of an The LCN-NH12/-NH24 is connected to the outputs of an The LCN-NH12/-NH24 is connected to the outputs of an The LCN-NH12/-NH24 is connected to the outputs of an The LCN-NH12/-NH24 is connected to the outputs of an The LCN-NH12/-NH24 is connected to the outputs of an The LCN-NH12/-NH24 is connected to the outputs of an
LCN-SH, -SHS or -HU module (see illustr.) The outputs LCN-SH, -SHS or -HU module (see illustr.) The outputs LCN-SH, -SHS or -HU module (see illustr.) The outputs LCN-SH, -SHS or -HU module (see illustr.) The outputs LCN-SH, -SHS or -HU module (see illustr.) The outputs LCN-SH, -SHS or -HU module (see illustr.) The outputs LCN-SH, -SHS or -HU module (see illustr.) The outputs
of the module must be set to motor switch and filters of the module must be set to motor switch and filters of the module must be set to motor switch and filters of the module must be set to motor switch and filters of the module must be set to motor switch and filters of the module must be set to motor switch and filters of the module must be set to motor switch and filters
deactivated (see data sheet LCN-SH / -HU). The motor deactivated (see data sheet LCN-SH / -HU). The motor deactivated (see data sheet LCN-SH / -HU). The motor deactivated (see data sheet LCN-SH / -HU). The motor deactivated (see data sheet LCN-SH / -HU). The motor deactivated (see data sheet LCN-SH / -HU). The motor deactivated (see data sheet LCN-SH / -HU). The motor
is to be connected to terminals as described in the is to be connected to terminals as described in the is to be connected to terminals as described in the is to be connected to terminals as described in the is to be connected to terminals as described in the is to be connected to terminals as described in the is to be connected to terminals as described in the
illustration. The controlling of the electrical motors is illustration. The controlling of the electrical motors is illustration. The controlling of the electrical motors is illustration. The controlling of the electrical motors is illustration. The controlling of the electrical motors is illustration. The controlling of the electrical motors is illustration. The controlling of the electrical motors is
carried out over the commands motor / shutter (move carried out over the commands motor / shutter (move carried out over the commands motor / shutter (move carried out over the commands motor / shutter (move carried out over the commands motor / shutter (move carried out over the commands motor / shutter (move carried out over the commands motor / shutter (move
UP, move DOWN or single control mode). Alternatively UP, move DOWN or single control mode). Alternatively UP, move DOWN or single control mode). Alternatively UP, move DOWN or single control mode). Alternatively UP, move DOWN or single control mode). Alternatively UP, move DOWN or single control mode). Alternatively UP, move DOWN or single control mode). Alternatively
the power supply input feeds can be carried out through the power supply input feeds can be carried out through the power supply input feeds can be carried out through the power supply input feeds can be carried out through the power supply input feeds can be carried out through the power supply input feeds can be carried out through the power supply input feeds can be carried out through
any other contacts, e.g. LCN-R8H. any other contacts, e.g. LCN-R8H. any other contacts, e.g. LCN-R8H. any other contacts, e.g. LCN-R8H. any other contacts, e.g. LCN-R8H. any other contacts, e.g. LCN-R8H. any other contacts, e.g. LCN-R8H.
Local Control Network
LCN-NH12/-NH24 ®
direction DOWN
direction UP
LCN
Local Control Network
LCN-NH(x)
Netzteil
power supply
ISSENDORFF U =230V, U =+/- (x)V=, P =12VA
N out
Up
Down
input
control
LED´s
N terminal
LCN-BU4L or
M LCN-B3I
L
N
D
LCN
Local Control Network
LCN-SH
Sensor-/Aktor Modul
intelligent controller
U =230V, P =1.5W
ISSENDORFF
N V
V
3
2
1
N
1