41
T
A
= time lag for switching on
T
B
= time lag for switching off
T
C
= automatic cycle time
U
R
= relative humidity
Table A
LL T
Factory settings
- appliance type (dip switch: mod.100 or 120: fig.18);
- switch-off delay (trimmer): full scale anticlockwise: 3 minutes (fig.19)
- 1 speed: position A of the jumper (fig.20).
Possible settings
- This model has 2 dip-switches. The position of switch 1 identifies the type of appliance (100 or 120: fig. 18) and MUST
keep the setting provided by the manufacturer. The setting of switch 2 has no effect whatsoever on the operation of the
appliance.
- Trimmer setting (fig.19). There is a trimmer on the PCB that enables adjusting the duration of the switch-off delay (from
3 to 20 minutes: clockwise = increase the delay, anticlockwise = decrease the delay).
- Jumper setting (fig.20). The motor has one operating speed: V. By appropriately setting the jumper as described in the
following table B it is possible to determine which of the two speeds Vmin and Vmax will be the actual operating speed
of the appliance.
LL T PIR
Factory settings
- appliance type (dip switch: mod.100 or 120: fig.18);
- switch-off delay (trimmer): full scale anticlockwise: 3 minutes (fig.19)
- 1 speed: position A of the jumper (fig.20).
Possible settings
- This model has 2 dip-switches. The position of switch 1 identifies the type of appliance (100 or 120: fig. 18) and MUST
keep the setting provided by the manufacturer. The setting of switch 2 has no effect whatsoever on the operation of the
appliance.
- Trimmer setting (fig.19). There is a trimmer on the PCB that enables adjusting the duration of the switch-off delay (from
3 to 20 minutes: clockwise = increase the delay, anticlockwise = decrease the delay).
- Jumper setting (fig.20). The motor has one operating speed: V. By appropriately setting the jumper as described in the
following table B it is possible to determine which of the two speeds Vmin and Vmax will be the actual operating speed
of the appliance.
DIP switch
Int. 1
Int. 2
Int. 3
Int. 4
Int. 5
Int. 6
T
A
0 sec.
OFF
--
--
--
--
--
45 sec.
ON
--
--
--
--
--
T
B
6 min.
--
OFF
OFF
--
--
--
12 min.
--
OFF
ON
--
--
--
18 min.
--
ON
OFF
--
--
--
24 min.
--
ON
ON
--
--
--
U
R
60%
--
--
--
ON
ON
--
70%
--
--
--
OFF
OFF
--
80%
--
--
--
ON
OFF
--
90%
--
--
--
OFF
ON
--
Operat.
mode
Timer
--
--
--
--
--
OFF
Disabl. HCS
--
--
--
--
--
ON
ENGLISH
Speed
Jumper
Position A
Position B
V1
MIN speed
MAX speed
V2
MAX speed
MIN speed
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...