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SYSTEM OVERVIEW

Logic modules with software version 2.0 or greater have the ability to select between Legacy mode, which works with the existing CPU-2000 system or NGI-5000 full system mode which works in conjunction with CIU’s, DCPM, and NGI-5000 coils. Switching between the two modes is accomplished by using the engine configuration tool and selecting the type of system installed. Once configured the appropriate screens will be displayed, and the proper diagnostic functions will be enabled.

The NGI-5000 Logic Module Legacy Mode is designed to be a drop in replacement. While the screens are different and updated, the functions and set up of the system should be familiar. Benefits to the new logic module offer increased availability of information using high resolution LCD screens, upgraded EEPROM storage, web based technology for viewing with no proprietary downloaded tools, state of the art computing power, and flexibility for future applications.

 

LOGIC MODULE USER INTERFACE

Using the logic module consists of two screens on the module, top for quick view, bottom for dynamic viewing, and the ability to log into the unit with any ethernet based host device such as a PC. All technology being viewed is browser based and therefore needs no proprietary installation of tools. It also allows for configurability of the screens for external viewing and launching a new view on the top and bottom module screens.

A customer based ethernet port is available inside the NGI-5000 logic module. Open the enclosure door use the port that is in the lower left corner labeled eth 0.
Viewing the NGI-5000 Logic Module with an AWI on an external device is available using the AWI tool, IP address 192.168.1.2:8080
Accessing the Engine Configuration Tool while connected to the customer ethernet port is available at IP address 192.168.1.2 notice there is no port 3000 at the end.

Click here for AWI CONNECTION AND INTERFACE MANUAL for information on configuring your host device with the correct port setting to be able to interface with the NGI-5000 logic module

 

DESCRIPTION OF OUTPUT SWITCHES

Three output switches provide a means of communicating the current ignition status to other systems. These switches have isolated outputs and share one common return path which is not referenced to engine or power ground. They will be in the open condition when the unit is unpowered. A typical application would be as a relay or solenoid coil driver. – The FIRE-CONFIRM OUT switch is closed to signal that the ignition is running with no faults or ignition warnings. Warnings identified by the Diagnostic Module do not effect this output. Note: Switch is not opened for warnings with firmware version 2.1. – The SHUTDOWN OUT switch is closed to signal that the ignition has detected no faults which would result in a self shutdown. Upon detecting a fault that would result in a selfshutdown of the ignition, this switch will open. – The ALARM OUT switch is closed to signal that no un-acknowledged faults or warnings are present. Upon detection of a fault, ignition warning or a diagnostic warning, this switch will open. This output is designed to control an alarm indicator or sounding device.

UNDERSTANDING THE HOME SCREEN

TOP SCREEN CPU-2000 VERSION

A top screen is for a view of information and can be changed if other quick view information is desired.

ENGINE STATE is the the current state of the NGI-5000 in it’s operation

Following the ENGINE STATE are state input LEDs. Therefore it is aiding the user in a two staged approach to understand what is happening within the NGI-5000 Logic. The state input LEDs move through their logic, illuminate and turn off depending on their status.

For Example if the ENGINE STATE says rotating, all of the pick-ups are on, INSYNC is on, and shutdown is on the ignition is in the rotating state and capable of firing but the shutdown input is engaged.

LAST CONDITION is intended to notify the user of what happened in the engine state as a result of shutting down. It is persistent as long as power is applied.

ANALOG INPUT indicates the input in mA of the 4-20mA signal

Other visualization items include the programmed number of cylinders, overspeed setting, current energy level, and global timing

BOTTOM SCREEN CPU-2000 VERSION

Interfacing with the bottom screen is dynamic with a touch interface. Buttons are available to open additional windows, and to activate different features, as well as the ability to scroll on the screen.

Click Diagnostics to show available diagnostics from the Diagnostic Module.
Click Warnings to show available warnings from the Diagnostic Module.
Click Setup to adjust ignition and diagnostic parameters

Click Timing to adjust parameters related to spark timing
Click View Config to see a read only view of how the ignition is configured for the engine parameters

 

 

 

Global warnings that are tripped from diagnostic module; go to Warning button to view individual warnings; go to Diagnostics button to view individual cylinder diagnostic values

 

CLOSING ADDITIONAL SCREENS

Clicking on the Diagnostic, Timing, or Setup buttons open up new screen that allow for viewing and interaction for its specific functions. With every window that opens a close out “X” will be in the upper right hand corner.

ADJUSTING GLOBAL RETARD


Global retard is an adjustment affecting the timing of all cylinders equally. This adjustment can be equated to the manual timing switch of the Altronic II-CPU system. Adjustments made as described below will be in effect until another adjustment is made.

Adjustment of the manual retard in 1 degree and .1 degree increments

SELECTION OF GLOABL TIMING MODES

 

Several options exist with regard to global timing modes. Once the global timing mode menu is entered as described below, the status of each option can be viewed and changed.

Selection can enable or disable the pre-configured retard curve controlled internally by engine RPM.

Selection can enable or disable the pre-configured retard curve controlled by the 4-20 mA current loop input. The choices are ON and OFF,

 

SETUP CONTROL OPTIONS

 

Test mode must be enabled in the engine configuration first, then it can be turned on. Enter the RPM desired for test mode to operate at and press enable test mode.

 

 

NGI-5000 DIAGNOSTICS CPU-2000 VERSION

UNDERSTANDING AND USING THE SECONDARY SPARK DIAGNOSTICS

 

The spark reference number is a unit less number which correlates with voltage demand at the spark plug and is calculated for every firing of each cylinder. As the voltage increases, the reference number also increases. The number is non-linear and will increase faster at higher voltages (above 20kV). The usefulness of the number lies not in its absolute value, but rather in how the number changes over time as the spark plugs erode. With a little experience, the engine operator will be able to tell when spark plugs require changing. Abnormal conditions in the ignition system, such as open or short circuits in the primary and secondary wiring, can also be detected.

The following spark reference numbers are available in the CPU-2000 system: INSTANTANEOUS (INST): The numbers read back from the system in real time. VARIATION (COV): The variation in values for the cylinder being viewed. CYL. AVERAGE (CAVG): The average value for the cylinder being viewed. MINIMUM VALUE (MIN): The minimum CAVG value since the last time reset. MAXIMUM VALUE (MAX): The maximum CAVG value since the last time reset. NOTE: The above values are available on a per cylinder (or per coil/spark plug) basis. ENG. AVERAGE (EAVG): The average value for all cylinders of the engine. or GROUP AVERAGE (1AVG): The average value for all outputs of connector group 1. GROUP AVERAGE (2AVG): The average value for all outputs of connector group 2. NOTE: The (EAVG) average value indicates the average conditions of the entire engine.

The spark reference number will have a characteristic range depending on the type of coil used. There are known differences between the various types of Altronic coils, and slight variations are normal between coils of the same type. In order to maximize the usefulness of the cylinder spark reference number, it is recommended that all coils be of the same type and vintage (production date). The typical ranges to be expected in normal operation with new spark plugs are:

In addition to the diagnostic flags, the spark reference numbers can also be used for predictive purposes: A. As the numbers increase toward the preset HI SPARK VOLTAGE threshold the operator knows that a change of spark plugs should be scheduled. With this information, spark plug replacement can be determined on an actual need basis rather than a predetermined schedule. Also, unexpected engine misfiring or shutdowns can be avoided by tracking the reference numbers on a routine basis. B. The reference numbers can provide an early warning of a difference in operation in a given cylinder(s). A reading higher or lower than other cylinder tells the operator of a potential problem. This allows further troubleshooting and evaluation to take place before an unexpected operational problem develops.

The spark energy setting has only a small effect on the spark reference number if the spark plug fires correctly. Therefore, the high and low voltage thresholds should hold across energy setting changes if the spark plugs continue to fire normally. On the other hand, a worn plug may not fire consistently on energy setting E1 but will on energy setting E2; in this case there will be a significant difference in the reference number when the energy setting is changed.

Operators may be able to increase spark plug life by using the automatic energy adjustment feature of the CPU-2000 system. In this mode, the system uses the spark reference numbers to establish the lowest required energy level to minimize spark plug erosion rates. To use this feature, the basic setup energy should be set to E1.

The secondary spark diagnostics will operate with either one or two coils connected to each system output lead. Optimum operation is obtained when only one coil is connected to each output lead; in this case, only one spark plug condition effects the spark reference number for that output. When two coils are wired in parallel to a common output lead, the spark reference number will tend to be an average of the condition at the two spark plugs. While deviations between cylinders will be somewhat harder to detect, most of the benefits of the spark reference number can still be realized.

Updating Firmware and Software

It is important to note, that the ST firmware should be updated first, followed by the CM4 computer module.

This is a two step process. with two different targets. The ST microcontroller which takes firmware in a .bin file. Then a CM4 computer module software update which requires a very specific process using a zip file. It is important to follow the instructions below in detail.

The two devices ( ST microcontroller and CM4 computer module) talk to each other and must stay in sync. Therefore it is imperative to match the Firmware and Software files and that they update correctly. If one of the devices do not match the other they can not talk and the screens will show disconnected.

Transferring Firmware to ignition ST microcontroller

OVERVIEW

To perform all of the position sensing, and ignition coil fire output sequencing there is an embedded microcontroller. A USB drive can be installed into the logic module. Then through the “view config” menu a process can be initiated to send new firmware to the embedded ST micro. A status indication and percentage meter are visible for feedback. During the process it is critical not to interrupt power or the device can become corrupted and special tools would be required to recover the device.

Firmware preparation

A firmware file from altronic is required to perform the update. It will come as a .bin file and can be found at the following link https://github.com/Altronic-LLC/Altronic-Public-Files/tree/main/NGI-5000-Software/ST-Firmware

Once the firmware file has been downloaded, it must be unzipped on your personal PC. Place a single unzipped .bin file in the top directory of a thumbdrive. It is important to pay attention that there is only this one .bin file on the thumb drive and it is not in any folders.

For earlier versions of the NGI-5000 Logic Module (1.4 and below) it is important to rename the .bin file exactly as stated below:

NGI-5000-CRC

This will insure that the NGI-5000 will find the file name and allow you to install. We are working to integrate the entire process into one on future versions.

USB installation

Take the USB drive with only one .bin file at the root of the drive, and install it in the right side USB A input connector.

Initiating the firmware update

Navigate on the display of the logic module to the view config button and press it. Then scroll to the bottom of the page.

With the USB drive inserted, click start bootloader. The progress will start to increase. Once it reaches 100% the state will go to done. After the status says done, scroll to the top of the page and the firmware date should now read the date that was on the .bin file name.

If you receiver “Error” in the Bootloader state, the most likely cause is an incorrect file name. Insure the file name is exactly as above with all capital letters.

 

Transferring software to the CM4 computer module

Overview

All current releases of the CM4 updater process requires the use of a keyboard and the ability to exit the kiosk view of the product. This can be done by plugging in a combination keyboard and touch pad into the USB port on the Logic Module. A .zip file is provided, and like a standard computer, the .zip file is moved to the desktop. It must be unzipped, and then a file is double clicked to run. The unit will reboot itself and a new readme file is installed on the desktop. Inside the Readme file is a new date and version to verify the update was successful.

Software Preparation

A software file from altronic is required to perform the update. It will come as a .zip file and can be found at the following link  https://github.com/Altronic-LLC/Altronic-Public-Files/tree/main/NGI-5000-Software/CM4-Update

Unlike the ST firmware, the CM4 updater must be left in a zipped state and placed on a thumbdrive. This can then be used to transfer to the NGI-5000 Logic module.

USB installation

Take the USB drive with only one .zip file at the root of the drive, and install it in the right side USB A input connector.

Updater Process

With a keyboard installed into a USB port (this may require the touchscreen to be disconnected to free up a port) or you can use a USB hub, press and hold

Alt + press F4. This will have to be done twice to close both kiosk screens]

Find the folder icon at the top, then open the USB thumbdrive installed with the .zip file.

Copy the zip file from the thumbdrive and move it onto the desktop.

Right click the .zip file on the desktop and click extract here

A folder will now be on the desktop with the name of the software version that you downloaded

Double click the folder on the desktop and double click the .sh file.

A window will pop up, click “execute”.

This has now initiated the upload process. It takes about 30 sec to a minute to update.

There will be a prompt on the screen that shows the progress and when complete will ask to press any key to reboot the system.

You can then perform the ALT+F4 operation to get back to the desktop and look at the readme for the correct date and version.

When the system reboots, the NGI-5000 screens will come back and should show connected. Going to the config screen will show the date of the ST firmware for verification.

Performing the Alt+F4 operation will bring you back to the desktop view and a readme file is located there. Double clicking that will bring up a text file in an editor. On the main section of the screen will be lines of text describing the file version and date. This will tell you what version of the CM4 computer software is installed.

NOTE: If the release notes mention any updates to the engine configuration tool, it is recommended to redo the engine configuration and export a new JSON. There are dates in the config tool that allow you to see if there are changes to the tool as well and what version of JSON was exported. While we strive to not make breaking changes and maintain compatibility, some of these are unavoidable.

 

Communications

The NGI-5000 Logic module supports 2-wire RS485 Communications:

Connect to terminals PM(+) and PM(-)

9600 Baud, None, 1

 

10000 Logic Module Registers

1 IGN SHUTDOWN FLAG SHUTDWNFLGBOOL ReadOnly BOOL
2 IGN WARNING FLAG WARNINGFLGBOOL ReadOnly BOOL
3 IGN FAULT FLAG FAULTFLGBOOL ReadOnly BOOL
4 IGN FIRED FLAG FIREDFLGBOOL ReadOnly BOOL
5 IGN ALARM OUTPUT ACTIVATED ALRMOUTBOOL ReadOnly BOOL
6 IGN FIRING FLAG FIRINGFLGBOOL ReadOnly BOOL
7 IGN PICKUPS OK PICKUPSOKBOOL ReadOnly BOOL
8 IGN ENGINE ROTATING ENGNROTBOOL ReadOnly BOOL
9 SHUTDN INPUT 1=ACTIVE=GROUNDED SHUTDWNINBOOL ReadOnly BOOL
10 BANK CUTOFF ON NOW spare100010 ReadOnly BOOL
11 MISC. INPUT 1=ACTIVE=GROUNDED spare100011 ReadOnly BOOL
12 ONE STEP ACTIVE NOW spare100012 ReadOnly BOOL
13 ENERGY LEVEL E1 NOW ENRGLVLE1 ReadOnly BOOL
14 ENERGY LEVEL E2 NOW ENRGLVLE2 ReadOnly BOOL
15 ENERGY LEVEL E3 NOW ENRGLVLE3 ReadOnly BOOL
16 MULTI STRIKE NOW MULTISTRKNOW ReadOnly BOOL
17 FAULT NO GEAR TOOTH SIGNAL FLTNOGT ReadOnly BOOL
18 FAULT NO RESET SIGNAL FLTNORESET ReadOnly BOOL
19 FAULT NO HE CYCLE SIGNAL FLTNOHE ReadOnly BOOL
20 FAULT WRONG NUMBER OF TEETH FAULTTEETH ReadOnly BOOL
21 FAULT OVERSPEED SHUTDOWN FLTOVRSPD ReadOnly BOOL
22 FAULT MISALIGNED CAM FLTMISLNDCAM ReadOnly BOOL
23 spare spare100023
24 FAULT FIRMWARE CHECKSUM ERR FLTFRIMWARECHKSUM ReadOnly BOOL
25 WARN LOW VOLTAGE BANK A WARNLOWVOLTA ReadOnly BOOL
26 WARN LOW VOLTAGE BANK B WARNLOWVOLTB ReadOnly BOOL
27 WARN NO DISCHARGE ON BANK A WARNNODSCHBNKA ReadOnly BOOL
28 WARN NO DISCHARGE ON BANK B WARNNODSCHBNKB ReadOnly BOOL
29 WARN 4-20 LOOP OUT OF RANG WARN420LOOP ReadOnly BOOL
30 WARN FAIL TO DETECT DIAG UNIT WARNNODIAGUNIT ReadOnly BOOL
31 WARN EEPROM CHECKSUM FAIL WARNEECHKSUM ReadOnly BOOL
32 WARN FAIL DETECT DISP BOARD WARNNODISPLAY ReadOnly BOOL
33 WARN NO DISCHARGE ON *C1* (A or A1) WARNNODSCHRGA ReadOnly BOOL
34 WARN NO DISCHARGE ON *C3* (C or B1) WARNNODSCHRGC ReadOnly BOOL
35 WARN NO DISCHARGE ON *C5* (E or C1) WARNNODSCHRGE ReadOnly BOOL
36 WARN NO DISCHARGE ON *C7* (G or D1) WARNNODSCHRGG ReadOnly BOOL
37 WARN NO DISCHARGE ON *C9* (J or E1) WARNNODSCHRGJ ReadOnly BOOL
38 WARN NO DISCHARGE ON *C11* (L or F1) WARNNODSCHRGL ReadOnly BOOL
39 WARN NO DISCHARGE ON *C13* (R or G1) WARNNODSCHRGR ReadOnly BOOL
40 WARN NO DISCHARGE ON *C15* (T or H1) WARNNODSCHRGT ReadOnly BOOL
41 WARN NO DISCHARGE ON *C17* ( J1) WARNNODSCHRGJ1 ReadOnly BOOL
42 WARN NO DISCHARGE ON *C19* ( K1) WARNNODSCHRGK1 ReadOnly BOOL
43 WARN NO DISCHARGE ON *C21* ( L1) WARNNODSCHRGL1 ReadOnly BOOL
44 WARN NO DISCHARGE ON *C23* ( M1) WARNNODSCHRGM1 ReadOnly BOOL
45 WARN NO DISCHARGE ON *C25* ( R1) WARNNODSCHRGR1 ReadOnly BOOL
46 WARN NO DISCHARGE ON *C27* ( S1) WARNNODSCHRGS1 ReadOnly BOOL
47 WARN NO DISCHARGE ON *C29* ( T1) WARNNODSCHRGT1 ReadOnly BOOL
48 WARN NO DISCHARGE ON *C31* ( U1) WARNNODSCHRGU1 ReadOnly BOOL
49 WARN NO DISCHARGE ON *C2* (B or A2) WARNNODSCHRGB ReadOnly BOOL
50 WARN NO DISCHARGE ON *C4* (D or B2) WARNNODSCHRGD ReadOnly BOOL
51 WARN NO DISCHARGE ON *C6* (F or C2) WARNNODSCHRGF ReadOnly BOOL
52 WARN NO DISCHARGE ON *C8* (H or D2) WARNNODSCHRGH ReadOnly BOOL
53 WARN NO DISCHARGE ON *C10* (K or E2) WARNNODSCHRGK ReadOnly BOOL
54 WARN NO DISCHARGE ON *C12* (M or F2) WARNNODSCHRGM ReadOnly BOOL
55 WARN NO DISCHARGE ON *C14* (S or G2) WARNNODSCHRGS ReadOnly BOOL
56 WARN NO DISCHARGE ON *C16* (U or H2) WARNNODSCHRGU ReadOnly BOOL
57 WARN NO DISCHARGE ON *C18* ( J2) WARNNODSCHRGJ2 ReadOnly BOOL
58 WARN NO DISCHARGE ON *C20* ( K2) WARNNODSCHRGK2 ReadOnly BOOL
59 WARN NO DISCHARGE ON *C22* ( L2) WARNNODSCHRGL2 ReadOnly BOOL
60 WARN NO DISCHARGE ON *C24* ( M2) WARNNODSCHRGM2 ReadOnly BOOL
61 WARN NO DISCHARGE ON *C26* ( R2) WARNNODSCHRGR2 ReadOnly BOOL
62 WARN NO DISCHARGE ON *C28* ( S2) WARNNODSCHRGS2 ReadOnly BOOL
63 WARN NO DISCHARGE ON *C30* ( T2) WARNNODSCHRGT2 ReadOnly BOOL
64 WARN NO DISCHARGE ON *C32* ( U2) WARNNODSCHRGU2 ReadOnly BOOL
65 PROTECTION ENABLED EEPROM PROTECTEEPROM ReadOnly BOOL
66 SERIAL RETARD ENABLED EEPROM SERIALRTD ReadOnly BOOL
67 RPM RETARD MAP ENABLED EEPROM RPMMAP ReadOnly BOOL
68 4-20ma RET MAP ENABLED EEPROM MAP420 ReadOnly BOOL
69 BASE ENERGY E1 SELECT EEPROM ENERGYE1 ReadOnly BOOL
70 BASE ENERGY E2 SELECT EEPROM ENERGYE2 ReadOnly BOOL
71 BASE ENERGY E3 SELECT EEPROM ENERGYE3 ReadOnly BOOL
72 MULTI-STRIKE SELECT EEPROM MULTISTRIKE ReadOnly BOOL
73 spare spare100073 ReadOnly BOOL
74 spare spare100074 ReadOnly BOOL
75 spare spare100075 ReadOnly BOOL
76 spare spare100076 ReadOnly BOOL
77 spare spare100077 ReadOnly BOOL
78 FW 2000 PRESENT IN IGNITION FW2KPRSNT ReadOnly BOOL
79 2 OUTPUTS PER CYLINDER MODE TWOOUTPCYL ReadOnly BOOL
80 32 OUTPUT MODE (1=32, 0=16) OUTMODE32 ReadOnly BOOL
81 DIAG MODULE DETECT TOGGLE BIT DIAGDETECTTGGL ReadOnly BOOL
82 1=REQUEST RESET OF MIN/MAX REQRSTMINMAX ReadOnly BOOL
83 1=REQUEST RESET OF ALARMS REQRSTALRMS ReadOnly BOOL
84 1=SELECT HI DIAG FREQUENCY SELCTHIDIAGFREQ ReadOnly BOOL
85 1=DIAG 2000 DETECTED BY IGN DIAGDETECTED ReadOnly BOOL
86 1=DIAG MODULE ENABLE REQUEST DIAGENREQ ReadOnly BOOL
87 1=RPM ABOVE MIN/MAX THRESHOLD RPMABVMINMAX ReadOnly BOOL
88 1=DIAG READY FROM IGNITION DIAGRDY ReadOnly BOOL
89 DIAG MODULE DETECT REPLY BIT DIAGDETECTRPLY ReadOnly BOOL
90 1=RESET MIN MAX CONFIRM BIT CONFMINMAXRST ReadOnly BOOL
91 1=RESET ALARMS CONFIRM BIT CONFALRMRST ReadOnly BOOL
92 1=NEW DIAG ALARM DETECTED NEWDIAGALRM ReadOnly BOOL
93 1=DUAL BANK DIAGNOSTIC F/W DUALBANKDIAGFW ReadOnly BOOL
94 1=DIAG MODULE READY BIT DIAGMODRDY ReadOnly BOOL
95 1=FIRE OVERRUN FLAG A (NO RST) spare100095 ReadOnly BOOL
96 1=FIRE OVERRUN FLAG B (NO RST) spare100096 ReadOnly BOOL
97 WARN OPEN PRIMARY (global) WARNOPENPRI ReadOnly BOOL
98 WARN SHORTED PRIMARY (global) WARNSHORTPRI ReadOnly BOOL
99 WARN LO VOLTAGE (global) WARNLOVOLT ReadOnly BOOL
100 WARN HI VOLTAGE (global) WARNHIVOLT ReadOnly BOOL
101 WARN NO SECONDARY SPK (global) WARNNOSECSPK ReadOnly BOOL
102 WARN HI FROM ENGINE (global) WARNHIENGINE ReadOnly BOOL
103 WARN LO FROM ENGINE (global) WARNLOWENGINE ReadOnly BOOL
104 WARN HI VARIATION (global) WARNHIVARIATION ReadOnly BOOL
105 WARN OPEN PRIMARY *C1* (A or A1) WARNOPENPRIA ReadOnly BOOL
106 WARN SHORTED PRIMARY *C1* (A or A1) WARNSHORTPRIA ReadOnly BOOL
107 WARN LO VOLTAGE *C1* (A or A1) WARNLOVOLTA ReadOnly BOOL
108 WARN HI VOLTAGE *C1* (A or A1) WARNHIVOLTA ReadOnly BOOL
109 WARN NO SECONDARY SPK *C1* (A or A1) WARNNOSECSPKA ReadOnly BOOL
110 WARN HI FROM ENGINE *C1* (A or A1) WARNHIENGINEA ReadOnly BOOL
111 WARN LO FROM ENGINE *C1* (A or A1) WARNLOENGINEA ReadOnly BOOL
112 WARN HI VARIATION *C1* (A or A1) WARNHIVARIATIONA ReadOnly BOOL
113 WARN OPEN PRIMARY *C2* (B or A2) WARNOPENPRIB ReadOnly BOOL
114 WARN SHORTED PRIMARY *C2* (B or A2) WARNSHORTPRIB ReadOnly BOOL
115 WARN LO VOLTAGE *C2* (B or A2) WARNLOVOLTB ReadOnly BOOL
116 WARN HI VOLTAGE *C2* (B or A2) WARNHIVOLTB ReadOnly BOOL
117 WARN NO SECONDARY SPK *C2* (B or A2) WARNNOSECSPKB ReadOnly BOOL
118 WARN HI FROM ENGINE *C2* (B or A2) WARNHIENGINEB ReadOnly BOOL
119 WARN LO FROM ENGINE *C2* (B or A2) WARNLOENGINEB ReadOnly BOOL
120 WARN HI VARIATION *C2* (B or A2) WARNHIVARIATIONB ReadOnly BOOL
121 WARN OPEN PRIMARY *C3* (C or B1) WARNOPENPRIC ReadOnly BOOL
122 WARN SHORTED PRIMARY *C3* (C or B1) WARNSHORTPRIC ReadOnly BOOL
123 WARN LO VOLTAGE *C3* (C or B1) WARNLOVOLTC ReadOnly BOOL
124 WARN HI VOLTAGE *C3* (C or B1) WARNHIVOLTC ReadOnly BOOL
125 WARN NO SECONDARY SPK *C3* (C or B1) WARNNOSECSPKC ReadOnly BOOL
126 WARN HI FROM ENGINE *C3* (C or B1) WARNHIENGINEC ReadOnly BOOL
127 WARN LO FROM ENGINE *C3* (C or B1) WARNLOENGINEC ReadOnly BOOL
128 WARN HI VARIATION *C3* (C or B1) WARNHIVARIATIONC ReadOnly BOOL
129 WARN OPEN PRIMARY *C4* (D or B2) WARNOPENPRID ReadOnly BOOL
130 WARN SHORTED PRIMARY *C4* (D or B2) WARNSHORTPRID ReadOnly BOOL
131 WARN LO VOLTAGE *C4* (D or B2) WARNLOVOLTD ReadOnly BOOL
132 WARN HI VOLTAGE *C4* (D or B2) WARNHIVOLTD ReadOnly BOOL
133 WARN NO SECONDARY SPK *C4* (D or B2) WARNNOSECSPKD ReadOnly BOOL
134 WARN HI FROM ENGINE *C4* (D or B2) WARNHIENGINED ReadOnly BOOL
135 WARN LO FROM ENGINE *C4* (D or B2) WARNLOENGINED ReadOnly BOOL
136 WARN HI VARIATION *C4* (D or B2) WARNHIVARIATIOND ReadOnly BOOL
137 WARN OPEN PRIMARY *C5* (E or C1) WARNOPENPRIE ReadOnly BOOL
138 WARN SHORTED PRIMARY *C5* (E or C1) WARNSHORTPRIE ReadOnly BOOL
139 WARN LO VOLTAGE *C5* (E or C1) WARNLOVOLTE ReadOnly BOOL
140 WARN HI VOLTAGE *C5* (E or C1) WARNHIVOLTE ReadOnly BOOL
141 WARN NO SECONDARY SPK *C5* (E or C1) WARNNOSECSPKE ReadOnly BOOL
142 WARN HI FROM ENGINE *C5* (E or C1) WARNHIENGINEE ReadOnly BOOL
143 WARN LO FROM ENGINE *C5* (E or C1) WARNLOENGINEE ReadOnly BOOL
144 WARN HI VARIATION *C5* (E or C1) WARNHIVARIATIONE ReadOnly BOOL
145 WARN OPEN PRIMARY *C6* (F or C2) WARNOPENPRIF ReadOnly BOOL
146 WARN SHORTED PRIMARY *C6* (F or C2) WARNSHORTPRIF ReadOnly BOOL
147 WARN LO VOLTAGE *C6* (F or C2) WARNLOVOLTF ReadOnly BOOL
148 WARN HI VOLTAGE *C6* (F or C2) WARNHIVOLTF ReadOnly BOOL
149 WARN NO SECONDARY SPK *C6* (F or C2) WARNNOSECSPKF ReadOnly BOOL
150 WARN HI FROM ENGINE *C6* (F or C2) WARNHIENGINEF ReadOnly BOOL
151 WARN LO FROM ENGINE *C6* (F or C2) WARNLOENGINEF ReadOnly BOOL
152 WARN HI VARIATION *C6* (F or C2) WARNHIVARIATIONF ReadOnly BOOL
153 WARN OPEN PRIMARY *C7* (G or D1) WARNOPENPRIG ReadOnly BOOL
154 WARN SHORTED PRIMARY *C7* (G or D1) WARNSHORTPRIG ReadOnly BOOL
155 WARN LO VOLTAGE *C7* (G or D1) WARNLOVOLTG ReadOnly BOOL
156 WARN HI VOLTAGE *C7* (G or D1) WARNHIVOLTG ReadOnly BOOL
157 WARN NO SECONDARY SPK *C7* (G or D1) WARNNOSECSPKG ReadOnly BOOL
158 WARN HI FROM ENGINE *C7* (G or D1) WARNHIENGINEG ReadOnly BOOL
159 WARN LO FROM ENGINE *C7* (G or D1) WARNLOENGINEG ReadOnly BOOL
160 WARN HI VARIATION *C7* (G or D1) WARNHIVARIATIONG ReadOnly BOOL
161 WARN OPEN PRIMARY *C8* (H or D2) WARNOPENPRIH ReadOnly BOOL
162 WARN SHORTED PRIMARY *C8* (H or D2) WARNSHORTPRIH ReadOnly BOOL
163 WARN LO VOLTAGE *C8* (H or D2) WARNLOVOLTH ReadOnly BOOL
164 WARN HI VOLTAGE *C8* (H or D2) WARNHIVOLTH ReadOnly BOOL
165 WARN NO SECONDARY SPK *C8* (H or D2) WARNNOSECSPKH ReadOnly BOOL
166 WARN HI FROM ENGINE *C8* (H or D2) WARNHIENGINEH ReadOnly BOOL
167 WARN LO FROM ENGINE *C8* (H or D2) WARNLOENGINEH ReadOnly BOOL
168 WARN HI VARIATION *C8* (H or D2) WARNHIVARIATIONH ReadOnly BOOL
169 WARN OPEN PRIMARY *C9* (J or E1) WARNOPENPRIJ ReadOnly BOOL
170 WARN SHORTED PRIMARY *C9* (J or E1) WARNSHORTPRIJ ReadOnly BOOL
171 WARN LO VOLTAGE *C9* (J or E1) WARNLOVOLTJ ReadOnly BOOL
172 WARN HI VOLTAGE *C9* (J or E1) WARNHIVOLTJ ReadOnly BOOL
173 WARN NO SECONDARY SPK *C9* (J or E1) WARNNOSECSPKJ ReadOnly BOOL
174 WARN HI FROM ENGINE *C9* (J or E1) WARNHIENGINEJ ReadOnly BOOL
175 WARN LO FROM ENGINE *C9* (J or E1) WARNLOENGINEJ ReadOnly BOOL
176 WARN HI VARIATION *C9* (J or E1) WARNHIVARIATIONJ ReadOnly BOOL
177 WARN OPEN PRIMARY *C10* (K or E2) WARNOPENPRIK ReadOnly BOOL
178 WARN SHORTED PRIMARY *C10* (K or E2) WARNSHORTPRIK ReadOnly BOOL
179 WARN LO VOLTAGE *C10* (K or E2) WARNLOVOLTK ReadOnly BOOL
180 WARN HI VOLTAGE *C10* (K or E2) WARNHIVOLTK ReadOnly BOOL
181 WARN NO SECONDARY SPK *C10* (K or E2) WARNNOSECSPKK ReadOnly BOOL
182 WARN HI FROM ENGINE *C10* (K or E2) WARNHIENGINEK ReadOnly BOOL
183 WARN LO FROM ENGINE *C10* (K or E2) WARNLOENGINEK ReadOnly BOOL
184 WARN HI VARIATION *C10* (K or E2) WARNHIVARIATIONK ReadOnly BOOL
185 WARN OPEN PRIMARY *C11* (L or F1) WARNOPENPRIL ReadOnly BOOL
186 WARN SHORTED PRIMARY *C11* (L or F1) WARNSHORTPRIL ReadOnly BOOL
187 WARN LO VOLTAGE *C11* (L or F1) WARNLOVOLTL ReadOnly BOOL
188 WARN HI VOLTAGE *C11* (L or F1) WARNHIVOLTL ReadOnly BOOL
189 WARN NO SECONDARY SPK *C11* (L or F1) WARNNOSECSPKL ReadOnly BOOL
190 WARN HI FROM ENGINE *C11* (L or F1) WARNHIENGINEL ReadOnly BOOL
191 WARN LO FROM ENGINE *C11* (L or F1) WARNLOENGINEL ReadOnly BOOL
192 WARN HI VARIATION *C11* (L or F1) WARNHIVARIATIONL ReadOnly BOOL
193 WARN OPEN PRIMARY *C12* (M or F2) WARNOPENPRIM ReadOnly BOOL
194 WARN SHORTED PRIMARY *C12* (M or F2) WARNSHORTPRIM ReadOnly BOOL
195 WARN LO VOLTAGE *C12* (M or F2) WARNLOVOLTM ReadOnly BOOL
196 WARN HI VOLTAGE *C12* (M or F2) WARNHIVOLTM ReadOnly BOOL
197 WARN NO SECONDARY SPK *C12* (M or F2) WARNNOSECSPKM ReadOnly BOOL
198 WARN HI FROM ENGINE *C12* (M or F2) WARNHIENGINEM ReadOnly BOOL
199 WARN LO FROM ENGINE *C12* (M or F2) WARNLOENGINEM ReadOnly BOOL
200 WARN HI VARIATION *C12* (M or F2) WARNHIVARIATIONM ReadOnly BOOL
201 WARN OPEN PRIMARY *C13* (R or G1) WARNOPENPRIR ReadOnly BOOL
202 WARN SHORTED PRIMARY *C13* (R or G1) WARNSHORTPRIR ReadOnly BOOL
203 WARN LO VOLTAGE *C13* (R or G1) WARNLOVOLTR ReadOnly BOOL
204 WARN HI VOLTAGE *C13* (R or G1) WARNHIVOLTR ReadOnly BOOL
205 WARN NO SECONDARY SPK *C13* (R or G1) WARNNOSECSPKR ReadOnly BOOL
206 WARN HI FROM ENGINE *C13* (R or G1) WARNHIENGINER ReadOnly BOOL
207 WARN LO FROM ENGINE *C13* (R or G1) WARNLOENGINER ReadOnly BOOL
208 WARN HI VARIATION *C13* (R or G1) WARNHIVARIATIONR ReadOnly BOOL
209 WARN OPEN PRIMARY *C14* (S or G2) WARNOPENPRIS ReadOnly BOOL
210 WARN SHORTED PRIMARY *C14* (S or G2) WARNSHORTPRIS ReadOnly BOOL
211 WARN LO VOLTAGE *C14* (S or G2) WARNLOVOLTS ReadOnly BOOL
212 WARN HI VOLTAGE *C14* (S or G2) WARNHIVOLTS ReadOnly BOOL
213 WARN NO SECONDARY SPK *C14* (S or G2) WARNNOSECSPKS ReadOnly BOOL
214 WARN HI FROM ENGINE *C14* (S or G2) WARNHIENGINES ReadOnly BOOL
215 WARN LO FROM ENGINE *C14* (S or G2) WARNLOENGINES ReadOnly BOOL
216 WARN HI VARIATION *C14* (S or G2) WARNHIVARIATIONS ReadOnly BOOL
217 WARN OPEN PRIMARY *C15* (T or H1) WARNOPENPRIT ReadOnly BOOL
218 WARN SHORTED PRIMARY *C15* (T or H1) WARNSHORTPRIT ReadOnly BOOL
219 WARN LO VOLTAGE *C15* (T or H1) WARNLOVOLTT ReadOnly BOOL
220 WARN HI VOLTAGE *C15* (T or H1) WARNHIVOLTT ReadOnly BOOL
221 WARN NO SECONDARY SPK *C15* (T or H1) WARNNOSECSPKT ReadOnly BOOL
222 WARN HI FROM ENGINE *C15* (T or H1) WARNHIENGINET ReadOnly BOOL
223 WARN LO FROM ENGINE *C15* (T or H1) WARNLOENGINET ReadOnly BOOL
224 WARN HI VARIATION *C15* (T or H1) WARNHIVARIATIONT ReadOnly BOOL
225 WARN OPEN PRIMARY *C16* (U or H2) WARNOPENPRIM16 ReadOnly BOOL
226 WARN SHORTED PRIMARY *C16* (U or H2) WARNSHRTPRIM16 ReadOnly BOOL
227 WARN LO VOLTAGE *C16* (U or H2) WARNLOV16 ReadOnly BOOL
228 WARN HI VOLTAGE *C16* (U or H2) WARNHIV16 ReadOnly BOOL
229 WARN NO SECONDARY SPK *C16* (U or H2) WARNNOSECSPK16 ReadOnly BOOL
230 WARN HI FROM ENGINE *C16* (U or H2) WARNHIENG16 ReadOnly BOOL
231 WARN LO FROM ENGINE *C16* (U or H2) WARNLOENG16 ReadOnly BOOL
232 WARN HI VARIATION *C16* (U or H2) WARNHIVAR16 ReadOnly BOOL
233 WARN OPEN PRIMARY *C17* ( J1) WARNOPENPRIM17 ReadOnly BOOL
234 WARN SHORTED PRIMARY *C17* ( J1) WARNSHRTPRIM17 ReadOnly BOOL
235 WARN LO VOLTAGE *C17* ( J1) WARNLOV17 ReadOnly BOOL
236 WARN HI VOLTAGE *C17* ( J1) WARNHIV17 ReadOnly BOOL
237 WARN NO SECONDARY SPK *C17* ( J1) WARNNOSECSPK17 ReadOnly BOOL
238 WARN HI FROM ENGINE *C17* ( J1) WARNHIENG17 ReadOnly BOOL
239 WARN LO FROM ENGINE *C17* ( J1) WARNLOENG17 ReadOnly BOOL
240 WARN HI VARIATION *C17* ( J1) WARNHIVAR17 ReadOnly BOOL
241 WARN OPEN PRIMARY *C18* ( J2) WARNOPENPRIM18 ReadOnly BOOL
242 WARN SHORTED PRIMARY *C18* ( J2) WARNSHRTPRIM18 ReadOnly BOOL
243 WARN LO VOLTAGE *C18* ( J2) WARNLOV18 ReadOnly BOOL
244 WARN HI VOLTAGE *C18* ( J2) WARNHIV18 ReadOnly BOOL
245 WARN NO SECONDARY SPK *C18* ( J2) WARNNOSECSPK18 ReadOnly BOOL
246 WARN HI FROM ENGINE *C18* ( J2) WARNHIENG18 ReadOnly BOOL
247 WARN LO FROM ENGINE *C18* ( J2) WARNLOENG18 ReadOnly BOOL
248 WARN HI VARIATION *C18* ( J2) WARNHIVAR18 ReadOnly BOOL
249 WARN OPEN PRIMARY *C19* ( K1) WARNOPENPRIM19 ReadOnly BOOL
250 WARN SHORTED PRIMARY *C19* ( K1) WARNSHRTPRIM19 ReadOnly BOOL
251 WARN LO VOLTAGE *C19* ( K1) WARNLOV19 ReadOnly BOOL
252 WARN HI VOLTAGE *C19* ( K1) WARNHIV19 ReadOnly BOOL
253 WARN NO SECONDARY SPK *C19* ( K1) WARNNOSECSPK19 ReadOnly BOOL
254 WARN HI FROM ENGINE *C19* ( K1) WARNHIENG19 ReadOnly BOOL
255 WARN LO FROM ENGINE *C19* ( K1) WARNLOENG19 ReadOnly BOOL
256 WARN HI VARIATION *C19* ( K1) WARNHIVAR19 ReadOnly BOOL
257 WARN OPEN PRIMARY *C20* ( K2) WARNOPENPRIM20 ReadOnly BOOL
258 WARN SHORTED PRIMARY *C20* ( K2) WARNSHRTPRIM20 ReadOnly BOOL
259 WARN LO VOLTAGE *C20* ( K2) WARNLOV20 ReadOnly BOOL
260 WARN HI VOLTAGE *C20* ( K2) WARNHIV20 ReadOnly BOOL
261 WARN NO SECONDARY SPK *C20* ( K2) WARNNOSECSPK20 ReadOnly BOOL
262 WARN HI FROM ENGINE *C20* ( K2) WARNHIENG20 ReadOnly BOOL
263 WARN LO FROM ENGINE *C20* ( K2) WARNLOENG20 ReadOnly BOOL
264 WARN HI VARIATION *C20* ( K2) WARNHIVAR20 ReadOnly BOOL
265 WARN OPEN PRIMARY *C21* ( L1) WARNOPENPRIM21 ReadOnly BOOL
266 WARN SHORTED PRIMARY *C21* ( L1) WARNSHRTPRIM21 ReadOnly BOOL
267 WARN LO VOLTAGE *C21* ( L1) WARNLOV21 ReadOnly BOOL
268 WARN HI VOLTAGE *C21* ( L1) WARNHIV21 ReadOnly BOOL
269 WARN NO SECONDARY SPK *C21* ( L1) WARNNOSECSPK21 ReadOnly BOOL
270 WARN HI FROM ENGINE *C21* ( L1) WARNHIENG21 ReadOnly BOOL
271 WARN LO FROM ENGINE *C21* ( L1) WARNLOENG21 ReadOnly BOOL
272 WARN HI VARIATION *C21* ( L1) WARNHIVAR21 ReadOnly BOOL
273 WARN OPEN PRIMARY *C22* ( L2) WARNOPENPRIM22 ReadOnly BOOL
274 WARN SHORTED PRIMARY *C22* ( L2) WARNSHRTPRIM22 ReadOnly BOOL
275 WARN LO VOLTAGE *C22* ( L2) WARNLOV22 ReadOnly BOOL
276 WARN HI VOLTAGE *C22* ( L2) WARNHIV22 ReadOnly BOOL
277 WARN NO SECONDARY SPK *C22* ( L2) WARNNOSECSPK22 ReadOnly BOOL
278 WARN HI FROM ENGINE *C22* ( L2) WARNHIENG22 ReadOnly BOOL
279 WARN LO FROM ENGINE *C22* ( L2) WARNLOENG22 ReadOnly BOOL
280 WARN HI VARIATION *C22* ( L2) WARNHIVAR22 ReadOnly BOOL
281 WARN OPEN PRIMARY *C23* ( M1) WARNOPENPRIM23 ReadOnly BOOL
282 WARN SHORTED PRIMARY *C23* ( M1) WARNSHRTPRIM23 ReadOnly BOOL
283 WARN LO VOLTAGE *C23* ( M1) WARNLOV23 ReadOnly BOOL
284 WARN HI VOLTAGE *C23* ( M1) WARNHIV23 ReadOnly BOOL
285 WARN NO SECONDARY SPK *C23* ( M1) WARNNOSECSPK23 ReadOnly BOOL
286 WARN HI FROM ENGINE *C23* ( M1) WARNHIENG23 ReadOnly BOOL
287 WARN LO FROM ENGINE *C23* ( M1) WARNLOENG23 ReadOnly BOOL
288 WARN HI VARIATION *C23* ( M1) WARNHIVAR23 ReadOnly BOOL
289 WARN OPEN PRIMARY *C24* ( M2) WARNOPENPRIM24 ReadOnly BOOL
290 WARN SHORTED PRIMARY *C24* ( M2) WARNSHRTPRIM24 ReadOnly BOOL
291 WARN LO VOLTAGE *C24* ( M2) WARNLOV24 ReadOnly BOOL
292 WARN HI VOLTAGE *C24* ( M2) WARNHIV24 ReadOnly BOOL
293 WARN NO SECONDARY SPK *C24* ( M2) WARNNOSECSPK24 ReadOnly BOOL
294 WARN HI FROM ENGINE *C24* ( M2) WARNHIENG24 ReadOnly BOOL
295 WARN LO FROM ENGINE *C24* ( M2) WARNLOENG24 ReadOnly BOOL
296 WARN HI VARIATION *C24* ( M2) WARNHIVAR24 ReadOnly BOOL
297 WARN OPEN PRIMARY *C25* ( R1) WARNOPENPRIM25 ReadOnly BOOL
298 WARN SHORTED PRIMARY *C25* ( R1) WARNSHRTPRIM25 ReadOnly BOOL
299 WARN LO VOLTAGE *C25* ( R1) WARNLOV25 ReadOnly BOOL
300 WARN HI VOLTAGE *C25* ( R1) WARNHIV25 ReadOnly BOOL
301 WARN NO SECONDARY SPK *C25* ( R1) WARNNOSECSPK25 ReadOnly BOOL
302 WARN HI FROM ENGINE *C25* ( R1) WARNHIENG25 ReadOnly BOOL
303 WARN LO FROM ENGINE *C25* ( R1) WARNLOENG25 ReadOnly BOOL
304 WARN HI VARIATION *C25* ( R1) WARNHIVAR25 ReadOnly BOOL
305 WARN OPEN PRIMARY *C26* ( R2) WARNOPENPRIM26 ReadOnly BOOL
306 WARN SHORTED PRIMARY *C26* ( R2) WARNSHRTPRIM26 ReadOnly BOOL
307 WARN LO VOLTAGE *C26* ( R2) WARNLOV26 ReadOnly BOOL
308 WARN HI VOLTAGE *C26* ( R2) WARNHIV26 ReadOnly BOOL
309 WARN NO SECONDARY SPK *C26* ( R2) WARNNOSECSPK26 ReadOnly BOOL
310 WARN HI FROM ENGINE *C26* ( R2) WARNHIENG26 ReadOnly BOOL
311 WARN LO FROM ENGINE *C26* ( R2) WARNLOENG26 ReadOnly BOOL
312 WARN HI VARIATION *C26* ( R2) WARNHIVAR26 ReadOnly BOOL
313 WARN OPEN PRIMARY *C27* ( S1) WARNOPENPRIM27 ReadOnly BOOL
314 WARN SHORTED PRIMARY *C27* ( S1) WARNSHRTPRIM27 ReadOnly BOOL
315 WARN LO VOLTAGE *C27* ( S1) WARNLOV27 ReadOnly BOOL
316 WARN HI VOLTAGE *C27* ( S1) WARNHIV27 ReadOnly BOOL
317 WARN NO SECONDARY SPK *C27* ( S1) WARNNOSECSPK27 ReadOnly BOOL
318 WARN HI FROM ENGINE *C27* ( S1) WARNHIENG27 ReadOnly BOOL
319 WARN LO FROM ENGINE *C27* ( S1) WARNLOENG27 ReadOnly BOOL
320 WARN HI VARIATION *C27* ( S1) WARNHIVAR27 ReadOnly BOOL
321 WARN OPEN PRIMARY *C28* ( S2) WARNOPENPRIM28 ReadOnly BOOL
322 WARN SHORTED PRIMARY *C28* ( S2) WARNSHRTPRIM28 ReadOnly BOOL
323 WARN LO VOLTAGE *C28* ( S2) WARNLOV28 ReadOnly BOOL
324 WARN HI VOLTAGE *C28* ( S2) WARNHIV28 ReadOnly BOOL
325 WARN NO SECONDARY SPK *C28* ( S2) WARNNOSECSPK28 ReadOnly BOOL
326 WARN HI FROM ENGINE *C28* ( S2) WARNHIENG28 ReadOnly BOOL
327 WARN LO FROM ENGINE *C28* ( S2) WARNLOENG28 ReadOnly BOOL
328 WARN HI VARIATION *C28* ( S2) WARNHIVAR28 ReadOnly BOOL
329 WARN OPEN PRIMARY *C29* ( T1) WARNOPENPRIM29 ReadOnly BOOL
330 WARN SHORTED PRIMARY *C29* ( T1) WARNSHRTPRIM29 ReadOnly BOOL
331 WARN LO VOLTAGE *C29* ( T1) WARNLOV29 ReadOnly BOOL
332 WARN HI VOLTAGE *C29* ( T1) WARNHIV29 ReadOnly BOOL
333 WARN NO SECONDARY SPK *C29* ( T1) WARNNOSECSPK29 ReadOnly BOOL
334 WARN HI FROM ENGINE *C29* ( T1) WARNHIENG29 ReadOnly BOOL
335 WARN LO FROM ENGINE *C29* ( T1) WARNLOENG29 ReadOnly BOOL
336 WARN HI VARIATION *C29* ( T1) WARNHIVAR29 ReadOnly BOOL
337 WARN OPEN PRIMARY *C30* ( T2) WARNOPENPRIM30 ReadOnly BOOL
338 WARN SHORTED PRIMARY *C30* ( T2) WARNSHRTPRIM30 ReadOnly BOOL
339 WARN LO VOLTAGE *C30* ( T2) WARNLOV30 ReadOnly BOOL
340 WARN HI VOLTAGE *C30* ( T2) WARNHIV30 ReadOnly BOOL
341 WARN NO SECONDARY SPK *C30* ( T2) WARNNOSECSPK30 ReadOnly BOOL
342 WARN HI FROM ENGINE *C30* ( T2) WARNHIENG30 ReadOnly BOOL
343 WARN LO FROM ENGINE *C30* ( T2) WARNLOENG30 ReadOnly BOOL
344 WARN HI VARIATION *C30* ( T2) WARNHIVAR30 ReadOnly BOOL
345 WARN OPEN PRIMARY *C31* ( U1) WARNOPENPRIM31 ReadOnly BOOL
346 WARN SHORTED PRIMARY *C31* ( U1) WARNSHRTPRIM31 ReadOnly BOOL
347 WARN LO VOLTAGE *C31* ( U1) WARNLOV31 ReadOnly BOOL
348 WARN HI VOLTAGE *C31* ( U1) WARNHIV31 ReadOnly BOOL
349 WARN NO SECONDARY SPK *C31* ( U1) WARNNOSECSPK31 ReadOnly BOOL
350 WARN HI FROM ENGINE *C31* ( U1) WARNHIENG31 ReadOnly BOOL
351 WARN LO FROM ENGINE *C31* ( U1) WARNLOENG31 ReadOnly BOOL
352 WARN HI VARIATION *C31* ( U1) WARNHIVAR31 ReadOnly BOOL
353 WARN OPEN PRIMARY *C32* ( U2) WARNOPENPRIM32 ReadOnly BOOL
354 WARN SHORTED PRIMARY *C32* ( U2) WARNSHRTPRIM32 ReadOnly BOOL
355 WARN LO VOLTAGE *C32* ( U2) WARNLOV32 ReadOnly BOOL
356 WARN HI VOLTAGE *C32* ( U2) WARNHIV32 ReadOnly BOOL
357 WARN NO SECONDARY SPK *C32* ( U2) WARNNOSECSPK32 ReadOnly BOOL
358 WARN HI FROM ENGINE *C32* ( U2) WARNHIENG32 ReadOnly BOOL
359 WARN LO FROM ENGINE *C32* ( U2) WARNLOENG32 ReadOnly BOOL
360 WARN HI VARIATION *C32* ( U2) WARNHIVAR32 ReadOnly BOOL

 

30000 modbus register

 

Register Label Key ReadOnly / ReadWrite Type
1 ENGINE RPM 1RPM/BIT RPMdisp ReadOnly INT16
2 MAX SEEN RPM 5RPM/BIT RPMmax ReadOnly INT16
3 ENGINE OVERSPEED SETTING 5/BIT ENGOVRSPEED ReadOnly INT16
4 FAULT GEAR TEETH 0.25/BIT GTFAULT ReadOnly INT16
5 4-20 ANALOG INPUT 0.10ma/bit FOURTO20IN ReadOnly INT16
6 COUNTS TO DEGREES SCALER COUNT2DEG ReadOnly INT16
7 GLOBAL TIMING DISPLAY VALUE GLBLTIMING ReadOnly INT16
8 MANUAL RETARD SETTING RetManual ReadOnly INT16
9 ONESTEP RETARD SETTING oneStepRTRD ReadOnly INT16
10 ANALOG RETARD FROM TABLE ANALOGRTRDTBL ReadOnly INT16
11 RPM RETARD FROM TABLE RPMRTRD ReadOnly INT16
12 SERIAL RETARD FROM REMOTE SERIALRTRDRMT ReadOnly INT16
13 MAX INDIVIDUAL OFFSET MAXINDVOFFSET ReadOnly INT16
14 STANDARD INDIVIDUAL OFFSET STDINDVOFFSET ReadOnly INT16
15 REFERENCE ANGLE OF RESET PIN REFANGLERST ReadOnly INT16
16 NUMBER OF CYLINDERS NUMCYLINDERS ReadOnly INT16
17 ENGINE AVERAGE DIAG BNKACAVG ReadOnly INT16
18 ENGINE AVERAGE DIAG BANK B BNKBCAVG ReadOnly INT16
19 LO SPARK DIAG THRESHOLD LOSPKTHRESH ReadOnly INT16
20 HI SPARK DIAG THRESHOLD HISPKTHRESH ReadOnly INT16
21 NO SPARK DIAG THRESHOLD NOSPKTHRESH ReadOnly INT16
22 LO FROM ENGINE THRESHOLD LOENGTHRESH ReadOnly INT16
23 HI FROM ENGINE THRESHOLD HIENGTHRESH ReadOnly INT16
24 HI VARIATION THRESHOLD HIVARTHRESH ReadOnly INT16
25 E2 ENABLE THRESHOLD E2ENABLETHRESH ReadOnly INT16
26 E2 DISABLE HYSTERISIS E2DISABLEHYST ReadOnly INT16
27 E3 ENABLE THRESHOLD E3ENABLETHRESH ReadOnly INT16
28 E3 DISABLE HYSTERISIS E3DISABLEHYST ReadOnly INT16
29 LO SPARK BANK B THRESHOLD LOSPKTHRESHB ReadOnly INT16
30 HI SPARK BANK B THRESHOLD HISPKTHRESHB ReadOnly INT16
31 LO FROM ENG B THRESHOLD LOENGTHRESHB ReadOnly INT16
32 HI FROM ENG B THRESHOLD HIENGTHRESHB ReadOnly INT16
33 CYL TIMING OFFSET *C1* (A or A1) CINDVTMG01 ReadOnly UINT16
34 CYL TIMING OFFSET *C2* (B or A2) CINDVTMG02 ReadOnly UINT16
35 CYL TIMING OFFSET *C3* (C or B1) CINDVTMG03 ReadOnly UINT16
36 CYL TIMING OFFSET *C4* (D or B2) CINDVTMG04 ReadOnly UINT16
37 CYL TIMING OFFSET *C5* (E or C1) CINDVTMG05 ReadOnly UINT16
38 CYL TIMING OFFSET *C6* (F or C2) CINDVTMG06 ReadOnly UINT16
39 CYL TIMING OFFSET *C7* (G or D1) CINDVTMG07 ReadOnly UINT16
40 CYL TIMING OFFSET *C8* (H or D2) CINDVTMG08 ReadOnly UINT16
41 CYL TIMING OFFSET *C9* (J or E1) CINDVTMG09 ReadOnly UINT16
42 CYL TIMING OFFSET *C10* (K or E2) CINDVTMG10 ReadOnly UINT16
43 CYL TIMING OFFSET *C11* (L or F1) CINDVTMG11 ReadOnly UINT16
44 CYL TIMING OFFSET *C12* (M or F2) CINDVTMG12 ReadOnly UINT16
45 CYL TIMING OFFSET *C13* (R or G1) CINDVTMG13 ReadOnly UINT16
46 CYL TIMING OFFSET *C14* (S or G2) CINDVTMG14 ReadOnly UINT16
47 CYL TIMING OFFSET *C15* (T or H1) CINDVTMG15 ReadOnly UINT16
48 CYL TIMING OFFSET *C16* (Y or H2) CINDVTMG16 ReadOnly UINT16
49 CYL TIMING OFFSET *C17* ( J1) CINDVTMG17 ReadOnly UINT16
50 CYL TIMING OFFSET *C18* ( J2) CINDVTMG18 ReadOnly UINT16
51 CYL TIMING OFFSET *C19* ( K1) CINDVTMG19 ReadOnly UINT16
52 CYL TIMING OFFSET *C20* ( K2) CINDVTMG20 ReadOnly UINT16
53 CYL TIMING OFFSET *C21* ( L1) CINDVTMG21 ReadOnly UINT16
54 CYL TIMING OFFSET *C22* ( L2) CINDVTMG22 ReadOnly UINT16
55 CYL TIMING OFFSET *C23* ( M1) CINDVTMG23 ReadOnly UINT16
56 CYL TIMING OFFSET *C24* ( M2) CINDVTMG24 ReadOnly UINT16
57 CYL TIMING OFFSET *C25* ( R1) CINDVTMG25 ReadOnly UINT16
58 CYL TIMING OFFSET *C26* ( R2) CINDVTMG26 ReadOnly UINT16
59 CYL TIMING OFFSET *C27* ( S1) CINDVTMG27 ReadOnly UINT16
60 CYL TIMING OFFSET *C28* ( S2) CINDVTMG28 ReadOnly UINT16
61 CYL TIMING OFFSET *C29* ( T1) CINDVTMG29 ReadOnly UINT16
62 CYL TIMING OFFSET *C30* ( T2) CINDVTMG30 ReadOnly UINT16
63 CYL TIMING OFFSET *C31* ( U1) CINDVTMG31 ReadOnly UINT16
64 CYL TIMING OFFSET *C32* ( U2) CINDVTMG32 ReadOnly UINT16
65 DEFAULT OFFSET *C1* (A or A1) CINDVDEF01 ReadOnly UINT16
66 DEFAULT OFFSET *C2* (B or A2) CINDVDEF02 ReadOnly UINT16
67 DEFAULT OFFSET *C3* (C or B1) CINDVDEF03 ReadOnly UINT16
68 DEFAULT OFFSET *C4* (D or B2) CINDVDEF04 ReadOnly UINT16
69 DEFAULT OFFSET *C5* (E or C1) CINDVDEF05 ReadOnly UINT16
70 DEFAULT OFFSET *C6* (F or C2) CINDVDEF06 ReadOnly UINT16
71 DEFAULT OFFSET *C7* (G or D1) CINDVDEF07 ReadOnly UINT16
72 DEFAULT OFFSET *C8* (H or D2) CINDVDEF08 ReadOnly UINT16
73 DEFAULT OFFSET *C9* (J or E1) CINDVDEF09 ReadOnly UINT16
74 DEFAULT OFFSET *C10* (K or E2) CINDVDEF10 ReadOnly UINT16
75 DEFAULT OFFSET *C11* (L or F1) CINDVDEF11 ReadOnly UINT16
76 DEFAULT OFFSET *C12* (M or F2) CINDVDEF12 ReadOnly UINT16
77 DEFAULT OFFSET *C13* (R or G1) CINDVDEF13 ReadOnly UINT16
78 DEFAULT OFFSET *C14* (S or G2) CINDVDEF14 ReadOnly UINT16
79 DEFAULT OFFSET *C15* (T or H1) CINDVDEF15 ReadOnly UINT16
80 DEFAULT OFFSET *C16* ( H2) CINDVDEF16 ReadOnly UINT16
81 DEFAULT OFFSET *C17* ( J1) CINDVDEF17 ReadOnly UINT16
82 DEFAULT OFFSET *C18* ( J2) CINDVDEF18 ReadOnly UINT16
83 DEFAULT OFFSET *C19* ( K1) CINDVDEF19 ReadOnly UINT16
84 DEFAULT OFFSET *C20* ( K2) CINDVDEF20 ReadOnly UINT16
85 DEFAULT OFFSET *C21* ( L1) CINDVDEF21 ReadOnly UINT16
86 DEFAULT OFFSET *C22* ( L2) CINDVDEF22 ReadOnly UINT16
87 DEFAULT OFFSET *C23* ( M1) CINDVDEF23 ReadOnly UINT16
88 DEFAULT OFFSET *C24* ( M2) CINDVDEF24 ReadOnly UINT16
89 DEFAULT OFFSET *C25* ( R1) CINDVDEF25 ReadOnly UINT16
90 DEFAULT OFFSET *C26* ( R2) CINDVDEF26 ReadOnly UINT16
91 DEFAULT OFFSET *C27* ( S1) CINDVDEF27 ReadOnly UINT16
92 DEFAULT OFFSET *C28* ( S2) CINDVDEF28 ReadOnly UINT16
93 DEFAULT OFFSET *C29* ( T1) CINDVDEF29 ReadOnly UINT16
94 DEFAULT OFFSET *C30* ( T2) CINDVDEF30 ReadOnly UINT16
95 DEFAULT OFFSET *C31* ( U1) CINDVDEF31 ReadOnly UINT16
96 DEFAULT OFFSET *C32* ( U2) CINDVDEF32 ReadOnly UINT16
97 CAVG *C1* (A or A1) CAVG01 ReadOnly INT16
98 CAVG *C2* (B or A2) CAVG02 ReadOnly INT16
99 CAVG *C3* (C or B1) CAVG03 ReadOnly INT16
100 CAVG *C4* (D or B2) CAVG04 ReadOnly INT16
101 CAVG *C5* (E or C1) CAVG05 ReadOnly INT16
102 CAVG *C6* (F or C2) CAVG06 ReadOnly INT16
103 CAVG *C7* (G or D1) CAVG07 ReadOnly INT16
104 CAVG *C8* (H or D2) CAVG08 ReadOnly INT16
105 CAVG *C9* (J or E1) CAVG09 ReadOnly INT16
106 CAVG *C10* (K or E2) CAVG10 ReadOnly INT16
107 CAVG *C11* (L or F1) CAVG11 ReadOnly INT16
108 CAVG *C12* (M or F2) CAVG12 ReadOnly INT16
109 CAVG *C13* (R or G1) CAVG13 ReadOnly INT16
110 CAVG *C14* (S or G2) CAVG14 ReadOnly INT16
111 CAVG *C15* (T or H1) CAVG15 ReadOnly INT16
112 CAVG *C16* (U or H2) CAVG16 ReadOnly INT16
113 CAVG *C17* ( J1) CAVG17 ReadOnly INT16
114 CAVG *C18* ( J2) CAVG18 ReadOnly INT16
115 CAVG *C19* ( K1) CAVG19 ReadOnly INT16
116 CAVG *C20* ( K2) CAVG20 ReadOnly INT16
117 CAVG *C21* ( L1) CAVG21 ReadOnly INT16
118 CAVG *C22* ( L2) CAVG22 ReadOnly INT16
119 CAVG *C23* ( M1) CAVG23 ReadOnly INT16
120 CAVG *C24* ( M2) CAVG24 ReadOnly INT16
121 CAVG *C25* ( R1) CAVG25 ReadOnly INT16
122 CAVG *C26* ( R2) CAVG26 ReadOnly INT16
123 CAVG *C27* ( S1) CAVG27 ReadOnly INT16
124 CAVG *C28* ( S2) CAVG28 ReadOnly INT16
125 CAVG *C29* ( T1) CAVG29 ReadOnly INT16
126 CAVG *C30* ( T2) CAVG30 ReadOnly INT16
127 CAVG *C31* ( U1) CAVG31 ReadOnly INT16
128 CAVG *C32* ( U2) CAVG32 ReadOnly INT16
129 COV *C1* (A or A1) COV01 ReadOnly INT16
130 COV *C2* (B or A2) COV02 ReadOnly INT16
131 COV *C3* (C or B1) COV03 ReadOnly INT16
132 COV *C4* (D or B2) COV04 ReadOnly INT16
133 COV *C5* (E or C1) COV05 ReadOnly INT16
134 COV *C6* (F or C2) COV06 ReadOnly INT16
135 COV *C7* (G or D1) COV07 ReadOnly INT16
136 COV *C8* (H or D2) COV08 ReadOnly INT16
137 COV *C9* (J or E1) COV09 ReadOnly INT16
138 COV *C10* (K or E2) COV10 ReadOnly INT16
139 COV *C11* (L or F1) COV11 ReadOnly INT16
140 COV *C12* (M or F2) COV12 ReadOnly INT16
141 COV *C13* (R or G1) COV13 ReadOnly INT16
142 COV *C14* (S or G2) COV14 ReadOnly INT16
143 COV *C15* (T or H1) COV15 ReadOnly INT16
144 COV *C16* (U or H2) COV16 ReadOnly INT16
145 COV *C17* ( J1) COV17 ReadOnly INT16
146 COV *C18* ( J2) COV18 ReadOnly INT16
147 COV *C19* ( K1) COV19 ReadOnly INT16
148 COV *C20* ( K2) COV20 ReadOnly INT16
149 COV *C21* ( L1) COV21 ReadOnly INT16
150 COV *C22* ( L2) COV22 ReadOnly INT16
151 COV *C23* ( M1) COV23 ReadOnly INT16
152 COV *C24* ( M2) COV24 ReadOnly INT16
153 COV *C25* ( R1) COV25 ReadOnly INT16
154 COV *C26* ( R2) COV26 ReadOnly INT16
155 COV *C27* ( S1) COV27 ReadOnly INT16
156 COV *C28* ( S2) COV28 ReadOnly INT16
157 COV *C29* ( T1) COV29 ReadOnly INT16
158 COV *C30* ( T2) COV30 ReadOnly INT16
159 COV *C31* ( U1) COV31 ReadOnly INT16
160 COV *C32* ( U2) COV32 ReadOnly INT16
161 DIAG OFFSET *C1* (A or A1) DIAGOFST01 ReadOnly INT16
162 DIAG OFFSET *C2* (B or A2) DIAGOFST02 ReadOnly INT16
163 DIAG OFFSET *C3* (C or B1) DIAGOFST03 ReadOnly INT16
164 DIAG OFFSET *C4* (D or B2) DIAGOFST04 ReadOnly INT16
165 DIAG OFFSET *C5* (E or C1) DIAGOFST05 ReadOnly INT16
166 DIAG OFFSET *C6* (F or C2) DIAGOFST06 ReadOnly INT16
167 DIAG OFFSET *C7* (G or D1) DIAGOFST07 ReadOnly INT16
168 DIAG OFFSET *C8* (H or D2) DIAGOFST08 ReadOnly INT16
169 DIAG OFFSET *C9* (J or E1) DIAGOFST09 ReadOnly INT16
170 DIAG OFFSET *C10* (K or E2) DIAGOFST10 ReadOnly INT16
171 DIAG OFFSET *C11* (L or F1) DIAGOFST11 ReadOnly INT16
172 DIAG OFFSET *C12* (M or F2) DIAGOFST12 ReadOnly INT16
173 DIAG OFFSET *C13* (R or G1) DIAGOFST13 ReadOnly INT16
174 DIAG OFFSET *C14* (S or G2) DIAGOFST14 ReadOnly INT16
175 DIAG OFFSET *C15* (T or H1) DIAGOFST15 ReadOnly INT16
176 DIAG OFFSET *C16* (U or H2) DIAGOFST16 ReadOnly INT16
177 DIAG OFFSET *C17* ( J1) DIAGOFST17 ReadOnly INT16
178 DIAG OFFSET *C18* ( J2) DIAGOFST18 ReadOnly INT16
179 DIAG OFFSET *C19* ( K1) DIAGOFST19 ReadOnly INT16
180 DIAG OFFSET *C20* ( K2) DIAGOFST20 ReadOnly INT16
181 DIAG OFFSET *C21* ( L1) DIAGOFST21 ReadOnly INT16
182 DIAG OFFSET *C22* ( L2) DIAGOFST22 ReadOnly INT16
183 DIAG OFFSET *C23* ( M1) DIAGOFST23 ReadOnly INT16
184 DIAG OFFSET *C24* ( M2) DIAGOFST24 ReadOnly INT16
185 DIAG OFFSET *C25* ( R1) DIAGOFST25 ReadOnly INT16
186 DIAG OFFSET *C26* ( R2) DIAGOFST26 ReadOnly INT16
187 DIAG OFFSET *C27* ( S1) DIAGOFST27 ReadOnly INT16
188 DIAG OFFSET *C28* ( S2) DIAGOFST28 ReadOnly INT16
189 DIAG OFFSET *C29* ( T1) DIAGOFST29 ReadOnly INT16
190 DIAG OFFSET *C30* ( T2) DIAGOFST30 ReadOnly INT16
191 DIAG OFFSET *C31* ( U1) DIAGOFST31 ReadOnly INT16
192 DIAG OFFSET *C32* ( U2) DIAGOFST32 ReadOnly INT16
193 spare193 spare300193 ReadOnly UINT16
194 spare194 spare300194 ReadOnly UINT16
195 spare195 spare300195 ReadOnly UINT16
196 spare196 spare300196 ReadOnly UINT16
197 spare197 spare300197 ReadOnly UINT16
198 spare198 spare300198 ReadOnly UINT16
199 spare199 spare300199 ReadOnly UINT16
200 spare200 spare300200 ReadOnly UINT16
201 spare201 spare300201 ReadOnly UINT16
202 spare202 spare300202 ReadOnly UINT16
203 spare203 spare300203 ReadOnly UINT16
204 spare204 spare300204 ReadOnly UINT16
205 spare205 spare300205 ReadOnly UINT16
206 spare206 spare300206 ReadOnly UINT16
207 spare207 spare300207 ReadOnly UINT16
208 spare208 spare300208 ReadOnly UINT16
209 spare209 spare300209 ReadOnly UINT16
210 firmware date TUINT32 ReadOnly UINT32
212 TEST INT32 TINT32 ReadOnly INT32
214 firmware progress TFLT32 ReadOnly FLOAT32
220 TEST 220 T220 ReadOnly UINT16
227 TEST 227 T227 ReadOnly UINT16
230 TEST 230 T230 ReadOnly UINT16
253 CYCLE AND COM CONFIG DATA CONFIGCYCCOM ReadOnly INT16
254 ID CODE FOR LOGIC SER PORT IDCODEMB ReadOnly INT16
255 KEYCMD REQUEST REGISTER KEYCMD ReadOnly INT16
256 KEYCMD DATA REGISTER KEYCMDDAT ReadOnly INT16
371 ENGINE STATE ENGSTATE ReadOnly INT16
372 SYNCING FLAG FLGSYNCING ReadOnly UINT16
373 INSYNC FLAG FLGINSYNC ReadOnly UINT16
374 FIRING FLAG FLGFIRING ReadOnly UINT16
375 STALLED FLAG FLGSTALLED ReadOnly UINT16
376 FAULT FLAG FLGFAULT ReadOnly UINT16
377 SHUTDOWN INPUT FLGSHTDWN ReadOnly UINT16
378 ROTATING FLAG FLGROTATING ReadOnly UINT16
379 OVERSPEED FLAG FLGOVERSPD ReadOnly UINT16
380 GEAR TOOTH SEEN FLGGTSEEN ReadOnly UINT16
381 RST SEEN FLGRSTSEEN ReadOnly UINT16
382 CAM SEEN FLGCAMSEEN ReadOnly UINT16
383 GEARTEETH PER RESET GTPERRST ReadOnly UINT16
384 GEARTEETH SINCE RESET GTSINCERST ReadOnly UINT16
385 GEARTEETH PER CAM GTPERCAM ReadOnly UINT16
386 GEARTEETH SINCE CAM GTSINCECAM ReadOnly UINT16
387 LAST CONDITION LSTCOND ReadOnly UINT16
388 ENERGY LEVEL ENRGLVL ReadOnly UINT16
401 1R P Secondary Voltage CYL1kv ReadOnly UINT16
402 4R P Secondary Voltage CYL2kv ReadOnly UINT16
403 3R P Secondary Voltage CYL3kv ReadOnly UINT16
404 2R P Secondary Voltage CYL4kv ReadOnly UINT16
405 5R P Secondary Voltage CYL5kv ReadOnly UINT16
406 1R O Secondary Voltage CYL6kv ReadOnly UINT16
407 4R O Secondary Voltage CYL7kv ReadOnly UINT16
408 3R O Secondary Voltage CYL8kv ReadOnly UINT16
409 2R O Secondary Voltage CYL9kv ReadOnly UINT16
410 5R O Secondary Voltage CYL10kv ReadOnly UINT16
411 1L P Secondary Voltage CYL11kv ReadOnly UINT16
412 4L P Secondary Voltage CYL12kv ReadOnly UINT16
413 3L P Secondary Voltage CYL13kv ReadOnly UINT16
414 2L P Secondary Voltage CYL14kv ReadOnly UINT16
415 5L P Secondary Voltage CYL15kv ReadOnly UINT16
416 1L O Secondary Voltage CYL16kv ReadOnly UINT16
417 4L O Secondary Voltage CYL17kv ReadOnly UINT16
418 3L O Secondary Voltage CYL18kv ReadOnly UINT16
419 2L O Secondary Voltage CYL19kv ReadOnly UINT16
420 5L O Secondary Voltage CYL20kv ReadOnly UINT16
421 CYL 21 Secondary Voltage CYL21kv ReadOnly UINT16
422 CYL 22 Secondary Voltage CYL22kv ReadOnly UINT16
423 CYL 23 Secondary Voltage CYL23kv ReadOnly UINT16
424 CYL 24 Secondary Voltage CYL24kv ReadOnly UINT16
425 CYL 25 Secondary Voltage CYL25kv ReadOnly UINT16
426 CYL 26 Secondary Voltage CYL26kv ReadOnly UINT16
427 CYL 27 Secondary Voltage CYL27kv ReadOnly UINT16
428 CYL 28 Secondary Voltage CYL28kv ReadOnly UINT16
429 CYL 29 Secondary Voltage CYL29kv ReadOnly UINT16
430 CYL 30 Secondary Voltage CYL30kv ReadOnly UINT16
431 CYL 31 Secondary Voltage CYL31kv ReadOnly UINT16
432 CYL 32 Secondary Voltage CYL32kv ReadOnly UINT16
433 CYL 33 Secondary Voltage CYL33kv ReadOnly UINT16
434 CYL 34 Secondary Voltage CYL34kv ReadOnly UINT16
435 CYL 35 Secondary Voltage CYL35kv ReadOnly UINT16
436 CYL 36 Secondary Voltage CYL36kv ReadOnly UINT16
437 CYL 37 Secondary Voltage CYL37kv ReadOnly UINT16
438 CYL 38 Secondary Voltage CYL38kv ReadOnly UINT16
439 CYL 39 Secondary Voltage CYL39kv ReadOnly UINT16
440 CYL 40 Secondary Voltage CYL40kv ReadOnly UINT16
500 Engine Config Num Cylinders eNumCyl INT16
501 Engine Config Type eType INT16
502 Engine Config Coils Per Cylinder eCoilPerCyl INT16
503 Engine Config Max RPM eMaxRpm INT16
504 Engine Config FP 2 Cylinder Flag eFp2cyl INT16
505 Engine Config FP 2nd Cylinder Offset eFp2ndCylOfst INT16
506 Engine Config Num Gear Teeth eGearTeeth INT16
507 Engine Config Output Module eOutputMod INT16
508 Engine Config Coils Per Output eCoilPerOutp INT16
509 FireA Angle0 eFireA0 INT16
510 FireA Angle1 eFireA1 INT16
511 FireA Angle2 eFireA2 INT16
512 FireA Angle3 eFireA3 INT16
513 FireA Angle4 eFireA4 INT16
514 FireA Angle5 eFireA5 INT16
515 FireA Angle6 eFireA6 INT16
516 FireA Angle7 eFireA7 INT16
517 FireA Angle8 eFireA8 INT16
518 FireA Angle9 eFireA9 INT16
519 FireA Angle10 eFireA10 INT16
520 FireA Angle11 eFireA11 INT16
521 FireA Angle12 eFireA12 INT16
522 FireA Angle13 eFireA13 INT16
523 FireA Angle14 eFireA14 INT16
524 FireA Angle15 eFireA15 INT16
525 FireA Angle16 eFireA16 INT16
526 FireA Angle17 eFireA17 INT16
527 FireA Angle18 eFireA18 INT16
528 FireA Angle19 eFireA19 INT16
529 FireB Angle0 eFireB0 INT16
530 FireB Angle1 eFireB1 INT16
531 FireB Angle2 eFireB2 INT16
532 FireB Angle3 eFireB3 INT16
533 FireB Angle4 eFireB4 INT16
534 FireB Angle5 eFireB5 INT16
535 FireB Angle6 eFireB6 INT16
536 FireB Angle7 eFireB7 INT16
537 FireB Angle8 eFireB8 INT16
538 FireB Angle9 eFireB9 INT16
539 FireB Angle10 eFireB10 INT16
540 FireB Angle11 eFireB11 INT16
541 FireB Angle12 eFireB12 INT16
542 FireB Angle13 eFireB13 INT16
543 FireB Angle14 eFireB14 INT16
544 FireB Angle15 eFireB15 INT16
545 FireB Angle16 eFireB16 INT16
546 FireB Angle17 eFireB17 INT16
547 FireB Angle18 eFireB18 INT16
548 FireB Angle19 eFireB19 INT16
549 Current Map Current0 eCurMap0c INT16
550 Current Map Retard0 eCurMap0r INT16
551 Current Map Current1 eCurMap1c INT16
552 Current Map Retard1 eCurMap1r INT16
553 Current Map Current2 eCurMap2c INT16
554 Current Map Retard2 eCurMap2r INT16
555 Current Map Current3 eCurMap3c INT16
556 Current Map Retard3 eCurMap3r INT16
557 Current Map Current4 eCurMap4c INT16
558 Current Map Retard4 eCurMap4r INT16
559 Current Map Current5 eCurMap5c INT16
560 Current Map Retard5 eCurMap5r INT16
561 Current Map Current6 eCurMap6c INT16
562 Current Map Retard6 eCurMap6r INT16
563 Current Map Current7 eCurMap7c INT16
564 Current Map Retard7 eCurMap7r INT16
565 Current Map Current8 eCurMap8c INT16
566 Current Map Retard8 eCurMap8r INT16
567 Current Map Current9 eCurMap9c INT16
568 Current Map Retard9 eCurMap9r INT16
569 Current Map Current10 eCurMap10c INT16
570 Current Map Retard10 eCurMap10r INT16
571 Current Map Current11 eCurMap11c INT16
572 Current Map Retard11 eCurMap11r INT16
573 Current Map Current12 eCurMap12c INT16
574 Current Map Retard12 eCurMap12r INT16
575 Current Map Current13 eCurMap13c INT16
576 Current Map Retard13 eCurMap13r INT16
577 Current Map Current14 eCurMap14c INT16
578 Current Map Retard14 eCurMap14r INT16
579 RPM Map Speed0 eRpmMap0s INT16
580 RPM Map Retard0 eRpmMap0r INT16
581 RPM Map Speed1 eRpmMap1s INT16
582 RPM Map Retard1 eRpmMap1r INT16
583 RPM Map Speed2 eRpmMap2s INT16
584 RPM Map Retard2 eRpmMap2r INT16
585 RPM Map Speed3 eRpmMap3s INT16
586 RPM Map Retard3 eRpmMap3r INT16
587 RPM Map Speed4 eRpmMap4s INT16
588 RPM Map Retard4 eRpmMap4r INT16
589 RPM Map Speed5 eRpmMap5s INT16
590 RPM Map Retard5 eRpmMap5r INT16
591 RPM Map Speed6 eRpmMap6s INT16
592 RPM Map Retard6 eRpmMap6r INT16
593 RPM Map Speed7 eRpmMap7s INT16
594 RPM Map Retard7 eRpmMap7r INT16
595 RPM Map Speed8 eRpmMap8s INT16
596 RPM Map Retard8 eRpmMap8r INT16
597 RPM Map Speed9 eRpmMap9s INT16
598 RPM Map Retard9 eRpmMap9r INT16
599 RPM Map Speed10 eRpmMap10s INT16
600 RPM Map Retard10 eRpmMap10r INT16
601 RPM Map Speed11 eRpmMap11s INT16
602 RPM Map Retard11 eRpmMap11r INT16
603 RPM Map Speed12 eRpmMap12s INT16
604 RPM Map Retard12 eRpmMap12r INT16
605 RPM Map Speed13 eRpmMap13s INT16
606 RPM Map Retard13 eRpmMap13r INT16
607 RPM Map Speed14 eRpmMap14s INT16
608 RPM Map Retard14 eRpmMap14r INT16
609 Engine Config Advanced Timing Value eAtv INT16
610 Engine Config Advanced Energy Value eAev INT16
611 Engine Config Advanced Fire Value eAfv INT16
612 Engine Config Test Mode Permit eTmPermit ReadOnly INT16
613 Fire Pattern Enum eFireEnum INT16
614 Engine Config System Type eOutMod INT16
615 Engine Config Chksum eChksum INT16
616 Engine Config Go eGo INT16
1000 Bootloader State BOOTSTATE UINT16
1001 RESERVED500 DIAGALRM01 ReadOnly UINT16
1002 RESERVED501 DIAGALRM02 ReadOnly UINT16
1003 RESERVED502 DIAGALRM03 ReadOnly UINT16
1004 RESERVED503 DIAGALRM04 ReadOnly UINT16
1005 RESERVED504 DIAGALRM05 ReadOnly UINT16
1006 RESERVED505 DIAGALRM06 ReadOnly UINT16
1007 RESERVED506 DIAGALRM07 ReadOnly UINT16
1008 RESERVED507 DIAGALRM08 ReadOnly UINT16
1009 RESERVED508 DIAGALRM09 ReadOnly UINT16
1010 RESERVED509 DIAGALRM10 ReadOnly UINT16
1011 RESERVED510 DIAGALRM11 ReadOnly UINT16
1012 RESERVED511 DIAGALRM12 ReadOnly UINT16
1013 RESERVED512 DIAGALRM13 ReadOnly UINT16
1014 RESERVED513 DIAGALRM14 ReadOnly UINT16
1015 RESERVED514 DIAGALRM15 ReadOnly UINT16
1016 RESERVED515 DIAGALRM16 ReadOnly UINT16
1017 RESERVED516 DIAGALRM17 ReadOnly UINT16
1018 RESERVED517 DIAGALRM18 ReadOnly UINT16
1019 RESERVED518 DIAGALRM19 ReadOnly UINT16
1020 RESERVED519 DIAGALRM20 ReadOnly UINT16
1021 RESERVED520 DIAGALRM21 ReadOnly UINT16
1022 RESERVED521 DIAGALRM22 ReadOnly UINT16
1023 RESERVED522 DIAGALRM23 ReadOnly UINT16
1024 RESERVED523 DIAGALRM24 ReadOnly UINT16
1025 RESERVED524 DIAGALRM25 ReadOnly UINT16
1026 RESERVED525 DIAGALRM26 ReadOnly UINT16
1027 RESERVED526 DIAGALRM27 ReadOnly UINT16
1028 RESERVED527 DIAGALRM28 ReadOnly UINT16
1029 RESERVED528 DIAGALRM29 ReadOnly UINT16
1030 RESERVED529 DIAGALRM30 ReadOnly UINT16
1031 RESERVED530 DIAGALRM31 ReadOnly UINT16
1032 RESERVED531 DIAGALRM32 ReadOnly UINT16
1033 DIAG MAX *C1* (A or A1) DIAGMAX01 ReadOnly UINT16
1034 DIAG MAX *C2* (B or A2) DIAGMAX02 ReadOnly UINT16
1035 DIAG MAX *C3* (C or B1) DIAGMAX03 ReadOnly UINT16
1036 DIAG MAX *C4* (D or B2) DIAGMAX04 ReadOnly UINT16
1037 DIAG MAX *C5* (E or C1) DIAGMAX05 ReadOnly UINT16
1038 DIAG MAX *C6* (F or C2) DIAGMAX06 ReadOnly UINT16
1039 DIAG MAX *C7* (G or D1) DIAGMAX07 ReadOnly UINT16
1040 DIAG MAX *C8* (H or D2) DIAGMAX08 ReadOnly UINT16
1041 DIAG MAX *C9* (J or E1) DIAGMAX09 ReadOnly UINT16
1042 DIAG MAX *C10* (K or E2) DIAGMAX10 ReadOnly UINT16
1043 DIAG MAX *C11* (L or F1) DIAGMAX11 ReadOnly UINT16
1044 DIAG MAX *C12* (M or F2) DIAGMAX12 ReadOnly UINT16
1045 DIAG MAX *C13* (R or G1) DIAGMAX13 ReadOnly UINT16
1046 DIAG MAX *C14* (S or G2) DIAGMAX14 ReadOnly UINT16
1047 DIAG MAX *C15* (T or H1) DIAGMAX15 ReadOnly UINT16
1048 DIAG MAX *C16* (Y or H2) DIAGMAX16 ReadOnly UINT16
1049 DIAG MAX *C17* ( J1) DIAGMAX17 ReadOnly UINT16
1050 DIAG MAX *C18* ( J2) DIAGMAX18 ReadOnly UINT16
1051 DIAG MAX *C19* ( K1) DIAGMAX19 ReadOnly UINT16
1052 DIAG MAX *C20* ( K2) DIAGMAX20 ReadOnly UINT16
1053 DIAG MAX *C21* ( L1) DIAGMAX21 ReadOnly UINT16
1054 DIAG MAX *C22* ( L2) DIAGMAX22 ReadOnly UINT16
1055 DIAG MAX *C23* ( M1) DIAGMAX23 ReadOnly UINT16
1056 DIAG MAX *C24* ( M2) DIAGMAX24 ReadOnly UINT16
1057 DIAG MAX *C25* ( R1) DIAGMAX25 ReadOnly UINT16
1058 DIAG MAX *C26* ( R2) DIAGMAX26 ReadOnly UINT16
1059 DIAG MAX *C27* ( S1) DIAGMAX27 ReadOnly UINT16
1060 DIAG MAX *C28* ( S2) DIAGMAX28 ReadOnly UINT16
1061 DIAG MAX *C29* ( T1) DIAGMAX29 ReadOnly UINT16
1062 DIAG MAX *C30* ( T2) DIAGMAX30 ReadOnly UINT16
1063 DIAG MAX *C31* ( U1) DIAGMAX31 ReadOnly UINT16
1064 DIAG MAX *C32* ( U2) DIAGMAX32 ReadOnly UINT16
1065 DIAG MIN *C1* (A or A1) DIAGMIN01 ReadOnly UINT16
1066 DIAG MIN *C2* (B or A2) DIAGMIN02 ReadOnly UINT16
1067 DIAG MIN *C3* (C or B1) DIAGMIN03 ReadOnly UINT16
1068 DIAG MIN *C4* (D or B2) DIAGMIN04 ReadOnly UINT16
1069 DIAG MIN *C5* (E or C1) DIAGMIN05 ReadOnly UINT16
1070 DIAG MIN *C6* (F or C2) DIAGMIN06 ReadOnly UINT16
1071 DIAG MIN *C7* (G or D1) DIAGMIN07 ReadOnly UINT16
1072 DIAG MIN *C8* (H or D2) DIAGMIN08 ReadOnly UINT16
1073 DIAG MIN *C9* (J or E1) DIAGMIN09 ReadOnly UINT16
1074 DIAGMIN *C10* (K or E2) DIAGMIN10 ReadOnly UINT16
1075 DIAGMIN *C11* (L or F1) DIAGMIN11 ReadOnly UINT16
1076 DIAG MIN *C12* (M or F2) DIAGMIN12 ReadOnly UINT16
1077 DIAG MIN *C13* (R or G1) DIAGMIN13 ReadOnly UINT16
1078 DIAG MIN *C14* (S or G2) DIAGMIN14 ReadOnly UINT16
1079 DIAG MIN *C15* (T or H1) DIAGMIN15 ReadOnly UINT16
1080 DIAG MIN *C16* (Y or H2) DIAGMIN16 ReadOnly UINT16
1081 DIAG MIN *C17* ( J1) DIAGMIN17 ReadOnly UINT16
1082 DIAG MIN *C18* ( J2) DIAGMIN18 ReadOnly UINT16
1083 DIAG MIN *C19* ( K1) DIAGMIN19 ReadOnly UINT16
1084 DIAG MIN *C20* ( K2) DIAGMIN20 ReadOnly UINT16
1085 DIAG MIN *C21* ( L1) DIAGMIN21 ReadOnly UINT16
1086 DIAG MIN *C22* ( L2) DIAGMIN22 ReadOnly UINT16
1087 DIAG MIN *C23* ( M1) DIAGMIN23 ReadOnly UINT16
1088 DIAG MIN *C24* ( M2) DIAGMIN24 ReadOnly UINT16
1089 DIAG MIN *C25* ( R1) DIAGMIN25 ReadOnly UINT16
1090 DIAG MIN *C26* ( R2) DIAGMIN26 ReadOnly UINT16
1091 DIAG MIN *C27* ( S1) DIAGMIN27 ReadOnly UINT16
1092 DIAG MIN *C28* ( S2) DIAGMIN28 ReadOnly UINT16
1093 DIAG MIN *C29* ( T1) DIAGMIN29 ReadOnly UINT16
1094 DIAG MIN *C30* ( T2) DIAGMIN30 ReadOnly UINT16
1095 DIAG MIN *C31* ( U1) DIAGMIN31 ReadOnly UINT16
1096 DIAG MIN *C32* ( U2) DIAGMIN32 ReadOnly UINT16
1097 DIAG REAL *C1* (A or A1) DIAGREAL01 ReadOnly UINT16
1098 DIAGREAL *C2* (B or A2) DIAGREAL02 ReadOnly UINT16
1099 DIAG REAL *C3* (C or B1) DIAGREAL03 ReadOnly UINT16
1100 DIAG REAL *C4* (D or B2) DIAGREAL04 ReadOnly UINT16
1101 DIAG REAL *C5* (E or C1) DIAGREAL05 ReadOnly UINT16
1102 DIAG REAL *C6* (F or C2) DIAGREAL06 ReadOnly UINT16
1103 DIAG REAL *C7* (G or D1) DIAGREAL07 ReadOnly UINT16
1104 DIAG REAL *C8* (H or D2) DIAGREAL08 ReadOnly UINT16
1105 DIAG REAL *C9* (J or E1) DIAGREAL09 ReadOnly UINT16
1106 DIAG REAL *C10* (K or E2) DIAGREAL10 ReadOnly UINT16
1107 DIAG REAL *C11* (L or F1) DIAGREAL11 ReadOnly UINT16
1108 DIAG REAL *C12* (M or F2) DIAGREAL12 ReadOnly UINT16
1109 DIAG REAL *C13* (R or G1) DIAGREAL13 ReadOnly UINT16
1110 DIAG REAL *C14* (S or G2) DIAGREAL14 ReadOnly UINT16
1111 DIAG REAL *C15* (T or H1) DIAGREAL15 ReadOnly UINT16
1112 DIAG REAL *C16* (Y or H2) DIAGREAL16 ReadOnly UINT16
1113 DIAG REAL *C17* ( J1) DIAGREAL17 ReadOnly UINT16
1114 DIAG REAL *C18* ( J2) DIAGREAL18 ReadOnly UINT16
1115 DIAG REAL *C19* ( K1) DIAGREAL19 ReadOnly UINT16
1116 DIAG REAL *C20* ( K2) DIAGREAL20 ReadOnly UINT16
1117 DIAG REAL *C21* ( L1) DIAGREAL21 ReadOnly UINT16
1118 DIAG REAL *C22* ( L2) DIAGREAL22 ReadOnly UINT16
1119 DIAG REAL(*C23*( M1) DIAGREAL23 ReadOnly UINT16
1120 DIAG REAL *C24* ( M2) DIAGREAL24 ReadOnly UINT16
1121 DIAG REAL *C25* ( R1) DIAGREAL25 ReadOnly UINT16
1122 DIAG REAL *C26* ( R2) DIAGREAL26 ReadOnly UINT16
1123 DIAG REAL *C27* ( S1) DIAGREAL27 ReadOnly UINT16
1124 DIAG REAL *C28* ( S2) DIAGREAL28 ReadOnly UINT16
1125 DIAG REAL *C29* ( T1) DIAGREAL29 ReadOnly UINT16
1126 DIAG REAL *C30* ( T2) DIAGREAL30 ReadOnly UINT16
1127 DIAG REAL *C31* ( U1) DIAGREAL31 ReadOnly UINT16
1128 DIAG REAL *C32* ( U2) DIAGREAL32 ReadOnly UINT16
1129 DIAG FILT B DIAGFILTB ReadOnly UINT16

 

 

40000 modbus registers

 

Register Label Key ReadOnly / ReadWrite Type
33 CYL TIMING OFFSET *C1* (A or A1) CINDVTMGWR01 ReadWrite INT16
34 CYL TIMING OFFSET *C2* (B or A2) CINDVTMGWR02 ReadWrite INT16
35 CYL TIMING OFFSET *C3* (C or B1) CINDVTMGWR03 ReadWrite INT16
36 CYL TIMING OFFSET *C4* (D or B2) CINDVTMGWR04 ReadWrite INT16
37 CYL TIMING OFFSET *C5* (E or C1) CINDVTMGWR05 ReadWrite INT16
38 CYL TIMING OFFSET *C6* (F or C2) CINDVTMGWR06 ReadWrite INT16
39 CYL TIMING OFFSET *C7* (G or D1) CINDVTMGWR07 ReadWrite INT16
40 CYL TIMING OFFSET *C8* (H or D2) CINDVTMGWR08 ReadWrite INT16
41 CYL TIMING OFFSET *C9* (J or E1) CINDVTMGWR09 ReadWrite INT16
42 CYL TIMING OFFSET *C10* (K or E2) CINDVTMGWR10 ReadWrite INT16
43 CYL TIMING OFFSET *C11* (L or F1) CINDVTMGWR11 ReadWrite INT16
44 CYL TIMING OFFSET *C12* (M or F2) CINDVTMGWR12 ReadWrite INT16
45 CYL TIMING OFFSET *C13* (R or G1) CINDVTMGWR13 ReadWrite INT16
46 CYL TIMING OFFSET *C14* (S or G2) CINDVTMGWR14 ReadWrite INT16
47 CYL TIMING OFFSET *C15* (T or H1) CINDVTMGWR15 ReadWrite INT16
48 CYL TIMING OFFSET *C16* (U or H2) CINDVTMGWR16 ReadWrite INT16
49 CYL TIMING OFFSET *C17* ( J1) CINDVTMGWR17 ReadWrite INT16
50 CYL TIMING OFFSET *C18* ( J2) CINDVTMGWR18 ReadWrite INT16
51 CYL TIMING OFFSET *C19* ( K1) CINDVTMGWR19 ReadWrite INT16
52 CYL TIMING OFFSET *C20* ( K2) CINDVTMGWR20 ReadWrite INT16
53 CYL TIMING OFFSET *C21* ( L1) CINDVTMGWR21 ReadWrite INT16
54 CYL TIMING OFFSET *C22* ( L2) CINDVTMGWR22 ReadWrite INT16
55 CYL TIMING OFFSET *C23* ( M1) CINDVTMGWR23 ReadWrite INT16
56 CYL TIMING OFFSET *C24* ( M2) CINDVTMGWR24 ReadWrite INT16
57 CYL TIMING OFFSET *C25* ( R1) CINDVTMGWR25 ReadWrite INT16
58 CYL TIMING OFFSET *C26* ( R2) CINDVTMGWR26 ReadWrite INT16
59 CYL TIMING OFFSET *C27* ( S1) CINDVTMGWR27 ReadWrite INT16
60 CYL TIMING OFFSET *C28* ( S2) CINDVTMGWR28 ReadWrite INT16
61 CYL TIMING OFFSET *C29* ( T1) CINDVTMGWR29 ReadWrite INT16
62 CYL TIMING OFFSET *C30* ( T2) CINDVTMGWR30 ReadWrite INT16
63 CYL TIMING OFFSET *C31* ( U1) CINDVTMGWR31 ReadWrite INT16
64 CYL TIMING OFFSET *C32* ( U2) CINDVTMGWR32 ReadWrite INT16
255 KEY COMMAND KEYPRS ReadWrite UINT32
257 Engine Config Num Cylinders cNumCyl INT16
258 Engine Config Type cType INT16
259 Engine Config Coils Per Cylinder cCoilPerCyl INT16
260 Engine Config Max RPM cMaxRpm INT16
261 Engine Config FP 2 Cylinder Flag cFp2cyl INT16
262 Engine Config FP 2nd Cylinder Offset cFp2ndCylOfst INT16
263 Engine Config Num Gear Teeth cGearTeeth INT16
264 Engine Config Output Module cOutputMod INT16
265 Engine Config Coils Per Output cCoilPerOutp INT16
266 FireA Angle0 cFireA0 INT16
267 FireA Angle1 cFireA1 INT16
268 FireA Angle2 cFireA2 INT16
269 FireA Angle3 cFireA3 INT16
270 FireA Angle4 cFireA4 INT16
271 FireA Angle5 cFireA5 INT16
272 FireA Angle6 cFireA6 INT16
273 FireA Angle7 cFireA7 INT16
274 FireA Angle8 cFireA8 INT16
275 FireA Angle9 cFireA9 INT16
276 FireA Angle10 cFireA10 INT16
277 FireA Angle11 cFireA11 INT16
278 FireA Angle12 cFireA12 INT16
279 FireA Angle13 cFireA13 INT16
280 FireA Angle14 cFireA14 INT16
281 FireA Angle15 cFireA15 INT16
282 FireA Angle16 cFireA16 INT16
283 FireA Angle17 cFireA17 INT16
284 FireA Angle18 cFireA18 INT16
285 FireA Angle19 cFireA19 INT16
286 FireB Angle0 cFireB0 INT16
287 FireB Angle1 cFireB1 INT16
288 FireB Angle2 cFireB2 INT16
289 FireB Angle3 cFireB3 INT16
290 FireB Angle4 cFireB4 INT16
291 FireB Angle5 cFireB5 INT16
292 FireB Angle6 cFireB6 INT16
293 FireB Angle7 cFireB7 INT16
294 FireB Angle8 cFireB8 INT16
295 FireB Angle9 cFireB9 INT16
296 FireB Angle10 cFireB10 INT16
297 FireB Angle11 cFireB11 INT16
298 FireB Angle12 cFireB12 INT16
299 FireB Angle13 cFireB13 INT16
300 FireB Angle14 cFireB14 INT16
301 FireB Angle15 cFireB15 INT16
302 FireB Angle16 cFireB16 INT16
303 FireB Angle17 cFireB17 INT16
304 FireB Angle18 cFireB18 INT16
305 FireB Angle19 cFireB19 INT16
306 Current Map Current0 cCurMap0c INT16
307 Current Map Retard0 cCurMap0r INT16
308 Current Map Current1 cCurMap1c INT16
309 Current Map Retard1 cCurMap1r INT16
310 Current Map Current2 cCurMap2c INT16
311 Current Map Retard2 cCurMap2r INT16
312 Current Map Current3 cCurMap3c INT16
313 Current Map Retard3 cCurMap3r INT16
314 Current Map Current4 cCurMap4c INT16
315 Current Map Retard4 cCurMap4r INT16
316 Current Map Current5 cCurMap5c INT16
317 Current Map Retard5 cCurMap5r INT16
318 Current Map Current6 cCurMap6c INT16
319 Current Map Retard6 cCurMap6r INT16
320 Current Map Current7 cCurMap7c INT16
321 Current Map Retard7 cCurMap7r INT16
322 Current Map Current8 cCurMap8c INT16
323 Current Map Retard8 cCurMap8r INT16
324 Current Map Current9 cCurMap9c INT16
325 Current Map Retard9 cCurMap9r INT16
326 Current Map Current10 cCurMap10c INT16
327 Current Map Retard10 cCurMap10r INT16
328 Current Map Current11 cCurMap11c INT16
329 Current Map Retard11 cCurMap11r INT16
330 Current Map Current12 cCurMap12c INT16
331 Current Map Retard12 cCurMap12r INT16
332 Current Map Current13 cCurMap13c INT16
333 Current Map Retard13 cCurMap13r INT16
334 Current Map Current14 cCurMap14c INT16
335 Current Map Retard14 cCurMap14r INT16
336 RPM Map Speed0 cRpmMap0s INT16
337 RPM Map Retard0 cRpmMap0r INT16
338 RPM Map Speed1 cRpmMap1s INT16
339 RPM Map Retard1 cRpmMap1r INT16
340 RPM Map Speed2 cRpmMap2s INT16
341 RPM Map Retard2 cRpmMap2r INT16
342 RPM Map Speed3 cRpmMap3s INT16
343 RPM Map Retard3 cRpmMap3r INT16
344 RPM Map Speed4 cRpmMap4s INT16
345 RPM Map Retard4 cRpmMap4r INT16
346 RPM Map Speed5 cRpmMap5s INT16
347 RPM Map Retard5 cRpmMap5r INT16
348 RPM Map Speed6 cRpmMap6s INT16
349 RPM Map Retard6 cRpmMap6r INT16
350 RPM Map Speed7 cRpmMap7s INT16
351 RPM Map Retard7 cRpmMap7r INT16
352 RPM Map Speed8 cRpmMap8s INT16
353 RPM Map Retard8 cRpmMap8r INT16
354 RPM Map Speed9 cRpmMap9s INT16
355 RPM Map Retard9 cRpmMap9r INT16
356 RPM Map Speed10 cRpmMap10s INT16
357 RPM Map Retard10 cRpmMap10r INT16
358 RPM Map Speed11 cRpmMap11s INT16
359 RPM Map Retard11 cRpmMap11r INT16
360 RPM Map Speed12 cRpmMap12s INT16
361 RPM Map Retard12 cRpmMap12r INT16
362 RPM Map Speed13 cRpmMap13s INT16
363 RPM Map Retard13 cRpmMap13r INT16
364 RPM Map Speed14 cRpmMap14s INT16
365 RPM Map Retard14 cRpmMap14r INT16
366 Engine Config Advanced Timing Value cAtv INT16
367 Engine Config Advanced Energy Value cAev INT16
368 Engine Config Advanced Fire Value cAfv INT16
369 Engine Config Permit Test Mode cTmPermit INT16
370 Fire Pattern Enum cFireEnum INT16
371 Engine Config System Type cOutMod INT16
372 Engine Config Chksum cChksum INT16
373 Engine Config Go cGo INT16
374 Test Mode Enable tmEnable ReadWrite INT16
375 Test Mode RPM tmRPM ReadWrite INT16
376 spare373 spare400373 ReadWrite INT16
377 spare374 spare400374 ReadWrite INT16
533 CYL TIMING OFFSET *C1* (A or A1) NINDVTMGWR01 ReadWrite INT16
534 CYL TIMING OFFSET *C2* (B or A2) NINDVTMGWR02 ReadWrite INT16
535 CYL TIMING OFFSET *C3* (C or B1) NINDVTMGWR03 ReadWrite INT16
536 CYL TIMING OFFSET *C4* (D or B2) NINDVTMGWR04 ReadWrite INT16
537 CYL TIMING OFFSET *C5* (E or C1) NINDVTMGWR05 ReadWrite INT16
538 CYL TIMING OFFSET *C6* (F or C2) NINDVTMGWR06 ReadWrite INT16
539 CYL TIMING OFFSET *C7* (G or D1) NINDVTMGWR07 ReadWrite INT16
540 CYL TIMING OFFSET *C8* (H or D2) NINDVTMGWR08 ReadWrite INT16
541 CYL TIMING OFFSET *C9* (J or E1) NINDVTMGWR09 ReadWrite INT16
542 CYL TIMING OFFSET *C10* (K or E2) NINDVTMGWR10 ReadWrite INT16
543 CYL TIMING OFFSET *C11* (L or F1) NINDVTMGWR11 ReadWrite INT16
544 CYL TIMING OFFSET *C12* (M or F2) NINDVTMGWR12 ReadWrite INT16
545 CYL TIMING OFFSET *C13* (R or G1) NINDVTMGWR13 ReadWrite INT16
546 CYL TIMING OFFSET *C14* (S or G2) NINDVTMGWR14 ReadWrite INT16
547 CYL TIMING OFFSET *C15* (T or H1) NINDVTMGWR15 ReadWrite INT16
548 CYL TIMING OFFSET *C16* (U or H2) NINDVTMGWR16 ReadWrite INT16
549 CYL TIMING OFFSET *C17* ( J1) NINDVTMGWR17 ReadWrite INT16
550 CYL TIMING OFFSET *C18* ( J2) NINDVTMGWR18 ReadWrite INT16
551 CYL TIMING OFFSET *C19* ( K1) NINDVTMGWR19 ReadWrite INT16
552 CYL TIMING OFFSET *C20* ( K2) NINDVTMGWR20 ReadWrite INT16
553 CYL TIMING OFFSET *C21* ( L1) NINDVTMGWR21 ReadWrite INT16
554 CYL TIMING OFFSET *C22* ( L2) NINDVTMGWR22 ReadWrite INT16
555 CYL TIMING OFFSET *C23* ( M1) NINDVTMGWR23 ReadWrite INT16
556 CYL TIMING OFFSET *C24* ( M2) NINDVTMGWR24 ReadWrite INT16
557 CYL TIMING OFFSET *C25* ( R1) NINDVTMGWR25 ReadWrite INT16
558 CYL TIMING OFFSET *C26* ( R2) NINDVTMGWR26 ReadWrite INT16
559 CYL TIMING OFFSET *C27* ( S1) NINDVTMGWR27 ReadWrite INT16
560 CYL TIMING OFFSET *C28* ( S2) NINDVTMGWR28 ReadWrite INT16
561 CYL TIMING OFFSET *C29* ( T1) NINDVTMGWR29 ReadWrite INT16
562 CYL TIMING OFFSET *C30* ( T2) NINDVTMGWR30 ReadWrite INT16
563 CYL TIMING OFFSET *C31* ( U1) NINDVTMGWR31 ReadWrite INT16
564 CYL TIMING OFFSET *C32* ( U2) NINDVTMGWR32 ReadWrite INT16
565 CYL TIMING OFFSET *C33* 33 NINDVTMGWR33 ReadWrite INT16
566 CYL TIMING OFFSET *C34* 34 NINDVTMGWR34 ReadWrite INT16
567 CYL TIMING OFFSET *C35* 35 NINDVTMGWR35 ReadWrite INT16
568 CYL TIMING OFFSET *C36* 36 NINDVTMGWR36 ReadWrite INT16
569 CYL TIMING OFFSET *C37* 37 NINDVTMGWR37 ReadWrite INT16
570 CYL TIMING OFFSET *C38* 38 NINDVTMGWR38 ReadWrite INT16
571 CYL TIMING OFFSET *C39* 39 NINDVTMGWR39 ReadWrite INT16
572 CYL TIMING OFFSET *C40* 40 NINDVTMGWR40 ReadWrite INT16