K-WANG

+086-15305925923
Service expert in industrial control field！
English 简体中文
Product
Article
NameDescriptionContent
Adequate Inventory, Timely Service
pursuit of excellence 
Ship control system
Equipment control system
Power monitoring system
Current position:
Home >> GE >> GE VMIVME-7740 VME Single Board Computer
新闻动态
newS
   
Brand

GE VMIVME-7740 VME Single Board Computer

From: | Author:Wang | Time :2024-12-17 | 178 visit: | 🔊 Click to read aloud ❚❚ ▶ | Share:

GE VMIVME-7740 VME Single Board Computer

7. Check the Active Box. (Indicators must be marked Active to be monitored and reported.) Check
the Hold box to retain the indicator's triggered level until manual reset.
4.3.3 Status indicator reset
To reset a single indicator state and date/time, press the Reset button at the far left of the indicator
line. To reset the state and date/time on all activate indicators shown on the displayed page, press
the Reset All button at the top left of the indicator list.
IMPORTANT NOTE: If an indicator is persistent, clearing the indicator may appear as if not
cleared (no color change), however the time and date will change.
4.4 Schedule tab
The Schedule Tab allows the user to define the stream, Step order, TOD (time-of-day) requests, and
Demand (Ad Hoc) requests. Additionally, the user defines which analysis to use when analyzing a
stream.
General functions include:
 A live list of analyses in queue
 Color-coded queued analyses identifying streams currently being analyzed, in purge, next to
purge and pending
 Option to Start, Stop, Abort, or Pause the schedule
Schedule operation priorities:
1. Step Schedule Elements are the lowest priority and can be pre-empted by either Demand or
TOD requests.
2. AdHoc requests pre-empt Step Schedule elements, but not TOD requests.
3. TOD requests pre-empt both Demand and Step table Schedule requests.
IMPORTANT NOTE: No Schedule Element type can pre-empt its own type (e.g.: a TOD in the
Schedule Queue can’t be preempted by the next TOD Schedule Element added to the Schedule
Queue).
4.4.1 Maintenance mode icon
The Maintenance Mode icon sets the selected schedule's maintenance indicator. If desired, the
maintenance mode indicator may be placed in a scope at a level that invalidates reported data.
4.4.2 Power failure recovery icon
This software offers automatic, independent system control for planned or inadvertent power failure.
This allows the user to customize and control the process analyzer’s schedules, returning them to a
ready state after an outage. These are used to:
 Protect the analytical hardware from introduction of process samples before the oven reaches
its operational temperature
 Separate and configure power failure settings for all multiple oven configurations, including
simultaneous and parallel oven applications
 Perform automatic synchronization of all analytical hardware to their operational state
Power Failure Recovery defines a schedule's recovery mode after an unexpected power outage. These
modes are defined as:
 Continue: Restarts the schedule at the last analysis that was running when power was lost.
 Restart: This mode can be configured to recover two ways.
• Delete the analyses in the queue and restart the schedule from the first active stream
defined on the Step subtab.
• Delete the analyses in queue, run a Clearing Analysis and then restart the schedule. The
Clearing Analysis is an optional analysis executed as the first analysis used to purge or
condition the system if the analyzer comes up in Restart mode. Each schedule has only
one Clearing Analysis defined for the schedule.

 Abort Mode: Stops the schedule and deletes all analyses in the queue.

IMPORTANT NOTE: To ensure that a Clearing Analysis is not defined, select None in the dropdown
list (either the Analysis Name or the Stream Name).

Which mode the analyzer executes is determined by comparing the actual time the analyzer is ready
to the user set times: Time Continue and Time Restart.
 Analyzer Ready is defined as the number of minutes from when the analyzer lost power until
the time the schedule is ready to run its first analysis for a given Schedule. This includes
analyzer boot time and time for oven(s) associated with the analysis to reach the low
temperature limit.
 Continue Time is the user-defined time period, in minutes, in which the analyzer comes up in
Continue mode.
 Restart Time is the user-defined time period, in minutes, in which the analyzer comes up in
Restart mode. Additionally, this mode allows assignment of a Clearing Analysis. The Clearing
Analysis is an optional analysis executed as the first analysis used to purge or condition the
system if the analyzer comes up in Restart mode. Each Schedule has only one Clearing
Analysis defined in that Schedule.
The Restart mode can be disabled by setting Time Restart to a value less than the value for Continue
Time. If the Restart mode is disabled, the Clearing Analysis is disabled.
If both values in the Power Failure Recovery Option are set to zero, the schedule restarts in an idle
mode. Upon recovery, the SBC compares the actual time to Analyzer Ready to the user-defined
values.
Modes are determined as follows:
 If the Analysis Ready time is less than the user-defined Continue Time, then the analyzer
comes up in Continue mode.
 If the Analysis Ready time is less than Time Restart and Time to Ready is greater than
Continue Time, then the analyzer comes up in Restart mode.
 If the Analysis Ready time is greater than Time Restart and Time Ready is greater than
Continue Time, then the analyzer comes up in Abort mode.
 If the Analysis Ready time is greater than Continue Time and Time Restart is less than
Continue Time, then the analyzer comes up in Abort mode.
 If the Time Continue and Time Restart = 0, then the Schedule comes up in the STOPPED/IDLE
state.
Figure 4-11 illustrates the determination of the schedule recovery modes.
Figure 4-11: Power Recovery Options
  • LTI Drives CDF30.002.C0.7 Compact Servo Controller 08685963 DC 24V Industrial Module
  • LUST LTI Drives CDB32.008.W2.4.BR.PC1 Servo Drive Industrial Motion System
  • LUST LTI Drives CDB34.003.C2.4.PC1.H15 Servo Motor Driver Industrial Control Unit
  • LUST LTI Drives CDA32.004.C1.4.H08.B0 Servo Drive Mat. 3084456 Industrial Control
  • LUST LTI Drives CDE34.005.W2.2 Industrial Servo Drive Motion Control Unit
  • LUST LTI Drives CDA34.006.W3.0 Servo Drive Software V3.70-04 Industrial Controller
  • LTI Drives CDB32.004.C2.4.SH Servo Drive Compact Motion Controller
  • Woodward 9905-373 - Digital Synchronizer And Load Controller
  • WOODWARD MAGNETIC PICKUPS - Sensor
  • WOODWARD GCP-30 - Steuertafel for Industrial Regulator Genset Control Package
  • WOODWARD GOVERNOR 9907-1183 REV A - 505 ENHANCED TURBINE CONTROL
  • WOODWARD 9907-173 REV B - Module Load Sharing 120 Volt
  • WOODWARD 9907-014 - 2301A controller
  • Woodward 9905-029 - SPM-A Synchronizer Module Rev C
  • WOODWARD 8440-1799 EASYGEN-350 REV B - Genset Controller
  • WOODWARD 5466-258 REV M - SIMPLEX DISCRETE I/O MODULE
  • Woodward 8440-1884 C - Controller Easygen 2500-5
  • Woodward 8441-1153 - Monitoring Unit 250VAC
  • WOODWARD 8406-120 REV G - EGCP-2 DIGITAL CONTROL
  • Woodward 8273-584 - Atlas-ii Digital Control
  • Woodward 8272-582 - APM Motor Control 8272582
  • Woodward 9905-377 Rev. A - 2301A Load Sharing and Speed Control
  • WOODWARD 8272-517 - Pm Motor Control
  • WOODWARD 9905-797 REV.B - DIGITAL SYNCHRONIZER AND LOAD CONTROL DSLC-D
  • WOODWARD 8272-582 - APM MOTOR CONTROL
  • Woodward Seg FP2-8-24 - Emergency Power Telecommunications Module NP2
  • WOODWARD 2001-12E2U1B1S1A - Fuel Shut Off Valve Stop Solenoid Valve 2000-4505
  • Woodward 8440-1884 K - Genset Controller Easygen-2500-5
  • Woodward 9905-760 - Linknet Termination Module
  • Woodward 8404-009 - Proact Digital Plus Front Panel Rev. H
  • Woodward 8271-651 - Digital Speed Reference
  • Woodward 3077-474C - 8605895 5501-031 D Circuit Module
  • WOODWARD 5466-257 REV.-C - NETCON 5000 MODEL REMOTE TRANSCEIVER I/O MODULE
  • Woodward 8273-101 Rev: A - 2301D Digital Load Sharing and Speed Control
  • WOODWARD 8272-799 - 2301A SPEED CONTROL WITH REMOTE REFERENCE REV:C
  • Woodward 8272-517 - PM Motor Control
  • Woodward 8290-048 8290048 Rev. F - Generator Load Sensor
  • woodward 8273-1012 rev c - 2301e Load Sharing and Speed Control
  • WOODWARD 9905-797 - DIGITAL SYNCHRONIZER AND LOAD CONTROL FOR 3 PHASE GENERATORS
  • WOODWARD 8280-3014 - 723 PLUS DIGITAL CONTROL REV NEW
  • WOODWARD 8440-1884 REV G - GENSET CONTROLLER EASYGEN-2500-5/P1
  • Woodward 8272-683 K - Digital Reference
  • WOODWARD 9907-014 - SPEED CONTROL 2301A REV H
  • Woodward Type UG-8 P/N 037260 - Governor R.P.M 1075-1650 Motor KM58-20
  • WOODWARD 9905-970 - LINKNET 6 CHANNEL 100 OHM RTD Rev:J
  • Woodward 9907-1183 Rev C - Steam Turbine Digital SCREEN 505E Turbine Control
  • Woodward 8440-1614 - GCP-30 Genset Control Package, Rev: F, Type 1, E231544
  • Woodward DC11006-304-024 - ACTUOTOR DYNA ACTUATOR - BARBER-COLMAN
  • Woodward 9905-971 - LINKNET 6 CHANNEL 100 OHM RTD Rev:K
  • Woodward DYNK-10249 - Actuator Controller Kit - DYNA 2000
  • Woodward LR21035 - MFR1 MULTI FUNCTION RELAY REV F
  • Woodward 8440-1831 - EASYGEN 3200-5 P/N: REV. G Gererator Controller
  • Woodward 8272-516 - PM MOTOR CONTROL REV J
  • Woodward 8440-2080 - EASYGEN 2000 genset controller EASYGEN-2300-5/P1
  • Woodward 505DE - Digital Control System
  • Woodward 701 - Digital Speed Control 18-40 VDC 4-20 MA
  • Woodward 8440-1799 - EASYGEN-350 REV B
  • Woodward 8272-582 - Apm Motor Control 100-220v AC/DC
  • Woodward 5501-031 D - 3077-474C 8605895 Circuit Module
  • Woodward XD1-T - XD1T55SAT TRANSFORMER DIFFERENTIAL PROTECTION RELAY
  • Woodward 8272-517 - PM Motor Control 220vac
  • Woodward 8934-658 - Repair Kit UG8D Governor
  • Woodward 5437 18 - module netcon derivative analog rev.A
  • Woodward 8272-171 A - Pm Motor Control
  • Woodward MRN3-1/2 - SEG mains uncoupling relay MRN314D mains decoupling relay
  • Woodward 9905-373 - Digital Synchronizer and Load Control 18-40 VDC Rev P
  • Woodward 5431-640 C - Dual Dynamics 1000 Series Speed Control Module
  • Woodward 5501-031 D - 3077-474C 8605895 Circuit Module
  • Woodward 9907-247 - 828 DIGITAL CONTROL
  • Woodward 8440-1855-G - EASYGEN-2200-5 /P1 12/24VDC GENSET CONTROLLER
  • Woodward NC3-2-8 (NO) - GENERATOR CONTROLLER
  • Woodward 8271-467 K - 2301 LOAD SHARING AND SPEED CONTROL PART NO:
  • Woodward 8440-2177 A - SPM-D2-10 Digital Synchronising Controller
  • Woodward LXMG1614E-14-11 - CCFL and UV Lamps Inverter Module
  • Woodward 8270-990 - signal converter
  • Woodward 9905-068 - LOW VOLTAGE 2301A LOAD SHARING & SPEED CONTOL P/N:
  • Woodward 8901-051 - BOOSTER SERVOMOTOR, SINGLE CYLINDER, 2:1
  • Woodward 8444-1024 D - MWS4-55M CONTROL MODULE UNIT
  • Woodward 5448-914 - GCP-20 Genset Control GCP-20 REV D P/n:
  • Danfoss BHA-1 018-1942 - Hydraulic Actuator
  • Woodward 9905-001 L - SPM-A SYNCHRONIZER
  • Woodward 5464-850 - Module
  • Woodward 5501-371 - Micronet Simplex Mpu Aio Rev C
  • Woodward 8272-132 B - POWER SENSOR
  • Woodward 9907-028 - SPM-A Synchronizer
  • Woodward SA-3678-AM-2 - Overspeed Electric Governor, Model ESSE2-AM
  • Woodward E8250-502 - GOVERNOR ACTUATOR
  • Woodward 8440-1884 J - Controller EASYGEN-2500-5
  • Woodward 5441-693 - DIGITAL I/O MODULE -MISSING PART
  • Woodward SA-4450 - Speed Controller APECS 3100 For Magnetic Pickup
  • Woodward 9903-466 - 701 DIGITAL SPEED CONTROL REV G
  • Woodward 1765-843 - Governor Speed Adjusting Motor P/N Type: SMM40 220V AC 50/60Hz
  • Woodward 9905-760 - Linknet Termination Module
  • Woodward 9907-247 - 828 DIGITAL CONTROL UNIT REV K
  • Woodward 5484-721 - motor
  • Woodward 8440-1734 - MFR-2 Rev.A Multi Function Relay MFR-2
  • Woodward CSC3SUWA - Controller
  • Woodward 8440-1667 - REV B SPM-D1010B/XN
  • Woodward 8406-120 - egcp-2 digital control
  • Woodward DPG-2201-002 - DIGITAL CONTROLLER REV D
  • Woodward 8272-516 - Pm Engine Control Rev J
  • Woodward 8440-1831 - EASYGEN 3200-5 P/N: REV. K - WITHOUT ACCESSORIES
  • Woodward 8273-101 - LOAD SHARING & SPEED CONTROL
  • Woodward 8440-1855-G - EASYGEN-2200-5 /P1 12/24VDC GENSET CONTROLLER
  • Woodward 9907-247 - 828 DIGITAL CONTROL UNIT REV K
  • Woodward LR21035 - MFR1 MULTI FUNCTION RELAY REV J
  • Woodward 8404-009 - PROACT DIGITAL PLUS FRONT PANEL REV J
  • Woodward 9905-204 - Rev N SPM-A synchronizer
  • Woodward 8521-367 - UG-8 P/N r R.P.M 750-1280 Governor / UG8
  • Woodward 9907-175 - Load Sharing Module Rev. B
  • Woodward 5464-645 - DRIVER MODULE REV A 2C ACT DRIVE
  • Woodward 8404-009 - PROACT DIGITAL PLUS FRONT PANEL REV J
  • Woodward 9907-175 - Load Sharing Module Rev. B
  • Woodward 8406-102 - Rev A EGCP-2 Digital Control Engine Generator 8406102
  • Woodward EASYGEN-2500-5 - Controller Genset
  • Woodward 8440-2082 - Controller
  • Woodward 8272-516 - PM MOTOR CONTROL REV J
  • Woodward 9905-373 - Digital Synchronizer and Load Control 18-40 VDC Rev P
  • Woodward 5501-429 - Actuator Controller 25mA 2 Channel , (UPP)
  • Woodward 8440-1869 - SPM-D10 Synchronizing System Control-SPM-D10B/PSY4-F-D
  • Woodward 9907-175 - Load Sharing Module Rev. A
  • Woodward 8200-224 - Servo Position Controller
  • Woodward 9906-619 - 723 PLUS DIGITAL CONTROL ( 8280-604 )
  • Woodward 8440-1519 - EASYGEN PART NO: REV: 4
  • Woodward 5501-371 - REV C MODULE- MICRONET SIMPLEX MPU & AIO FTM
  • Woodward EASYGEN-3200-5/P1 - Generator Controller Module Rev F
  • Woodward 8440-1884K - GENERATOR CONTROLLER EASYGEN-2500-5 REV,K
  • Woodward 5466-353 - REV C NETCON MAIN CHASSIS TRANSCEIVER