Omega CN155, CN154, CN158 Measuring range code table, Soft start time setting screen screen No.14

1-11

V and I output

1-12

1-13

1-14

No communi- cation

1-15

1-16

1-17

Proportional cycle setting screen (screen No.11) Initial value: Contact output 30 seconds

SSR drive voltage 3 seconds

Setting range: 1~120 seconds

Time of proportional setting cycle is set.

The screen does not display voltage or current output. Refer to Item 4-6 (4).

Lower limit output limiter setting screen (screen No.12) Initial value: 0%

Setting range: 0~99%

A lower limit value of control output is set.

Refer to Item 4-6 (5) for output limiter.

Higher limit output limiter setting screen (screen No.13) Initial value: 100%

Setting range: 1~100%

A higher limit value of control output is set.

Soft start time setting screen (screen No.14)

Initial value: OFF

Setting range: OFF, 1~100%

Time for soft start, during which output is changed gradually, is set. Refer to Item 4-6 (6).

Communication mode selecting screen (screen No.15) Initial value: Locl (local)

Setting range: Locl, Remt

Communication is allowed in the mode displayed on the bottom.

Communication address setting screen (screen No.16) Initial value: 0

Setting range: 0~99

In case a plurality of apparatus are connected for communication, the machine No. is set in a range from 0 to 99.

Mode 2 Screen Group (Function selecting screen)

2-0

=	1	2	3	4
=	5	6	7	8

Use ENT key to move select digit and data registration, the selectable digit is indicated by flashing point.

NOTE: If it is on auto tuning execution or key lock is set on lock No.1, 2 or 3, no selection can be performed even if the digit point is flashing.

Digits 5 and 7 are not shown in case of no option. Digits of 3 , 6 and 8 are not displayed.

1• 2 : Measuring range code select digit

Initial value: Multi 05, Voltage (V) 81, Current 95 fixed. Selecting two digits from “4-5. Measuring range code table”.

4: Control output characteristic select digit

Initial value:

:RA (heating characteristics)

:DA (cooling characteristics)

Refer to Item 6-3.

5 : Alarm type select digit

Initial value:

Select from “4-2. Alarm type code table”.

7: Heater break alarm action mode select digit

Initial value: Select from

	: Lock mode and	: REAL mode.
Refer to Item 5-3 (3).
2-1
	Input scaling screen
	Initial value:
	Lower limit value (top row)		0.0
	Higher limit value (bottom row)		100.0
	Position of decimal point		0.0
	Setting range:
	Lower limit value	-1999~9899 units
	Higher limit value	-1899~9999 units

Span = Higher limit value - Lower limit value

Communication data format selection screen (screen No.17)

Initial: 7b_E

Setting range: 7b_E, 8b_n

Select data format of communication from 7b_E (data bit length : 7bits,

parity: even, stop bit : 1)or 8b_n (data bit length: 8bits, parity: none,

stop bit : 1)

1-18

Communication rate selecting screen (screen No.18)

Initial value: 1200 bps

Selectable range: 1200, 2400, 4800 and 9600 bps

A rate for data transmission to the host is selected.

RS-422A

1-19

Delay setting screen Screen No.19 Initial value: 80

Setting range: 0~255

Delay time for starting communication from receiving communication command is set.

Delay time = 0.1 ⋅ set value msec. The screen is displayed for RS-485.

Note: For details of communication, refer to the instructions on communication in Item 8.

NOTE: Screen flame on Item 4-4 is as follows:

Screens always shown during key operation.

Screens shown during case with option or selected option.

Screens shown or skipped depending on the type of output or the setting status of control action mode.

=100~5000 counts Position of decimal point:

No decimal point, 0.0, 0.00 and 0.000

Scaling is done for linear input (mV, V or mA).

The screen is only for monitoring and no setting is possible in the case of sensor input.

Refer to Item 4-3 (6) for details.

4-5. Measuring range code table

Input type

Code

Measuring

Code

Measuring

Range

Range

*1B

01

0

~

1800°C

12

0

~

3300°F

input

R

02

0

~

1700°C

13

0

~

3100°F

K

04

-100

~

400°C

15

-150

~

750°F

S

03

0

~

1700°C

14

0

~

3100°F

input

Thermocouple

*2 L

11

0

~

600°C

22

0

~

1100°F

K

05

0

~

1200°C

16

0

~

2200°F

E

06

0

~

700°C

17

0

~

1300°F

J

07

0

~

600°C

18

0

~

1100°F

T

08

-199.9 ~

200.0°C

19

-300 ~

400°F

N

09

0

~

1300°C

20

0

~

2300°F

*2 U

10

-199.9 ~

200.0°C

21

-300 ~

400°F

Multi

32

-100.0

~

100.0°C

40

-150.0

~

200.0°F

31

-200

~

600°C

39

-300

~

-1100°F

Pt 100

D.

33

-50.0 ~

50.0°C

41

-50.0 ~

120.0°F

34

0.0

~

200.0°C

42

0

~

400°F

T.

35

-200 ~

600°C

43

-300 ~

-1100°F

R.

JPt 100

36

-100.0 ~

100.0°C

44

-150.0 ~

200.0°F

37

-50.0 ~

50.0°C

45

-50.0 ~

120.0°F

38

0.0

~

200.0

°

C

46

0

~

400 F

Voltage mV

0

~

100

73

R. T. D.

°

Scaling setting range:

0

~

10

71

Initial value: 0.0~100.0

Thermocouple

10

~

50

72

Conditions of scaling

B, R, S, K, E, J, T, N: JIS/ANSI/IEC

0

~

1

81

-1999~9999,

Pt100 : Present JIS/IEC

Voltage

Span: 100~5000 counts

JPt100 : Former JIS

0

~

5

82

V

Position of decimal point:

*1 Thermocouple B: Accuracy not

0

~

10

83

No decimal point, the

guaranteed for temperatures

Current

4

~

20

95

first, second and third

below 400 °C (750 °F).

decimal places

*2 Thermocouple U, L: DIN43710

mA

In case measuring range is modified, set values, alarm action point and other related values are all intialized.

NOTE: In case types of Alarms are changed, values are initialized.

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