Elko EP CRM-100 Manual De Instrucciones página 5

Programming instruction
Apply power & hold the SET key for > 3 sec.
OR
Press both ADJ & SET key for > 3 sec. After power ON.
Now follow the steps given below
KEY DISPLAY RESULT
SET ADJ
5:39 Press ADJ key to select desired function (e.g. F)
F

H M
SET ADJ
5:39 Confi rms function Then Range indicator blinks
f

H M
SET ADJ
5:39 Press ADJ key to select range (e.g. HM range 'HM')
f

H M
SET ADJ
Confi rms range selection. 1st digit of Preset time blinks.
(For modes '1' , '2' & 'G' two preset times 'On' & 'Off ' to
5:39
f
be set)

H M
SET ADJ
Press ADJ key to adjust desired preset time digit (e.g.from
8:39
f
5 to 8)

H M
SET ADJ
Press Set to confi rm 1st digit selection, now 2nd digit
8:39
f
blinks

H M
SET ADJ
8:09 Change with ADJ Key (e.g.from 3 to 0)
f

H M
SET ADJ
Confi rms 2nd digit selection, now 3rd digit of Preset Time
8:09
f
blinks.

H M
SET ADJ
8:06 Change with ADJ Key (e.g. from 9 to 6)
f

H M
SET ADJ
Now UP / DOWN Indicator blinks
8:06
f
H M 
SET ADJ
8:06 Change with ADJ Key (e.g.from DOWN to UP)
f

H M
00.0
SET ADJ
Confi rms counting mode.
Program Over.
8:06
f
Timer starts working normally.
H M 
Important Note:
1. Output de-energizes when device enters into PROGRAM MODE and starts new cycle after
coming out of PROGRAM MODE.
2. Loads which have current requirement > 1mA, can only be used as Optional Load. For e.g.
Contactor Coil, AC Relay Coil, etc.
Function
0
U
T T
R
1
U
T T
R
OFF OFF
T T
ON ON
2
U
T T
R
OFF OFF
T T
ON ON
3
U
R
T T
4 U
B1 t1 t2
T + t1 + t2
R T
5 U
B1 t1 t2
R T + t1 + t2
T
6 U
B1 t1 t2
R
T + t1 + t2 T
7 U
B1
R
T
8 U
B1
R T
9 U
B1
R
T T
A U
B1
R
T T T
U U
B B
B1 B1
R R
T T T T
U
C
B1
R
T T T
U
D
B1
R
T
E U
B1
R
T
F U
B1
R T T
G U
B1
T
R
OFF
T
ON
2 / 3
ON delay [0]
Timing commences when supply is present. R energizes at
the end of the timing period.
Cyclic OFF/ON {OFF Start, (Sym, Asym)} [1]
T-ON and T-OFF can be same or diff erent. The relay (R) keeps
on changing its status till power is removed.
Cyclic ON/OFF{On Start,(Sym,Asym)} [2]
This function is quite similar to the function '1' but initially
the relay(R) is ON for period T-ON after the power is applied.
Impulse ON energizing [3]
After power ON, R energizes and timing starts. R de-ener-
gizes after timing is over.
Accumulative delay ON signal [4]
Time commences as supply is present and switch B1 is open.
Closing switch B1 pauses timing. Timing resumes when
switch B1 is opened again. R energizes at the end of timing.
Accumulative delay ON inverted signal [5]
Time commences as supply is present and switch B1 is
closed. Opening switch B1 pauses timing. Timing resumes
when switch B1 is closed again. R energizes at end of timing.
Accumulative impulse ON signal [6]
When supply is ON, R energizes. When switch B1 is closed
timing is suspended and remains suspended till switch B1 is
opened again. Interrupting supply resets timer.
Signal ON delay [7]
Permanent supply required. Timing starts when switch B1 is
closed. R energizes at end of timing period and de-energiz-
es when B1 is opened.
Inverted signal ON delay [8]
Timing will commence when supply is present and switch
B1 is open. R energizes after timing. If B1 is closed during
timing period, timing resets to the beginning of cycle.
Signal OFF delay [9]
Permanent supply is required. R energizes when switch B1
is closed. Timing commences after S is opened and then the
relay de-energizes.
Impulse ON/OFF [A]
Permanent supply is required. R energizes for the timing pe-
riod when B1 is opened or closed. When timing commenc-
es, changing state of B1 does not aff ect R but resets timer.
Signal OFF/ON [b]
When switch B1 is closed or opened for preset time ,T, the
relay changes its state after time duration T.
Leading edge impulse1 [C]
A permanent supply is needed. When B1 is closed, output
relay energizes until timing irrespective of any further ac-
tion of B1.
Leading edge impulse2 [d]
Permanent supply is required. when switch B1 is closed, and
remains closed output relay energizes until timing is over. If
B1 is opened during timing, R resets.
Trailing edge impulse1 [E]
Permanent supply required. when B1 is opened, R energizes
and de-energizes when timing is over. If B1 is closed during
timing R resets.
Trailing edge impulse2 [F]
Permanent supply is required. When switch B1 is opened,
R energizes and will de-energize when timing is over. If B1
is pulsed during timing period it will have no eff ect on R.
Delayed impulse [G]
When switch B1 is closed, T starts. Relay energizes at the
OFF
end of T period. Then, T starts irrespective of signal
OFF OFF
level and relay de-energizes at the end of T period.
ON