40
the motor is activated at speed V (minimum or maximum, as set during configuration) by the PIR presence sensor
tripping. The motor will switch off at the end of the sensor signal, after a delay of between 3 and 20 minutes (as set during
configuration, see "Instructions for the Installer).
LL T
: on this model the PCB permits one operating mode: the motor starts at speed V (minimum or maximum, as set
during configuration) on pressing the switch. Pressing the switch again will switch off the motor, after a delay of between
3 and 20 minutes (as set during configuration, see "Instructions for the Installer”).
Installer instructions
For some models the installer can change the factory settings:
LL
No configuration tasks for the installer
LL TP
Factory settings
- switch-off delay (dip switch): 6 min
- switch-on delay (dip switch): 45 seconds
- automatic switch-on cycle: OFF = 0 H
- 2 speeds: position A of the jumper (fig.16)
Possible settings
- Jumper setting (fig 15a,16). The motor has two operating speeds: V1 and V2. By appropriately setting the jumpers as
described in the following table A it is possible to determine which will be the maximum and minimum speed between
V1 and V2. The timer will always act on V1.
- Dip-switch settings (fig. 17). N.B. Before making any changes to the dip-switches, disconnect the electric power supply.
It is possible to configure the time lag for switching on, switching off and the automatic switch-on cycle time (see under
Use) by appropriately setting the 6 DIP-switches as described in the following table
LL TP HCS
Factory settings
- switch-off delay (dip switch): 6 min
- switch-on delay (dip switch): 45 seconds
- humidity threshold: 70 %RH
- operation mode: Timer
- 2 speeds: position A of the jumper (fig.16)
Possible settings
- Jumper setting (fig 15b,16). The motor has two operating speeds: V1 and V2. By appropriately setting the jumpers as
described in the following table A it is possible to determine which will be the maximum and minimum speed between
V1 and V2. The timer will always act on V1.
- Dip-switch settings (fig. 17). N.B. Before making any changes to the dip-switches, disconnect the electric power supply.
It is possible to configure the time lag for switching on, switching off, the Relative Humidity threshold value and the
operating mode (see under Use) by appropriately setting the 6 DIP-switches as described in the following table:
ENGLISH
DIP switch
Int. 1
Int. 2
Int. 3
Int. 4
Int. 5
Int. 6
T
A
0 sec.
OFF
OFF
--
--
--
--
45 sec.
ON
OFF
--
--
--
--
90 sec.
OFF
ON
--
--
--
--
120 sec.
ON
ON
--
--
--
--
T
B
6 min.
--
--
OFF
OFF
--
--
10 min.
--
--
ON
OFF
--
--
15 min.
--
--
OFF
ON
--
--
21 min.
--
--
ON
ON
--
--
T
C
0 hr.
--
--
--
--
OFF
OFF
8 hr.
--
--
--
--
ON
OFF
12 hr.
--
--
--
--
OFF
ON
24 hr.
--
--
--
--
ON
ON
Summary of Contents for ME 100/4" LL
Page 4: ...4 Vortice ZH 66 67 68 68 68 69 71 71 72 82 73 74 77 77 77 79 81 81 82...
Page 67: ...67 Vortice a b 8 Vortice Vortice Vortice a b c 400mm 50 122 HCS PIR A 1 3mm III...
Page 72: ...72 WEEE 2012 19 EC...
Page 74: ...74 vortice 0...
Page 75: ...75 10 2 0 Vortice e Vortic Vortice Vortice 400 50 122 T HCS PIR 1...
Page 76: ...76 3 M 220 240 230...
Page 83: ...83 7 7 8 8 9 9 9 10 9 10 a 10 a...
Page 85: ...85 16 16 16 A B ON OFF 1 2 3 4 5 6 16 16 17 19 1 1 2 2 18 1 1 2 2 OFF 120 ON 100 ON OFF...
Page 89: ...89...