Thermo Fisher Scientific Addendum to User Manual

About This Addendum

Addendum

i Series Instruments

Part Number 104633-00

24Mar2023

This addendum provides information that describes software updates and corrections for i Series manuals.

The addendum is organized as follows:

●

Universal updates for all i Series manuals

●

Updates for selected manuals

Universal Updates for All

i

Series

Manuals

Cover

Add “UKCA” certification.

Chapter 1 - Introduction

This section describes the updates and corrections that apply to the

“Introduction” chapter.

Environmental Conditions Intended for Indoor Use Only at 0-95% relative humidity, noncondensing and at altitudes <=2000m

Main supply voltage fluctuations - ±5%

Overvoltage Category – III

Pollution Degree of the intended environment – 2

Degree of ingress protection (IEC 60529) – IPX0

Supply cord – UL Listed minimum 18AWG three conductors

Multiple Connects via

Ethernet and NTP Network

Time Protocol Support

In the features list, replace the associated feature with the following:

●

C-Link, MODBUS, Geysitech (Bayern-Hessen), streaming data, and

NTP (Network Time Protocol) protocols. Simultaneous connections from different locations over Ethernet.

Analog Output Over/Under Range

Clamping

In the “Specifications” section, replace the analog outputs description with the following:

Analog outputs

6 voltage outputs; 0 – 100 mV, 1, 5, 10 V (user selectable), 5% of full-scale over/under range (user selectable), 12 bit resolution, measurement output user selectable per channel

Serial Settings Support In the “Specifications” section, replace the serial ports description with the following:

Serial

Ports

1 RS-232 or RS-485 with two connectors, baud rate 1200 – 115200, data bits, parity, and stop bits, protocols: C-Link, MODBUS, Geysitech (Bayern-Hessen), and streaming data (all user selectable)

Chapter 2 - Installation

Add Device Connection

Information

Connecting External

Devices


“Installation” chapter.

In the “Setup” section, add the following reference in the step for connecting a recording device to the rear panel connector:

“Instrument Controls > I/O Configuration” in the Operation chapter.

If your manual does not include the “Connecting External Devices” section, add the following information after the “Setup” section. Change the figure and table numbering as appropriate for your manual.

Several components are available for connecting external devices to iSeries instruments.

These connection options include:

●

Individual terminal board PCB assemblies

●

●

Terminal block and cable kits (optional)

Individual cables (optional)

2 i Series Manual Update Addendum Thermo Fisher Scientific

For detailed information on the optional connection components, refer to the “Optional Equipment” chapter. For associated part numbers, refer to

“External Device Connection Components” in the “Servicing” chapter.

Terminal Board PCB

Assemblies

I/O Terminal Board

See Detail “A”

The terminal board PCB assembly is a circuit board with a D-Sub connector on one side and a series of screw terminals on the other. This assembly provides a convenient mechanism for connecting wires from a data system to the analyzer’s I/O connectors.

The following terminal board PCB assemblies are available for iSeries instruments:

●

I/O terminal board PCB assembly, 37 pin (standard)

●

●

D/O terminal board PCB assembly, 37 pin (standard)

25-pin terminal board PCB assembly, (included with optional I/O

Expansion Board)

Figure x-x shows the recommended method for attaching the cable to the terminal board using the included tie-down and spacer. Table x-x identifies the connector pins and associated signals.

Note Not all of the I/O available in the instrument is brought out on this terminal board, if more I/O is desired, an alternative means of connection is required.

▲

See Detail “B”

Component Side Viewed from Top of Board

Assembled Connector

Figure x-x. I/O Terminal Board Views

Detail “A” Detail “B”

Thermo Fisher Scientific i Series Manual Update Addendum 3

Table x-x. I/O Terminal Board Pin Descriptions

5

6

3

4

Pin

1

2

7

8

9

10

11

12

Signal Description Pin

Analog1 13

Analog ground 14

Analog2

Analog ground

Analog3

Analog ground

15

16

17

18

Analog4

Analog ground

Analog5

Analog ground

Analog6

Analog ground

19

20

21

22

23

24

Signal Description

Power_Fail_NC

Power_Fail_COM

Power_Fail_NO

TTL_Input1

TTL_Input2

TTL_Input3

TTL_Input4

Digital ground

TTL_Input5

TTL_Input6

TTL_Input7

Digital ground

D/O Terminal Board

See Detail “A”

Figure x-x shows the recommended method for attaching the cable to the terminal board using the included tie-down and spacer. Table x-x identifies the connector pins and associated signals.

See Detail “B”



Assembled Connector

Figure x-x. D/O Terminal Board Views


Table x-x. D/O Terminal Board Pin Descriptions

7

8

9

10

11

12

3

4

5

6

Pin

1

2


Relay1_ContactA

Relay1_ContactB

13

14

Relay2_ContactA

Relay2_ContactB

Relay3_ContactA

Relay3_ContactB

15

16

17

18

Relay4_ContactA

Relay4_ContactB

Relay5_ContactA

Relay5_ContactB

Relay6_ContactA

Relay6_ContactB

19

20

21

22

23

24

25-Pin Terminal Board

See Detail “A”

The 25-pin terminal board is included with the I/O Expansion Board.

See Detail “B”


Assembled Connector


Figure x-x. 25-Pin Terminal Board Views


Relay7_ContactA

Relay7_ContactB

Relay8_ContactA

Relay8_ContactB

Relay9_ContactA

Relay9_ContactB

Relay10_ContactA

Relay10_ContactB

Solenoid_Drive_Output1

+24V

Solenoid_Drive_Output2

+24V


Table x-x. 25-Pin Terminal Board Pin Descriptions

5

6

3

4

Pin

1

2

7

8

9

10

11

12


IOut1 13

GND_ISO 14

IOut2

GND_ISO

IOut3

GND_ISO

15

16

17

18

IOut4

GND_ISO

IOut5

GND_ISO

IOut6

GND_ISO

19

20

21

22

23

24


Analog_In1

Analog_In2

Analog_In3

GNDD

Analog_In4

Analog_In5

Analog_In6

GNDD

Analog_In7

Analog_In8

GNDD

GNDD

Chapter 3 - Operation

Power-Up Screen


“Operation” chapter.

Replace the Thermo Electron Corporation power-up screen with the

Thermo Scientific power-up screen.

Status Bar In the “Run Screen” section, add the following that describes the new status bar icons.

“The status bar displays the time, the password (lock) icon, service

(wrench) icon, alarm (bell) icon, and optional zero/span sample solenoid valve status, if installed.”

Note Time is always displayed in 24-hour format.

▲


Status Bar Icons

The password (lock) icon indicates that no parameter changes can be made from the front panel.

The alarm (bell) icon indicates that an alarm is active.

Change Status Bar

“Alarm” to Bell Icon

The service (wrench) icon indicates that the instrument is in the service mode.

(defaults vary by instrument)

Change the “Alarm” references on the status bar to the bell icon or remove the reference. The “Alarm” references have been replaced with status bar icons described previously in this document.

Degree Symbol

Update Datalogging Settings

Screens which show temperature values should include the degree symbol

“°” not just the “C” for Celsius units. The degree symbol has been added to all screens that were missing it.

The i Series instruments include a built-in data logging capability as a standard feature. The operator is allowed to create two different types of records, which for historical reasons are named lrecs and srecs. Each record can contain up to 32 different fields or data items, and records can be created at user-defined intervals ranging from 1 to 60 minutes.

Record generation is tied to the instrument’s real-time clock. For example, if the logging period for srecs is set to 30 minutes, a new srec will be generated on every hour and every half hour (10:00, 10:30, 11:00 …).

Lrecs and srecs can be interleaved. For example, an srec containing just the current concentration level could be generated every five minutes while an lrec containing a full set of diagnostic data could be generated once every hour.

The analyzer’s computer system includes three megabytes of flash memory which is enough to store a full lrec containing 32 data items and a full srec containing 32 items once each minute for a week (>20,000 total records).

If logging is limited to the minimum content of date, time, concentration


Add Span and BKG

Reset to Default Content

Add Serial Settings Menu and Support and error flags, the analyzer can store data once each minute for four months (>190,000 records).

Add “Span” and “BKG” to default lrec and output lists.

Replace the “Reset to Default Content” description, under Datalogging, with the following:

The Reset to Default Content screen is used to reset all of the datalogging field items to default values for the selected record type. For more information, about selecting the content of logged data fields, see “Select

Content” described previously.

Add Serial Settings to the Communications Settings menu as follows:

Main Menu > Instrument Controls > Communication Settings .

COMMUNICATION SETTINGS:

>SERIAL SETTINGS

INSTRUMENT ID

COMMUNICATION PROTOCOL

STREAMING DATA CONFIG

TCP/IP SETTINGS

RANGE AVG DIAGS ALARM

Add Serial Settings descriptions and menu including Data Bits, Parity, and

Stop Bits.

Note The Baud Rate and RS-232/485 selections were moved from the

Communications Settings menu to the Serial Settings screen.

▲

Serial Settings The Serial Settings menu is used for serial communications control and configuration. In the Main Menu, choose Instrument Controls >

Communication Settings > Serial Settings .


Thermo Fisher Scientific

Baud Rate

SERIAL SETTINGS:

>BAUD RATE 9600

DATA BITS 8

PARITY NONE

STOP BITS 1

RS-232/485 SEL RS-232


The Baud Rate screen is used to set the RS-232/RS485 interface baud rate.

Baud rates of 1200, 2400, 4800, 9600, 19200, 38400, 57600 and 115200 are available. The analyzer’s default baud rate is set to 9600 to provide backwards compatibility with the older C-series analyzers.

BAUD RATE:

CURRENTLY: 9600

SET TO: 19200 ?

 CHANGE VALUE

 SAVE VALUE


Data Bits The Data Bits Screen is used to set the number of serial data bits.

Selections of 7 or 8 are available (defaults to 8).

DATA BITS:

CURRENTLY: 8

SET TO: 7 ?

 CHANGE VALUE

SAVE VALUE


Parity The Parity screen is used to select the parity bit for the serial port.

Selections of NONE, EVEN, or ODD are available (defaults to NONE). i Series Manual Update Addendum 9

PARITY:

CURRENTLY: NONE

SET TO: NONE

 CHANGE VALUE

SAVE VALUE


Stop Bits The Stop Bits screen is used to select the number of stop bits for the serial port. Selections of 1 and 2 are available (defaults to 1).

STOP BITS:

CURRENTLY: 1

SET TO: 2 ?

 CHANGE VALUE

SAVE VALUE


Replace Equipment

Damage Alert

Replace the Equipment Damage alert in the “RS-232/RS-485 Selection” section with the following:

Equipment Damage Disconnect the serial cable before changing RS-232 and RS-485 selection to prevent damage to any equipment currently connected to the analyzer.

▲

Add Network Time

Protocol Server

Add Network Time Protocol Server (NTP SVR) to the TCP/IP Settings menu as follows:

Main Menu > Instrument Controls > Communication Settings > TCP/IP

Settings .

TCP/IP SETTINGS:

>USE DHCP OFF

IP ADDR 192.168.1.200

NETMASK 255.255.255.0

GATEWAY 192.168.1.15

HOST NAME iSeries

NTP SVR 192.168.1.15



Add NTP Server IP Address description and screen:

The Network Time Protocol (NTP) Server screen is used to edit the IP address of the NTP server. An NTP server may be used to periodically synchronize the instrument’s real-time clock with a standard. More information about the NTP servers and a list of public servers may be found at http://www.ntp.org

.

In the Main Menu, choose Instrument Controls > Communication

Settings > TCP/IP Settings > NTP Server .

NTP SERVER IP ADDRESS:

CURRENT: 192.168.1.20

SET TO: 192.168.001.01

5

 MOVE CURSOR

 CHANGE VALUE

 SAVE


Add Local/Remote to Non

Alarm Status Items Menu

Main Menu > Instrument Controls > I/O Configuration > Output Relay

Settings > Relay 1-10 > Instrument State > Non-Alarm, add Local/Remote to the Non Alarm Status Items menu.

List May Vary Based on Instrument

NON ALARM STATUS ITEMS:

>NONE <--

AUTORANGE

LOCAL/REMOTE

SERVICE

UNITS

ZERO MODE

SPAN MODE 


Add Available I/O Note In the “Digital Input Settings” section, under Instrument Controls, add the following note, if it is not already included:

Note Not all of the I/O available in the instrument is brought out on the supplied terminal board, if more I/O is desired, an alternative means of connection is required.

▲

Add Allow Over/Under Range to Output Channels Menu

Add Allow Over/Under Range to Output Channels Screen and add the

Allow Over/Under Range screen as follows:

Main Menu > Instrument Controls > I/O Configuration > Analog Output

Config .


Allow Over/Under Range Screen

OUTPUT CHANNELS:

>ALLOW OVER/UNDER RANGE

ALL VOLTAGE CHANNELS

ALL CURRENT CHANNELS

VOLTAGE CHANNEL 1

VOLTAGE CHANNEL 2

VOLTAGE CHANNEL 3

VOLTAGE CHANNEL 4 


The Allow Over/Under Range screen, in Analog Output Configuration under I/O Configuration, is used to select whether or not the analog outputs are allowed to exceed the maximum selected value of 100 mV, 1 V,

5 V, 10 V, or 20 mA or the minimum selected value of 0 V, 0 mA, or 4 mA. By default this parameter is set to on, and 5% over and under range is allowed for all analog output channels.

In the Main Menu, choose Instrument Controls > I/O Configuration >

Analog Output Config > Allow Over/Under Range .

ALLOW OVER/UNDER RANGE:

CURRENTLY: OFF

SET TO: ON ?

TOGGLE VALUE


Update Number of Table

Points Description

Screen Contrast

Replace the “Number of Table Points”, under Analog Input Configuration under I/O Configuration, description with the following:

The Number of Table Points screen allows the user to select how many points are used in the analog input conversion table. The instrument uses linear interpolation between the points in this table to determine what the reading value is based on the analog input voltage. Each point in the table consists of an analog input voltage value (0-10.5 V) and a corresponding reading value. Only two points are necessary for linear inputs, however a larger number of points may be used to approximate non-linear inputs.

The points range from 2 to 10, with a default of 2.

In the first paragraph, in Screen Contrast under Instrument Controls, change “increments of 10” to “increments of 5.” Add the following three notes to the Instrument Controls > Screen Contrast section:

Notes The optimal contrast will change with changes in temperature.

▲


The optimal contrast will change from one LCD screen to another. If the

LCD screen is replaced, the contrast may need to be reset.

▲

If the display contrast is not optimal, but the content on the screen is visible, select Instrument Controls > Screen Contrast and adjust the screen contrast. If the content on the screen is not visible, use the “set contrast 10”

C-Link command to set screen contrast to mid range, then optimize the contrast. See “Contrast Levels” in the “C-Link Protocol Commands

Appendix” section of this document for more information on this command.

▲

Add Timezone Screen Add “Timezone Screen” selection to the Instrument Controls menu

INSTRUMENT CONTROLS:

>AUTO/MANUAL MODE

FLASH LAMP

DATALOGGING SETTINGS

COMMUNICATION SETTINGS

I/O CONFIGURATION

TEMPERATURE COMPENSATION

PRESSURE COMPENSATION 


SCREEN CONTRAST

SERVICE MODE

DATE/TIME

TIMEZONE

Add Timezone Screen description and screen display:

The Timezone screen is used to set the timezone for the NTP time server.

This should be set to the timezone that the instrument is located in. If the exact timezone is not shown in the list, it may be entered via the CLINK

“TZ” command (see Appendix B). The selections are: UTC, EST (UTC-

5), CST (UTC-6), MST (UTC-7), PST (UTC-8), YST (UTC-9), HST

(UTC-10), NST (UTC-11), DLW (UTC-12), CET (UTC+1), EET

(UTC+2), BST (UTC+3), DLT (UTC+4), ECH (UTC+5), FOX

(UTC+6), GLF (UTC+7), CCT (UTC+8), JST (UTC+9), GST

(UTC+10), LMA (UTC+11), DLE (UTC+12), EDT (UTC-5/4), CDT

(UTC-6/5), MDT (UTC-7/6), and PDT (UTC-8/7)

In the Main Menu, choose Instrument Controls > Timezone .


TIMEZONE FOR TIMESERVER:

CURRENTLY: UTC

SET TO: EDT (UTC-5/4)

 CHANGE VALUE

SAVE VALUE


Digital Inputs Replace the Digital Inputs description, under the Diagnosis menu, with the following:

The Digital Inputs screen (read only) displays the state of the 16 digital inputs. Pull-ups are provided on all the inputs, so if nothing is connected they will read (1), if an input is brought to ground, it will read (0).

Zero and Span Check

Replace the Zero and Span Check description, under the Alarms menu, with the following:

The Zero and Span Check screen allows the user to view the status of the most recent zero/span checks and set the maximum check offsets. An alarm will be triggered if a zero or span check indicates drift that exceeds the offset value. The zero and span check screens are visible only if the zero/span check option is enabled. Their functions are similar.

Zero and Span Auto Calibration Replace the Zero and Span Auto Calibration description, under the Alarms menu, with the following:

The Zero and Span Auto Calibration screens (read only) allow the user to view the status of the most recent auto background calibration or span calibrations. The zero and span auto calibration screens are visible only if the zero/span check option is enabled and the zero or span cal reset function is enabled.

Add Wait 30 Seconds Note Add the following note to all pressure, flow, and temperature sensor calibration screens in the Service menu.

Note Wait at least 30 seconds for the reading to stabilize before saving the value.

▲

Lock/Unlock and

Local/Remote Operation

Add the following below “Lock Instrument” in the “Password Menu” section:

If the instrument keyboard is locked via the front panel using Password >

Lock Instrument , the instrument reports being in Remote mode. In this


Add Ext Alarms

Add Dilution Ratio

Change Gas Units to

Lower Case

Change LPM to L/min mode, the keypad is locked, data can be viewed but not changed using the front panel interface, and the remote “Set” commands are active.

If the instrument keyboard is unlocked via the front panel using Password

> Unlock Instrument , the instrument reports being in Local mode, the front panel interface is unlocked, and data can be changed from the front panel.

Refer to the “C-Link Protocol Commands” appendix for detailed information about “mode”, “allow mode”, and “power up mode” commands.

Add “Ext Alarms” to the list of Other Measurements in the Datalogging

Settings menu, Streaming Data Configuration menu, Analog Output

Configuration menu, and Digital Inputs screen. Note that Ext Alarms is displayed in the Alarms menu if it was previously selected in the Digital

Inputs screen.

Add “Dilution Ratio” to the list of Other Measurements in the

Datalogging Settings menu, Streaming Data Configuration menu, Analog

Output Configuration menu, and Digital Inputs screen.

Change gas units in the screens to lower case.

Change LPM in the screens to L/min.

Chapter 6 –

Troubleshooting


“Troubleshooting” chapter.

Add Cause and Action

Descriptions

In the “Troubleshooting – Measurement Failures” troubleshooting table, add the following highlighted Possible Cause and Action descriptions:

Malfunction

Analog signal doesn’t match expected value.

Possible Cause Action

Software has not been configured.

Verify that the selected analog output has been properly configured to match the data system.

Analog output goes above fullscale value or below zero

By default, a 5% over and under range on the analog outputs is provided. If this is not desirable due to system restrictions, it may be turned off in the INSTRUMENT CONTROLS > I/O

CONFIGURATION > ANALOG OUTPUT CONFIG screens.


Change Number of Pins on

Board-Level Connection

Diagram

If not already corrected, in the “Board-Level Connection Diagrams” section, change the number of pins on the front panel board to 14 pins for

J2 and 3 pins for J4:

Change Pin 13 Description on

I/O Expansion Board

In the “I/O Expansion Board Connector Pin Descriptions” table, change the description of pin 13 from NC to Current Output Return.

Add Digital and Analog

Descriptions to Ground

Pins

In the Motherboard Connector Pin Descriptions table add “Digital” and

“Analog” descriptions to the 37-pin I/O Connector Label as follows:

Add “ Digital ” to pins 2, 5, 13, 22, 26, and 32

Add “ Analog ” to pins 16, 18, 19, 35, and 37

Chapter 7 – Servicing


“Servicing” chapter.

Equipment Damage –

Static Electricity Damage

Replace the Equipment Damage precaution statement for static electricity with the following:

Equipment Damage Some internal components can be damaged by small amounts of static electricity. A properly ground antistatic wrist strap must be worn while handling any internal component. If an antistatic wrist strap is not available, be sure to touch the instrument chassis before touching any internal components. When the instrument is unplugged, the chassis is not at earth ground.

✳

Add Device Connection

Information

If your manual does not include the “External Device Connection

Components” section, add the following information after “Cable List.”

Change the table numbering as appropriate for your manual.


External Device

Connection

Components

Table x-x lists the standard and optional cables and components used for connecting external devices such as PCs and data loggers to an iSeries instrument.

Table x-x. External Device Connection Components

Part

Number

102562-00

102556-00

102645-00

102646-00

102659-00

6279

102888-00

102891-00

103084-00

Description

Terminal Block and Cable Kit (DB25) (optional)

Terminal Block and Cable Kit (DB37) (optional)

Cable, DB37M to Open End Cable, Six Feet (optional)

Cable, DB37F to Open End, Six Feet (optional)

Cable, DB25M to Open End, Six Feet (optional)

Cable, RS-232 (optional)

Terminal Board PCB Assembly, DB37F (standard)

Terminal Board PCB Assembly, DB37M (standard)

Terminal Board PCB Assembly, DB25M (included with optional I/O Expansion

Board)

Replace Fan

Replacement Procedure

Replace the “Fan Replacement” procedure with the following Fan/Filter

Replacement procedure:

Fan/Filter

Replacement

Use the following procedure to replace the rear panel fan and the filter.

Equipment Required:

Fan

Fan filter

Philips screwdriver

Equipment Damage Some internal components can be damaged by small amounts of static electricity. A properly ground antistatic wrist strap must be worn while handling any internal component.

✳

1.

Turn instrument OFF, unplug the power cord, and remove the cover.


2.

Remove the fan guard and filter from the rear of the instrument by unsnapping it.

3.

If the fan is not being replaced, install the new filter, snap it into place, and skip the remaining steps.

4.

If possible, disconnect the fan power cable from the fan, otherwise disconnect the cable from the measurement interface board.

5.

Remove the four fan mounting screws along with nuts and washers and remove the fan.

Correct Pin Designations on

I/O Expansion Connector

6.

Install a new fan following the previous steps in reverse order.

In the “Analog Output Testing” section, correct the I/O Expansion connector pin designations to the following:

LCD Module Replacement In the “LCD Module Replacement” procedure, change Step 4 to the following:

4. Slide the LCD module out towards the center of the instrument.

Add the following note at the end of the “LCD Module Replacement” procedure.

Note The optimal contrast will change from one LCD screen to another.

After replacing the LCD screen, the contrast may need to be reset. If the content on the screen is visible, select Instrument Controls > Screen

Contrast and adjust the screen contrast. If the content on the screen is not visible, use the “set contrast 10” C-Link command to set screen contrast to mid range, then optimize the contrast. See the “C-Link Protocol

Commands” appendix for more information on this command.

✳


Chapter 8 – System

Description

Add Connection Information

Update Analog Voltage

Inputs Description

Add Over and Under

Range Information

RS-232 Connection

RS-485 Connection


“System Description” chapter.

Add the following to the “Ethernet Connection” section:

“Up to three simultaneous connections are allowed per protocol.”

Replace the “Analog Voltage Inputs (Optional)” description with the following:

Eight analog voltage inputs are used to gather measurement data from third-party devices. The user may assign a label, unit, and a conversion table (2 to 10 points). Each point in the conversion table consists of an analog input voltage value (0-10.5 V) and a corresponding user-defined reading value. Only two points are necessary for linear inputs, however a larger number of points may be used to approximate non-linear inputs. All voltage inputs have a resolution of 12 bits over the range of 0 to 10.5 volts.

Add the following to the “Analog Voltage Outputs” and “Analog Current

Outputs (Optional) sections.”

“At least 5% of full-scale over and under range are also supported, but may be overridden in software if required.”

Change the caption of Table 8-1 to: “RS-232 DB9 Connector Pin

Configuration.”

Change the caption of Table 8-2 to: “RS-485 DB9 Connector Pin

Configuration.”

Chapter 9 – Optional

Equipment

Change the description of the retrofit rack in Table 9-3 to the following:

This configuration is intended for direct replacement of a C-Series instrument in an existing rack. The rail mounting location is lower on the case and the front mounting screw slots are in non-standard EIA locations.

Add 25-Pin Terminal Board

Assembly Reference

If your manual does not include the “25-Pin Terminal Board Assembly” reference, add the following information after “I/O Expansion Board

Assembly.”


25-Pin Terminal

Board Assembly

Add Optional Cables

Cables

The 25-pin terminal board assembly is included with the I/O expansion board. Refer “Terminal Board PCB Assemblies” in the “Installation” chapter for information on attaching the cable to the connector board. For associated part numbers, refer to “External Device Connection

Components” in the “Servicing” chapter.

If your manual does not include the “Cables” reference, add the following information after “I/O Expansion Board Assembly.” Change the table numbering as appropriate for your manual.

Table x-x identifies the optional individual cables that are available for the instrument and provides the cable color codes. For associated part numbers, refer to “External Device Connection Components” in the

“Servicing” chapter.

Note Table x-x provides the color coding for both 25-pin cables and 37pin cables. Color codes for pins 1-25 are for 25-pin cables; color codes for pins 1-37 are for 37-pin cables.

✳

Table x-x. Cable Options

Description

DB37M to open end

DB37F to open end

DB25M to open end

RS-232

Cable Length

Six feet

Six feet

Six feet

Table x-x. Color Codes for 25-Pin and 37-Pin Cables

6

7

4

5

Pin

1

2

3

8

Color

BLACK

BROWN

RED

ORANGE

YELLOW

GREEN

BLUE

VIOLET

Pin

20

21

22

Color

RED/BLACK

ORANGE/BLACK

YELLOW/BLACK

23

24

GREEN/BLACK

GRAY/BLACK

25 PINK/BLACK

End color codes for 25-pin cables continue for 37-pin cables.

26 PINK/GREEN


14

15

16

17

18

19

Pin

9

19

11

12

13

Color

GRAY

WHITE

PINK

LIGHT GREEN

BLACK/WHITE

BROWN/WHITE

RED/WHITE

ORANGE/WHITE

GREEN/WHITE

BLUE/WHITE

VIOLET/WHITE

32

33

34

35

36

37

Pin

27

28

29

30

31

Color

PIND/RED

PINK/VIOLET

LIGHT BLUE

LIGHT BLUE/BROWN

LIGHT BLUE/RED

LIGHT BLUE/VIOLET

LIGHT BLUE/BLACK

GRAY/GREEN

GRAY/RED

GRAY/VIOLET

LIGHT GREEN/BLACK

C–Link Protocol

Commands Appendix

Add Command Response

Descriptions


This section describes the updates and corrections that apply to the “C-

Link Protocol Commands” appendix.

Add the following new command response table to the C-Link Protocol

Commands appendix under Commands:

Table x-x.

Command Response Error Descriptions

Command Response Description too high Supplied value is higher than the upper limit too low invalid string

Supplied value is lower than the lower limit

Supplied string invalid (typically because a letter was detected when the value should be numeric) data not valid can’t, wrong settings

Supplied value is not acceptable for entered command

Command not allowed for current measurement mode can’t, mode in service Command not allowed while instrument is in service mode

Add the following to the end of the first paragraph and to the “Accessing

Streaming Data ” section:

“Up to three simultaneous connections are allowed per protocol.”


Update Table B-1 Add “/sets” following “Reports” in the analog iout range and analog vout range command descriptions.

Replace the “alarm trig conc” description with the following:

“Reports/sets current concentration alarm trigger sense.”

Replace Erec Description Replace the erec description in the “C-Link Protocol Commands” table with the following:

Returns a snapshot of the main operating conditions (measurements and status) in the specified format.

Replace the erec description in the erec command with the following:

This command returns a snapshot of the main operating conditions

(measurements and status) at the time the command is issued. The example that follows shows a typical response.

The format is defined by the current settings of the “format” and “erec format” commands. For details on erec formatting, see the “Record Layout

Definition” section at the end of this appendix. For details on how to decode the flag fields within these records, see the “flags” command.

Add Service Mode Section After the “Entering Units in PPB” section, add the following:

Convert Concentration Formats Convert concentration formats from xxxxE+yy to x.xxxE+yy. The i Series uses more standard script than the C-Series by placing only one digit to the left of the decimal.

Update Lrec Mem Size Replace the lrec mem size description with the following:

These commands report the number of lrecs and srecs that can be stored with the current settings and the number of blocks reserved for lrecs and srecs. The example that follows shows that 1075 blocks were reserved for lrecs and the maximum number of lrecs that can be stored in memory is

241979. Memory allocation can be changed using the malloc command.

Send:

Receive: lrec mem size lrec mem size 241979 recs, 1075 blocks


Update Set Layout Ack Replace the set layout ack description with the following and add the table:

This command disables the stale layout/layout change indicator (*) that is attached to each response if the erec layout has changed since the last time erec layout was requested.

Table x-x.

Set Layout Ack Values

Value

0

1

Function

Do nothing (default)

Append “*”

Change Flags Field

Replace DHCP Descriptions

Change the 2-bit flags field that reported Local/Remote/Service to Service on/off and Password Lock on/off. The most significant bit of the 2-bit fields is Service Status and the least significant bit is for Password Lock status.

1= ON

0= OFF

Replace DHCP associated descriptions with the following: set dhcp onoff

This command enables ( on ) and disables ( off ) the DHCP service. When

DHCP is set to on, the instrument gets the IP address, the netmask address, and the gateway address from a DHCP server. When DHCP is set to off, the instrument gets these addresses from system memory.

Note When changing the IP address, the netmask address, or the gateway address, you must cycle power to the instrument before the change takes effect. Until you cycle power, the address assigned by the DHCP server will still be used and reported as the current address.

✳

Add Note to Addr GW, Addr

IP, and Addr NM Commands

Add the following note to the addr gw, addr IP, and addr nm commands:

Note This command cannot be used when DHCP is on. Refer to the

DHCP command that follows for additional information.

✳

Alarm Internal Temp Command Change alarm internal temp command format from “internal alarm temp” to “alarm internal temp” in the examples and associated set commands.

Alarm Pressure Command Change alarm pressure command format from “pressure alarm” in the example to “alarm pressure.”


Alarm Sample Flow Command If the instrument includes the alarm sample flow command, the response is formatted to be three digits to the right of the decimal, such as 0.350 lpm instead of one digit to the right of the decimal.

Clr Records Command Change clear records command format from “clear records” to “clr records” in the example.

Contrast Levels Screen contrast levels can now be changed in 5% increments instead of

10% increments. Refer to the following “Contrast Levels” table.

Table x-x.

Contrast Levels

11

12

13

14

7

8

9

10

3

4

5

6

1

2

Level

0

15

16

17

18

19

20

75%

80%

85%

90%

95%

100%

55%

60%

65%

70%

35%

40%

45%

50%

15%

20%

25%

30%

Contrast Level

0%

5%

10%

Gas Unit Command Change “ set gas unit ” to “ set gas unit unit ”.


Add Scratch Pad Description

Add the Allow Mode Command

Add the following scratch pad description to the list sp, set copy sp to lrec/srec/stream, set copy lrec/srec/stream to sp, sp field, and set sp field commands:

The scratch pad is a temporary memory area which is used to set up lists of selections for lrec, srec, or streaming data items. The user can copy any of these lists to the scratch pad, modify individual elements in the list, then save the scratch pad back to the original list. Refer to the “sp field” command for information on how to edit the scratch pad.

Add the Allow Mode command to the “Commands List” section and the

“Communications Configuration” section as follows: allow mode cmd Reports/sets the current set allow mode command allow mode cmd

This command reports the current allow mode setting: 1 = allow “set mode local” or “set mode remote” commands; 0 = ignore “set mode local” or “set mode remote” commands. The default value is 0; ignore the commands

(refer to the table that follows). The example that follows shows that the instrument is configured to ignore “set mode local” or “set mode remote” commands.

Send: allow mode cmd

Receive: allow mode cmd 0 set allow mode cmd value

This command is used to configure the instrument to value, where value is either 1 = accept or 0 = ignore the “set mode local” and “set mode remote” commands. Refer to the table that follows.

If the instrument is set to accept the commands ( value = 1), the “set mode local” command will unlock the instrument and the keypad can be used to make changes via the front panel.

If the instrument is set to ignore the commands ( value = 0), the instrument will respond with “ok” as if the command has been accepted and acted upon, but will not change the instrument lock status (this is for compatibility with systems expecting an “ok” response).


Note The instrument will always respond to the command “mode” with the status of the password lock as “mode local” or “mode remote” regardless of the above setting.



The example that follows sets the instrument to accept the “set mode local” or “set mode remote” commands.

Send: set allow mode cmd 1

Receive: set allow mode cmd 1 ok

Table x-x.

Allow Mode Command Values

Value

0

1

Allow Mode Command

Ignore (default)

Accept

Add the Power Up

Mode Command

Add the Power Up Mode command to the “Commands List” section and the “Communications Configuration” section as follows: power up mode Reports/sets the power up mode as local or remote power up mode

This command reports the current power up mode setting, where value, is either 0 = local/unlocked or 1 = remote/locked. The default value is 0; power up in local/unlocked mode. The example that follows shows that the instrument is configured to power up in the remote/locked mode.

Send: power up mode

Receive: power up mode 1 set power up mode value

This command is used to configure the instrument to power up in the local/unlocked mode ( value = 0) or the remote/locked mode ( value = 1).

If the instrument is set to power up in the local/unlocked mode, the keypad can be used to make changes via the front panel. If the instrument is set to power up in the remote/locked mode, changes can not be made from the front panel. The example that follows sets the instrument to power up in remote/locked mode.


Send: set power up mode 1

Receive: set power up mode 1 ok

Table x-x.

Power Up Mode Values

Value Power Up Mode Command

0 Local/Unlocked (default)

1 Remote/Locked Mode

Add the Addr NTP Command Add the Addr NTP command to the “Commands List” section and the

“Communications Configuration” section as follows: addr ntp Reports the IP address for the NTP time server addr ntp

This command reports the IP address for the NTP time server. See

“Network Time Protocol Server” in the “Communications Settings” section of the “Operation” chapter for more information.

Send: addr ntp

Receive: addr ntp 192.168.1.2 set addr ntp address

This command sets the NTP time server address , where address consists of four numbers ranging from 0-255 inclusive, separated by “.”.

Send: set addr ntp 192.168.1.2

Receive: set addr ntp 192.168.1.2 ok

Add the TZ Command Add the tz command to the “Commands List” section and the

“Communications Configuration” section as follows: tz Reports/sets the tz timezone string for the NTP server tz

This command reports the tz timezone string for the NTP server. See

“Network Time Protocol Server” in the “Communications Settings” section of the “Operation” chapter for more information.

Send: tz

Receive: tz EST+5EDT


Add the Menutext Command

Add C-link MODBUS

Related Commands set tz string

This command sets the timezone string for the instrument for use with the

NTP time server, where string is a standard timezone string. Common strings are listed in the timezone screen description in “Chapter 3.”

Send: set tz EST+5EDT

Receive: set tz EST+5EDT ok

Add the Menutext command to the “Commands List” section and the

“Keys Display” section as follows: menutext Displays the text of the menu item where the cursor is currently positioned menutext

This command displays the text of the menu item where the cursor is currently positioned. The example that follows shows that the cursor is positioned at the instrument controls menu item.

Send: menutext

Receive: menutext main menu instrument controls

Add the following C-link MODBUS related commands to the

“Commands List” section and the “I/O Configuration” section as follows:

Reports the current state of the MODBUS coils (digital outputs) mb read coils start count mb read registers start count set mb write coil coil state

Reports the current state of the MODBUS registers (analog outputs)

Sets the current state of the MODBUS coil coil (digital input) mb read coils start count start = index of first coil, count = number of coils to report.

This command reports the current state of the MODBUS coils (digital outputs). Output is in binary format with the coil start appearing as the right-most bit.

Send:

Receive: mb read coils 1 15 mb read coils 1 15 000000100000001


Add Zero and Span Commands mb read registers start count start = index of first register (must be odd number), count = number of registers to report (must be even), each pair of registers is reported as a float.

This command reports the current state of the MODBUS registers (analog outputs). Output is in floating point format with the pair of registers start and start+1 appearing as the left-most value.

Send:

Receive: mb read registers 5 4 mb read registers 5 4 552629.000000 55998800.000000 set mb write coil coil state coil = index of coil to be set, state = 1 or 0

This command sets the current state of the MODBUS coil coil (digital input). Coil has an offset of 100 (that is, the first write coil is address 101).

Send:

Receive: set mb write coil 104 1 set mb write coil 104 1 ok

Add the following zero and span commands to the “Commands List” section and to the “Calibration” section as follows: span dev zero dev span cal reset span dur zero cal reset zero dur zs period zs avg time

Reports/sets span deviation (maximum span check offset)

Reports/sets zero deviation (maximum zero check offset)

Reports/sets span cal reset on/off

Reports/sets how long span gas is sampled by the instrument

Reports/sets zero cal reset on/off

Reports/sets how long zero gas is sampled by the instrument

Reports/sets zero/span period

Reports/sets zero/span averaging time span dev

This command reports the span deviation (span check offset). The example that follows reports that the span deviation is 1 ppb.

Send:

Receive: span dev span dev 1.000 E+00


30 i Series Manual Update Addendum set span dev value

This command sets the span deviation (span check offset) to value , where value is a floating-point representation of the gas concentration in current selected units. The example that follows sets the span deviation to 345 ppb.

Send:

Receive: set span dev 345 set span dev 345 ok zero dev

This command reports the zero deviation (maximum zero check offset).

The example that follows reports that the zero deviation is 10 ppb.

Send:

Receive: zero dev zero dev 1.000 E+01 set zero dev

This command sets the zero deviation (maximum zero check offset) to value , where value is a floating-point representation of the gas concentration in current selected units. The example that follows sets the zero deviation to 10 ppb.

Send:

Receive: set zero dev 1.000 E+01 set zero dev 1.000 E+01 ok span cal reset

This command reports that the span cal reset is on or off. The example that follows reports that the span cal reset is on.

Send:

Receive: span cal reset span cal reset on set span cal reset onoff

This command sets the span cal reset to on or off. The example that follows sets the span cal reset to off.

Send:

Receive: set span cal reset off set span cal reset off ok zero cal reset

This command reports that the zero cal reset is on or off. The example that follows reports that the zero cal reset is off.

Send:

Receive: zero cal reset zero cal reset off


Thermo Fisher Scientific set zero cal reset onoff

This command sets the zero cal reset on or off. The example that follows turns the zero cal reset off.

Send:

Receive: set zero cal reset off set zero cal reset off ok span dur

This command reports the span duration. The example that follows reports that the span duration min is 10 minutes.

Send:

Receive: span dur span dur 10 min set span dur value

This command sets span duration to value where value represents the span duration in minutes. The example that follows sets the span duration to 15 minutes.

Send:

Receive: set span dur 15 set span dur 15 ok zero dur

This command reports the zero duration. The example that follows reports that the zero duration is 10 minutes.

Send:

Receive: zero dur 10 zero dur 10 ok set zero dur value

This command sets the zero duration to value where value represents the zero duration in minutes. The example that follows sets the zero duration to 15 minutes.

Send:

Receive: set zero dur 15 set zero dur 15 ok zs period

This command reports the zero/span (zs) period. The example that follows reports that the zero/span period is 24 hours.

Send:

Receive: zs period zs period 24 hr i Series Manual Update Addendum 31

Add the Version Command set zs period value

This command sets zero/span (zs) period to value , where value represents the zero/span period in hours. The example that follows sets the zero/span period to 24 hours.

Send:

Receive: set zs period 24 set zs period 24 hr ok zs avg time

This command reports the zero/span (zs) averaging time in seconds. The example that follows reports that the zero/span averaging time is 30 seconds, according to the Averaging Times table in this appendix.

Send:

Receive: zs avg time zs avg time 5:30 sec set zs avg time

This command sets the zero/span averaging time, according to the

Averaging Times table. The example that follows sets the zero/span averaging time to 120 seconds.

Send:

Receive: set zs avg time 8 set zs avg time 8 ok

Add the Version command to the “Commands List” section and the

“Diagnostics” section as follows: version Reports version of all the firmware components version

This command reports the version of all the firmware components. The example that follows shows a list of firmware components that were displayed by issuing the version command. The components displayed will vary depending on the configuration of the instrument.

Send:

Receive: version version

Program = 01.05.79.225

Library = 01.01.60.167

Kernel = 2.4.24-uc0-003-Thermo

Board = 81, File = /usr/application.hex

Board App = 11.3.100 Bl 4.0.97

File App = 11.3.100 Bl 4.0.97

Board = 84, File = /usr/application.hex

Board App = 11.3.100 Bl 4.0.97


File App = 11.3.100 Bl 4.0.97

Arc Bl = 170711*

MODBUS Protocol

Appendix

Update Serial Communication

Parameters


Add Service Mode Note


“MODBUS Protocol” appendix.

Update the Serial Communication Parameters section as follows:

Number of Data bits : 7 or 8

Number of Stop bits

Parity

Data rate

: 1 or 2

: None, Odd, or Even

: 1200 to 115200 Baud (9600 is default)

Add the following to the “TCP Communication Parameters” section:

“Up to three simultaneous connections are supported over Ethernet.”

Add the following note to the (0x05) Force (Write) Single Coil section:

Note This function will not work if the instrument is in service mode.

✳

Add Notes to MODBUS

Commands Supported Section

In the “MODBUS Commands Supported” section (also shown as the

“MODBUS Addresses Supported” section in some manuals) add the following notes to the Tables as indicted:

Table C–1

through Table C–3 list the MODBUS addresses supported for

the Model xx i .

IMPORTANT NOTE The addresses in the following tables are Protocol

Data Unit (PDU) addresses. Verify the coil number on your MODBUS master to ensure that it matches the coil number on the instrument.

✳

Note Coil status 1 indicates active state.

✳

Table C–1.

Read Coils for xx i

Coil Number Status

0 INVALID

1 (add your instrument specific data)


34 i Series Manual Update Addendum


(end) (end)

In addition to the coils listed in the Read Coils table, coils in the Write

Coils table can also be read.


Data Unit (PDU) addresses. Verify the register number on your

MODBUS master to ensure that it matches the register number on the instrument.

✳

Note For additional information on how to read registers and interpret the data, refer to the “(0x03/0x04) Read Holding Registers / Read Input

Registers” section in this appendix.

✳

Table C–2.

Read Registers for xx i

Register Number Variable

0 INVALID

1&2

(end)

(add your instrument specific data)

(end)


Data Unit (PDU) addresses. Verify the coil number on your MODBUS master to ensure that it matches the coil number on the instrument.

✳

Note Writing 1 to the coil number shown in the following table will initiate the “action triggered” listed in the table. This state must be held for at least 1 second to ensure the instrument detects the change and triggers the appropriate action.

✳

Note The coils within each coil group in the following table are mutually exclusive and will not be triggered if there is a conflict. Before you assert (1) one coil in a group, make sure the other coils in the group are de-asserted

(0).

✳

Table C–3.

Write Coils for xx i

Coil Number Action Triggered

100 INVALID

101 (add your instrument specific data)


Coil Number Action Triggered

(end) (end)

Reading a Write Coil

Replace Tables in the

MODBUS Commands

Supported Section

In addition to the coils listed in the Write Coils table, coils in the Read

Coils table can also be read.

To read a write coil, issue a read coil command for that coil. For example to view the state of write coil 101, issue a “read coil 101”.

In the “MODBUS Commands Supported” section (also shown as the

“MODBUS Addresses Supported” section in some manuals) replace the appropriate Tables in your manual with the following Tables and associated text:

42 i Series

In the following Tables, repeated numbers are used to indicate different functions based on the instrument used.

Read Registers for 42 i

11&12

13&14

13&14

15&16

15&16

17&18

19&20

21&22

23&24


0 INVALID

1&2 NO

3&4

3&4

5&6

5&6

7&8

9&10

NO2

DIF

Nox

Noy

NH3

NT

LOW NO

LOW NO2

LOW DIF

LOW Nox

LOW Noy

LOW NH3

LOW NT

HIGH NO

HIGH NO2

Used Exclusively In

42 i , 42 i HL, 42 i LS, 42 i TL, 42 i J, 17 i , 42 i Y

42 i , 42 i HL, 42 i LS, 42 i TL, 42 i J, 17 i

42 i Y

42 i , 42 i HL, 42 i LS, 42 i TL, 42 i J, 17 i , 42 i D

42 i Y

17 i

17 i

42 i , 42 i HL, 42 i LS, 42 i TL, 17 i , 42 i Y

42 i , 42 i HL, 42 i LS, 42 i TL, 17 i

42 i Y

42 i , 42 i HL, 42 i LS, 42 i TL, 17 i , 42 i D

42 i Y

17 i

17 i


42 i , 42 i HL, 42 i LS, 42 i TL, 17 i




23&24 HIGH DIF

25&26

25&26

27&28

29&30

HIGH Nox

HIGH Noy

HIGH NH3

HIGH NT

31&32

33&34

35&36

37&38

39&40

41&42

RANGE

RANGE

INTERNAL

TEMPERATURE

CHAMBER

TEMPERATURE

COOLER

TEMPERATURE

NO2 CONVERTER

TEMP

43&44

45&46

47&48

EXT CONV TEMP

PERM OVEN GAS

TEMPERATURE

PERM OVEN HEATER

TEMPERATURE

49&50

51&52

53&54

55&56

55&56


42 i Y

42 i , 42 i HL, 42 i LS, 42 i TL, 17 i , 42 i D

42 i Y

17 i

17 i


17 i , 42 i Y

Perm Span Option

Perm Span Option

CHAMBER PRESSURE

SAMPLE FLOW

PMT VOLTS

ANALOG IN 1

ANALOG IN 1

42 i , 42 i HL with Bypass Flow Option, 42 i LS,

42 i TL, 42 i J, 17 i , 42 i Y, 42 i D

I/O Expansion Board Option

42i TL, 42i J, 17i, 42i Y


42i, 42i HL, 42i LS, 42i D, if Output Conc Cal

Option is OFF

55&56

57&58

57&58

57&58

NO BKG

ANALOG IN 2

ANALOG IN 2

Nox BKG


Option is ON


42i TL, 42i J, 17i, 42i Y



Option is OFF


Option is ON




59&60

59&60

59&60

61&62

61&62

61&62

63&64

63&64

63&64

65&66

65&66

65&66

67&68

67&68

67&68

69&70

69&70

ANALOG IN 3

ANALOG IN 3

LOW NO COEF

ANALOG IN 4

ANALOG IN 4

LOW NO2 COEF

ANALOG IN 5

ANALOG IN 5

LOW Nox COEF

ANALOG IN 6

ANALOG IN 6

HIGH NO COEF

ANALOG IN 7

ANALOG IN 7

HIGH NO2 COEF

ANALOG IN 8

ANALOG IN 8



42i TL, 42i J, 17i, 42i Y



Option is OFF


Option is ON


42i TL, 42i J, 17i, 42i Y



Option is OFF


Option is ON


42i TL, 42i J, 17i, 42i Y



Option is OFF


Option is ON


42i TL, 42i J, 17i, 42i Y



Option is OFF


Option is ON


42i TL, 42i J, 17i, 42i Y



Option is OFF


Option is ON


42i TL, 42i J, 17i, 42i Y



Option is OFF i Series Manual Update Addendum 37


Register Number

69&70

71&72

73&74

75&76

77&78

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

Variable

HIGH Nox COEF

OZONATOR FLOW

PREREACTOR

LOW PREREACT

HIGH PREREACT

NO CORRECTED

CONC

NO2 CORRECTED

CONC

Nox CORRECTED

CONC

NH3 CORRECTED

CONC

NT CORRECTED

CONC

LOW NO CORRECTED

CONC

LOW NO2

CORRECTED CONC

LOW Nox

CORRECTED CONC

LOW NH3

CORRECTED CONC

LOW NT CORRECTED

CONC

HIGH NO CORRECTED

CONC

HIGH NO2

CORRECTED CONC

HIGH Nox

CORRECTED CONC

HIGH NH3

CORRECTED CONC

HIGH NT CORRECTED

CONC

CAPILLARY TEMP

O2 %

O2 SENS TEMP



Option is ON

42 i TL, 42 i Y

42 i TL, 42 i Y

42 i TL, 42 i Y

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

O

2

Sensor Option

17 i

Internal O

2

Sensor Option

Internal O

2

Sensor Option



137&138

139&140

141&142

143&144

145&146

147&148

149&150

151&152

153&154


115&116 NO HOURLY

117&118

119&120

121&122

123&124

NO2 HOURLY

Nox HOURLY

EXT ALARMS


42

42

42 i i i J

J

J

AMBIENT PRESSURE Ambient Pressure Sensor Option

125&126

127&128

129&130

131&132

133&134

135&136

NO BACKGROUND

NOX BACKGROUND

LOW NO COEF

LOW NO2 COEF

LOW Nox COEF

HIGH NO COEF

155&156

157&158

159&160

161&162

163&164

HIGH NO2 COEF

HIGH Nox COEF

NO ZERO TIME

Nox ZERO TIME

China DAS Option

China DAS Option

LOW NO SPAN TIME China DAS Option

LOW NO2 SPAN TIME China DAS Option

LOW Nox SPAN TIME China DAS Option

HIGH NO SPAN TIME China DAS Option

HIGH NO2 SPAN

TIME

China DAS Option

HIGH Nox SPAN TIME China DAS Option

NO ZERO DRIFT China DAS Option

Nox ZERO DRIFT China DAS Option

165&166

167&168

169&170

171&172

173&174

LOW NO SPAN DRIFT China DAS Option

LOW NO2 SPAN

DRIFT

China DAS Option

LOW Nox SPAN

DRIFT

China DAS Option

HIGH NO SPAN DRIFT China DAS Option

HIGH NO2 SPAN

DRIFT

HIGH Nox SPAN

DRIFT

China DAS Option

China DAS Option

LOW NO SPAN CONC China DAS Option i Series Manual Update Addendum 39



175&176 LOW NO2 SPAN

CONC

177&178 LOW Nox SPAN

CONC

179&180

181&182

183&184

185&186

187&188


China DAS Option

China DAS Option

HIGH NO SPAN CONC China DAS Option

HIGH NO2 SPAN

CONC

HIGH Nox SPAN

CONC

China DAS Option

China DAS Option

China DAS Option LOW NO RANGE

CONC

HIGH NO RANGE

CONC

China DAS Option

189&190

191&192

193&194

195&196

197&198

LOW NO2 RANGE

CONC

HIGH NO2 RANGE

CONC

LOW Nox RANGE

CONC

HIGH Nox RANGE

CONC

DILUTION RATIO

China DAS Option

China DAS Option

China DAS Option

China DAS Option

Read Coils for 42 i

7

8

8

9

5

6

1

2

3

4


0 INVALID

AUTORANGE

LOCAL/REMOTE

SERVICE

UNITS

ZERO MODE

SPAN MODE

NO MODE

Nox MODE

Noy MODE

Nt MODE


Zero/Span Option

Zero/Span Option



42 i Y

17 i



18

19

20

21

22

23


10 PRE MODE

11

12

GEN ALARM

NO CONC MAX

ALARM

13

14

14

15

NO CONC MIN

ALARM

NO2 CONC MAX

ALARM

DIF CONC MAX

ALARM

NO2 CONC MIN

ALARM

15

16

16

17

17

24

25

26

27

28

29


42

42

42

42

42

42 i i i i i i

TL, 42

, 42

, 42

, 42

Y

, 42 i i i i i Y

HL, 42

HL, 42

HL, 42

HL, 42 i i i i

LS, 42

LS, 42

LS, 42

LS, 42 i i i i

TL, 42

TL, 42

TL, 42

TL, 42 i i i i

J, 17

J, 17

J, 17

J, 17 i i i i

, 42

, 42 i i

Y

Y

DIF CONC MIN

ALARM

Nox CONC MAX

ALARM

Noy CONC MAX

ALARM

Nox CONC MIN

ALARM

42

42

42

42 i i i i Y

, 42

Y

, 42 i i HL, 42

HL, 42 i i LS, 42

LS, 42 i i TL, 42

TL, 42 i i J, 17

J, 17 i i , 42

, 42 i i D

D

Noy CONC MIN

ALARM

NH3 CONC MAX

CHAMB TEMP

ALARM

COOLER TEMP

ALARM

42 i

NH3 CONC MIN

Nt CONC MAX

17 i

17 i

17 i

Nt CONC MIN

INT TEMP ALARM

17 i

Y

42 i , 42 i HL, 42 i LS, 42 i TL, 42 i J, 17 i , 42 i D NO2 CONVERTER

TEMP ALARM

EXT CNV TEMP

PERM OVEN GAS

TEMP ALARM

17 i , 42 i Y

Perm Span Option

PRESSURE ALARM

FLOW ALARM 42 i , 42 i HL with Bypass Flow Option, 42 i LS, 42 i TL,

42 i J, 17 i , 42 i Y, 42 i D i Series Manual Update Addendum 41


42

43

44

45

46

47

48

53

54

55

56

57

58

49

50

51

52

34

35

36

37

38

39


30 OZONE FLOW

ALARM

31

32

MOTHERBOARD

STATUS ALARM

INTERFACE BD

STATUS ALARM

33 I/O EXP BD STATUS

ALARM

AUTORANGE

CONC ALARM

SAMPLE MODE

40

PURGE MODE

EXT CONV STAT

ZERO CHECK/CAL

ALARM

SPAN CHECK/CAL

ALARM

41 O2 SENSOR

ALARM

CONC ERROR

NO RANGE 1

NO RANGE 2

NO RANGE 3

NO RANGE 4

NO RANGE 5

NO2 RANGE 1

NO2 RANGE 2

NO2 RANGE 3

NO2 RANGE 4

NO2 RANGE 5

Nox RANGE 1

Nox RANGE 2

Nox RANGE 3

Nox RANGE 4

Nox RANGE 5

CALIBRATION



Zero/Span Option

17 i , 42 i Y

Zero/Span Option

Zero/Span Option

Internal O

2

Sensor Option

42

42

42

42 i J

42 i J

42

42

42

42

42

42

42

42

42 i i i i i i i i i i i i

J

J

J

J

J

J

42 i J

42 i J

42 i J

J

J

J

J

J

J




59 CAL FAIL ALARM

60

61

62

63

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3

AMBIENT

PRESSURE ALARM

64

65

66

67

68

69

SYSTEM CAL

MODE EXT ALARM

BLOWBACK MODE

EXT ALARM

NORMAL MODE

GENERAL TEMP

ALARM

PNEUMATICS PLUG

EXT ALARM

AIR LOW EXT

ALARM

70

71

72

INTENSITY EXT

ALARM

DETECTOR SIGNAL

EXT ALARM

EXTERNAL SPAN

MODE


42 i J

Ambient Pressure Sensor Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

Perm Span Option with External Span

Table Write Coils for 42 i

Action Triggered Coil

Number

100

101

INVALID

ZERO MODE

Coil Group Used Exclusively In

102

103

104

104

105

SPAN MODE

NO MODE

NOX MODE

Noy MODE

Nt MODE

Zero/Span

Mode

Zero/Span

Mode

Zero/Span Option

Zero/Span Option

Measure Mode 42 i , 42 i HL, 42 i LS, 42 i TL, 42 i J, 17 i ,

42 i Y

Measure Mode 42 i , 42 i HL, 42 i LS, 42 i TL, 42 i J, 17 i ,

42 i D

Measure Mode 42 i Y

Measure Mode 17 i i Series Manual Update Addendum 43


108

109

110

111

112

Coil

Number

106

107

117

118

119

120

121

113

114

115

116

122

123

124

125

126

127

128

129

Action Triggered Coil Group Used Exclusively In

PRE MODE

SET BACKGROUND

CAL TO LO SPAN

AOUTS TO ZERO

AOUTS TO FS

CAL TO HI SPAN

TELEM TROUBLE

HOURLY AVG RST

ZERO/PURGE CAL

SPAN/PURGE CAL

ZERO/SPAN/PURGE

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3

PURGE MODE

BLOWBACK MODE

EXT ALARM

PNEUMATICS PLUG

EXT ALARM

AIR LOW EXT ALARM

INTENSITY EXT

ALARM

DETECTOR SIGNAL

EXT ALARM

SYSTEM CAL MODE

EXTERNAL SPAN

MODE

O2 BACKGROUND

O2 SPAN

Measure Mode 42 i TL, 42 i Y

Analog Out Test I/O Expansion Board Option


42 i J

42 i J

42 i J

42 i J

42 i J

42 i J

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option


Internal O

Internal O

2

2

Sensor Option

Sensor Option



43 i Series

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

In the following Table, repeated numbers are used to indicate different functions based on the instrument used.


Variable Used Exclusively In Register

Number

0

1&2

INVALID

SO2 CONC

H2S

CS

LOW SO2 CONC (Dual/Auto

Range mode)

LOW H2S

LOW CS

HIGH SO2 CONC (Dual/Auto

Range mode)

HIGH H2S

HIGH CS

RANGE (SO2) (Dual/Auto

Range mode)

INTERNAL TEMP

CHAMBER TEMP

H2S CNV TEMP

PERM OVEN GAS

TEMPERATURE

PERM OVEN HEATER

TEMPERATURE

CHAMBER PRESSURE

SAMPLE FLOW

PMT VOLTS

FLASH VOLTS

FLASH REF

ANALOG IN 1

ANALOG IN 2

43 i , 43 i J, 43 i HL, 43 i TLE, 450 i without SO

2

Scrubber Option

450 i without SO

2

Scrubber Option

450 i without SO

2

Scrubber Option


2

Scrubber Option

450 i without SO

2

Scrubber Option

450 i without SO

2

Scrubber Option


2

Scrubber Option

450 i without SO

2

Scrubber Option

450 i without SO

2

Scrubber Option

450 i with Internal Converter

Perm Span Option

Perm Span Option


I/O Expansion Board Option i Series Manual Update Addendum 45


75&76

77&78

79&80

81&82

83&84

85&86

87&88

89&90

91&92

93&94

95&96

97&98

Register

Number

45&46

47&48

49&50

51&52

53&54

55&56

57&58

59&60

61&62

63&64

65&66

67&68

69&70

71&72

73&74

Variable

ANALOG IN 3

ANALOG IN 4

ANALOG IN 5

ANALOG IN 6

ANALOG IN 7

ANALOG IN 8

SO2 HOURLY

H2S HOURLY

CS HOURLY

EXT ALARMS

O2 %

O2 SENS TEMP

H2S SCRUB

LOW H2S SCRUB

HIGH H2S SCRUB

SO2 COR

LOW SO2 COR

HIGH SO2 COR

SO2 BKG

LOW SO2 COEF

HIGH SO2 COEF

SO2 ZERO TIME

LOW SO2 SPAN TIME

HIGH SO2 SPAN TIME

SO2 ZERO DRIFT

LOW SO2 DRIFT

HIGH SO2 DRIFT

99&100 LOW SO2 SPAN CONC

101&102 HIGH SO2 SPAN CONC

103&104 LOW SO2 RANGE CONC

105&106 HIGH SO2 RANGE CONC

107&108 DILUTION RATIO








43 i J

43 i J

43 i J

Internal O

2

Sensor Option

Internal O

2

Sensor Option

450 i with SO

2

Scrubber Option

450 i with SO

2

Scrubber Option

450 i with SO

2

Scrubber Option

Internal O

2

Sensor Option

Internal O

2

Sensor Option

Internal O

2

Sensor Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option



18

19

20

21

22

23

24

25

13

14

15

16

17

5

6

7

8


Status

1

2

3

4

Coil

Number

0 INVALID

AUTORANGE

LOCAL/REMOTE

SERVICE

UNITS (0 = ppm or ppb; 1 = mg/m 3 or µg/m 3 )

ZERO MODE

SPAN MODE

SAMPLE MODE

SO2 MODE

9

10

11

12

26


CS MODE

GEN ALARM

SO2 CONC MAX ALARM

SO2 CONC MIN ALARM

H2S CONC MAX

H2S CONC MIN

CS CONC MAX

CS CONC MIN

INTERNAL TEMP ALARM

CHAMB TEMP ALARM

CONVERTER TEMP

PERM GAS TEMP

PRESSURE ALARM

SAMPLE FLOW ALARM

FLASH REF ALARM

FLASH VOLTAGE ALARM

MOTHERBOARD STATUS

ALARM

MEASUREMENT INTERFACE

BOARD STATUS ALARM

Zero/Span Option

Zero/Span Option


2

Scrubber Option

450 i without SO

2

Scrubber Option


2

Scrubber Option


2

Scrubber Option

450 i without SO

2

Scrubber Option

450 i without SO

2

Scrubber Option

450 i without SO

2

Scrubber Option

450 i without SO

2

Scrubber Option

450 i with Internal Converter

Perm Span Option i Series Manual Update Addendum 47


52

53

54

49

50

51

36

37

38

39

40

41

32

33

34

35

42

43

44

45

46

47

28

29

30

Coil

Number

27

Status

31

48

55


I/O EXP BD STATUS ALARM I/O Expansion Board Option

CONC ALARM

PURGE MODE Zero/Span Option

ZERO CHK/CAL ALARM

(Zero/Span Option)

SPAN CHK/CAL ALARM

(Zero/Span Option)

SPAN 1 MODE

Zero/Span Option

Zero/Span Option

SPAN 2 MODE

CONC ERROR

SO2 RANGE 1

Dual Span Option

Dual Span Option

43 i J

43 i J

SO2 RANGE 2

SO2 RANGE 3

SO2 RANGE 4

SO2 RANGE 5

CALIBRATION

CAL FAIL ALARM

43 i J

43 i J

43 i J

43 i J

43 i J

43 i J

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3

O2 CONC MAX ALARM

O2 CONC MIN ALARM

SYSTEM CAL MODE EXT

ALARM

BLOWBACK MODE EXT

ALARM

NORMAL MODE

GENERAL TEMP ALARM

PNEUMATICS PLUG EXT

ALARM

AIR LOW EXT ALARM

INTENSITY EXT ALARM

DETECTOR SIGNAL EXT

ALARM

EXTERNAL SPAN MODE

O2 Sensor Option

O2 Sensor Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option




123

124

125

126

108

109

110

111

112

113

104

105

106

107

114

115

116

117

118

119

120

121

122

Write Coils for 43 i

Action Triggered Coil Group Coil

Number

100

101

102

103

INVALID

ZERO MODE

SPAN MODE

SO2 MODE

Zero/Span Mode

Zero/Span Mode

Measure Mode

CS MODE

SET BACKGROUND

Measure Mode

CAL TO LOW SPAN

AOUTS TO ZERO Analog Out Test

AOUTS TO FS

CAL TO HIGH SPAN

Analog Out Test

SPAN 1 MODE

SPAN 2 MODE

TELEM TROUBLE

HOURLY AVG RST

Zero/Span Mode

Zero/Span Mode

ZERO/PURGE CAL

SPAN/PURGE CAL

ZERO/SPAN/PURGE

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3

PURGE MODE

BLOWBACK MODE

EXT ALARM

PNEUMATICS PLUG

EXT ALARM

AIR LOW EXT

ALARM

INTENSITY EXT

ALARM

DETECTOR SIGNAL

EXT ALARM

SYSTEM CAL MODE

Zero/Span Mode


Zero/Span Option

Zero/Span Option


2

Scrubber Option

450 i without SO

2

Scrubber Option



43 i J

43 i J

43 i J

Dual Span Option

Dual Span Option

43 i J

43 i J

43 i J

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option

China DAS Option i Series Manual Update Addendum 49


Coil

Number

127

Action Triggered Coil Group

EXTERNAL SPAN

MODE

48 i Series


23&24

25&26

27&28

29&30

31&32

33&34

11&12

13&14

15&16

17&18

19&20

21&22

Register

Number

0

1&2

3&4

5&6

7&8

9&10

35&36

37&38

39&40

41&42

43&44

45&46

47&48

49&50

Variable

PERM OVN HTR

BENCH PRES

SAMPLE FLOW

INTENSITY

MOTOR SPEED

ANALOG IN 1

ANALOG IN 2

ANALOG IN 3

ANALOG IN 4

ANALOG IN 5

ANALOG IN 6

ANALOG IN 7

ANALOG IN 8

CO2

INVALID

CO

LO CO

HI CO

RANGE STATUS

S/R

LO S/R

HI S/R

INT TEMP

BENCH TEMP

NONE

PERM OVN GAS



Perm Span Option with External

Span

48 i , 48 i TLE, 48 i HL

48 i , 48 i TLE, 48 i HL

48 i , 48 i TLE, 48 i HL

Permeation Span Source Option










410 i



75&76

77&78

79&80

81&82

83&84

85&86

87&88

89&90

91&92

93&94

95&96

97&98

Register

Number

51&52

53&54

55&56

57&58

59&60

61&62

63&64

65&66

67&68

69&70

71&72

73&74

Variable

LO CO2

HI CO2

BIAS SUPPLY

HCl

LO HCl

HI HCl

SCRUBBER EFF

LO CO HOURLY

EXT ALARMS

O2 %

O2 SENS TEMP

N2O

LO N2O

HI N2O

CO COR

LO CO COR

HI CO COR

CO2 COR

LO CO2 COR

HI CO2 COR

BACKGROUND

LO COEFF

HIGH COEFF

DILUTION RATIO


410 i

410 i

15 i

15 i

15 i

Zero Air Scrubber Option

48 i J

Internal O

2

Sensor Option

Internal O

2

Sensor Option

46 i

46 i

46 i

48 i , 48 i HL with Internal O

2

Sensor Option


2

Sensor Option


2

Sensor Option

410 i with Internal O

2

Sensor Option

410 i Internal O

2

Sensor Option

410 i Internal O

2

Sensor Option


Status

1

2

3

4

Coil

Number

0 INVALID

AUTORANGE

LOCAL/REMOTE

SERVICE

UNITS

Used Exclusively In i Series Manual Update Addendum 51


32

33

34

35

26

27

28

29

30

31

8

9

10

11

12

13

6

7

Coil

Number

5

20

21

22

23

14

15

16

17

18

19

Status

24

25


ZERO MODE

SPAN MODE

SAMPLE MODE

GEN ALARM

CONC MAX

CONC MIN

INT TEMP

BENCH TEMP

PRESSURE

SAMPLE FLOW

INTENSITY

MOTOR SPEED

BIAS VOLTAGE

MB STATUS

MIB STATUS

Zero/Span Option

Zero/Span Option

I/O BD STATUS

CONC ALARM

PURGE MODE

SCRUB TST

MODE

ZERO CHK/CAL

ALARM

SPAN CHK/CAL

ALARM

CONC ERROR

CO RANGE 1


Zero/Span Option

Zero Air Scrubber Option

Zero/Span Option

Zero/Span Option

CO RANGE 2

CO RANGE 3

CO RANGE 4

CO RANGE 5

CALIBRATION 48 i J

CAL FAIL ALARM 48 i J

EXT ALARM 1

EXT ALARM 2

48 i J

48 i J

48 i J

48 i J

48 i J

48 i J



Coil

Number

36

37

38

Status Used Exclusively In

EXT ALARM 3

O2 MAX ALARM Internal O

2

Sensor Option

O2 MIN ALARM Internal O

2

Sensor Option

113

114

115

116

117

109

110

111

112



Number

100

101

102

103

104

105

106

107

108


INVALID

ZERO MODE

SPAN MODE

SET BACKGROUND

CAL TO LO SPAN

AOUTS TO ZERO

AOUTS TO FS

CAL TO HI SPAN

SCRUBBER TEST

TELEM TROUBLE

HOURLY AVG RST

ZERO/PURGE CAL

SPAN/PURGE CAL

ZERO/SPAN/PURGE

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3

PURGE MODE

Zero/Span Mode Zero/Span Option


Analog Out Test I/O Expansion Board

Option


Option

Zero Air Scrubber

Option

48 i J

48 i J

48 i J

48 i J

48

48 i i J

J i Series Manual Update Addendum 53


49 i and 49 i PS


Register

Number

0

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

53&54

55&56

57&58

Variable Used Exclusively In

INVALID

O3

LO O3

49 i

49 i

HI O3

RANGE STATUS

INTENSITY A

INTENSITY B

49 i

NOISE A

NOISE B

FLOW A

FLOW B

PRESSURE

BENCH TEMP

LAMP TEMP

O3 LAMP TEMP

ANALOG IN 1

ANALOG IN 2

ANALOG IN 3

49 i PS, Internal Ozonator Option



ANALOG IN 4

ANALOG IN 5

ANALOG IN 6

ANALOG IN 7

ANALOG IN 8







O3 OUT CONC

O3 HOURLY

EXT ALARMS

O3 BACKGROUND

49 i PS

49 i J

O3 LO COEF

O3 HI COEF




12

13

14

15

9

10

11

16

17

18

19

20

24

25

26

27

21

22

23

28

29

30

31

4

5

6

2

3

7

8

Coil

Number

0

1

Status

INVALID

AUTORANGE

SERVICE

UNITS

ZERO MODE

SPAN MODE

SAMPLE MODE

O3 LEVEL 1

O3 LEVEL 2


Sample/Cal Option

Sample/Cal Option

O3 LEVEL 3

O3 LEVEL 4

O3 LEVEL 5

PURGE MODE

GEN ALARM

CONC MAX

CONC MIN

Sample/Cal Option

BENCH TEMP

BNCH LMP TEM

O3 LAMP TEMP 49 i PS, Internal Ozonator Option

PRESSURE

FLOW A

FLOW B

INTENSITY A

INTENSITY B

CONC ALARM

ZERO CHK/CAL Sample/Cal Option

SPAN CHK/CAL

O3 LEVEL 1 CHK

Sample/Cal Option

O3 LEVEL 2CHK

O3 LEVEL 3 CHK

O3 LEVEL 4CHK

O3 LEVEL 5 CHK i Series Manual Update Addendum 55


47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

41

42

43

44

45

46

35

36

37

38

39

40

Coil

Number

32

33

34


MB STATUS

MIB STATUS

I/O BD STATUS I/O Expansion Board Option

LOCAL/REMOTE

CONC ERROR 49 i J

O3 RANGE 1

O3 RANGE 2

O3 RANGE 3

O3 RANGE 4

O3 RANGE 5

CALIBRATION

49 i J

49 i J

CAL FAIL ALARM 49 i J

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3

49 i J

49 i J

49 i J

49 i J

SOLENOID 1

SOLENOID 2

SOLENOID 3

SOLENOID 4

SOLENOID 5

SOLENOID 6

SOLENOID 7

SOLENOID 8

SOLENOID 9

SOLENOID 10

SOLENOID 11

SOLENOID 12

SOLENOID 13

SOLENOID 14

SOLENOID 15

SOLENOID 16

O3 LEVEL 6




119

120

121

122

123

124

109

110

111

112

113

114

115

116

117

118

104

105

106

107

108

Coil

Number

100

101

102

103

Action Triggered Coil Group Used Exclusively In

INVALID

ZERO MODE

SPAN MODE

OZONATOR LVL 1

OZONATOR LVL 2

OZONATOR LVL 3

OZONATOR LVL 4

OZONATOR LVL 5

SET BACKGROUND

Zero/Span Mode Sample/Cal Option

Zero/Span Mode Sample/Cal Option






CAL TO LO SPAN

CAL TO HI SPAN

OZONATOR SLND

AOUTS TO ZERO

AOUTS TO FS

PUMP OFF

TELEM TROUBLE

HOURLY AVG RST

ZERO/PURGE CAL

SPAN/PURGE CAL



49 i J

49 i J

49 i J

49 i J

ZERO/SPAN/PURGE

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3

PURGE MODE

OZONATOR LVL 6

49

49

49 i i i

J

J

PS, Internal Ozonator Option

51 i


Register

Number

0

Variable

INVALID



33&34

35&36

37&38

39&40

41&42

43&44

21&22

23&24

25&26

27&28

29&30

31&32

Register

Number

1&2

3&4

5&6

7&8

9&10

11&12

13&14

15&16

17&18

19&20


THC

AVG THC

HI THC

LO THC

DET TEMP

FILTER TEMP

PUMP TEMP

FLAME TEMP

INT TEMP

AIR PRESSURE

SAMPLE PRESSURE

FUEL PRESSURE

RAW FID SIGNAL

ANALOG IN 1

ANALOG IN 2

ANALOG IN 3




ANALOG IN 4

ANALOG IN 5

ANALOG IN 6

ANALOG IN 7

ANALOG IN 8

EXT ALARMS







Status

5

6

1

2

3

4

Coil

Number

0


INVALID

LOCAL/REMOTE

SERVICE

ZERO MODE

SPAN MODE

Zero/Span Option

Zero/Span Option

SAMPLE MODE

PURGE MODE Zero/Span Option



22

23

24

19

20

21

28

29

30

31

32

33

25

26

27

10

11

12

8

9

Coil

Number

7

Status

13

14

15

16

17

18


IDLE MODE

GEN ALARM

CONC ALARM

CONC MAX

CONC MIN

INT TEMP

ALARM

DET TEMP

ALARM

FILT TEMP

ALARM

PUMP TEMP

ALARM

AIR PRESSURE

ALARM

SAMP

PRESSURE

ALARM

FUEL PRESSURE

ALARM

FLAME OUT

SIGNAL STR

OVER RANGE

HEATER FAIL

SENSOR FAIL

ZERO NOISE

ALARM

ZERO CHK/CAL Zero/Span Option

SPAN CHK/CAL Zero/Span Option

BIAS VOLTAGE

MB STATUS

MIB STATUS


EXT ALARM 1

EXT ALARM 2

EXT ALARM 3 i Series Manual Update Addendum 59




102

103

104

105

106

Coil

Number

100

101

107

108

109

110


INVALID

ZERO MODE Zero/Span Mode Zero/Span Option

SPAN MODE

SET BACKGROUND


SET IDLE MODE

CAL TO SPAN

AOUTS TO ZERO

AOUTS TO FS


Option


Option

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3

55 i


13&14

15&16

17&18

19&20

21&22

23&24

Register

Number

0

1&2

3&4

5&6

7&8

9&10

11&12

Variable

INVALID

METHANE

NMHC

THC

DET TEMP

FILTER TEMP

COLUMN TEMP

FLAME TEMP

INT TEMP

AIR PRES

CARRIER PRES

FUEL PRES

RAW SIGNAL




Register

Number

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

67&68

69&70

71&72


FLAME STATUS

CH4 PK HT

CH4 PK RT

CH4 BASELINE

CH4 LOD

NM PK HT

NM PK AREA

NM BASE START

NM BASE END

NM LOD

NM START IDX

NM END IDX

NM MAX SLOPE

NM MIN SLOPE

NM DATA POINTS

ANALOG IN 1

ANALOG IN 2

ANALOG IN 3

ANALOG IN 4

ANALOG IN 5

ANALOG IN 6

ANALOG IN 7

ANALOG IN 8

EXT ALARMS










Status

2

3

Coil

Number

0

1

4

INVALID

LOCAL/REMOTE

SERVICE

CAL MODE

CAL CHK MODE



18

19

20

21

22

23

25

26

27

28

29

30

31

32

8

9

10

11

12

13

14

15

6

7

Coil

Number

5

Status

16

17

24

RUN MODE

IDLE MODE

INJECT

ZERO MODE

SPAN MODE

GEN ALARM

CH4 CONC MAX

CH4 CONC MIN

NM CONC MAX

NM CONC MIN

INT TEMP

ALARM

DET TEMP

ALARM

FILT TEMP

ALARM

COLUMN TEMP

AIR PRESSURE

CARRIER

PRESSURE

FUEL PRESSURE

FLAME OUT

CH4

OVERRANGE

NM

OVERRANGE

CAL FAILURE

HEATER FAIL

SENSOR FAIL

BIAS VOLTAGE

DATA INTEG

CH4 SPAN CHK

NM SPAN CHK

WINDOWS

SANE




36

37

38

Coil

Number

33

34

35


MB STATUS

MIB STATUS


EXT ALARM 1

EXT ALARM 2

EXT ALARM 3



105

106

107

108

109

Coil

Number

100

101

102

103

104

110

111

112

INVALID

START RUN

START CAL

START CAL CHK

STOP

INJECT

BACKFLUSH

SET IDLE MODE

AOUTS TO ZERO

AOUTS TO FS

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3




60 i


Register

Number

0

1&2

3&4

5&6

Variable

INVALID

NONE

NONE

NONE i Series Manual Update Addendum 63


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

67&68

69&70

71&72

Register

Number

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

Variable

NONE

CO CONCENTRATION

NO CONCENTRATION

NONE

CO2 CONCENTRATION

NONE

NONE

NONE

NONE

NOX CONCENTRATION

O2 CONCENTRATION

SO2 CONCENTRATION

NO2 CONCENTRATION

ANALOG IN 1

ANALOG IN 2

ANALOG IN 3

ANALOG IN 4

ANALOG IN 5

ANALOG IN 6

ANALOG IN 7

ANALOG IN 8

BENCH PRESSURE

SOURCE TEMPERATURE

BENCH TEMPERATURE

DETECTOR TEMPERATURE

CHANNEL 2 ABSORBANCE










Register

Number

73&74

75&76

77&78

79&80

81&82

83&84

85&86

87&88

89&90

91&92

93&94*

95&96

97&98

99&100*

101&102

Variable




CO (contents current selected cyl)

CO2 (contents current selected cyl)

NO (contents current selected cyl)

NO2 (contents current selected cyl)

SO2 (contents current selected cyl)

O2 (contents current selected cyl)

NONE

EXTERNAL ALARMS

REFERENCE INTENSITY

NONE

ALARM FLAGS (C-link)

DEW POINT

103&104

105&106

107&108

109&110

111&112

113&114

BLOWBACK PRESSURE (system only)

PROBE FILTER TEMP (system only)

PROBE BARREL TEMP (system only)

CHILLER TEMP (system only)

UMBILICAL ZONE 1 TEMP (system only)

UMBILICAL ZONE 2 TEMP (system only)

115&116* CALIBRATION STATUS

117&118* FLAGS (C-link)

119&120* DIGITAL INPUT STATUS

121&122* UNITS FLAGS

123&124 SYSTEM PUMP ON


Status

1

2

Coil

Number

0 INVALID

LOCAL/REMOTE

SERVICE i Series Manual Update Addendum 65


18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

6

7

8

9

10

11

12

13

14

15

16

17

4

5

Coil

Number

3

Status

SAMPLE MODE

ZERO MODE

SPAN MODE

CYLINDER 1 ACTIVE

CYLINDER 2 ACTIVE

CYLINDER 3 ACTIVE

CYLINDER 4 ACTIVE

CYLINDER 5 ACTIVE

CYLINDER 6 ACTIVE

BLOWBACK

PURGE

CHECK CAL

EVENT RUNNING

GENERAL ALARM

CONC MAX CO ALARM

CONC MIN CO ALARM

CONC MAX CO2 ALARM

CONC MIN CO2 ALARM

CONC MAX NO ALARM

CONC MIN NO ALARM

CONC MAX NO2 ALARM

CONC MIN NO2 ALARM

CONC MAX NOX ALARM

CONC MIN NOX ALARM

CONC MAX O2 ALARM

CONC MIN O2 ALARM

CONC MAX SO2 ALARM

CONC MIN SO2 ALARM

INTERNAL TEMP ALARM

BENCH TEMP ALARM

DETECTOR TEMP ALARM

UMB Z1 TEMP ALARM (system only)

UMB Z2 TEMP ALARM (system only)



39

40

41

42

43

44

Coil

Number

36

37

38

51

52

53

54

45

46

47

48

49

50

Status

PROBE FILTER TEMP ALARM (system only)

PRESSURE ALARM

SAMPLE FLOW ALARM

CAL FLOW ALARM

DEWPOINT ALARM

REF INTENSITY ALARM

MB STATUS ALARM

MIB STATUS ALARM

I/O BOARD STATUS ALARM

DETECTOR BOARD STATUS ALARM

MODEL 62i STATUS ALARM

EXTERNAL ALARM 1 ALARM



“NO” DILUTION

“NO” OZONATOR

CAL THROUGH SYSTEM

PROBE BARREL TEMP ALARM (system only)

CAL FAILED



Number

100

101

102

103

104

105

106

107

108

109

INVALID

AOUTS TO ZERO

AOUTS TO FS

SELECT CYLINDER 1

SELECT CYLINDER 2

SELECT CYLINDER 3

SELECT CYLINDER 4

SELECT CYLINDER 5

SELECT CYLINDER 6

RUN EVENT 1

Coil Group

Analog Out Test

Analog Out Test

CYLINDER

CYLINDER

CYLINDER

CYLINDER

CYLINDER

CYLINDER

EVENT i Series Manual Update Addendum 67


125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

113

114

115

116

117

118

119

120

121

122

123

124

Coil

Number

110

111

112

Action Triggered

RUN EVENT 2

RUN EVENT 3

RUN EVENT 4

RUN EVENT 5

RUN EVENT 6

RUN EVENT 7

RUN EVENT 8

RUN EVENT 9

RUN EVENT 10

RUN EVENT 11

RUN EVENT 12

RUN EVENT 13

RUN EVENT 14

RUN EVENT 15

RUN EVENT 16

INITIATE PURGE

ACTIVATE CHECK CAL

TRIGGER EXTERNAL ALARM 1



TRIGGER BLOWBACK

TRIGGER WATER SLIP ALARM

HALT EVENTS/SEQUENCE/AUTOCAL

RUN SEQUENCE 1

RUN SEQUENCE 2

SPAN MODE

ZERO IR MODE

ZERO O2 MODE

SPAN NOX MODE

OZONATOR

STORE CAL

STORE 1

STORE 2

Coil Group

EVENT

EVENT

EVENT

CALIBRATION

CALIBRATION

CALIBRATION

CALIBRATION

CALIBRATION

CALIBRATION

CALIBRATION

CALIBRATION

EVENT

EVENT

EVENT

EVENT

EVENT

EVENT

EVENT

EVENT

EVENT

EVENT

EVENT

EVENT

EVENT

EVENT

EVENT



Coil

Number

143

144

145


COMPUTE NO2 SPAN

SPAN O2

SAVE CALS

80 i


23&24

25&26

27&28

29&30

31&32

33&34

35&36

37&38

39&40

41&42

43&44

45&46

7&8

9&10

11&12

13&14

15&16

17&18

19&20

21&22

Register

Number

0

1&2

3&4

5&6

Variable

INVALID

Hg 0 CONCENTRATION

Hg 2+ CONCENTRATION

Hg t CONCENTRATION

Hg 0 RANGE

Hg 2+ RANGE

Hg t RANGE

INTENSITY

INTERNAL TEMPERATURE

CHAMBER TEMPERATURE

PROBE TEMPERATURE

CONVERTER TEMPERATURE

UMBILICAL TEMPERATURE

VENTURI PRESSURE

ORIFICE PRESSURE

DILUTION AIR PRESSURE

BLOWBACK PRESSURE

EDUCTOR PRESSURE

VACUUM PRESSURE

FLOW

PMT VOLTS

CHAMBER PRESSURE

PROBE SPAN

Hg 0 SPAN

Coil Group

CALIBRATION

CALIBRATION

SAVES TO FILE i Series Manual Update Addendum 69


Register

Number

47&48

49&50

51&52

53&54

55&56

57&58

59&60

Variable

Hg

Hg

Hg t t

0

SPAN

BACKGROUND

BACKGROUND

Hg 0 COEFFICIENT

Hg t COEFFICIENT

61&62

63&64

65&66

67&68

69&70

71&72

73&74

75&76

77&78

79&80

81&82

83&84

85&86

87&88

89&90

91&92

PROBE FAILSAFE TEMPERATURE

DILUTION FACTOR

ANALOG IN 1

ANALOG IN 2

ANALOG IN 3

ANALOG IN 4

ANALOG IN 5

ANALOG IN 6

ANALOG IN 7

ANALOG IN 8

PROBE NUMBER

Hg 0 INSTRUMENT DRIFT CONCENTRATION

Hg 0 INSTRUMENT DRIFT TIME

Hg t INSTRUMENT DRIFT CONCENTRATION

Hg t INSTRUMENT DRIFT TIME

Hg 0 SYSTEM DRIFT CONCENTRATION

Hg 0 SYSTEM DRIFT TIME

Hg t SYSTEM DRIFT CONCENTRATION

93&94

95&96

Hg t SYSTEM DRIFT TIME

CALIBRATOR ACTUAL CONCENTRATION

97&98 LAMP TEMPERATURE

99&100 OXIDIZER TEMPERATURE

101&102 OXIDATION

103&104 INTEGRITY

105&106 UMBILICAL TEMP 2

107&108 EXTERNAL ALARMS

109&110 84i PERM GEN RATIO

111&112 84i PERM GAS TEMP



Register

Number

Variable

113&114 84i PERM OVEN HEATER TEMP

115&116 84i CAPILLARY TEMP

117&118 84i PRESSURE


Status

8

9

10

11

12

13

4

5

6

7

2

3

0

1

Coil

Number

14

15

16

17

18

19

20

21

22

23

24

25

INVALID

SERVICE

HG 0 MODE

HG t MODE

HG 0 /HG t MODE

SAMPLE MODE

INSTRUMENT ZERO MODE

INSTRUMENT SPAN MODE

ORIFICE ZERO MODE

ORIFICE SPAN MODE

SYSTEM ZERO MODE

SYSTEM SPAN MODE

BLOWBACK MODE

GENERAL ALARM

INTERNAL TEMPERATURE ALARM

CHAMBER TEMPERATURE ALARM

CHAMBER PRESSURE ALARM

SAMPLE FLOW ALARM

INTENSITY ALARM

Hg 0 CONCENTRATION, MAXIMUM ALARM

Hg 0 CONCENTRATION, MINIMUM ALARM

Hg 2+ CONCENTRATION, MAXIMUM ALARM

Hg 2+ CONCENTRATION, MINIMUM ALARM

Hg t CONCENTRATION, MAXIMUM ALARM

Hg t CONCENTRATION, MINIMUM ALARM

MOTHERBOARD STATUS ALARM i Series Manual Update Addendum 71


37

38

39

40

41

42

33

34

35

36

43

44

45

46

47

48

55

56

57

58

49

50

51

52

53

54

28

29

30

31

32

Coil

Number

26

27

Status

MEASUREMENT INTERFACE BOARD STATUS ALARM

I/O BOARD STATUS ALARM

80I STATUS ALARM

ZERO CHECK/CAL ALARM

SPAN CHECK/CAL ALARM

PROBE DILUTION ALARM

SYSTEM DILUTION ALARM

PROBE ZERO CHECK/CAL ALARM

SYSTEM ZERO CHECK/CAL ALARM

GENERAL PROBE ALARM

PROBE 1 SELECTED

UNUSED

UNUSED

UNUSED

LOCAL/REMOTE

OXIDIZER CAL MODE

HYDRATOR

PROBE 1 STATUS

UNUSED

UNUSED

UNUSED

EXTERNAL ALARM

OXIDIZER Hg

OXIDIZER Cl2

OXIDIZER PURGE

THC ZERO MODE

THC SPAN MODE

PERMEATION SPAN MODE

84i CONNECT A

84i CONNECT B

84i GAS TEMP

84i OVEN TEMP

84i CAPILLARY TEMP



Coil

Number

59

60

61

62

Status

84i FLOW

84i PRESSURE

84i STATUS

OXIDIZER STATUS



113

114

115

116

117

118

107

108

109

110

111

112

119

120

121

122

123

124

103

104

105

106

Coil

Number

100

101

102

INVALID

Hg 0 MODE

Hg t MODE

Hg 0 /Hg t MODE



ORIFICE ZERO MODE

ORIFICE SPAN MODE

SYSTEM ZERO MODE

SYSTEM SPAN MODE

BLOWBACK SYSTEM MODE

BLOWBACK STINGER MODE

SET BACKGROUND

SET SPAN COEFFICIENT

PROBE SELECT 1

PROBE SELECT 2

PROBE SELECT 3

PROBE SELECT 4

SYSTEM SPAN 1

SYSTEM SPAN 2

SYSTEM SPAN 3

SYSTEM SPAN 4

SYSTEM SPAN 5

SYSTEM SPAN 6

OXIDIZER CAL MODE

Coil Group

Measure Mode

Measure Mode

Measure Mode

Zero/Span Mode

Zero/Span Mode

Zero/Span Mode

Zero/Span Mode

Zero/Span Mode

Zero/Span Mode

Zero/Span Mode

Zero/Span Mode

Probe Select

Probe Select

Probe Select

Probe Select

System Span

System Span

System Span

System Span

System Span

System Span

Zero/Span Mode i Series Manual Update Addendum 73


127

128

129

130

131

Coil

Number

125

126

132

133

134

135

136

137

138


SPIKING

INSTRUMENT SPAN 1

INSTRUMENT SPAN 2

INSTRUMENT SPAN 3

HYDRATOR ALARM

EXTERNAL ALARM

THC ZERO MODE

THC SPAN MODE

THC BLOWBACK

PERM SPAN

UNUSED

84i CONNECT B

SET Hg 0 SPAN

SET Hg t SPAN

Coil Group

Instrument Span

Instrument Span

Instrument Span

THC

THC

THC

84i Perm

84i Perm

Measure Mode

Measure Mode

81 i


13&14

15&16

17&18

19&20

21&22

23&24

Register

Number

0

1&2

3&4

5&6

7&8

9&10

11&12


INVALID

Hg CONCENTRATION

Hg SPAN

Hg FLOW

DILUTION FLOW

COOLER TEMPERATURE

AMBIENT TEMPERATURE

PRESSURE

COOLER SET TEMPERATURE

ANALOG IN 1

ANALOG IN 2



ANALOG IN 3

ANALOG IN 4





Register

Number

25&26

27&28

29&30

31&32

33&34

35&36

Variable

ANALOG IN 5

ANALOG IN 6

ANALOG IN 7

ANALOG IN 8

EXT ALARMS

Hg RANGE






15

16

17

18

19


Status

11

12

13

7

8

5

6

9

10

1

2

3

4

Coil

Number

0

14

20

INVALID

SERVICE

HG SPAN BIT 1

HG SPAN BIT 2

HG SPAN BIT 3

GENERAL ALARM

STANDBY MODE



ORIFICE ZERO MODE

ORIFICE SPAN MODE

SYSTEM ZERO MODE

SYSTEM SPAN MODE

COOLER TEMPERATURE

ALARM

AMBIENT TEMPERATURE

ALARM

PRESSURE ALARM

Hg FLOW ALARM

DILUTION FLOW ALARM

CONCENTRATION ALARM

MOTHERBOARD STATUS

ALARM

MEASUREMENT



Coil

Number


113

114

115

116

117

118

119

21

22

23

24

25

INTERFACE BOARD STATUS

ALARM

I/O BOARD STATUS ALARM I/O Expansion Board Option

LOCAL/REMOTE

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3

102

103

104

105

106

107

108



Number

100

101

Coil Group

INVALID

INSTRUMENT ZERO

MODE

Zero/Span Mode

INSTRUMENT CAL MODE Zero/Span Mode

ORIFICE ZERO MODE

ORIFICE CAL MODE

SYSTEM ZERO MODE

SYSTEM CAL MODE

STANDBY

AOUTS TO ZERO

Zero/Span Mode

Zero/Span Mode

Zero/Span Mode

Zero/Span Mode

Analog Out Test


109

110

111

112

HG SPAN BIT 1

HG SPAN BIT 2

HG SPAN BIT 3

AOUTS TO FS

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3

RANGE 20

RANGE 30

RANGE 50

RANGE 300

Span Level

Span Level

Span Level

Analog Out Test

I/O Expansion Board

Option

I/O Expansion Board

Option

High Hg Level Variant






146 i


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

11&12

13&14

15&16

17&18

19&20

21&22

23&24

25&26

Register

Number

O

1&2

3&4

5&6

7&8

9&10


INVALID

GAS CONC

TARGET GFLOW

ACTUAL GFLOW

TARGET ZFLOW

ACTUAL ZFLOW

TARGET TFLOW

ACTUAL TFLOW

O3 CONC

PERM CONC

Photometer Option


PRESSURE

BENCH TEMP

LAMP TEMP

O3 LAMP TEMP

INTENSITY

NOISE

ANALOG 1

ANALOG 2

Photometer Option

Photometer Option

Photometer Option

Ozonator Option

Photometer Option

Photometer Option



ANALOG 3

ANALOG 4

ANALOG 5

ANALOG 6





ANALOG 7

ANALOG 8



PERM GAS TMP Permeation Span Source Option

EXT ALARMS

AMBIENT TEMP i Series Manual Update Addendum 77



10

11

12

13

14

15

6

7

8

9

16

17

18

19

20

21

1

2

3

4

5

Coil

Number

0

28

29

30

31

22

23

24

25

26

27


INVALID

GAS BIT 1

GAS BIT 2

GAS BIT 3

SPAN BIT 1

SPAN BIT 2

SPAN BIT 3

O3/PERM BIT 1

O3/PERM BIT 2

O3/PERM BIT 3

O3/PERM BIT 4

PHOTO BIT 1

PHOTO BIT 2

GAS A

GAS B

GAS C

Six Valve Option

Ozonator or Permeation Span Source Option




Photometer Option

Photometer Option

GAS D

GAS E

GAS F

OZONATOR

PERM OVEN

USER 1

Six Valve Option

Six Valve Option

Six Valve Option

Ozonator Option


USER 2

USER 3

USER 4

USER 5

USER 6

USER 7

USER 8

GEN ALARM

AMBIENT TEMP

O3 LAMP TEMP Ozonator Option



49

50

51

52

53

54

55

43

44

45

46

47

48

36

37

38

39

40

41

42

Coil

Number

32

33

34

35


PERM GAS TEMP Permeation Span Source Option

PRESSURE

PHOT BENCH

TEMP

Photometer Option

PHOT LAMP

TEMP

Photometer Option

PHOT INTENSITY Photometer Option

USER 10

USER 11

USER 12

USER 13

USER 14

USER 15

USER 16

O3 LEVEL

MB STATUS

Photometer Option

MIB STATUS


LOCAL/REMOTE

SERVICE

EXT ALARM 1

EXT ALARM 1

EXT ALARM 1

STANDBY

UNUSED

USER 9

Unused

Photometer Option i Series Manual Update Addendum 79


111

112

113

114

115

116

117


Action

104

105

106

107

Coil

Number

100

101

102

103

108

109

110


INVALID

GAS BIT 1

GAS BIT 2

GAS BIT 3

Gas Bit

Gas Bit

Gas Bit

SPAN BIT 1

SPAN BIT 2

SPAN BIT 3

Span Bit

Span Bit

Span Bit

O3/PERM BIT 1 O

3

Perm Bit

O3/PERM BIT 2

O3/PERM BIT 3

O

O

3

3

Perm Bit

Perm Bit

Six Valve Option

Ozonator or Permeation Span Source

Option


Option


Option

O3/PERM BIT 4 O

3

Perm Bit Ozonator or Permeation Span Source

Option

Photometer Option PHOTO BIT 1 Photo Bit

PHOTO BIT 2 Photo Bit Photometer Option

AOUTS TO ZERO Analog Out Test I/O Expansion Board Option

AOUTS TO FS

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3


2000 i , 2000 i D, 2025 i , 2025 i D

Read Registers for 2000i, 2000iD, 2025i, 2025iD

Register

Number

0

1&2

3&4

5&6

7&8

Variable

INVALID

FLOW VOLUME

FLOW2 VOLUME

FLOW TOTAL

FLOW COVARIANCE


2000i-D, 2025i-D



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 through

89&90

91&92

93&94

95&96

Register

Number

9&10

11&12

13&14

15&16

17&18

19&20

21&22

23&24

25&26

27&28

Variable

ANALOG IN 1

ANALOG IN 2

ANALOG IN 3

FLOW2 COVARIANCE

VOLUME

VOLUME2

AMBIENT PRESSURE

FILTER PRESSURE

FILTER2 PRESSURE

PUMP PRESSURE

AMBIENT PRESSURE AVERAGE

FILTER PRESSURE AVERAGE

FILTER2 PRESSURE AVERAGE

PUMP PRESSURE AVERAGE

AMBIENT TEMPERATURE

FILTER TEMPERATURE

FILTER2 TEMPERATURE

COMPARTMENT TEMPERATURE

ELECTRONICS TEMPERATURE

TEMPERATURE DELTA

TEMPERATURE2 DELTA

TEMPERATURE DELTA MAX

TEMPERATURE2 DELTA MAX

RELATIVE HUMIDITY

WIND SPEED

WIND DIRECTION

WIND SPEED AVERAGE

WIND VELOCITY

WIND VELOCITY AVERAGE

WIND DIRECTION AVERAGE

NOT USED





2000i-D, 2025i-D

2000i-D, 2025i-D

2000i-D, 2025i-D

2000i-D, 2025i-D

2000i-D, 2025i-D

2000i-D, 2025i-D

2000i-D, 2025i-D i Series Manual Update Addendum 81


Register

Number

97&98

Variable

ANALOG IN 4

99&100 ANALOG IN 5

101&102 ANALOG IN 6

103&104 ANALOG IN 7

105&106 ANALOG IN 8

105&106 FLAGS

105&106 AMBIENT TEMP 5MIN AVERAGE

107&108 FILTER TEMP 5MIN AVERAGE

109&110 FILTER2 TEMP 5MIN AVERAGE

111&112 FLOW 5MIN AVERAGE

113&114 FLOW2 5MIN AVERAGE

5014 i , 5030 i

Read Registers for 5014i, 5030i

11&12

13&14

15&16

17&18

19&20

21&22

23&24

25&26

27&28

29&30

Register

Number

0

1&2

3&4

5&6

7&8

9&10

Variable

INVALID

PMa

NOT USED

BAROMETRIC PRESSURE

VACUUM

NOT USED

FLOW PRESSURE

NOT USED

AMBIENT RH

SAMPLE RH

NOT USED

AMBIENT TEMPERATURE

BOARD TEMPERATURE

FLOW TEMPERATURE

NOT USED

NOT USED







2000i-D, 2025i-D

2000i-D, 2025i-D




65&66

67&68

69&70

71&72

73&74

75&76

77&78

79&80

81&82

83&84

85&86

87&88

89&90

91&92

93&94

95&96

Register

Number

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

Variable

NOT USED

FLOW VOL

NOT USED

BETA

ANALOG IN 1

ANALOG IN 2

ANALOG IN 3

ANALOG IN 4

ANALOG IN 5

ANALOG IN 6

ANALOG IN 7

ANALOG IN 8

BETA RAW

ALPHA RAW

AVERAGE PM

NOT USED

MASS

NOT USED

BETA ZERO

NOT USED

NEPHELOMETER

NOT USED

NOT USED

NOT USED

NOT USED

NOT USED

SHARP

NOT USED

AVERAGE SHARP

NOT USED

EXTERNAL ALARMS

NEPHELOMETER TEMPERATURE

NEPHELOMETER RH


5030I

5030I

5030I

5030I

5030I








I/O Expansion Board Option i Series Manual Update Addendum 83


Register

Number

97&98

Variable

NEPHELOMETER IRED

99&100 NEPHELOMETER REF

101&102 BETA REF

103&104 NOT USED

105&106 COMMON FLAGS

107&108 BETA DETECTOR FLAGS

109&110 NOT USED

111&112 COMP MASS

113&114 NOT USED

115&116 AVERAGE NEPHELOMETER

117&118 HIGH VOLTAGE

119&120 NOT USED

121&122 NEPHELOMETER GAIN

123&124 SFACT

125&126 PM_LT

127&128 NH_LT

8

9

6

7

10

11

Read Coils for Model 5014 i , 5030 i

Status

4

5

2

3

Coil

Number

0

1

INVALID

LOCAL/REMOTE

SERVICE

NOT USED

GENERAL ALARM

CONCENTRATION

ALARM

INSTRUMENT ALARMS

DETECTOR ALARMS

NOT USED

RH/TEMP ALARMS

PRES/VAC ALARMS

FLOW ALARMS



5030I

5030I

5030I

5030I

5030I

5030I

5030I



24

25

26

27

28

29

30

31

32

33

34

15

16

17

18

Coil

Number

12

13

14

19

20

21

22

23


NOT USED

NOT USED

NOT USED

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3

FILTER TAPE COUNT

ALARM

FILTER TAPE CHANGE

ALARM

BETA ALARM

NEPHELOMETER SAMPLE

ALARM

5030I

NEPHELOMETER TEMP

ALARM

5030I

NEPHELOMETER RH

ALARM

AMBIENT RH ALARM

SAMPLE RH ALARM

AMBIENT TEMP ALARM

5030I

FLOW TEMP ALARM

BAROMETRIC PRESSURE

ALARM

VACUUM ALARM

FLOW ALARM

SHARP ALARM 5030I

NEPHELOMETER ALARM 5030I

FLAG A

FLAG B i Series Manual Update Addendum 85


5020 i

41&42

43&44

45&46

47&48

49&50

51&52

53&54

55&56

Read Registers for 5020i

11&12

13&14

15&16

17&18

19&20

21&22

23&24

25&26

27&28

29&30

Register

Number

0

1&2

3&4

5&6

7&8

9&10

31&32

33&34

35&36

37&38

39&40


INVALID

CONTINUOUS SO2

CONTINUOUS SO4

BATCH SO4

F0 AVERAGE

F0 STD DEV

F0 POINTS

F1 AVERAGE

F1 STD DEV

F1 POINTS

SMP AVERAGE

SMP STD DEV

SMP POINTS

FILTER BKG

INT TEMP

CHAMBER TEMP

CNV TEMP TOP

CNV TEMP BTM

PERM OVEN GAS

PERM OVEN HTR

CHAMBER

PRESSURE

SAMPLE FLOW

PMT VOLTS

FLASH VOLTS

FLASH REF

ANALOG IN 1

ANALOG IN 2

ANALOG IN 3

ANALOG IN 4

Internal Zero/Span Perm Span Source Option

Internal Zero/Span Perm Span Source Option







Register

Number

57&58

59&60

61&62

63&64

65&66

67&68

69&70

71&72

73&74

75&76

77&78

Variable

ANALOG IN 5

ANALOG IN 6

ANALOG IN 7

ANALOG IN 8

CONV FLOW

AMBIENT TEMP

AMBIENT PRES

SO2 CAL COEF

SO2 CAL BKG

EXT ALARMS

STP/AMBIENT






Read Coils for Model 5020 i

Status

9

10

11

12

13

14

5

6

7

8

1

2

3

4

Coil

Number

0

15

16

INVALID

SERVICE

ZERO MODE

SPAN MODE

SAMPLE MODE

FILTER MODE

PURGE MODE

GEN ALARM

SO4 CONC ALARM (MAX)

SO4 CONC ALARM (MAX)

INT TEMP ALARM

CHAMB TEMP ALARM

CONV TEMP ALARM

CONV TEMP DIFF ALARM

PERMEATION SPAN

SOURCE TEMP ALARM

AMB TEMP ALARM

AMB PRESSURE ALARM



22

23

24

25

26

27

28

29

30

31

Coil

Number

17


20

21

32

33

34

35

CHAMB PRESSURE

ALARM

SAMPLE FLOW ALARM

CONVERTER FLOW

ALARM

FLASH REF ALARM

FLASH VOLTAGE ALARM

AUTO TIMING ALARM

DATA WARNING ALARM

ZERO CHK/CAL ALARM

SPAN CHK/CAL ALARM

MB STATUS ALARM

MIB STATUS ALARM

I/O BD STATUS ALARM

EXT CONV BD STATUS

ALARM

LOCAL/REMOTE

EXT ALARM 1

EXT ALARM 2

EXT ALARM 3



102

103

104

105

Coil

Number

100

101

106

107

108


INVALID

ZERO MODE

SPAN MODE

SAMPLE MODE

Coil Group

Zero/Span Mode

Zero/Span Mode

Sample/Filter Mode

Used

Exclusively In

FILTER MODE

SET BACKGROUND

Sample/Filter Mode

CAL TO SPAN

AOUTS TO ZERO Analog Output Test I/O Expansion

Board Option

AOUTS TO FS Analog Output Test I/O Expansion

Board Option


Coil

Number

109

110

111


EXT ALARM 1

EXT ALARM 2

EXT ALARM 3

Used

Exclusively In

Geysitech (Bayern-

Hessen) Protocol

Appendix

Update Serial

Communication Parameters


Add Basic Command Structure

Change Block Checksum

Add Serial Number Field


“Geysitech (Bayern-Hessen) Protocol” appendix.

Update the Serial Communication Parameters section as follows:

Number of Data bits : 7 or 8

Number of Stop bits

Parity

Data rate

: 1 or 2

: None, Odd, or Even

: 1200 to 115200 Baud (9600 is default)

Add the following to the “TCP Communication Parameters” section:

“Up to three simultaneous connections are supported over Ethernet.”

Add the following to the “Basic Command Structure” section:

“Block Check Characters <BCC> may be added to the command to prevent processing invalid commands.”

Change the Block Checksum <BCC> heading to “Block Checksum

Characters <BCC>”.

In the first sentence of the description change “The block checksum is” to

“The Block Checksum Characters are”.

A Geysitech serial number has been added in the response to a Geysitech protocol DA command. In the “Basic Command Structure” section, replace the last example in the section with the following text and two examples:

The Geysitech serial number defaults to zero. To set the Geysitech serial number select Main Menu > Instrument Controls > Communication

Settings > Geysitech Serial No .



Example of response to DA command from an instrument with Geysitech serial number set to 000. The Geysitech serial number is bold in the example.

Geysitech Protocol with transmission of three concentrations (Instrument

ID is 1, Operation Status is 03, Error Status is 04):

Data Query String:

<STX>DA<CR>

Reply String:

<STX>MD03<SP>001<SP>+2578+01<SP>03 <SP>04<SP> 000 0000000 <SP>002 <SP>

↑ ↑ ↑

Address First Concentration(E-format)=25.78 Address+1

+5681+00<SP>03<SP>04<SP> 000 0000000<SP>003<SP>+1175+01<SP>03<SP>04<SP

↑ ↑ ↑

Second Concentration = 5.681 Address+2 Third Concentration=11.75

000 0000000<SP><CR>

Example of response to DA command from an instrument with Geysitech serial number set to 123.

Data Query String:

<STX>DA<CR>

Reply String:

<STX>MD03<SP>001<SP>+2578+01<SP>03 <SP>04<SP> 123 0000000 <SP>002 <SP>

↑ ↑ ↑

Address First Concentration(E-format)=25.78 Address+1

+5681+00<SP>03<SP>04<SP> 123 0000000<SP>003<SP>+1175+01<SP>03<SP>04<SP

↑ ↑ ↑

Second Concentration = 5.681 Address+2 Third Concentration=11.75

123 0000000<SP><CR>


Updates for Specific Manuals

Change Default Chamber Temp

Control/Alarm Limits

Ozonator Safety Update

Zero/Span Averaging Time

Update

Auto/Manual Mode Update

Monitoring Signals Update

Measurement Calculations

Update

The following updates apply to only the specific manuals listed.

42 i

In the “Operation” chapter at Main Menu > Alarms > Chamber Temp, change the default chamber temperature control/alarm limit references in associated text and screens from 47 ° C to 48 ° C and 51 ° C to 52 ° C.

In the “Operation” chapter at Main Menu > Service > Ozonator Safety, add the following highlighted text to the first paragraph as indicated in the following example:

The Ozonator Safety screen is used to turn the ozonator safety feature on or off. If the ozonator safety is turned off, the ozonator will always be on, even if the converter is not up to temperature. The ozonator shuts off if there is a converter temperature alarm or an ozone flow alarm. If the safety override is on, the instrument generates an ozone flow alarm.

42 i TL

In the “Operation” chapter, in the Instrument Controls Menu, change the list of available averaging times from: “1, 2, 5, 10, 20, 30, 60, 90, 120, 180,

240, and 300 seconds” to: “10, 20, 30, 60, 90, 120, 180, 240, and 300 seconds”

In the “Operation” chapter, in the Instrument Controls Menu, remove the last sentence “In the manual modes, additional averaging times of 1, 2, and

5 seconds are available from the Averaging Times screen.”

In the “System Description” chapter, at the Monitoring Signals description, replace the second paragraph with the following:

“In auto mode, every ten seconds the NO/NO x

solenoid and the Prereactor solenoid switch and the processor waits three seconds for the reaction chamber to flush and stabilize. After those three seconds, it accumulates the signal counts for seven seconds before again switching the solenoids. This results in three raw signals: NO, NO x

, and Prereactor.”

In the “System Description” chapter, at the Measurement Calculations description, replace the first sentence with the following:

“The calculation of the NO, NO x

, and Prereactor concentrations is lengthy and uses the high-level processor to provide the most accurate readings.”


Output Communication

Update

Appendix B Measurements

Update

Change Ozone Particulate

Filter Description

Add Ranges to Specifications

In the “System Description” chapter, at the Measurement Calculations description, replace the second paragraph with the following:

“Next, the uncorrected NO, NO x

, and Prereactor values are determined according to a unique averaging algorithm which minimizes errors resulting from rapidly changing concentrations. This algorithm results in NO, NO x

, and Prereactor values which are stored in RAM in a circular buffer that holds all the ten second data from the previous five minutes. This data is averaged over the selected time interval, which can be any multiple of ten between 10 and 300 seconds.”

In the “System Description” chapter, at the Measurement Calculations description, replace the first two sentences of the third paragraph with the following:

“The background values for NO, NO x

, and Prereactor which are corrected for pressure and temperature are subtracted from their respective averages.

The Prereactor value is then subtracted from the NO and NO x

values to provide dynamic background correction. The NO reading is corrected by the stored span factor and by the pressure and temperature factors.”

In the “System Description” chapter, at the Output Communication description, replace the last sentence of the first paragraph with the following:

“The display is updated every 10 seconds.”

In Appendix B “C-Link Protocol Commands”, the “Measurements” section “avg time” command, remove selections 0 (1 second), 1 (1 second),

2 (2 seconds), and 3 (5 seconds).

42 i Y

In the “Optional Equipment” chapter, replace the following description for the “Ozone Particulate Filter”:

The ozone particulate filter minimizes the potential for contamination of the capillary and reaction chamber by trapping any particulate matter before passing through the capillary and reaction chamber.

42 i TL and 42 i Y

In the “Introduction” chapter, add 500 and 1000 ppb, and 500 and 1000

µg/m 3 to the Specifications table as shown in the highlighted example that follows:


Add Displayed Pressure is

Measured in Pre-reactor Mode

Internal Permeation Span Source with External Span Option

Table 1–4.

Model 42 i Trace Level Specifications

Preset ranges 0-5, 10, 20, 50, 100, 200, 500, 1000 ppb

0-10, 20, 50, 100, 200, 500, 1000, 2000 µg/m 3

In the “Operation” chapter, at Main Menu > Instrument Controls, add

“The displayed pressure is measured in pre-reactor mode.” as shown in the highlighted example that follows:

When pressure compensation is on, the first line of the display represents the current pressure in the reaction chamber. When pressure compensation is off, the first line of the display shows the factory standard pressure of 300 mmHg. The displayed pressure is measured in pre-reactor mode.

42 i and 43 i

This information applies to the Models 42 i and 43 i only, and should be inserted into Chapter 9 “Optional Equipment” after the “Internal

Permeation Span Source” section.

This option adds an external span source to the internal permeation span source option, so additional span checks may be performed using a gas cylinder instead of the permeation span source. A source of span gas is connected to the “LOOP IN” port on the Model 42 i or the “SPAN” port on the Model 43 i . Span gas should be supplied at atmospheric pressure. It may be necessary to use an atmospheric dump bypass plumbing arrangement to accomplish this. See the “Installation” and “Operation” chapters for more information.



The external span mode may be selected by the following methods:

●

●

●

●

Pressing the RUN button on the run screen to toggle between

SAMPLE, ZERO, SPAN, EXTSPAN

Setting up a digital input for the “EXT SPAN MODE” function and triggering the input

CLINK command “set ext span”

Modbus External Span Mode write coil 27 in the Model 42 i or 43 i

The external span mode must be triggered by one of the methods above, it cannot be triggered periodically using the ZERO/SPAN CHECK menu.

●

The external span mode is reported using the following methods:

●

●

●

●

“EXTSPAN” displayed on the status bar on the front panel display

Setting up a digital output for the “EXT SPAN MODE” function and reading the output

CLINK command “gas mode” (will return “gas mode ext span”)

Modbus External Span Mode read coil 72 in the Model 42 i or read coil

55 in the Model 43 i


Add Note to Streaming

Data Configuration

42 i , 42 i HL, 42 i LS, 42 i TL, 42 i Y, and 17 i

In the “Operation” chapter, at Main Menu > Instrument Controls >

Communication Settings > Streaming Data Config, add the following note:

Note The selected item list is different depending on the

AUTO/MANUAL MODE and RANGE MODE settings. Changing either of these settings will produce a different set of streaming data items.

If either of these modes is going to be changed on a regular basis, then the user must configure each set of data separately after changing the modes to each setting.

▲

Add Note to Analog

Output Configuration

Add Rebuild Procedure for New Version Pump

In the “Operation” chapter, add the following note at Main Menu >

Instrument Controls > I/O Configuration > Analog Output Config; and also at Main Menu > Instrument Controls > I/O Configuration > Analog

Output Config > Select Channel > Choose Signal To Output:

Note The settings are different depending on the AUTO/MANUAL

MODE and RANGE MODE settings. Changing either of these settings will produce a different set of analog output data items. If either of these modes is going to be changed on a regular basis, then the user must configure each set of data separately after changing the modes to each setting.

▲

42 i , 42 i LS, 42 i NOx, 43 i HL

A new version pump has been added to the 42i, 42i LS, 42i NOx, and 43i

HL. This pump is interchangeable with the old pump. It retains the same part number, but requires a different repair kit. The new version pump includes the repair kit part number of the on the pump label, the old pump does not.

This section provides the repair procedure for the new version pump and includes a pump rebuild kit part number to be added to the “Replacement

Parts List” in the “Servicing” chapter.


New Version Pump

In the “Preventive Maintenance” chapter at “Pump Rebuilding”, add the following rebuilding procedure for the new version pump.

Use the following procedure to rebuild the pump. Refer to the illustration.

Equipment Required:

Pump repair kit


▲

Disassembly 1.


2.

The compressor housing cover must be removed to gain access to the inside of the compressor housing. Remove the four compressor housing cover screws and then remove the cover. Re-use any gasketing. Remove any debris that may have accumulated in the bottom of the compressor housing.

3.

Remove the four top plate screws and remove the top plate. Note the positioning of the flapper plate relative to the valve ports on the top plate and bottom plate. Lift off the flapper plate.


4.

Remove the bottom plate.

5.

Check that all parts are free from dirt and clean as necessary. DO NOT scratch the parts.

6.

Removal of the old diaphragm: Rotate the fan so that the diaphragm is positioned at the top dead center. This will help unseat the edge of the diaphragm. If required, push up from underneath the diaphragm or use a non-metallic tool to pry up the diaphragm from the housing groove. Unscrew the old diaphragm by turning it counterclockwise using both hands. DO NOT use tools!

Note Take care not to lose the shim rings positioned between the diaphragm and connecting rod, as the same shim rings must be used during re-assembly.

▲

Assembly with New

Diaphragm and Valve

1.

Place the shim rings removed in the previous step onto the threaded stud of the new diaphragm. Carefully screw the new diaphragm into the connecting rod. Turn the diaphragm until is snug, then lift and grip the edges of the diaphragm at 7 and 2 o’clock and tighten firmly using both hands. DO NOT use tools!

2.

Turn the fan until the diaphragm is flat across (mid-point of the stroke). With the diaphragm centered over the compressor housing, firmly seat the diaphragm edge into the compressor housing groove.

3.

Place the clean bottom plate onto the compressor housing using the reference mark made earlier to ensure the correct orientation. Then place the new flapper on top of the intermediate plate.



Figure x-x. Rebuilding the Pump

4.

Place the clean top plate on top of the bottom plate using the reference mark made earlier to ensure the correct orientation. Tighten the four top plate screws snugly in a diagonal pattern and then tighten to a maximum torque of 6-7 inch-lbs. Turn the fan by hand to confirm that the pump turns freely.

5.

Replace the compressor housing cover and gasket. Install the four cover screws. Do not over-tighten.


Add Part Number of New Version

Pump to Replacement Parts List

Add Rebuild Procedure for New Version Pump

In the “Servicing” chapter at “Replacement Parts List”, add the following part number and description of the new version pump repair kit below the existing pump repair kit part number as follows:

107751-00 Pump Repair Kit (for pump 101011-00 new version)

43 , 43 TLE, 48 and 5020 i i , 48 i TLE, 48 i HL, 410 i , 450 i ,

A new version pump has been added to the 43 i , 43 i TLE, 48 i , 48 i HL,

410 i , 450 i , and 5020 i . This pump is interchangeable with the old pump. It retains the same part number, but requires a different repair kit. The new version pump includes the repair kit part number on the pump label, the old pump does not.

This section provides the repair procedure for the new version pump and includes a pump rebuild kit part number to be added to the “Replacement

Parts List” in the “Servicing” chapter.

New Version Pump


Use the following procedure to rebuild the pump.

Equipment Required:

Pump repair kit


Disassembly


▲

1.


Make a sketch of the position of any tubes and fittings for ease of reassembly later.

2.

Mark the position of the pump top plate, bottom plate and compressor housing relative to each other by drawing a line on the edges with a pencil or marker to ensure proper re-assembly.

3.

The aluminum compressor housing cover must be removed to gain access to the inside compressor housing. Remove the four screws and then remove the cover. Re-use any gasketing. Remove any debris that may have accumulated in the bottom of the compressor housing.

4.

Remove the four top plate screws and remove the top plate. Note the positioning of the flapper valve relative to the valve ports on the top plate and bottom plate. Lift off the flapper valve.

5.

Remove the bottom plate.

6.

Check that all parts are clean from dirt and clean as necessary. DO

NOT scratch the parts.

7.


Note Take care not to lose the shim rings positioned between the diaphragm support cup and connecting rod, as the same shim rings must be used during re-assembly.

▲

While unscrewing the diaphragm with one hand, use your other hand to secure the support cup and shim ring(s) onto the diaphragm stud.

Lift the diaphragm, support cup and shim ring(s) from the pump.


The compressor housing cover must be removed to gain access to and secure the support cup and shim ring(s) onto the stud. Note that the quantity and thickness of the shim ring(s) will vary from pump to pump. Parts removed must be replaced exactly as found. If repairing multiple pumps, take care not to mix parts.




1.

Place the parts removed in the previous step onto the threaded stud of the new diaphragm. Carefully screw the new diaphragm into the connecting rod. Secure the support cup and small parts onto the diaphragm stud using a technique similar to that used during removal.

It is helpful to hold the connecting rod at a slight angle until the threads are started. Spin the diaphragm on until it is snug, then lift and


grip the edges of the diaphragm at 7 and 2 o’clock and tighten firmly using both hands. DO NOT use tools!

Tip: If the pump is loose and not mounted, position and hold the pump with the motor shaft vertical when starting the threaded diaphragm stud into the connecting rod. This helps to prevent the small parts from falling off the stud.

2.


3.

Place the clean bottom plate onto the compressor housing using the reference mark made earlier to ensure the correct orientation. Then place the new flapper on top of the intermediate plate.

4.

Place the clean top plate on top of the bottom plate using the reference mark made earlier to ensure the correct orientation. Tighten the four top plate screws snugly in a diagonal pattern and then tighten to a maximum torque of 6-7 inch-lbs. Turn the fan by hand to confirm that the pump turns freely.

5.


Add Part Number of New Version

Pump to Replacement Parts List


108002-00 Pump Repair Kit (for pump 101426-00 new version)

Add Rebuild Procedure for

New Shimless Version Pump

43

146

, 43 i

TL, 48

, 410 i , 450 i i

, 48 i HL, 48

, 5020 i i TLE, 49

and 42 i NOy i , 49 i PS,

A new version pump has been added to the 43 i , 43 i TL, 48 i , 48 i HL, 48 i

TLE, 49 i , 49 i PS, 146 i , 410 i , 450 i , 5020 i , and 42 i NOy. This pump is interchangeable with the old pump. It has a new part number 111553-00 and uses the same rebuild kit as the new version pump. The new shimless version pump includes the repair kit part number on the pump label.

This section provides the repair procedure for the new shimless version pump and includes a pump rebuild kit part number to be added to the

“Replacement Parts List” in the “Servicing” chapter.


New Shimless

Version Pump



Use the following procedure to rebuild the pump.

Equipment Required:

Pump repair kit

Disassembly


▲

1.


Make a sketch of the position of any tubes and fittings for ease of reassembly later.

2.

Mark the position of the pump head plate, intermediate plate and compressor housing relative to each other by drawing a line on the edges with a pencil or marker to ensure proper re-assembly.

3.

The aluminum compressor housing cover must be removed to gain access to the inside of the compressor housing. Remove the four screws and then remove the cover. Re-use any gasketing. Remove any debris that may have accumulated in the bottom of the compressor housing. i Series Manual Update Addendum 103

4.

Remove the four socket cap screws and remove the head plate. Note the positioning of the valve plate relative to the valve ports on the head plate and intermediate plate. Lift off the valve plate.

5.

Remove the intermediate plate.

6.

Check that all parts are clean from dirt and clean as necessary. DO

NOT scratch the parts.

7.


Lift the diaphragm from the pump. Parts removed must be replaced exactly as found. If repairing multiple pumps, take care not to mix parts.






1.

Carefully screw the new diaphragm (no shims are needed) into the connection rod. Secure the support cup and small parts onto the diaphragm stud using a technique similar to that used during removal.

It is helpful to hold the connecting rod at a slight angle until the threads are started. Spin the diaphragm on until it is snug, then lift and grip the edges of the diaphragm at 7 and 2 o’clock and tighten firmly using both hands. DO NOT use tools!

2.


3.

Place the clean intermediate plate onto the compressor housing using the reference mark made earlier to ensure the correct orientation. Then place the new valve plate on top of the intermediate plate.

4.

Place the clean head plate on top of the intermediate plate using the reference mark made earlier to ensure the correct orientation. Tighten the four socket cap screws snugly in a diagonal pattern and then tighten to a maximum torque of 6-7 inch-lbs. Turn the fan by hand to confirm that the pump turns freely.

Add Part Number of New

Shimless Version Pump to

Replacement Parts List

5.



108002-00 Pump Repair Kit (for pump 111553-00 new shimless version)

42i and 43i - All Variants

In the “Operation” chapter, remove Cal Pressure screens (because they were never used), under calibration menus, as shown in the following example:


42 i , 43 i , and 48 i - All Variants

Add Setup Run Screens Add Setup Run Screens to the Service menu as follows:

Setup Run Screens

The Setup Run Screens menu is used to define and edit up to five custom

Run screens. The Setup Run Screens menu is visible only when the instrument is in the Service mode.

Custom Run Screen

Title Bar

Instrument Readings

DIAGNOSTICS

I

NT

T 31.4

° C

mm

P res

750.0

Hg

l/

F low

0.0

min

SAMPLE 11:27


●

In the Main Menu, choose Service > Setup Run Screens .

SELECT RUN SCREEN:

>RUN SCREEN 1

RUN SCREEN 2

RUN SCREEN 3

RUN SCREEN 4

RUN SCREEN 5




Edit Run Screen

Edit Title

The Select Run Screen menu is used to display the Run screen editor.

●

In the Main Menu, choose Service > Setup Run Screens > Select a Run

Screen .

The Edit Run Screen menu is used to edit the contents of the custom run screen. This menu allows the user to edit the run screen title, toggle the run screen ON and OFF, and specify the number of items to be displayed on the Run screen (1-10).

Edit Run Screen

EDIT RUN SCREEN:

>EDIT TITLE

ENABLED OFF

NUMBER OF ITEMS 8

ITEM 1 TEMP

ITEM 2 PRES 


ITEM 8 FLOW

The Edit Title screen is used to edit the contents of the title bar on the selected Custom Run screen.

●

In the Main Menu, choose Service > Setup Run Screens > Select a Run

Screen > Edit Title .

EDIT RUN SCREEN TITLE:

DIAGNOSTICS

ABCDEFGHIJKLMN BKSP

OPQRSTUVWXYZ PAGE

0123456789 ./- SAVE


Use , , , and to position the cursor on the title, the characters, and the BKSP, PAGE, and SAVE selections. Use to select a character or the BKSP, PAGE, and SAVE selections.

The BKSP selection is used to backspace the cursor in the title. The PAGE selection toggles the characters between upper case and lower case. The

SAVE selection is used to save changes made to the title.

Enabled The Enabled screen is used to toggle the selected custom Run screen ON and OFF. When a Run screen is ON, it will be displayed on Run screen when using to scroll through the available Run screen displays. When a Run screen is OFF, it will be skipped when scrolling i Series Manual Update Addendum 107

through the Run screen displays. For example, if Run screens 2 and 3 are set to OFF, and Run screens 1, 4, and 5 are ON, scrolling down through the available Run screen displays will display only Run screens 1, 4, and 5.

●


Screen > Enabled .

ENABLE/DISABLE RUN SCREEN:

CURRENTLY: OFF

SET TO: ON ?

TOGGLE VALUE


Number of Items The Number of Items menu selection is used to set the number of instrument readings to display on the custom Run screen. A maximum of

10 items can be displayed on the Run screen. A Run screen configured for

5 items or less displays the items in the large font; a Run screen with 6-10 items displays the items in the small font.

●


Screen > Number of Items .

SET NUMBER OF ITEMS:

CURRENTLY: 5

SET TO: 4 ?

 CHANGE VALUE SAVE


Item Number The Item number menu selection is used to assign a selected parameter to a position in the Run screen display list. Item 1 is displayed at the top of the list. If “None” is selected, the associated item will not be displayed on the

Run screen.

Note The Analog Inputs selection is displayed only if the optional I/O expansion board is installed.

▲

●


Screen > Item number .



Concentrations

SELECT RUN SCREEN ITEM:

CONCENTRATIONS

OTHER MEASUREMENTS

ANALOG INPUTS


The Concentrations screen is used to display a list of concentration parameters that can be specified for the selected item number.

●


Screen > Item number > Concentrations .

42 i Screen

CONCENTRATIONS:

>NONE

NO <--

NO2

NOx

LO NO

LO NO2

LO NOx 


HI NO

HI NO2

HI NOx

RANGE (NOX)

43 i Screen

CONCENTRATIONS:

>NONE

SO2 <--

LO SO2

HI SO2

RANGE (SO2)

RANGE AVG DIAGS ALARM i Series Manual Update Addendum 109

Other Measurements

48 i Screen

CONCENTRATIONS:

>NONE

CO <--

RANGE STATUS


The Other Measurements screen is used to display a list of nonconcentration parameters that can be specified for the selected item number.

●


Screen > Item number > Other Measurements .

42 i Screen

OTHER MEASUREMENTS:

>NONE

INT TEMP

CHAMBER TEMP

COOLER TEMP

NO2 CNV TEMP

PERM OVN GAS

PERM OVN HTR 


CHAMBER PRES

FLOW

PMT VOLTS

OZONATOR FLOW

EXT ALARMS

NO2 RNGCNC

DILUTION RATIO

43 i Screen

OTHER MEASUREMENTS:

>NONE

INT TEMP <--

CHAMBER TEMP

PERM OVN GAS

PERM OVN HTR

CHAMBER PRES

SAMPLE FLOW 


DILUTION RATIO


Analog Inputs

Change Perm Oven

Calibration Resistance

Change Set PMT Voltage

48 i Screen

OTHER MEASUREMENTS:

>NONE

S/R <--

INTERNAL TEMP

CHAMBER TEMP

CHAMBER PRES

SAMPLE FLOW

INTENSITY 


MOTOR SPEED

DILUTION RATIO

The Analog Inputs screen is used to display a list of analog inputs that can be specified for the selected item number.

●


Screen > Item number > Analog Inputs .

ANALOG INPUTS:

>NONE

ANALOG IN 1

ANALOG IN 2

ANALOG IN 3

ANALOG IN 4 


ANALOG IN 8

42 i , 43 i , 43 i TLE and 146 i

In the “Optional Equipment” chapter of instruments with the perm oven option, change the value of the resistance used in the procedures from 3.8K

Ohms to 4.2K Ohms.

43 i All Variants

In the “PMT Voltage Adjustment” section of the “Operation” chapter, change the “Set PMT” voltage to include a minus sign as shown in the highlighted example that follows:


SET PMT VOLTAGE:

SET PMT: -XXX.X V

COUNTS: 2254

 INC/DEC

SAVE VALUE


Change PMT Supply Voltage In the “Interface Board Voltages” section of the “Operation” chapter, change the “PMT Supply” voltage to include a minus sign as shown in the highlighted example that follows:

INTERFACE BOARD VOLTAGES:

PMT SUPPLY -XXX.X V

FLASH SUPPLY 1000.0 V

3.3 SUPPLY 3.3 V

5.0 SUPPLY 5.0 V

15.0 SUPPLY 15.0 V

-15.0 SUPPLY -15.0 V

24.0 SUPPLY 24.0 V


Add Teflon Particulate Filter

In the “Replacement Parts List” of the “Servicing” chapter, add the Teflon particulate filter option, if it is not already included:

102701-00 Teflon particulate filter (option)

Replace Input Board Description and Part Number

In the “Replacement Parts List” of the “Servicing” chapter, replace the input board description and part number so that it will include the case:

102273-00 Input Board Assembly

Heated Kicker Option

43i HL

Add information for the heated kicker option to the 43i HL instruction manual as follows:

Add the following heated kicker description and part number to the

“Replacement Parts List” in the “Servicing” chapter:

104123-00 Kicker Assembly, Heated (optional)


Heated Kicker

Replacement

Add the following heated kicker replacement procedure to the “Servicing” chapter:

Use the following procedure to replace the optional heated kicker assembly.

Equipment Required:

Heated kicker assembly (optional)

Allen wrench, 5/32-inch


▲

1.


2.

Using a 5/32-inch Allen wrench, remove the four optical bench retaining screws.

3.

Disconnect the plumbing connections as appropriate to gain enough clearance to lift the optical bench off the heated kicker. Carefully note the plumbing connections to facilitate reconnection.

4.

Remove the heated kicker from the optical bench.

5.

Install the new heated kicker assembly.

6.

Reposition the optical bench on top of the heated kicker, insert and tighten the four optical bench retaining screws, and reconnect any plumbing connections by following the previous steps in reverse order.

7.

Calibrate the instrument. Refer to the “Calibration” chapter in this manual.


Retaining Screws (4)

Heated Kicker

Heated Hydrocarbon

Kicker (Optional)

Replacing the Kicker Assembly (Optional Heated Kicker)

Add the following heated kicker description to the “System Description” chapter:

The hydrocarbon kicker removes hydrocarbons from the gas stream while leaving the SO

2

concentration unaffected. It operates on a selective permeation principle using differential pressure to force hydrocarbon molecules to pass through the tube wall. The differential pressure is created across the tube wall as sample gas passes through a capillary tube which reduces its pressure. The sample gas is then fed to the shell side of the hydrocarbon kicker.

The optional heated hydrocarbon kicker is used in applications requiring more efficiency than the standard kicker. The heated kicker operates at the same temperature as the optical bench and requires no additional power.

Heated Hydrocarbon

Kicker

Add the following heated kicker description to the “Optional Equipment” chapter:

The optional heated hydrocarbon kicker is used in applications requiring increased efficiency. The heated kicker operates at the same temperature as the optical bench and requires no additional power.


Replace Flash Intensity (Photcell)

Assembly Part Number

Replace Optical Switch

Assembly, Purge option Part

Number

Replace Optical Switch Part

Number

Ozonator Solenoid

Add “Pump Off” to

Instrument Action List

Remove References to

Ozonator Solenoid

43 i , 43 i TLE, 43 i HL and 450 i

In the “Replacement Parts List” of the “Servicing” chapter, replace the flash intensity (photocell) assembly part number:

120242-00 Flash Intensity (Photocell) Assembly

46 i and 46 i HL

In the “Cable List” of the “Servicing” chapter, replace the optical switch assembly, purge option part number:

119733-01 Optical Switch Assembly, Purge option

46 i , 46 i HL, 48 i , 48 i TLE, and 48 i HL

In the “Replacement Parts List” of the “Servicing” chapter, replace the optical switch part number:

119732-00 Optical Switch

49 i and 49 i PS

Add the following ozonator solenoid description to the “Instrument

Controls” menu in Chapter 3 following “Custom Levels.”

“The Ozonator Solenoid screen is used to switch the ozonator solenoid on and off. When the ozonator solenoid is on, the output of the internal ozonator is fed into the analyzer. When the ozonator solenoid is off, the output of the internal ozonator is fed to the manifold.”

For 49 i PS, in Chapter 3 at Digital Input Settings > Select Relay >

Instrument Action , add “Pump Off” to the end of the Choose Action list.

For 49 i PS, in Chapter 8 at the “Digital Inputs” section, add “Pump Off” to the digital input list.

For 49 i PS, remove references to “ozonator solenoid.”


Replace Measurement

Interface Board Description and Part Number

60 i

In the “Replacement Parts List” of the “Servicing” chapter, replace the measurement interface board description and part number:

109031-00 Measurement Interface Board

146 i

Add New Scrubber

Configuration

Add a new flow diagram to Chapter 1 “Introduction” to show the hardware/plumbing configuration for a standard gas dilution system with ozonator, photometer and scrubber options.

Figure 1–7.

Standard Gas Dilution System with Ozonator, Photometer and

Scrubber Options

Add Photometer Timer Note Add the following note to Chapter 1 “Photometer,” Chapter 3 “Run

Screen,” “Operation” screen, “Flow Modes,” and Program > Events.

Note When the photometer is turned on, a 240-second countdown timer is initiated to allow the photometer lamp to stabilize. No O

3

measurements are taken until this time has elapsed.

▲


Change Gas Setup Menu In the “Gas Setup Menu” section of the “Operation” chapter, change

“solenoid” to “input” and “GAS SOL” to “GAS INPUT” and update the screen example that follows:

GAS A SETUP:

>GAS NAME GAS A

GAS INPUT A

TANK CONC 100.000 PPM

ZERO 2000 PPM

SPAN 1 10.000 PPM

SPAN 2 8.000 PPM

SPAN 3 5.000 PPM


Change Gas Solenoid

Screen

Add Note to Alarms Menu

Add Flow Controller

Calibration Note

Replace Valve Assembly Part

Number

In the “Gas Solenoid” section of the “Operation” chapter, change

“SOLENOID” to “INPUT”, but leave allowable selections as-is.

If a particular subsystem is turned off, then its associated alarms will always be evaluated as OK. For example, if the ozonator lamp is not up to temperature, but the ozonator is turned off, then the ozonator lamp temperature alarm will read as OK until the ozonator is turned on.

Add the following note to the Zero Flow Calibration description and the

Gas Flow Calibration description, in Chapter 3, under the Service section, and to the Mass Flow Controllers procedure in Chapter 4:

Note Turn off the ozonator, permeation oven, and photometer functions before performing a flow controller calibration, as these functions may affect the measured flow at the manifold.

▲

In the “Replacement Parts List” of the “Servicing” chapter, replace the solenoid, span gas part number:

121261-00 Solenoid, span gas


Add Password Lock and

Service to Flags Map

Modify the Flags map, Figure B-1, to include Password Lock – fourth bit from the left, and Service - third bit from the left.

Add Selections to Gas

Flow Controller

Change Gas Units to

Lower Case

Figure B-1.

Flags

At the Gas Flow Controller topic in the Service Menu section of the

“Operation” chapter, add the following highlighted text to the end of the second sentence:

Allowable selections are: 25, 50, 100, 200, and 500 sccm; and 5, 10, 15, and 20 slm.

Change gas units in the screens to lower case.

5020 i ppm

Add STP/Ambient

Add “STP/Ambient” to the list of Other Measurements in the Datalogging

Settings menu, Streaming Data Configuration menu, and Analog Output

Configuration menu.


Chinese Language

Support

42 i , 43 i , 48 i , 49 i , 146 i i Series models 42 i , 43 i , 48 i , 49 i and 146 i now include Chinese translations for the front-panel user interface. The following LANGUAGE screens have been added in the SERVICE menu. Use the UP and DOWN ARROW keys to select the desired language, then press the ENTER key to save the selection:


Add UKCA to

Certifications

A special key sequence is available to jump into this language screen. From the MAIN MENU press the RIGHT ARROW key twice to jump into the language selection screen and select the desired language. Also, a new Clink

“language” command has been added. Use “set language 1” to set the language to English or “set language 2” to set the language to Chinese, then use “set save params” to save the new setting.

2000 i, 2000 i D , 2025 i, 2025 i D

On the cover, replace CE label with CE/UKCA label.

In the “Electrical and Safety Conformity” section, replace CE label with

CE/UKCA label.

In the “Advanced Features” section (2000 i /2000 i D only), replace CE with

CE/UKCA.

In the “Specifications” section, replace CE label with CE/UKCA label. i Series Manual Update Addendum 119

Course PM Equation

Change the equation for course PM (using equation 2) from 28.8 µg/m 3

28.08 µg/m 3 .

to

5014 i, 5030 i

Add UKCA to

Certifications

In the “Electrical/Safety Certifications” section, add UKCA.

In the “Specifications” section, replace CE with CE/UKCA.


Thermo Fisher Scientific Addendum to User Manual

About This Addendum

Addendum

Universal Updates for All

Series

Manuals

Cover

Chapter 1 - Introduction

Chapter 2 - Installation

Connecting External

Devices

Terminal Board PCB

Assemblies

Chapter 3 - Operation

Chapter 6 –

Troubleshooting

Chapter 7 – Servicing

External Device

Connection

Components

Fan/Filter

Replacement

Chapter 8 – System

Description

Chapter 9 – Optional

Equipment

25-Pin Terminal

Board Assembly

Cables

C–Link Protocol

Commands Appendix

MODBUS Protocol

Appendix

Geysitech (Bayern-

Hessen) Protocol

Appendix

Updates for Specific Manuals

Setup Run Screens

Heated Kicker

Replacement

Heated Hydrocarbon

Kicker (Optional)

Heated Hydrocarbon

Kicker

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