LEGACY SUPPORT FOR YOUR

LEGACY GE GAS TURBINE


Telephone and on-site troubleshooting assistance for MS 5001, MS 6001B, MS 7001, MS 7001EA, MS 7001F, MS 7001FA, LM 2500 and LM 6000.

Telephone and on-site technical support assistance for Fuel Regulator controls, SPEEDTRONICTM Mark I, Mark II, Mark IV, Mark V and Mark VI.


TRAINING PROGRAMS

SPEEDTRONICTM Mark IV Troubleshooting  Course, Five Day
Next Course June, 2024

SPEEDTRONICTM Mark V, HMI   Troubleshooting Course, Eight Day
Next Course, September, 2024

SPEEDTRONICTM Mark V, <I>   Troubleshooting Course, Eight Day
Next Course, September, 2024



SPEEDTRONIC™ MARK V REPLACEMENT <I>, <G> and HMI

HARDWARE

Pentium(R) IV  3.06GHz with 256/512MB DDR SDRAM DIMM ram, two serial and one parallel port
Disk controller for IDE disk, 140 gbyte IDE disk,  3.5” 1.44 mbyte floppy disk drive
Replacement is compatible with current CRT, Tracball, and printer.
Current production  ARCNET card suppplied.
<G> is provided with current production 3COM Enet card
<I> and <G> provided with back up software and R/W CD
CD Drive provided with HMI
Rack Mount, 19in W  X 17in D X 4in H

SOFTWARE

<I><G> - MS-DOS 6.22 Mark V IDP 4.6
Utility software for editor, backup, CSP generation, directory navigation, and file manipulation
Directory structure for Customer specific software. Customer specific software loaded if provided by Customer
HMI - Windows NT, 4.0, Service Pack 4  available

SPEEDTRONIC™ MARK V ARCNET CARD

Repair of the Contemporary Controls ARCNET card Model PCA198-CXB used in the Speedtronic Mark V <I> DOS and HMI Windows NT  based operator interface.
Replacement/spare PCI ARCNET card,  for Pentium(R) WINNT  based HMI  operator interface. TCI 1.08 required.


SPEEDTRONIC™ MARK IV and MARK V PRINTER

Replacement for Dot Matrix printer with PC (Celeron processor, 120 GB hard Drive, mouse, keyboard monitor, Windows XP) with display, print, and date search software. Data storage capability of 20 years. Option for CD R/W drive, laser printer, network connection.

SPEEDTRONIC™ MARK V SERVICE

Generate the Control Sequence Program, CSP Cross Reference, Alarm List, Constant List, Modbus List and IO Report from the Site Specific Software.
Print the CSP documentation in Bordered Format, two sided.

SPEEDTRONIC™ MARK V OPTIONS

OPERATOR INTERFACE <I> SYSTEM SOFTWARE UPGRADE – DOS - <I> SYSTEM
INLET EVAPORATIVE COOLER CONTROL
PROCESS ALARM HELP FILE
PERFORMANCE CALCULATION
MODIFICATION AND CREATION OF CUSTOMER SPECIFIC DISPLAYS
REVIEW  AND CORRECT HMI CIMPLICITY DISPLAYS - DISPLAYED DATA, POINT ASSIGNMENTS,
TEXT OVERLAP, FRAME COLORS, FRAME OVERLAP
PLANT CONTROL ALGORITHMS (WATER TOWER, PLANT WATER, AIR/GAS COMPRESSOR, ETC)
MODBUS INSTALLATION AND MODIFICATIONS
PERIODIC LOGGING, STATUS OF EVENTS LOGGING
REAL TIME  AND TRIGGERED REAL TIME PLOTS
SYNCHRONIZING DISPLAY
TIMER/COUNTER/ACCUMULATOR ADDITION AND MODIFICATION
PART LOAD FIRED HOURS TIMERS
AUTOCALIBRATE
CONTROL LOCKOUT AND  HIERARCHY
TEWAC GENERATOR COOLING WATER TEMPERATURE CONTROL
SHORT TERM TREND
MODBUS DIAGNOSTICS
VIEW2 HIGH SPEED DATA ACQUISITION - MENU SELECTION
TRIGGERED VIEW2 HIGH SPEED DATA ACQUISITION
CEM TRIM FOR STEAM/WATER INJECTION
TIE LINE CONTROL
ADDITION OF  PEAK AND/OR INTERMEDIATE TEMPERATURE CONTROL CURVE

SPEEDTRONIC™ MARK IV, V, AND VI TECHNICAL SUPPORT

MARK V - “Process Alarm Description” in WORD and in text format suitable for HELP_QP.DAT file for Mark V. File contains detailed HELP (Cause, Effect and Action – Information) on Mark V Alarm 0000 through Alarm 575, which includes the MS 6001B DLN I, 7001EA DLNI, 7001FA and  some 6001F. The WORD document is contains 691 pages.

MARK IV - “Process Alarm Description” in WORD and in text format suitable for HELP_QP.DAT file for Mark IV. File contains detailed HELP (Cause, Effect and Action – Information) on Mark IV Alarm 0000 through Alarm 255, which includes the MS 5001P, 6001B, and 7001EA. The WORD document is contains 284 pages. A list of alarms by number and message is provided.

MARK V ControlST - “Process Alarm Description” in WORD and in text format suitable for EXPLAIN function on Mark V ControlST HMI. File contains detailed HELP (Cause, Effect and Action – Information) on Mark V Alarm 0000 through Alarm 575, which includes the MS 6001B DLN I, 7001EA DLNI, 7001FA and some 6001F. The WORD document is contains 691 pages.

MARK VI - “Process Alarm Description” in WORD and in text format suitable for EXPLAIN function on Mark VI. File contains detailed HELP (Cause, Effect and Action – Information) on Mark VI Alarm 0000 through Alarm 1,080, which includes the MS 6001B DLN I, 7001EA DLNI, 7001FA and some 6001F. Alarms are contained in 1,080 separate text files by alarm name. Document is Copyrighted, rights retained by seller.

MARK V Migration to MARK VIe - “Process Alarm Description” in WORD and in text format suitable for EXPLAIN function on Mark V Migration to Mark VIe. File contains detailed HELP (Cause, Effect and Action – Information) on Mark VIe Alarm 0000 through Alarm 805, which includes the MS 6001B DLN I, 7001EA DLNI, 7001FA and some 6001F. Alarms are contained in 805 separate text files by alarm name.


MARK IV Migration to MARK VIe - “Process Alarm Description” in WORD and in text format suitable for EXPLAIN function on Mark IV Migration to Mark VIe. File contains detailed HELP (Cause, Effect and Action – Information) on Mark VIe Alarm 0000 through Alarm 426, which includes the MS 6001B DLN I, 7001EA DLNI, 7001FA and some 6001F. Alarms are contained in 426 separate text files by alarm name.


MARK VIe - “Process Alarm Description” in WORD and in text format suitable for EXPLAIN function on Mark VIe. File contains detailed HELP (Cause, Effect and Action – Information) on Mark VIe Alarm 0000 through Alarm 1,221, which includes the MS 6001B DLN I, 7001EA DLNI, 7001FA and some 6001F. Alarms are contained in 1,221 separate text files by alarm name.

PERFORMANCE MONITORING PROGRAMS

COMPRESSOR PERFORMANCE

A performance monitoring program for GE industrial and aero-derivative gas turbines which calculates real time compressor efficiency. The program can be installed in the Speedtronic Mark V or run as a separate program on a PC with EXCEL.

COMPRESSOR/TURBINE PERFORMANCE

A performance monitoring program for GE industrial gas turbines which calculates compressor efficiency, exhaust temperature and heat rate at full speed no load conditions and compares the calculated values to expected results.

TURBINE PERFORMANCE

A performance monitoring program for GE industrial gas turbines which calculates unit output and heat rate at base load conditions, corrects if for ambient, barometric pressure, inlet and exhaust losses, humidity, and injection effects. The corrected values are then compared to expected results.


SPEEDTRONIC™ MARK IV SERVICE

Data dump utility program to read data dump output from the HCMC port.



SPEEDTRONIC™ MARK IV and MARK V

EPROM and EEPROM BACKUP

These PROMs can be backed up, installed in the control equipment, and the original PROM’s stored in a safe place for software security.


PROM and SYSTEM SPECIFICATION

Speedtronic Control Equipment  which have pre-programmed PROM’s:

   Mark III+        EPROM’s
   Mark IV TMR        EPROM and EEPROM’s
   Mark IV Simplex        EPROM and EEPROM’s
   Mark IV+ TMR         EPROM and EEPROM’s
   Mark IV+ Simplex    EPROM and EEPROM’s
   Mark IV Remote        EPROM
   Mark V TMR        EPROM and EEPROM’s
   Mark V Simplex        EPROM and EEPROM’s

Each PROM is backed up using the same or later version of the PROM version and is tested in the actual control equipment being backed up.

SPEEDTRONIC™ MARK IV OPTIONS

STEAM/WATER INJECTION INDIVIDUAL CONTROLLER RESET
INLET ICING CONTROL – LOAD REDUCTION
INLET EVAPORATIVE COOLER CONTROL
ANALOG DATA BASE OUTPUTS (0-20ma OR 0-10vdc)
PLANT CONTROL ALGORITHMS (WATER TOWER, PLANT WATER, AIR/GAS COMPRESSOR, ETC)
CEM TRIM FOR STEAM/WATER INJECTION
ADDITION OF PEAK TEMPERATURE CONTROL CURVE
ADDITION OF INTERMEDIATE TEMPERATURE CONTROL CURVE
ADDITION OF ISOCHRONOUS LOAD CONTROL
REPLACE  PRINTER WITH  PC


SPEEDTRONIC™ MARK IV

BRAM EPROM BACKUP
 
The original Mark IV panels with 8086 processors on HMPF cards maintained changes to the Sequence Program and Control constants on a Battery Back Up RAM PROM (BRAM) on the HRMB card. To assure that a loss of the RAM chip or the battery backup does not cause the changes to be deleted, the BRAM PROM should be periodically copied to an EPROM and the new EPROM installed in the Mark IV.
The service life of the battery on the HRMB card is five (5) years. Failure to replace the battery could result in a loss of the changes on the BRAM if power to the Mark IV was lost or the HRMB card removed from the panel. Periodically making a new EPROM from the BRAM PROM minimizes the impact of losing power to the HRMB card.
The BRAM PROM can be copied, the new EPROM installed, and the new EPROM checked for correct programming of the sequence and control constant changes. Necessary hardware, including blank EPROM’s, is provided.