Omega Vehicle Security CN3271 Series User Manual

Page 13

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r 1

r 1

r 1

r 1

r 1 =Input Type and Range Value

=Input Type and Range Value

=Input Type and Range Value

=Input Type and Range Value

=Input Type and Range Value

0 = TC J

From

-100 to

1000

°C

1 = TC K

From

-100 to

1370

°C

2 = TC T

From

-200 to

400

°C

3 = TC E

From

-100 to

800

°C

4 = TC N

From

-100 to

1400

°C

5 = TC S

From

-50 to

1760

°C

6 = TC R

From

-50 to

1760

°C

7 = TC B

From

0 to

1820

°C

8 = TC L

From

-100 to

900

°C

9 = TC U

From

-200 to

600

°C

10 = TC G

From

0 to

2300

°C

11 = TC D

From

0 to

2300

°C

12 = TC C

From

0 to

2300

°C

13 = TC Plat. II

From

-100 to

1400

°C

14 = RTD Pt 100 From

-200 to

850

°C

15 = Linear

From

0 to

60 mV

16 = Linear

From

12 to

60 mV

17 = Linear

From

0 to

20 mA

18 = Linear

From

4 to

20 mA

19 = Linear

From

0 to

5

V

20 = Linear

From

1 to

5

V

21 = Linear

From

0 to

10

V

22 = Linear

From

2 to

10

V

23 = TC J

From

-150 to

1830

°F

24 = TC K

From

-150 to

2500

°F

25 = TC T

From

-330 to

750

°F

26 = TC E

From

-150 to

1470

°F

27 = TC N

From

-150 to

2550

°F

28 = TC S

From

-60 to

3200

°F

29 = TC R

From

-60 to

3200

°F

30 = TC B

From

32 to

3300

°F

31 = TC L

From

-150 to

1650

°F

32 = TC U

From

-330 to

1110

°F

33 = TC G

From

0 to

4170

°F

34 = TC D

From

0 to

4170

°F

35 = TC C

From

0 to

4170

°F

36 = TC Plat. II

From

-150 to

2550

°F

37 = RTD Pt100 From

-330 to

1560

°F

r2 = Decimal Point Position

r2 = Decimal Point Position

r2 = Decimal Point Position

r2 = Decimal Point Position

r2 = Decimal Point Position
(Available only for linear range r1 = 15 to 22)

_ _ _ _ .

_ _ _ _ .

_ _ _ _ .

_ _ _ _ .

_ _ _ _ .

= No decimal

_ _ _ . _

_ _ _ . _

_ _ _ . _

_ _ _ . _

_ _ _ . _

= One decimal figure

_ _ . _ _

_ _ . _ _

_ _ . _ _

_ _ . _ _

_ _ . _ _

= Two decimal figures

_ . _ _ _

_ . _ _ _

_ . _ _ _

_ . _ _ _

_ . _ _ _

= Three decimal figures

r3 = Initial value of the readout scale

r3 = Initial value of the readout scale

r3 = Initial value of the readout scale

r3 = Initial value of the readout scale

r3 = Initial value of the readout scale
(Available only for linear range r1 = 15 to 22)
Range: From -1999 to 9999

r4 = final value of the readout scale

r4 = final value of the readout scale

r4 = final value of the readout scale

r4 = final value of the readout scale

r4 = final value of the readout scale
(Available only for linear range r1 = 15 to 22)
Range: From -1999 to 9999

r5 = Offset Adjustment

r5 = Offset Adjustment

r5 = Offset Adjustment

r5 = Offset Adjustment

r5 = Offset Adjustment
Range: From -500 to 500
Offset value algebraically added to the measured
value.

r6 =

r6 =

r6 =

r6 =

r6 =Time constant of the filter applied to

Time constant of the filter applied to

Time constant of the filter applied to

Time constant of the filter applied to

Time constant of the filter applied to
the displayed value

the displayed value

the displayed value

the displayed value

the displayed value

Range: From 0 (filter OFF) to 8 seconds.
(First order filter with selected time constant.)

r7 = Alarm action on input fault.

r7 = Alarm action on input fault.

r7 = Alarm action on input fault.

r7 = Alarm action on input fault.

r7 = Alarm action on input fault.
When the instrument detects an input failure
condition, the alarm will operate as in presence of:
uP = as in presence of the full scale value.
doun = as in presence of the initial scale value.

C1 = Type of limit action

C1 = Type of limit action

C1 = Type of limit action

C1 = Type of limit action

C1 = Type of limit action

LHL-1-NEUTRO.pmd

19/04/2004, 15.07

10

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