background image

Fig.1.

(H12 min.  = beginning of scale
 H12 max. = end of scale)

I5    = Setpoint value when C/A2 output is active.

 Independent Alarm

H22 = 0

I5

+

H12

I5

-

H12

ON

OFF

H16

I5

H

12

OFF

OFF

ON

ON

-300

(

H12 

min.  =-300, 

H12

 ma

x

. = +300)

 Deviation Alarm

H22 = 1

Band Alarm With Inhibition

H22 = 3

I5

I5

I5

+

H12

H16

OFF

OFF

ON

ON

+300

 

C2

 = 1

C2

=

 0

I5

+

H12

I5

-

H12

ON

OFF

Beginning

I5

300

Band alarm possible

I5

-

H12

H16

Band Alarm

H22 = 2

SV

  (

H12

 min. = 0,  

H12

 ma

x

. = +300)

I5

+

H12

H16

OFF

OFF

ON

ON

300

 

C2

 = 

0

 

C2

1

H12 = A1 

Output setpoint value.

I5    = Setpoint value when C/A2 output is active.

H12 = A1 

Output setpoint value.

I5    = Setpoint value when C/A2 output is active.

  (

H12

 min. = 0,  

H12

 ma

x

. = +300)

H12 = A1 

Output setpoint value.

I5    = Setpoint value when C/A2 output is active.

Beginning

Band alarm possible

ALARM1 AND ALARM2 OUTPUT TYPES (Diagrams are based on Alarm1 graphics)

Fig.2.

TIMER / THERMOSTAT OUTPUT SAMPLES

PH1= 0

PH1 = 0

PC35 = 1

PC35 = 0

PH3

PH3

A1 Out

 

A1 Out

 

PH4+Hold

 

PC33 = 1

PC33 = 1

PC34=1

 

PC34=0

 

H

o

ld

  

o

n

H

o

ld

  

o

ff

Time

S

TA

R

T

S

TA

R

T

Time

Themperature

Time

Time

PH2

PH4

PH4

PH4

PH4

PH4

PH2

Themperature

Fig.3.

PROFILE CONTROL OUTPUT SAMPLES

PH1= 1

PH1= 1

PC35 = 1

PC35 = 0

PH3

PH3

PC33 = 1

PC33 = 1

S

TA

R

T

S

TA

R

T

PH2

PH2

PH4

PH4

PH4

PH4

PH1=1
PH1 parameter must be set 
to 1 for single-step program.

Themperature

Time

Time

Time

Time

Themperature

Fig.4.

MULTI-STEP PROFILE CONTROL OUTPUT SAMPLES

PC35=1
If the PC35 parameter is set to 1.

PC35=0
If the PC35 parameter is set to 0.

30

20

100°C

200°C

300°C

60

60

40

PH3 = 100

      

PH5 = 100

      

PH7 = 300

      

PH9 = 300

      

PH11 = 100

      

 PH4 = 30

      

PH4 

      

PH6 

      

PH8 

      

PH10

      

PH12 

      

PH6 = 20

      

PH8 = 60

      

PH10 = 40

      

PH12 = 60

      

Time (minute or sec)

Step1

Step1

Step2

Step3

Step4

Step5

Step2

Step3

Step4

Step5

The program returns to the beginning at this point 
and stops. Waits for the PC33's coil to be 1 again.

C/A2

A1

PC0 = 1

A1 Output

Target Temp.

Time

 PC1 = 0

PC2 = 0

 PC4 = 0

 PC3 =1

 PC16 = 0

C/A2 Output

PC17 = 1

PC18 = 0

PC20 = 0

 PC19 = 1

PH1=5
PH1 parameter must be set 
to 5 for five-step program.

EUP1122-EN-01-220120

SİSEL MÜHENDİSLİK ELEKTRONİK SAN. VE TİC. A.Ş.

Şerifali Mah. 

 Y.Dudullu  34775

ÜMRANİYE/İSTANBUL-TURKEY
Tel : +90 216 499 46 64 Pbx.    Fax : +90 216 365 74 01
url : www.enda.com.tr

Barbaros Cad. No:18

ENDA

TM

3

/

8

Содержание EUP1122

Страница 1: ...act output triggering feature at profile steps Timer or Thermostat feature can be used during profile controlling Modbus addressing baud rate settings or default settings can be applied via DIP Switch...

Страница 2: ...Error codes 0 No Error 1 2 3 Upper scale 4 No communication with the sensor 5 Short circuit Lower scale Heater Heating output error I2 1 Sensor short circuited or temperature too low Err Led 60ms 186...

Страница 3: ...START START Time Themperature Time Time PH2 PH4 PH4 PH4 PH4 PH4 PH2 Themperature Fig 3 PROFILE CONTROL OUTPUT SAMPLES PH1 1 PH1 1 PC35 1 PC35 0 PH3 PH3 PC33 1 PC33 1 START START PH2 PH2 PH4 PH4 PH4 P...

Страница 4: ...0 0 minute Control output derivative time Adjustable between 0 01 and 10 00 minute Alarm1 output integral time Adjustable between 0 1 and 100 0 minute Alarm1 output derivative time Adjustable between...

Страница 5: ...ters continue Analog output maximum out percentage Offset value Function control parameter 23040d 5A00h Self tune stops when this value is entered 23041d 5A01h Self tune starts when this value is ente...

Страница 6: ...usted between H2 and H3 parameter 3rd Time value can be set from 0 to 9999 seconds or minutes changes with the depending on PH0 parameter 4th Step target temperature set value can be adjusted between...

Страница 7: ...rol is done with the value of the proportional control Alarm1 condition 0 Alarm is ON at below setpoint value 1 Alarm is OFF at above setpoint value Alarm1 output status in case of probe failure 0 OFF...

Страница 8: ...rform for any reason operating error occurs EUP1122 realizes error and sends error message Most significant bit of function is changed 1 to indicate error in error message by EUP1122 Error code is sen...

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