Honeywell DC1010 Manuel utilisateur

DC1010/1020

1030/1040

Rev 4

Instruction Manual

(Input Conversion)

Contents

1. Input Change (TC & Linear  RTD) ......................................................................................3

2. Wiring Distinction between TC& Linear .....................................................................................4

3. Linear Input H/W Setting .........................................................................................................5

4. To view the ANL1, ANH1 parameters. .......................................................................................7

4-1. Unlock the protection.....................................................................................................7

4-2. Show the parameters.....................................................................................................7

4-3. Calibration ....................................................................................................................8

4-4. Procedure of Calibration.................................................................................................9

1. Input Change (TC & Linear  RTD)

To change the input type from TC to RTD or RTD to TC，Move a jumper.

For Linear type, it’s same as that of TC.

1) DC1010

2) DC1020/DC1030/1040

* No Calibration or Adjustment Required

While Input Conversion between TC & RTD.

RTD

2. Wiring Distinction between TC& Linear

1) DC1010

Set Input Code in Level 3

for TC or Linear Input after Profer Wiring

2) DC1030

Set Input Code in Level 3

for TC or Linear Input after Profer Wiring

3) DC1020/1040

Set Input Code in Level 3

for TC or Linear Input after Profer Wiring

Input Wiring

Linear

Input Wiring

Linear

Input Wiring

3. Linear Input H/W Setting

For jumper, please see ‘1. Input Changes’section.

1) DC1010

Input Type

Input Code

R1 to R5

S1 to S5

AN 4

AN 5

Jumper

Status

0~20 mA

R3 = 100 

R5 = 2.4 

S3 & S5

Short

4~20 mA

0~1 V

R1 = 2 K

R4 = 100 

S1 & S4

Short

0~5 V

1~5 V

R2 = 10 K

S2 & S4

Short

0~10 V

2~10 V

R3 = 22 K

S3 & S4

Short

0~100mV

20~100mV

S3 & S4

Short

2) DC1030

Input Type

Input Code

R1 to R5

S1 to S5

AN 4

AN 5

Jumper

Status

0~20 mA

R3 = 100 

R5 = 2.4 

S3 & S5

Short

4~20 mA

0~1 V

R1 = 2 K

R4 = 100 

S1 & S4

Short

0~5 V

1~5 V

R2 = 10 K

S2 & S4

Short

0~10 V

2~10 V

R3 = 22 K

S3 & S4

Short

0~100mV

20~100mV

S3 & S4

Short

3) DC1020/1040

Input Type

Input Code

R1 to R5

S1 to S5

AN 4

AN 5

Jumper

Status

0~20 mA

R3 = 100 

R5 = 2.4 

S3 & S5

Short

4~20 mA

0~1 V

R1 = 2 K

R4 = 100 

S1 & S4

Short

0~5 V

1~5 V

R2 = 10 K

S2 & S4

Short

0~10 V

2~10 V

R3 = 22 K

S3 & S4

Short

0~100mV

20~100mV

S3 & S4

Short

Input Type

Input Code

AN 1

AN 2

AN 3

AN 4

AN 5

-10~10mV

0~10mV

0~20mV

0~50mV

10~50mV

4. Calibration Procedure

Check if it shows the ANL1 and ANH1 on CONFIGURATION2. (Go to step 4-3.)

If the parameters are not shown, go to below steps.

4-1. Unlock the protection

Go to ‘LCK’ parameter on CONFIGURATION 1.

(1-1) Press the SET key for 5 seconds. It will show P1 on CONFIGURATION 1.

(1-2) Press the SET key until it will show LCK parameter.

(1-3) Input ‘1111’ to LCK parameter by using up/down and shift key.

(1-4) Press the SET and shift key for 5 seconds at ‘step (1-3)’. It shows ‘SET1’ of Step (2-1).

4-2. Show the parameters

Modify parameter of ‘CONFIGURATION 3’

(2-1) Press the SET key just one time until it will shows ‘SET2’.

(2-2) Change the first value of left side to 1. (SET2.2 = 1)

5seconds

Step (1-4)

Step (2-3)

5seconds

SET2.1

SET2.2

SET2.3

SET2.4

In case of RSP(Input2), SET2.4=1.(It shows ANL2, ANH2.)

(2-3) Press the SET and shift key for 5 seconds and return to OPERATION.

4-3. How to Calibrate

(3-1) Preparation of sources

- DC Current source : DC 0~20mA or 4~20mA

- DC voltage source : DC 0~1V, 0~5V, 0~10V, 1~5V, 2~10V

(3-2) Press the SET and shift key for 5 seconds, it will show ‘INP1’ of Configuration2.

Set INP1 to ‘AN5’ in case of DC 4~20mA.(Refer to INPUT CODE of ‘Linear input H/W setting’)

(3-3) Press the SET key just one time to show ANL1 parameter.

(3-4) Connect input source with INP1 terminals according to wiring diagram.

(3-5) Adjust the calibration values for Lower side(ANL1) and Upper side(ANH1).

In case of RSP(Input2), execute the calibration for each ANL2, ANH2.

(3-6) Refer to procedures as followings.

4-4. Procedure of Calibration

(Range of PV : 0~3000, Input : 4~20mA)

Set ‘INP1 = AN5’

‘SET 2.2 = 1’

(To activate the steps of ANL1 &

ANH1 )

Set INP1(Level 3), 4~20mA : AN5

(Refer to ‘3. Linear Input H/W

Setting’)

Define LSPL & USPL in Level 3

Assuming LSPL = 0, USPL = 3000

Input ‘Lower Limit signal’

In case of 4~20mA, input 4mA

Set ‘DP=0000’

DP : Decimal Point

Set Decimal point place

Go to ‘ANL1’ step in Level 3

Press ‘ ’ key, adjust ‘ANL1’

Adjust SP, until ‘PV=LSPL’

(In case of this, PV=0)

Press ‘ ’ key, adjust ‘ANH1’

Go to ‘ANH1’ step in Level 3

Input ‘Upper Limit signal’

In case of 4~20mA, input 20mA

Adjust SP, until ‘PV=USPL’

(In case of this, PV=3000)

Check, ‘OK’ ?

Check LSPL, USPL if right value

(Input Lower/Upper Limit signal, Check)

In case of Linear input model,

The default is ‘SET2.2 = 1’

END

Yes

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