Z-World SR9300, SR9310, SR9320 User Manual

A/D Converter Cards (SR9300 Series)

Smart Star Modular C-Programmable Control System

User’s Manual

010215 - A

Digital I/O Cards User’s Manual

Part Number 019-0086 • 010215 - A • Printed in U.S.A.

Copyright

© 2001 Z-World, Inc. • All rights reserved.
Z-World reserves the right to make changes and improvements to its products without pro-

viding notice.

Trademarks

• Dynamic C® is a registered trademark of Z-World, Inc.

• Windows® is a registered trademark of Microsoft Corporation

• Rabbit 2000™ is a trademark of Rabbit Semiconductor

Notice to Users

When a system failure may cause serious consequences, protecting life and property
against such consequences with a backup system or safety device is essential. The buyer
agrees that protection against consequences resulting from system failure is the buyer’s
responsibility.

This device is not approved for life-support or medical systems.
All Z-World products are 100 percent functionally tested. Additional testing may include

visual quality control inspections or mechanical defects analyzer inspections. Specifica­tions are based on characterization of tested sample units rather than testing over tempera­ture and voltage of each unit. Z-World may qualify components to operate within a range
of parameters that is different from the manufacturer’s recommended range. This strategy
is believed to be more economical and effective. Additional testing or burn-in of an indi­vidual unit is available by special arrangement.

Company Address

Z-World, Inc.

2900 Spafford Street

Davis, California 95616-6800
USA

Telephone: [phone]
Facsimile: [phone]
Web site: http://www.zworld.com
E-mail: [email protected]

User’s Manual iii

TABLE OF CONTENTS

1. A/D Converter Cards ......................................................................................................1

1.1 A/D Converter Card Features......................................................................................................2

1.2 Installing A/D Converter Cards...................................................................................................3

1.3 User Interface..............................................................................................................................4

1.4 User Connections........................................................................................................................5

1.5 Power Distribution......................................................................................................................6

2. Software..........................................................................................................................7

2.1 Dynamic C Libraries...................................................................................................................8

2.1.1 Library Directories.....................................................................................................9

2.2 Smart Star A/D Converter Card Function APIs........................................................................10

2.3 Sample Programs.......................................................................................................................14

2.4 Using Dynamic C...................................................................................................................... 15

Appendix A. A/D Converter Card Specifications ............................................................17

A.1 Electrical and Mechanical Specifications.................................................................................18

Appendix B. Field Wiring Terminals................................................................................21

B.1 Selecting and Installing a Field Wiring Terminal.....................................................................22

B.2 Dimensions...............................................................................................................................23

B.3 Pinouts......................................................................................................................................23

Appendix C. Smart Star Slot Address Layout..................................................................25

C.1 A/D Converter Card Channel Layout.......................................................................................27

Index ..................................................................................................................................29

Schematics

iv Smart Star A/D Converter Cards (SR9300)

User’s Manual 1

1. A/D CONVERTER CARDS

Chapter 1 describes the features of the A/D converter card, one of the I/O cards designed
for the Smart Star embedded control system. The Smart Star embedded control system is
described in complete detail in the Smart Star User’s Manual.

2 Smart Star A/D Converter Cards (SR9300)

The Smart Star is a modular and expandable embedded control system whose configura­tion of I/O, A/D converter, D/A converter , and relay cards can be tailored to a large variety
of demanding real-time control and data acquisition applications.

The typical Smart Star system consists of a rugged backplane with a power supply , a CPU
card, and one or more I/O cards. The CPU card plugs into a designated slot on the back­plane chassis, which has seven additional slots available for I/O cards to be used in any
combination. A high-performance Rabbit 2000 microprocessor on the CPU card operates
at 25.8 MHz to provide fast data processing.

1.1 A/D Converter Card Features

Three models of A/D converter cards are available, as shown in Table 1. Appendix A pro­vides detailed specifications.

Appendix A provides detailed specifications.

Table 1. Smart Star A/D Converter Cards

I/O Card Model Features

A/D Converter

SR9300 12-bit A/D converter , 11 channels, 0 V – 10 V
SR9310 12-bit A/D converter, 11 channels, -10 V – +10 V
SR9320 12-bit A/D convert er, 11 channels, 4 m A – 20 mA

User’s Manual 3

1.2 Installing A/D Converter Cards

1. Orient the backplane with the CPU card already installed and facing towards you as
shown in Figure 1.

Figure 1. Installing A/D Converter Cards on the Backplane

2.

Position the A/D converter card above the backplane over any unused slot position
(

SLOT 0

to SLOT 6) as shown in Figure 1. Note the slot number and the type of I/O

card since Dynamic C addresses the I/O cards by slot number.

3. Carefully insert the A/D converter card header into the slot on the backplane and line
up the tabs on the card with the slots on the backplane as shown in Figure 1.

4. Use the two 4-40 screws supplied with the A/D converter card to ensure that the plastic
brackets anchor the relay card firmly on the backplane. Tighten the screws as needed.

+

C

2

5

C

2

7

J6

C

1

1

Place tabs on
card into
alignment slot

D3 C4

+

C5

U2

C

6

D4

L2

C

9

U5

U6

C

1

0

U7

L1

D2

C

3

U1C2C1

+

+

D1

U3

C

7

U4

C

8

R

9

R

8

R7R6R

5

R

4

R3R2R

1

3

IN

P

O

W

E

R

J1

1

52

J2

PROCESSOR SLOT

51

26

C

1

5

J3

C

1

6

C

1

3

C

1

4

C

1

8

C

1

7

SLOT 0

2

J4

C

1

9

C

2

0

C

2

1

J5

2

2

SLOT 2

C

2

3

C

2

2

SLOT 1

C

2

4

2

SLOT 3

C

2

6

J7

C

2

9

C

2

8

SLOT 4

2

C

3

0

SLOT 5

2

C

3

2

C

3

1

J8

C

3

3

J9

C

3

4

C

3

5

SLOT 6

2

25

C

1

2

21

Note: The plastic brackets
on the CPU card are
attached on the opposite
side of the board relative
to the I/O cards.

USER

GND

+RAW

U41

U44

R50

U40

C50

JP1

R51

C51

U45

JP2

C55

U43

C52

U42

U46

C57

JP3

R63

R64

R65

R66

R67

R68

C58

R62

C56

R54R55R56 R57R58R59 R60R61

C53

C54

R52

R53

Flash

EPROM

Flash

EPROM

SRAM

CPU Card

To

power supply

JP14JP16

JP13
R78

R79R81

R80

R83

JP18

R82

JP17

R84

JP20

R85

+

C45

U23

+

C46

R89

C47

R90

C48

R86

U20

C20

C32

JP15

R56

JP6

R24

JP1JP3

JP2

JP5 R23

R21

JP4

R22

R20

R32

R25JP7

R26

JP8

R27

JP9

R28

JP10

R29

U21

U22

C40

R72

JP19

C44

R71

JP11

R30
JP12

R31

C43

C31

JP21

R55

R77

R87

U24

R91

Q20

R88

JP22

A/D Converter Card

4 Smart Star A/D Converter Cards (SR9300)

1.3 User Interface

Figure 2 shows the circuit used to condition the analog signal before it goes to the A/D
converter chip. Depending on the model of A/D converter card you have, it is designed to
handle analog inputs of 0 V to 10 V, -10 V to +10 V, or 4–20 mA. The two different volt­age ranges are handled with different gain resistors, Rg: 23.7 kΩ for the SR9300 and

12.1 kΩ for the SR9310. The input shown in Figure 2 is configured differently for the
SR9320, which handles analog inputs of 4–20 mA.

Figure 2. Analog Input Amplifier Circuit

Figure 3 shows the complete pinout for the user interface on header J2. Note that pin 1 is
indicated by a small arrow on the ribbon cable connector.

Figure 3. A/D Converter Card User Interface Pinout

1 nF

R

g

R

BOTTOM

R

TOP

VREF

Input

To ADC

100 kW

10 kW

R

IN

C

FB

100 nF

AIN0
GND
AIN3
AIN4
GND
GND
AIN8
AIN9
GND
GND

AIN1
AIN2
GND
AIN5
AIN6
AIN7
GND
AIN10
+5 V (ADC)
+2.5 V

J2

User’s Manual 5

1.4 User Connections

Connections to the A/D converter cards are made via a ribbon cable connector or optional
field wiring terminals that are either pluggable or have screw terminals. Table 2 lists the
the Z-World part numbers for the FWTs.

Appendix B, “Field Wiring Terminals,” provides further information on FWTs, includ­ing their dimensions and pinouts.

Table 2. Guide to FWT Selection

FWT Description I/O Cards

Z-World Part Number

Pluggable Terminals Screw Terminals

FWT18 A/D Converter 101-0421 101-0425

&

6 Smart Star A/D Converter Cards (SR9300)

1.5 Power Distribution

Figure 4 shows the power distribution on the A/D converter card.

Figure 4. A/D Converter Card Power Distribution

BACKPLANE

SLOT 06

20

22

1, 26

+5 V

+V_USER

Multiplexer/

Latch

Precision

+2.5 V reference

+5 V VccADC

User’s Manual 7

2. SOFTWARE

Dynamic C Premier is an integrated development system for writing embedded software.
It runs on an IBM-compatible PC and is designed for use with Z-World controllers and
other controllers based on the Rabbit microprocessor.

Chapter 2 provides the libraries, function calls, and sample programs related to the Smart
Star A/D converter cards.

8 Smart Star A/D Converter Cards (SR9300)

2.1 Dynamic C Libraries

With Dynamic C running, click File > Open, and select Lib. The following list of
Dynamic C libraries and library directories will be displayed.

One library directory is specific to the Smart Star.

•

SMRTSTAR—libraries associated with features specific to the Smart Star control sys-

tem.

Other functions applicable to all devices based on the Rabbit 2000 microprocessor are
described in the Dynamic C Premier User’s Manual.

User’s Manual 9

2.1.1 Library Directories

The SMRTSTAR directory contains libraries required to operate the Smart Star control sys­tem.

• SMRTSTAR.LIB—This library supports all the functions needed by the Smart Star sys-
tems including digital I/O cards, relay cards, D/A converter and A/D converter cards,
and serial communication.

Functions dealing with the A/D converter cards are described in this manual. Functions
relevant to the other I/O cards are described in the manual specific to the I/O card. Func­tions dealing with the backplane and the CPU card are described in the Smart Start
(SR9000) User’s Manual.

10 Smart Star A/D Converter Cards (SR9300)

2.2 Smart Star A/D Converter Card Function APIs

The A/D converter card calibration constants, gain, and offset are stored in the factory in the
upper half of the EEPROM on the A/D converter card. Use this function to read the A/D con­verter card calibration constants, gain, and offset from the upper half of the EEPROM on the
A/D converter card

Parameters

channel is the analog input channel. channel should be passed as

channel = (slotnumber * 128) + (channelnumber)

where slotnumber is 0–6, and channelnumber is 0–10
or

channel = ChanAddr(slotnumber, channelnumber)

where slotnumber is 0–6, and channelnumber is 0–10.

Return Value

0 if successful.

-1—control command unacceptable.

-2—EEPRO M address unacceptable.

See Also

anaInEEWr

The calibration constants may also be saved in the flash memory on the Smart Star CPU card.
Doing so will speed up A/D conversions since a memory access from flash memory will be
faster than from EEPROM. Use anaSaveCalib to save the current se t of calibration con­stants for the ana log inp ut and out put ch anne ls in t he Smart S tar flash memory. The calibration
constants stored in flash memory can then be accessed at any time with the anaLoadCalib
function.

If the factory-set calibration are not used, customer-measured calibration constants should first
be established using the anaInCalib function.

Return Value

None.

See Also

anaLoadCalib, anaInCalib

int anaInEERd(int channel);

int anaSaveCalib();

User’s Manual 11

Reads a complete se t of calibration constants for the analog input and output channels fr om the
Smart Star flash memory on the CPU card. These should be set using the anaInCalib or
anaInEERd function, then saved to flash memory using the anaSaveCalib function.

Return Value

None.

See Also

anaSaveCalib, anaInCalib

Used to recalibrate the r espons e of t he A/D co nver ter chan nel as a l inear funct ion us ing th e two
conversion points p rovide d. Gain and offset constants are calculated an d place d into t he globa l
table _adcCalib.

Parameters

channel is the A/D converter input channel (0–10). channel should be passed as

channel = (slotnumber * 128) + (channelnumber)

where slotnumber is 0–6, and channelnumber is 0–10
or

channel = ChanAddr(slotnumber, channelnumber)

where slotnumber is 0–6, and channelnumber is 0–10.
value1 is the first A/D converter value.
volt1 is the voltage corresponding to the first A/D converter value.
value2 is the second A/D converter value.
volt2 is the voltage corresponding to the first A/D converter value.

Return Value

0 if successful, -1, if not able to make calibration constants.

See Also

anaIn, anaInVolts

int anaLoadCalib();

void anaInCalib(int channel, int value1,

float volt1,int value2, float volt2);

12 Smart Star A/D Converter Cards (SR9300)

Writes the calibration constants, gain, and offset to the upper half of the EEPROM on the A/D
converter card.

Parameters

channel is the analog input channel. channel should be passed as

channel = (slotnumber * 128) + (channelnumber)

where slotnumber is 0–6, and channelnumber is 0–10
or

channel = ChanAddr(slotnumber, channelnumber)

where slotnumber is 0–6, and channelnumber is 0–10.

Return Value

0 if successful.

-1—control command unacceptable.

-2—EEPRO M address unacceptable.

-3—data value unacceptable.

See Also

anaInEERd, _anaInEEWr

int anaInEEWr(int channel);

User’s Manual 13

Reads the s t ate of an analog input ch annel.

Parameters

channel is the analog input channel to read. channel should be passed as

channel = (slotnumber * 128) + (channelnumber)

where slotnumber is 0–6, and channelnumber is 0–10
or

channel = ChanAddr(slotnumber, channelnumber)

where slotnumber is 0–6, and channelnumber is 0–10.

Return Value

A value corresponding to the voltage on the analog input channel, 0–4095.

See Also

anaInCalib, anaInVolts

Reads the state of an analog input channel and uses the previously set calibration constants to
convert the state to volts.

Parameters

channel is the analog input channel. channel should be passed as

channel = (slotnumber * 128) + (channelnumber)

where slotnumber is 0–6, and channelnumber is 0–10
or

channel = ChanAddr(slotnumber, channelnumber)

where slotnumber is 0–6, and channelnumber is 0–10.

Return Value

A voltage value corresponding to the voltage on the analog input channel, 0–4095.

See Also

anaIn, anaInCalib

int anaIn(int channel);

int anaInVolts(int channel);

14 Smart Star A/D Converter Cards (SR9300)

2.3 Sample Programs

Sample programs are provided in the Dynamic C Samples folder, which is shown below.

The various folders contain specific sample programs that illustrate the use of the corre­sponding Dynamic C libraries. For example, the sample program

PONG.C demonstrates

the output to the STDIO window.
The

SMRTSTAR folder provides sample programs specific to the Smart Star control sys-

tem. Each sample program has comments that describe the purpose and function of the
program. Follow the instructions at the beginning of the sample program.

User’s Manual 15

Let’s take a look at sample programs for the relay card in the

SMRTSTAR

folder .

•

SSTARAD1.C

—Demonstrates how to calibrate an A/D converter channel using two
known voltages, and defines the two coefficients, gain and offset. These coefficients are
then read back to compute the equivalent voltage.

•

SSTARAD2.C

—Reads and displays voltage and equivalent values of each A/D converter
channel. Calibrations must have been previously stored into flash memory before run­ning this program. See sample program

SSTARAD3.C

.

•

SSTARAD3.C

—Demonstrates how to calibrate all A/D converter channels using two
known voltages and defines the two coefficients, gain and offset. These coefficients are
then read back to compute the equivalent voltage and are saved to flash memory.

2.4 Using Dynamic C

To run a sample program, open it with the File menu (if it is not still open), compile it
using the Compile menu, and then run it by selecting Run in the Run menu. The CPU
card must be in Program Mode (see Section 3.1, “Switching Between Program Mode and
Run Mode,” in the Smart Start (SR9000) User’s Manual) and must be connected to a PC
using the programming cable as described in Section 2.3, “Programming Cable Connec­tions,” in the Smart Start (SR9000) User’s Manual.

More complete information on Dynamic C is provided in the Dynamic C Premier User’s
Manual.

16 Smart Star A/D Converter Cards (SR9300)

User’s Manual 17

APPENDIX A.

A/D CONVERTER CARD SPECIFICATIONS

Appendix A provides the specifications for the Smart Star A/D converter card.

18 Smart Star A/D Converter Cards (SR9300)

A.1 Electrical and Mechanical Specifications

Figure A-1 shows the mechanical dimensions for the A/D converter card.

Figure A-1. Relay Card Dimensions

All diagram and graphic measurements are in inches followed by millimeters enclosed
in parentheses.

J1

C2

+

C6

U6

C12

+

C10

C11

R3

R2

C9

+

C3

C4

1

11

616

U4

U3

U2

J2

U1

R1

C1

U5

C5

+

C8

+

C7

C13

C14

R4

R5

2.73

(70)

2.49

(63)

3.00

(76)

1.19

(48)

!

User’s Manual 19

Table A-1 lists the electrical, mechanical, and environmental specifications for the A/D
converter card.

Table A-1. A/D Converter Card Specifications

Parameter Specification

Board Size

2.73" × 3.00" × 0.44"

(70 mm × 76 mm × 11 mm)
Connectors one 2 × 10 latch/eject ribbon connector, 0.1 inch pitch
Operating Temperature –40°C to +7 0 °C
Humidity 5% to 95%, noncondensing

Power Requirements

5 V DC at 40 mA from backplane (+5 V supply)

9 V to 30 V DC, 35 mA at 24 V DC, +RAW/+V_USER

from backplane
Number of Inputs 11 conditioned channels
Analog Input Ranges 0 V to +10 V, -10 V to +10 V, 4 mA to 20 mA
Resoluti on 12 bits (0–4095)
Conversion Time

(including Dynamic C)

0.2 ms/channel

Input Stability ±½ count
Input Impedance 100 kΩ min. for 0 V to +10 V range
Linearity Error (end to end) ±1 count

20 Smart Star A/D Converter Cards (SR9300)

User’s Manual 21

APPENDIX B.

FIELD WIRING TERMINALS

Appendix B explains how to prepare the connector on an I/O card to accept a field wiring
terminal, and how to secure the field wiring terminal to the I/O card. The dimensions for
the field wiring terminals are included.

22 Smart Star A/D Converter Cards (SR9300)

B.1 Selecting and Installing a Field Wiring Terminal

Connections to the I/O cards are made via a ribbon cable connector or optional field wir­ing terminals that are either pluggable or have screw terminals. Three different Field Wi r­ing Terminals (FWTs) are available. Table B-1 lists the I/O cards and the Z-World part
numbers for the corresponding FWTs.

Before you can install the FWT you selected
for your I/O card, you must remove the tabs
from the connector on the I/O card. To do
so, move the tab inwards as shown in
Figure B-1. Then insert a screwdriver into
the space below the tab on the side of the
connector and gently nudge the tab up and
out. If you are careful, the tab will remain
intact to be saved and snapped back in place
for future use.

Plug the FWT connector into the connector
on the A/D converter card. Be sure to posi­tion the pluggable or screw connectors so
that the edge of the FWT they are on faces
outwards from the A/D converter card as
shown in Figure B-2. Position the mylar
insulator above the FWT as shown in
Figure B-2 to protect the header pins on the
printed circuit board, and secure the FWT
using the two 4-40 × ¼ screws supplied.

Table B-1. Guide to FWT Selection

FWT Description I/O Cards

Z-World Part Number

Pluggable Terminals Screw Terminals

FWT27

Digital I/O (SR9200 series)
Relay (SR9510)

101-0420 101-0424

FWT18

A/D Converter (SR9300 series)
D/A Converter (SR9400 series)

101-0421 101-0425

FWT18R

Relay (SR9500)

101-0422 101-0426

Figure B-1. Remove Tabs from Connector

on I/O Card

1

2

Figure B-2. Secure FWT to I/O Card

Mylar insulator

User’s Manual 23

B.2 Dimensions

Figure B-3 shows the FWT dimensions.

Figure B-3. FWT Dimensions

All diagram and graphic measureme nts are in inc hes followed by millimeters enclosed
in parentheses.

B.3 Pinouts

Figure B-4 shows the pinout for the FWTs used on
the A/D converter cards. Note that AIN0 is not
available when using a FWT.

0.125

(3.2)

4.20

(107)

2.75

(70)

0.625

(16)

0.725

(18.5)

!

Figure B-4. FWT Pinout for

A/D Converter Cards

GND

AIN2

GND

AIN2

AIN3

GND

AIN4

AIN5

GND

AIN6

GND

AIN7

AIN8

GND

AIN9

AIN10

GND

+5 V (ADC)

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

24 Smart Star A/D Converter Cards (SR9300)

User’s Manual 25

APPENDIX C.

SMART STAR SLOT ADDRESS LAYOUT

Appendix C provides information about the register addresses for the various I/O card
slots on the backplane. The information in this appendix will be of interest to more
advanced users.

26 Smart Star A/D Converter Cards (SR9300)

The slots on the Smart Star backplane are accessed as external registers via the Rabbit
2000’s assembly IOE prefix or via standard Rabbit BIOS functions. More convenient
functions specific to the Smart St ar control system have been written to provide more flex­ibility; for example, there is now a provision for the automatic update of shadow registe rs
for each slot and for each register.

The Smart Star design routes four address bits to each slot, providing 16 register addresses
for each slot. These bits are passed through as bits 0–3 of the register address. The slot
number itself is assigned to bits 6–8 of the address. In addition, the backplane design
requires that bits 13 and 14 be high and that bit 9 be low. The simplest way to enforce this
is to use a base address of 0x6000. Table C-1 provides the address layout for accessing
the Smart Star backplane slots, where Sn is the binary representation of the slot number
(0–6), Rn is the binary representation of the register numbers (0–15), and X means the
value does not matter.

This bit mapping of the external register address provides the register addresses for each
slot as listed in Table C-2.

Table C-1. Smart S tar External Register Address Bitmap

A15 A14 A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 A0

0110XX0

S2 S1 S0 XXR3 R2 R1 R0

Table C-2. Slot External Register Addresses

Slot Number Address Range

0 0x6000–0x600F
1 0x6040–0x604F
2 0x6080–0x608F
3 0x60C0–0x60CF
4 0x6100–0x610F
5 0x6140–0x614F
6 0x6180–0x618F

User’s Manual 27

C.1 A/D Converter Card Channel Layout

The A/D converter card contains a single 11-input 12-bit A/D converter, TLC2543. The
method of interfacing to this chip is a combination of single-bit writes via board registers
and synchronous clocked serial access via the CPU card’s serial port B, which is extended
across all eight slots. In addition, a serial EEPROM is installed on the A/D converter card
to store the calibration constants.

Table C-3. A/D Converter Card Control Registers

Address Data Bits Value Description

0x0 Write D7–D0

D7–D4 selects input channel,
D3–D0 selects conversion channel

Load A/D converter with data byte

0x0 Read D1

0 A/D converter end of conversion signal
1 A/D converter busy

0x1 Write D0

0 Enable A/D conversion
1 Disable A/D conversion

0x2 Write D0

0 EEPROM clock line low
1 EEPROM clock line high

0x3 Write D0

0 EEPROM data line low
1 EEPROM data line high

0x0 Read D2

0 EEPROM acknowledge signal
1EEPROM busy

28 Smart Star A/D Converter Cards (SR9300)

User’s Manual

A

A/D converter cards

models ..................................2

analog input conditioning circuit

4

D

dimensions

A/D converter card .............18

field wiring terminals .........23

Dynamic C Premier ...............15

basic instructions ................15

libraries ................................8

F

features .....................................2

field wiring terminals .............22

A/D convertre card pinout .23

dimensions .........................23

guide to FWT selection ..5, 22

installation ..........................22

positioning on I/O card ......22

remove tabs on I/O card con-

nector .............................22

FWT. See field wir ing termin als

I

I/O cards

attaching to backplane .........3

installation

field wiring terminals .........22

I/O cards ...............................3

P

pinout

A/D converter card user inter-

face ..................................4

FWT18 field wiring terminal .

23

power distribution ....................6

S

sample programs ....................14

SSTARAD1.C ...................15

SSTARAD2.C ..................15

SSTARAD3.C ...................15

slot address layout .................25

software ...................................8

libraries ................................8

SMRTSTAR.LIB .........8, 9

sample programs ................14

SMRTSTAR.LIB

anaIn ............................ 13

anaInCalib ................11

anaInEERd ..................10

anaInEEWr ..................12

anaInVolts ................13

anaLoadCalib ...........11

anaSaveCalib ...........10

specifications .........................17

A/D converter card

dimensions .....................18

electrical .........................19

temperature ....................19

field wiring terminals

dimensions .....................23

INDEX

30 Smart Star A/D Converter Cards (SR9300

User’s Manual 31

SCHEMATICS

090-0086 A/D Converter Card (SR9300) Schematic
090-0102 FWT18 Schematic

THIS DOCUMENT:

APPEND THE FOLLOWING

DOCUMENTS WHEN CHANGING

ECO

APPROVAL APPROVAL

CONTROL

DOCUMENT

DATE

REVISION HISTORY

ENGINEER

PROJECT

DATE

REV

DESCRIPTION

REVISION APPROVAL

NONEDATE

B

DRAWING CONTENT:

APPROVALS: INITIAL RELEASE

SIGNATURES

2900 SPAFFORD ST.

DAVIS, CA 95616

530 - 757 - 4616

B

NONE

SIGNATURES

APPROVALS: INITIAL RELEASE

DRAWING CONTENT:

THIS DOCUMENT:

APPEND THE FOLLOWING

DOCUMENTS WHEN CHANGING

ECO

REVISION HISTORY

REV

ENGINEER

PROJECT

DESCRIPTION

REVISION APPROVAL

APPROVAL APPROVAL

CONTROL

DOCUMENT

DATE

DATE

A

DATE NONE

530 - 757 - 4616

DAVIS, CA 95616

2900 SPAFFORD ST.