Brainchild IA10 Indicator and Alarm Unit User Guide

IA10 Indicator and Alarm Unit

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Product Specifications

• Model: IA10 Ver. QS0IA101A EN
• Indicators: AL1/ AL2/ AL3/ AL4/ AL5, FZ, HD, MX, MAN, COMM, Key
  Lock
• Keys: SHIFT Key, UP Key, SCROLL Key, DOWN Key

Product Usage Instructions

1. Overview & Appearance

Front Panel Indicators:

• AL1/ AL2/ AL3/ AL4/ AL5: Alarm 1~5 Indicator
• FZ: Hold PV1, frozen to value 0
• HD: Hold PV1 to the current value
• MX: Hold PV1 to the maximum value
• MAN: Manual Mode Indicator
• COMM: Communication Indicator
• Key Lock Indicator

2. Display and Keys

During power-up, the upper display will show PROG and the lower
display will show the Firmware version for 6 seconds.

Keys:

• SCROLL KEY or ENTER KEY: Select parameter
• UP KEY: Increase parameter value
• DOWN KEY: Decrease parameter value
• SHIFT KEY: Move to digit of parameter to change value

3. Setup Menu

User Menu:

• Press key for 3 seconds to enter User Mode parameter
• Decimal point selection options available

4. Calibration Mode Menu (CALI)

Calibration Menu:

• Press key for 3 seconds to enter Calibration Mode
  parameter
• Time constant options available for selection

Frequently Asked Questions (FAQ)

Q: How do I switch to Manual Mode?

A: Press the key for 3 seconds and release it to get MANU in the
lower display and then use the key to enter into Manual Mode
parameter.

Q: How do I revert the display to the home screen?

A: Press two keys synchronously to revert the display to the
home screen.

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IA10 Indicator and Alarm Unit Quick Start Guide
Model: IA10 Ver. QS0IA101A EN

1. OVERVIEW & APPEARANCE

Front Panel and Function

Indicators:
AL1/ AL2/ AL3/ AL4/ AL5: Alarm 1~5 Indicator
FZ: Hold PV1, frozen to value 0 HD: Hold PV1 to the current value MX: Hold PV1 to the maximum value MAN: Manual Mode Indicator COMM: Communication Indicator Key: Lock Indicator

Process Value/ Unit: Degree: Process Value Unit, °C or °F PV1: Process Value 1, 5-digit PV2: Process Value 2, 5-digit User Access Keys:
SHIFT Key UP Key, Increasing SCROLL Key, Enter DOWN Key, Decreasing

2. DISPLAY AND KEYS

1) PV & SetPoint (PV1/ PV2)

Reg Addr

Code

Parameter

Range

Def- Data ault Type

During power-up, the upper display will show PROG and the lower display will 2) Manual Mode Menu (MANU)

0) No.dP: No decimal point

show the Firmware version for 6 seconds. There are 4 Keys

available in the display board for the user to operate as explained below.

SCROLL KEY or ENTER KEY:

This key is used to select a parameter to

be viewed or adjusted.

UP KEY:

This key is used to increase the value of the selected

parameter.

3) Setup Menu (SET) 4) Calibration Mode Menu (CALI)
3.1 USER MENU
Press the key for 3 seconds and release it to get User in the lower display and then use the key to enter into User Mode parameter.

3

DP1

Decimal point selection 1

1) 1-dP: 1 decimal digit 2) 2-dP: 2 decimal digits 3) 3-dP: 3 decimal digits

4) 4-dP: 4 decimal digits

22/23

IN1LO

Input1 low scale value (H-L)

IN1LO IN1HI (°F) Low: -19999, High: 99999

24/25

IN1HI

Input1 high scale IN1LO IN1HI value (H-L) (°F) Low: -19999, High: 99999

1 R/W
0.0 R/W 200.0 R/W

DOWN KEY:

This key is used to decrease the value of the selected

parameter. SHIFT KEY:

This key is used to move to the digit of the selected

parameter and change the value by using up or down key to increase or

3.2 MANUAL MODE MENU (MANU)
Press the key for 3 seconds and release it to get MANU in the lower display and then use the key to enter into Manual Mode parameter.

0) No.dP: No decimal point

44

DP2

Decimal point selection 2

1) 1-dP: 1 decimal digit 2) 2-dP: 2 decimal digits 3) 3-dP: 3 decimal digits

4) 4-dP: 4 decimal digits

1 R/W

decrease the value. RESET KEY: +

Two keys pressed synchronously are used to revert

the display to the home screen, the process values screen

3 MENU FLOW CHART

3.3 Setup Menu (SET)
Press the key for 3 seconds and release it to get SET menu in the lower display and then use the key to get SET (Base/ ALM/ RETR/ COMM/ EI) parameters in the second lower display. Use the key to enter into Base/ ALM/

106/ 107

IN2LO

Input2 low scale value (H-L)

IN2LO IN2HI (°F) Low: -19999, High: 99999

108/ 109

IN2HI

Input2 high scale value (H-L)

IN2LO IN2HI (°F) Low: -19999, High: 99999

0) NONE: no calculation

1) Addi: PV1 + PV2

0.0 R/W 200.0 R/W

The Menu has been divided into 5 groups. They are as follows:

RETR/ COMM/ EI parameters. Press the keys + to go back to the home.

synchronously anytime

45 MATH Value calculation 2) Subt: PV1 – PV2 3) Mult: PV1 x PV2 4) Divi: PV1 ÷ PV2

0 R/W

3.4 CALIBRATION MENU (CALI)

0) 0: 0 second time constant

Press the key for 3 seconds and release it to get CALI in the lower display

1) 0.2: 0.2 second time constant 2) 0.5: 0.5 second time constant

and then use the key to enter into Calibration Mode parameter. Note: The flow chart shows a complete list of all parameters. For actual application, the

6

FILT

Filter damping time constant of
PV

3) 1: 1 second time constant 4) 2: 2 second time constant 5) 5: 5 second time constant 6) 10: 10 second time constant

2 R/W

number of available parameters will vary depending on the setup and will be less

7) 20: 20 second time constant

than that shown in the flow chart.

8) 30: 30 second time constant 9) 60: 60 second time constant

4. PARAMETERS DESCRIPTION

7

LCUT

Input low-cut OFF(-1) or value (°F) 0~36000

-1 R/W

Reg Addr

Code

Parameter

Range

Def- Data Scale Scale ault Type Low High

46 SQRT

Square root function

0) oFF: Square root disable 1) oN: Square root enable

0 R/W

User Manual, ALSP

81 PASS

Parameter Password

Low: 0, High: 9999

0 R/W

0

65535

47

DSP1

Upper display

0) INPT1: Display input1 (PV1) 1) MATH: Display math calculation

0) NoNE: No display

0

R/W

26/27 A1SP Alarm 1 Setpoint (°F)Low: -19999, High: 99999

0.0 R/W -19999 99999

1) INPT2: Display input2 (PV2)

28/29 A2SP Alarm 2 Setpoint (°F)Low: -19999, High: 99999

0.0 R/W -19999 99999 48 DSP2 Lower display 2) MATH: Display value calculation 4 R/W

30/31 A3SP Alarm 3 Setpoint (°F)Low: -19999, High: 99999

0.0 R/W -19999 99999

3) IN1P: Display input1 percentage

32/33 A4SP Alarm 4 Setpoint (°F)Low: -19999, High: 99999

0.0 R/W -19999 99999

4) A1SP: Display alarm1 setpoint

104/ 105

A5SP

Alarm 5 Setpoint (H-L)

(°F)Low: -19999, High: 99999

Manual Mode

55

AOSW

Retransmission output control

0) OFF: RE1, RE2 output 1) ON: AO1, AO2 output 2) EIx: EIx control

56

AO1

Retransmission output1 %

Low: 0.00 High: 100.00

57

AO2

Retransmission output2 %

Low: 0.00 High: 100.00

139

AO3

Retransmission output3 %

Low: 0.00 High: 100.00

167

FILE

Restore to the factory default

0) Default

Setup Menu/ BASE

103

LOCK

Parameters lock

0) oFF: Lock off 1) oN: Lock all parameters on

0) J_tC: J typeThermocouple

1) K_tC: K typeThermocouple

2) T_tC: T type Thermocouple

3) E_tC: E type Thermocouple

4) B_tC: B type Thermocouple

5) R_tC: R type Thermocouple

6) S_tC: S type Thermocouple

7) N_tC: N type Thermocouple

8) L_tC: L type Thermocouple

9) U_tC: U type Thermocouple

42

INPT1

Input sensor selection 1

10) P_tC: P type Thermocouple 11) C_tC: C type Thermocouple

Input1 offset 0.0 R/W -19999 99999 84 OFTL1 value for low Low: -1999 High: 1999

point calibration

1 R/W

0

65535

110/ 111

CALO 1

Input1 signal value during low point calibration

Low: -19999 High: CAHi1-1

0.0 R/W 0.0 R/W 0.0 R/W

0

65535

85

OFTH 1

Input1 offset value for high point calibration

Low: -1999

High: 1999

0 0

65535 65535

112 /113

CAHI1

Input1 signal value during high point calibration

Low: CALO1+1 High: 99999

0 R

Input2 offset 0 65535 86 OFTL2 value for low Low: -1999 High: 1999

point calibration

0 R/W

0

65535

114/ 115

CALO 2

Input2 signal value during low point calibration

Low: -19999 High: CAHi2-1

87

OFTH 2

Input2 offset value for high point calibration

Low: -1999

High: 1999

116/ 117

CAHI2

Input2 signal value during high point calibration

Low: CALO2+1 High: 99999

19

CODE

Security code for parameter protection

Low: 0 High: 9999

15 R/W

0

65535

94

OFS1

Optional function 1 selection

0) NoNE: No selected 1) R485: RS-485

0.0 R/W 0.0 R/W 0.0 R/W 100.0 R/W 0.0 R/W 0.0 R/W 0.0 R/W 100.0 R/W 0 R/W 0 R/W

12) D_tC: D type Thermocouple

0) NoNE: No selected

13) Pt.dN: PT100 DIN curve 14) Pt.JS: PT 100 JIS curve 15) 4-20: 4-20 mA linear current 16) 0-20:0-20 mA linear current

95

OFS2

Optional function 2 selection

1) RE2: Retransmission2 output 2) ALM5: Alarm5 3) ALM5.RE2:

Alarm5, Retransmission2

0 R/W

17) 0-5V: 0-5V linear voltage

SET/ ALM

18) 1-5V: 1-5V linear voltage

0) NONE: No alarm function

19) 0-10: 0-10V linear voltage

1) PV1Hi: PV1 high alarm

20) 0-1V: 0-1V linear voltage

2) PV1Lo: PV1 low alarm

21) 0-50: 0-50mV linear voltage
0) 4-20: 4-20 mA linear current 1) 0-20:0-20 mA linear current

96

A1FN

Alarm 1 function for alarm output

3) PV1LH: PV1 high latching alarm 4) PV1LL: PV1 low latching alarm 5) PV2Hi: PV2 high alarm

0

R/W

43

INPT2

Input sensor selection 2

2) 0-5V: 0-5V linear voltage 3) 1-5V: 1-5V linear voltage

0 R/W 0 65535

6) PV2Lo: PV2 low alarm 7) PV2LH: PV2 high latching alarm

4) 0-10: 0-10V linear voltage

8) PV2LL: PV2 low latching alarm

5) 2-10: 2-10mV linear voltage

2

UNIT1

Input 1 unit selection

0) oC: °C unit 1) oF: °F unit 2) Pu: Process value unit

0 R/W

15

A1HY

Hysteresis control of alarm 1

(°F) Low: 0.1, High: 90.0 (°C) Low: 0.1, High: 90.0

0 65535

9

A1DL

Alarm 1 delay time

Low: 0, High: 999 sec

0.1 R/W 0 R/W

97

A2FN

Alarm 2 function for alarm output

0)~8) Same as A2FN

0 R/W

Scale Scale Low High
0 65535 -19999 99999 -19999 99999
0 65535 -19999 99999 -19999 99999
0 65535
0 65535
-1 45536 0 65535 0 65535 0 65535 -19999 45536 -19999 99999 -19999 45536 -19999 99999 -19999 45536 -19999 99999 -19999 45536 -19999 99999 0 65535 0 65535 0 65535
0 65535
0 65535 0 65535 0 65535

Reg Addr

Code

Parameter

Range

16

A2HY

Hysteresis control of alarm 2

(°F) Low: 0.1, High: 90.0 (°C) Low: 0.1, High: 90.0

10

A2DL

Alarm 2 delay time

Low: 0, High: 999 sec

98

A3FN

Alarm 3 function for alarm output

0)~8) Same as A1FN 9) DCPS: 20 VDC Output Supply 10) RE3: Retransmission3

17

A3HY

Hysteresis control of alarm 3

(°F) Low: 0.1, High: 90.0 (°C) Low: 0.1, High: 90.0

11

A3DL

Alarm 3 delay time

Low: 0, High: 999 sec

99

A4FN

Alarm 4 function for alarm output

0)~8) Same as A1FN 9) DCPS: 20 VDC Output Supply 10) RE1: Retransmission1

18

A4HY

Hysteresis control of alarm 4

(°F) Low: 0.1, High: 90.0 (°C) Low: 0.1, High: 90.0

12

A4DL

Alarm 4 delay time

Low: 0, High: 999 sec

100

A5FN

Alarm 5 function for alarm output

0)~8) Same as A1FN

101

A5HY

Hysteresis control of alarm 5

(°F) Low: 0.1, High: 90.0 (°C) Low: 0.1, High: 90.0

102

A5DL

Alarm 5 delay time

Low: 0, High: 999 sec

Delay rang of

13 SB alarm detection Low: 0, High: 9999

activation (High)

Delay time of

14 SDT alarm detection Low: 0, High: 999 sec

activation

SET/ RETR

88

RE1

Retransmission 1 selection

0) INPUT1: Input1 (PV1) 1) INPUT2: Input2 (PV2) 2) Math: Math result

0) 4-20: 4-20 mA

1) 0-20: 0-20 mA

89

RES1

Retransmission 1 type

2) 0-5V: 0-5V 3) 1-5V: 1-5V

4) 0-10V: 0-10V

5) 2-10: 2-10V

34/35

ANL1

Output 1 retransmission low value (H-L)

ANL1ANH1 Low: -19999, High: 99999

36/37

ANH1

Output 1 retransmission high value (H-L)

ANL1ANH1 Low: -19999, High: 99999

20

OTZ1

Output 1 zero adjustment

Low: -1.000 High 1.000

21

OTS1

Output 1 span Low: -1.000 adjustment High 1.000

90

RE2

Retransmission 2 selection

0) INPUT1: Input1 (PV1) 1) INPUT2: Input2 (PV2) 2) Math: Math result

0) 4-20: 4-20 mA

1) 0-20: 0-20 mA

91

RES2

Retransmission 2 type

2) 0-5V: 0-5V 3) 1-5V: 1-5V

4) 0-10V: 0-10V

5) 2-10: 2-10V

118/ 119

ANL2

Output 2 retransmission
low value

ANL2ANH2 Low: -19999, High: 99999

120/ 121

ANH2

Output 2 retransmission
high value

ANL2ANH2 Low: -19999, High: 99999

92

OTZ2

Output 2 zero adjustment

Low: -1.000 High 1.000

93

OTS2

Output 2 span Low: -1.000 adjustment High 1.000

141

RE3

Retransmission 3 selection

0) INPUT1: Input1 (PV1) 1) INPUT2: Input2 (PV2) 2) Math: Math result

0) 4-20: 4-20 mA

1) 0-20: 0-20 mA

164

RES3

Retransmission 3 type

2) 0-5V: 0-5V 3) 1-5V: 1-5V

4) 0-10V: 0-10V

5) 2-10: 2-10V

Output 3 low

124/ 125

ANL3

point ANL3ANH3 retransmission Low: -19999, High: 99999

value

126/ 127

ANH3

Output 3 high point temperature

ANL3ANH3 Low: -19999, High: 99999

165

OTZ3

Output 3 zero adjustment (low)

Low: -1.000 High 1.000

166

OTS3

Output 3 span adjustment (high)

Low: -1.000 High 1.000

SET/ COMM

Address

8

ADDR

assignment of digital

Low: 1 High: 247

communication

Def- Data ault Type 0.1 R/W 0 R/W 0 R/W 0.1 R/W 0 R/W 0 R/W 0.1 R/W 0 R/W 0 R/W 0.1 R/W 0 R/W 0 R/W 0 R/W
0 R/W
0 R/W
0.0 R/W 100.0 R/W
0 R/W 0 R/W 0 R/W
0 R/W
0.0 R/W 100.0 R/W
0 R/W 0 R/W 0 R/W
0 R/W
0.0 R/W 100.0 R/W
0 R/W 0 R/W
1 R/W

Scale Scale Low High

Reg Addr

Code

Parameter

Range

Def- Data ault Type

0 65535

0) 2.4: 2.4 Kbits/s 1) 4.8: 4.8 Kbits/s

0 65535

2) 9.6: 9.6 Kbits/s Baud rate of 3) 14.4: 14.4 Kbits/s

4 BAUD digital 4) 19.2: 19.2 Kbits/s

2 R/W

0 65535

communication 5) 28.8: 28.8 Kbits/s 6) 38.4: 38.4 Kbits/s

7) 57.6: 57.6 Kbits/s

0 65535

8) 115.2: 115.2 Kbits/s

0

65535

82

DATA

Data bit count of digital
communication

0) 7bIt: 7 data bits 1) 8bIt: 8 data bits

1 R/W

0 65535

5

PARI

Parity bit of digital communication

0) EVEN: Even Parity 1) Odd: Odd parity 2) NoNE: No parity bit

0 R/W

0 0

65535 65535

83

STOP

Stop bit count of digital
communication

0) 1bIt: One stop bit 1) 2bIt: Two stop bits

0 R/W

SET/ EI (Input 1 only)

0 65535

0) NONE: No alarm

1) R.AL1: Reset alarm 1 output

0 65535

2) R.AL2: Reset alarm 2 output 3) R.AL3: Reset alarm 3 output

0 65535

4) R.AL4: Reset alarm 4 output

0

65535

49

E1FN

Event input 1 function

5) R.AL5: Reset alarm 5 output 6) R.ALL: Reset all alarm outputs 7) FR.ZO: Force PV1 to 0

0 R/W

8) DA.HO: Current PV1 value

holding

0 65535

9) MX.HO: PV1 max value holding

10) MANU: Switch all to A0 manual

control / retransmission outputs

0

65535

50

E2FN

Event input 2 function

Same as E1FN

0 R/W

51

E3FN

Event input 3 function

Same as E1FN

0 R/W

0

65535

52

E4FN

Event input 4 function

Same as E1FN

53

E5FN

Event input 5 function

Same as E1FN

0 R/W 0 R/W

54

E6FN

Event input 6 function

Same as E1FN

0 R/W

-19999 99999 Calibration Mode

-19999 99999

58

ADLO

ADC calibration low coefficient

Low: -1999 High: 1999

59

ADHI

ADC calibration Low: -1999 high coefficient High: 1999

—— R/W —— R/W

-19999 45536

60

RTDL

RTD calibration Low: -1999 low coefficient High: 1999

—— R/W

-19999 45536

61

RTDH

RTD calibration high coefficient

Low: -1999 High: 1999

—— R/W

0

65535

62

CJLO

Cold junction calibration low
coefficient

Low: -5.00 High: 40.00

—— R/W

0

65535

63

CJHI

Cold junction calibration high
coefficient

Low: -1999 High: 1999

64

MA1L

MA1 calibration Low: -1999 low coefficient High: 1999

—— R/W —— R/W

-19999 99999

65

MA1G

MA1 calibration high coefficient

Low: -1999 High: 1999

66

V1L

V1 calibration low Low: -1999 coefficient High: 1999

—— R/W —— R/W

-19999 99999

67

V1G

V1 calibration Low: -1999 high coefficient High: 1999

—— R/W

-19999 45536

68

MA2L

MA2 calibration Low: -1999 low coefficient High: 1999

—— R/W

-19999 45536

69

MA2G

MA2 calibration high coefficient

Low: -1999 High: 1999

—— R/W

0

65535

70

V2L

V2 calibration low Low: -1999 coefficient High: 1999

71

V2G

V2 calibration Low: -1999 high coefficient High: 1999

—— R/W —— R/W

Internal Usage

Sense voltage

0

65535

72 CJCL

during cold Low: 0 junction High: 7552

—— R

calibration low

73

CJCT

Cold Junction Low: -4000 Temperature High: 9000

—— R

-19999 99999 38/39 PV1 Process Value 1 Low: -19999, High: 99999

—— R

40/41 PV2 Process Value 2 Low: -19999, High: 99999

—— R

74 DATE

Date Low: 0, High: 65535

—— R

-19999 99999 75 SRNO Serial No Low: 0, High: 65535

—— R

76 EROR Error code Low: 0, High: 65535

—— R

-19999 45536

1

MODE

Operation/ Alarm mode

Low: 0, High: 65535

—— R

-19999 45536 140 PROG Program code 53. XX

—— R

79 CMND Command code Low: 0, High: 65535

—— R/W

80 JOB1 Job code Low: 0, High: 65535

—— R/W

0

65535

81 PASS

Parameter Password

Low: 0, High: 9999

0 R/W

Scale Scale Low High
0 65535
0 65535 0 65535 0 65535
0 65535
0 65535 0 65535 0 65535 0 65535 0 65535 -19999 45536 -19999 45536 -19999 45536 -19999 45536 -19999 45536 -19999 45536 -19999 45536 -19999 45536 -19999 45536 -19999 45536 -19999 45536 -19999 45536 -19999 45536 -19999 45536

5. Communication Address Full Table v1.2

Comm. Reg. Address 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22/23 24/25 26/27 28/29 30/31 32/33 34/35 36/37 38/39 40/41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66

Parameter Notation MODE UNIT1
DP1 BAUD PARI FILT LCUT ADDR A1DL A2DL A3DL A4DL
SB SDT A1HY A2HY A3HY A4HY CODE OTZ1 OTS1 IN1LO IN1HI A1SP A2SP A3SP A4SP ANL1 ANH1 PV1 PV2 INPT1 INPT2 DP2 MATH SQRT DSP1 DSP2 E1FN E2FN E3FN E4FN E5FN E6FN AOSW AO1 AO2 ADLO ADHI RTDL RTDH CJLO CJHI MAIL MAIG VIL

Type
Internal Input/ Base Input/ Base Communication Communication
Base Base Communication Alarm Alarm Alarm Alarm Alarm Alarm Alarm Alarm Alarm Alarm Base Retransmission Retransmission Input/ Base Input/ Base Alarm Alarm Alarm Alarm Retransmission Retransmission Internal Internal Input/ Base Input/ Base Input/ Base Base Base Input Input Event Event Event Event Event Event Manual Manual Manual Calibration Calibration Calibration Calibration Calibration Calibration Calibration Calibration Calibration

Comm. Address
67 68 69 70 71 72 73 74 75 76 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104/105 106/107 108/109 110/111 112/113 114/115 116/117 118/119 120/121 122 123 124/125 126/127 139 140 141 164 165 166 167

6. PROGRAMMING

Parameter Notation
VIG MA2L MA2G V2L V2G CJCL CJCT DATE SRNO EROR CMND JOB1 PASS DATA STOP OFTL1 OFTH1 OFTL2 OFTH2 RE1 RES1 RE2 RES2 OTZ2 OTS2 OFS1 OFS2 A1FN A2FN A3FN A4FN A5FN A5HY A5DL LOCK A5SP IN2LO IN2HI CALO1 CAHI1 CALO2 CAHI2 ANL2 ANH2 MAT_HD MAT_DL ANL3 ANH3 AO3 PROG RE3 RES3 OTZ3 OTS3 FILE

Type
Calibration Calibration Calibration Calibration Calibration
Internal Internal Internal Internal Internal Internal Internal Internal Communication Communication Input/ Base Input/ Base Input/ Base Input/ Base Retransmission Retransmission Retransmission Retransmission Retransmission Retransmission Base Base Alarm Alarm Alarm Alarm Alarm Alarm Alarm Base Alarm Input/ Base Input/ Base Input/ Base Input/ Base Input/ Base Input/ Base Retransmission Retransmission Base Base Retransmission Retransmission Alarm Internal Retransmission Retransmission Retransmission Retransmission File/ Manual

Signal Input INPT: Select the sensor type or signal type for signal input Range: (Thermocouple) J_tC, K_tC, T_tC, E_tC, B_tC, R_tC, S_tC, N_tC, L_tC, U_tC, P_tC, C_tC, d_tC(RTD) PT.DN, PT.JS, (Linear) 4-20, 0-20, 0-5V, 1-5V, 0-10V, 0-1V, 0-50mV

Retransmission The signal conditioner will output (retransmit) PV on its output terminals of output1, output2 and output3. ANL1 and ANH1 are adjusted to specify the low scale and high scale values of output1 retransmission. Similarly, ANL2, ANL3, ANH2 and ANH3 parameters are adjusted for output2 and output3.

Square Root function (SQRT) The square root function (SQRT) function will output the square root value of the PV. The square root function will be enabled by setting the parameter SQRT.

Manual Control

Some application requires to test with the manual output from the signal conditioner. Use key

to access the MANU mode, to navigate to the manual mode control parameter AOSW. Set AOSW

to ON to start the manual mode output. Use the key to select the desired output parameters

AO1, AO2 and AO3. Use the key to move to the digital position. Use the

keys to

set the required output values. Set AOSW to OFF to stop the manual output.

7. ERROR CODE

Error Display Code Symbol

Description & Reason

Corrective Action

10

ER10

Communication error: bad function code

Correct the communication software to meet the protocol requirements.

11

ER11

Communication error: register address out of range

Do not issue an over-range address of the register to the slave

14

ER14

Communication error: attempt to write a read-only data

Do not write read-only data or protected data to the slave.

15

Communication error: write a ER15 value which is out of range to a
register

Do not write an over-range data to the slave register

29

EEPR

EEPROM can’t be written correctly

Return to factory for repair.

30

CJER

Cold junction compensation for Thermocouple malfunction

Return to factory for repair.

Input sensor break, or input

39

SBER

current below 1 mA if 4-20 mA is used, or input voltage below

Replace the input sensor.

0.25V if 1 – 5V is used

40

ADER

A to D converter or related component(s) malfunction

Return to factory for repair.

8. WIRING DIAGRAM

Terminal Connection

0
-19999 -19999 -19999
0 0 0

65535
45536 99999 99999 65535 65535 65535

Zero and Span adjustment The signal conditioner has the option to adjust the zero and span of the outputs to meet the required accuracy. The user can adjust the parameters otZ1, otZ2 and otZ3 to adjust the zero value of the output1, output2 and output3 respectively. The user can adjust the parameters otS1, otS2 and otS3 to adjust the span value of the output1, output2 and output3 respectively. The allowable range for zero and span adjustment is from -1.000 to 1.000.

0 65535

0 65535 0 65535 0 65535

For assistance contact Tech Support: service@brainchild.com.tw; 886-2-2786-1299; http:// www.brainchildtw.com **This specification is subject to possible change without prior notice. Copyright © 2025, All Right Reserved

0 65535

V1.2 QS0IA101A

Documents / Resources

Brainchild IA10 Indicator and Alarm Unit [pdf] User Guide QS0IA101A, EN, IA10 Indicator and Alarm Unit, IA10, Indicator and Alarm Unit, Alarm Unit, Unit

References

• User Manual