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AD3V

P. 7 / 8           EM-1389 Rev.13

         5-2-55, Minamitsumori, Nishinari-ku, Osaka 557-0063 JAPAN

Phone: +81(6)6659-8201   Fax: +81(6)6659-8510   E-mail: [email protected]

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AD3V FUNCTION DIAGRAM

 SELECTING SCALE, INPUT RANGE & OUTPUT TYPE

Setting orders may be changed.
[Example] Scale: -5000 to +5000

Input range: 1 to 5V
Output type: Binary with plarity

Input

A/D

Converter

Scaling

ITEM 06/07

Moving

Average

ITEM 18

Input %

ITEM 03

Output

PV

Display

Delay

Buffer

ITEM 19

Set 0% input to 1V.

Set 100% input to 5V.

START

COMPLETE

Go to the PROGRAM mode
• Press ITEM     or     key until the display shows ITEM 01
• Press DATA     or     key until the display shows DATA 2

0% Scaling
• Press ITEM     or     key until the display shows ITEM 06
• Press DATA     or     key until the DATA display shows -5000
(PL1 turns on)

100% Scaling
• Press ITEM     or     key until the display shows ITEM 07
• Press DATA     or     key until the DATA display shows 5000

Set 0% scale to -5000.

Set 100% scale to 5000.

Display Code
• Press ITEM     or     key until the display shows ITEM 09
• Press DATA     or     key until the DATA display shows 1

Set the display code to ‘binary.’

0% Input
• Press ITEM     or     key until the display shows ITEM 22
• Press DATA     or     key until the DATA display shows 1.0

100% Input
• Press ITEM     or     key until the display shows ITEM 23
• Press DATA     or     key until the DATA display shows 5.0

Go to the MONITOR mode
• Press ITEM     or     key until the display shows ITEM 01
• Press DATA     or     key until the display shows DATA 1

 LOOP TEST OUTPUT

The loop test output is enabled when ITEM L (P) is selected
in the PROGRAM mode.
[Example]  Loop test output 0123

START

COMPLETE

Go to the PROGRAM mode

Go to the MONITOR mode

Set the loop test output.

Loop Test Output
• Press ITEM     or     key until the display shows ITEM P
• Press DATA     or     key until the DATA display shows 0123
(ITEM L indicated with DATA     or     )

Reset the Loop Test Output mode
• Press ITEM     or     key until the display shows another ITEM

Confirm the Loop Test Output
• Confirm the output signal 

START

Go to the RESET mode
• Press ITEM     or     key until the display shows ITEM 01
• Press DATA     or     key until the display shows DATA 3

Reset All Settings
• Press ITEM     or     key until the display shows ITEM 24
• Press DATA     key to show DATA 1 and double-click DATA    
(The display returns to DATA 0 when the setting is complete)

COMPLETE

Go to the MONITOR mode

 RESET ALL SETTINGS

Summary of Contents for AD3V

Page 1: ...ck the power rating for the unit on the specification label Rating 100 240V AC 85 264V 47 66 Hz approx 5VA Rating 12 24V DC 10 8 26 4V approx 4W Rating 110V DC 85 150V approx 4W UNPLUGGING THE UNIT Before you remove the unit from its base socket or mount it turn off the power supply and signal input for safety INSTRUCTION MANUAL MODEL AD3V Input Resistor A D CONVERTER 16 bit resolution Connection ...

Page 2: ...nput resistor is provided with the module attach it together with input wiring to the input screw terminals DIMENSIONS mm inch PIN NO ASSIGNMENT PIN NO ASSIGNMENT 1 B0 17 COM 2 B1 18 COM 3 B2 19 OVF 4 B3 20 POL 5 B4 21 DAV 6 B5 22 HOLD 1 7 B6 23 P0 2 8 B7 24 P1 9 B8 25 P2 10 B9 26 P3 11 B10 12 B11 13 B12 14 B13 15 B14 16 B15 1 HOLD signal is for input the others are for output 2 P 0 corresponds to...

Page 3: ...0 ms approx 1 ms HOLD INPUT Data output is halt during HOLD input DAV is output during DATA output Varies by individual module Set to n times with ITEM 20 Selectable with ITEM 17 CONNECTION EXAMPLES AD3V 26 pin CONNECTOR H 4 5V or more L 0 5V or less OUTPUT COMMON AD3V 26 pin CONNECTOR Max collector emitter voltage 30V DC Max collector current 30mA V OUTPUT COMMON LOAD CMOS LEVEL 5V CMOS OPEN COLL...

Page 4: ...DIGITAL OUTPUT FS ANALOG INPUT INPUT OUTPUT RELATIONSHIP EXAMPLES FS FS stands for 15 of the input range which is configured by ITEM22 0 input voltage and ITEM23 100 input voltage FS stands for 115 of the input range OVF When one of the following conditions is true the digital output overflows OVF 1 When the input signal is out of the range between FS and FS 2 When the display value output signal ...

Page 5: ...i Lo Hi 8 Hi Lo Lo Lo Lo Hi 9 Hi Lo Lo Hi Hi Lo 10 Hi Lo Hi Lo Hi Lo 11 Hi Lo Hi Hi Lo Hi 12 Hi Hi Lo Lo Hi Lo 13 Hi Hi Lo Hi Lo Hi 14 Hi Hi Hi Lo Lo Hi 15 Hi Hi Hi Hi Hi Lo Negative Logic I14 1 Lo True Hi False DATA 8 4 2 1 PARITY Even I12 0 Odd I12 1 0 Hi Hi Hi Hi Hi Lo 1 Hi Hi Hi Lo Lo Hi 2 Hi Hi Lo Hi Lo Hi 3 Hi Hi Lo Lo Hi Lo 4 Hi Lo Hi Hi Lo Hi 5 Hi Lo Hi Lo Hi Lo 6 Hi Lo Lo Hi Hi Lo 7 Hi Lo...

Page 6: ...of bits 0 0 16 bits 1 14 bits 2 12 bits 3 10 bits 4 8 bits 11 2 0 1 2 Parity check 0 0 Disable 1 Enable Parity per each digit 2 Enable Parity for all digits 12 2 0 1 Odd or even parity Adjust the number of Hi output 0 0 Odd CMOS Even open collector 1 Even CMOS Odd open collector 13 2 0 1 POL OVF output logic 0 Data available at High CMOS or ON open collector 0 1 Data available at Low CMOS or OFF o...

Page 7: ...ay code to binary 0 Input Press ITEM or key until the display shows ITEM 22 Press DATA or key until the DATA display shows 1 0 100 Input Press ITEM or key until the display shows ITEM 23 Press DATA or key until the DATA display shows 5 0 Go to the MONITOR mode Press ITEM or key until the display shows ITEM 01 Press DATA or key until the display shows DATA 1 LOOP TEST OUTPUT The loop test output is...

Page 8: ...meter 3 Input Check that the input signal is within 0 100 of the full scale 4 Output Open collector Check that the output load is 30V DC 30mA at the maximum Saturation voltage is 1 1V DC Check the input threshold voltage at L level of the connected device to be greater than that CMOS level Check the output voltage H 4 5V DC L 0 5V DC LIGHTNING PROTECTION In order to protect the unit from lightning...

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