Honeywell DC1010 User manual

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.
TC
RTD
RTD
TC

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
TC
7
8
9
10
7
8
9
10
Input Wiring
Linear
TC
11
12
13
14
11
12
13
14
Linear
TC
17
18
19
20
17
18
19
20
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
mA
0~20 mA
R3 = 100 
R5 = 2.4 
S3 & S5
Short
4~20 mA
V
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
mV
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
mA
0~20 mA
R3 = 100 
R5 = 2.4 
S3 & S5
Short
4~20 mA
V
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
mV
0~100mV
20~100mV
-
-
S3 & S4
Short
S1
S2
S3
S4
S5
R1
R2
R3
R4
R5
S1
S2
S3
S4
S5
R1
R2
R3
R4
R5
10
9
8
7
14
13
12
11

3) DC1020/1040
Input Type
Input Code
R1 to R5
S1 to S5
AN 4
AN 5
Jumper
Status
mA
0~20 mA
R3 = 100 
R5 = 2.4 
S3 & S5
Short
4~20 mA
V
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
mV
0~100mV
20~100mV
-
-
S3 & S4
Short
Input Type
Input Code
AN 1
AN 2
AN 3
AN 4
AN 5
mV
-10~10mV
0~10mV
0~20mV
0~50mV
10~50mV
S1
S2
S3
S4
S5
R1
R2
R3
R4
R5
20
19
18
17

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’
PV
SP
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
PV
SP
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
No
Yes