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MOUNTING AND WIRING

 

Mount CT03 into a 45x45mm panel cut-out (Fig.1) and tighten it into place by the snap-on mounting bracket. Wire the timer using 
OCTAL connector and strictly following the wire diagram on Fig.2. Do not turn the power supply on while mounting and wiring! 

72

10

95 max

55

 m

ax

51

45 

+

0.

5

45

+0.5

        

 

 

Fig.1  

 Fig.2 

OPERATING 

CT03 has two contact control inputs for external (re)start (START) and time-counting hold-up (HOLD). Combinations of two adjustable 
time periods – t1(1

st

 period, beginning after START) and t2 (2

nd

 period or Total time) form 4 different timing modes (see time diagrams 

below). The duration of each period is adjustable within one of the following five sub-ranges: 0.00...9.99 sec, 0.0…99.9 sec, 0…999 sec, 
0…999 min, and 0…999 min x 10. There are two control outputs - K1, which activates alternatively with t1 and t2, and K2, which 
activates for the total cycle time - whose action can be programmed with parameters

 

ACt

1, 

ACt

2,  

rSb

1, and 

rSb

2.  

MODE 0                                                                                                      MODE 1

 

 

one-shut cycle: t1 + t2

                       

repeated cycle: t1, t2, t1, t2,....

 

tc

K1 (ACt=0)

K2

rSb1=1

rSb1=0

ACt2=1

ACt2=0

rSb2=1

rSb2=0

HOLD

HOLD

START

START

POWER

POWER

t1+th1

t2+th2

K1 (ACt=1)

rSb1=1

rSb1=0

t2+th2

tc

K1 (ACt=0)

K2

rSb1=1

rSb1=0

ACt2=1

ACt2=0

rSb2=1

rSb2=0

t1+th1

t2+th2

K1 (ACt=1)

rSb1=1

rSb1=0

t2+th2

tc

t1

t2

t1

t2

 

MODE 2                                                                                                           MODE 3 

 

 

one-shut cycle (t2 - total time) : t1 + (t2-t1)

 

               

repeated cycle (t2 - total time) : t1, (t2-t1), t1, (t2-t1),....

 

tc = t2 + th1 + th2

K1 (ACt=0)

K2

rSb1=1

rSb1=0

ACt2=1

ACt2=0

rSb2=1
rSb2=0

HOLD

START

POWER

t1+th1

t2-t1+th2

K1 (ACt=1)

rSb1=1
rSb1=0

t2-t1+th2

HOLD

START

POWER

K1 (ACt=0)

K2

rSb1=1

rSb1=0

ACt2=1

ACt2=0

rSb2=1
rSb2=0

t1+th1

t2-t1+th2

K1 (ACt=1)

rSb1=1

rSb1=0

t2-t1+th2

tc = t2

t1

t2-t1

t1

t2-t1

tc = t2 + th1 + th2

tc - total cycle time; th1, th2 - times when HOLD input holds time counting

 

PROGRAMMING

 

 

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