For example, if "- - : - -" is assigned to S1 (or S2, then circuit 1 will not turn on until
S2 (or S4). Likewise, if "- - : - -" is assigned to S2 (or S4), then circuit C1 will turn
off at S1 (or S3) and will not turn on again until the following sunset.
Prog.- Programme assignment
This function allows us to assign one of four programmes to each day of the week
(see Fig. 3). It is also used to programme the times of partial turn-offs (S1 y S3)
and partial turn-ons (S2 y S4).
The programming is initiated by pressing the button Prog, at which point the
following data will be requested:
Function
Display
Indication
Range
Weekly Pro-
gramme
PX
(Note 1)
Arrowhead
pointing to day 1
P0..PH
Weekly Pro-
gramme
PX
(Note 1)
Arrowhead
pointing to day 7
P0..PH
Hour S1
- - : - -
S1
00..24
Minute S1
02 : 59
00..59
Hour S2
- - : - -
S2
00..24
Minute S2
02 : 59
00..59
Hour S3
- - : - -
S3
00..24
Minute S3
02 : 59
00..59
Hour S4
- - : - -
S4
00..24
Minute S4
02 : 59
00..59
(Note 1) P0, P1, P2, PH
ADITIONAL FUNCTIONS
Manual reset
Important: If a manual reset is made, all data will be lost.
This is done by pressing the keys
H+ +C2+PROG
simultaneously. All segments
on the display will light up for two seconds. The date and time are set for 1 January
1996 at 00:00 hours.
Following the Reset, programming date and time is necesary..
Programming daylight-saving time changes
Daylight-saving time changes are preset and the user may select from three
possibilities:
1. no
= no change;
2. dat1
= last Sunday of March and October;
3. dat2
= last Sunday of March and fourth Sunday of October.
The choice is made by pressing
Ok
for two seconds following a reset (while all
segments are lit. See
Manual Reset
). Then select the option using
↓
and
↑
and
then
Ok.
H.- Programming Holidays
This function automatically assigns the programme PH to the next days (up to 99)
avoiding to modify the program.
It is accessed by pressing button
H.
Function
Display
Indication
Range
Holiday
period
00
H
00..99
Manual switching
This allows circuits to be activated/deactivated manually without programme
modifications. To do so, use keys C1 for channel 1 and C2 for channel 2. For both
circuits, pressing the respective key just briefly changes the status, while pressing
the respective key for a longer period of time changes the status and converts it to
permanent. The circuit status is indicated by On/Off. Permanent status is shown by
a point on the display.
Priorities
-Permanent manual programming has priority over all other programmes.
-Manual switching changes status until the next automatic action to the contrary.
Coverage Map
See Fig.4.
Technical Data
Supply voltage and
As per feature label
frequency
Switching capacity
16 (2) A / 250 VAC
Maximun loads:
Fluorescent lamps not compensated:
1.200 W
Fluorescent lamps compensated: 920W
100uF
Filament lamps:
2.500 W
Halogen lamps ow voltage:
500 VA
Halogen lamps (230VAC):
2.500 W
Dulux: 800
W
Power consumption
8 VA maximum
Contact material
AgSnO
2
Power reserve
6 years with lithium battery at 23ºC
Memory Non-volatil
Switching accuracy
Better than 1 second
Operating accuracy
<= ± 1 s/day at 20 C
Astronomical
adjustment
Weekly
Operating temp.
-10 C to+45 C
Transport and
storage temperature
-20 C to +70 C
Protection class
II as per EN60335 under correct
assembly conditions
Protection category
IP 20 as per EN 60529
External dimensions:
A016.26.49137
ORBIS TECNOLOGÍA ELÉCTRICA, S.A.
Lérida, 61
E–28020 MADRID
Teléfono:+ 34 91 5672277;
Fax:+34 91 5714006
E-mail:
info@orbis.es
http://www.orbis.es
1h52'
1h36'
1h20'
1h04'
0h48'
0h32'
0h16'
0h00'
Example: 09 1h36'
10
09
08
07
06
05
04
03
02
01
90
45
55
60.5
35
