SPEEDTRONIC Mark VI Hardware Description. Mark VI configuration. Mark VI configuration TCPR,S,T modules and the Protection modules are interconnected. PDM Power Distribution Module. The Power Distribution Module provides different voltages 1. Vdc, 1. 15 Vac and 2. Speedtronics Gearbox' title='Speedtronics Gearbox' />Vac in certain applications for all the Control Modules, Protection Modules and terminal boards. PDM Power Distribution Module. VPRO rack Protection Modules. VPRO rack IONET connection. RST rack composition. Rack Power Supply. Rack Power Supply Switch. Rack Power Supply PDM connections. Rack Power Supply Rack connections. Rack Jumper for rack identification. VCMI and UCVE cards. Speedtronic Mark VI Maintenance Training Gas Turbine Controls has the largest stock of GE Speedtronic control boards in the world. Speedtronic Mark VI. Download GE SPEEDTRONIC Mark VI Turbine Control User Manual SPEEDTRONIC Mark VI Turbine Control User Manual Get Free Access to this and Hundreds of other Downloads. Mark VI General Electric Gas Turbine Control System Product Sales and Repair. SPEEDTRONIC Application Manual Chapter 7 GEH6126, Ethernet TCPIP. Speedtronic Mark VI Operation Maintenance. There are currently no Courses Scheduled for Speedtronic Mark VI Operation Maintenance Intermediate. Manual. VCMI card IONET explanation Communication interface management for internal IONET network Provides communication between UCVE cards, IO cards and VPRO cards Provides the base of the modular redundant philosophy, that keeps the turbine operating with only two main processors as well Allows maintenancerepair actions on the control rack without the need of stopping the turbine Importance of the 5. VCMI IONET connections. UCVE card explanation Main control processor card Executes the application code and the turbine logic sequence Ethernet connector provides external UDHunit data highway network interface for the HMI COM1 serial port RS2. COM2 serial port RS2. SPEEDTRONIC Mark VI Hardware Description and Mark VI configuration. MODBUS communication. UCVE card explanation. IO cards explanation  Processing the input signals from the terminal boards  Can be TMR or Simplex depending on the processed signals  Direct cable connection with the terminal boards  Provides the detected values for the system through the internal IONET network  LEDs are showing the card status. IO cards terminal board connections. IO cards status LEDs. Mark VI IO cards and terminal boards  VPRO IO card       TPRO turbine protection speed detection       TREG emergency trip pushbuttons  VTUR IO card       TTUR turbine regular speed detection       TRPG flame detection and primary trip relays  VVIB IO card       TVIB seismic vibration  VSVO IO card       TSVO servovalve output signals and LVDT feedback  VAIC IO card       TBAI 4. UL4jEKHo.jpg' alt='Speedtronic Drive To Workshop' title='Speedtronic Drive To Workshop' />A or 0. V analog inputs and outputs  VCRC IO card       TBCI contact logic input signals       TRLY contact or solenoid logic output signals  VTCC IO card       TBTC thermocouple temperature input signals  VRTD IO card        TRTD RTD temperature input signal  Logic signal terminal boards are located in the HIOS section of the UCP  Analog signal terminal boards are located in the LIOS section of the UCPUCP HIOS section digital boards. UCP LIOS section analog boards. Terminal boards screw connections. Mark VI IO cards. Contact inputs TBCI board Powered by 1. Vdc voltage to detect circuit continuity Inversion mask can be applied to each contact inputs on the VCRC IO card, to normalize the data value and simplify the understanding of the control logic. Contact inputs TMR TBCI board Contact inputs Simplex TBCI board Contact outputs TRLY board  Dedicated magnetic relay for each output  Can be NO or NC depending on the terminals used  For solenoid signals 1. Ge Speedtronic Mark Vi Manual' title='Ge Speedtronic Mark Vi Manual' />Vdc voltage is switched according to the output logic status  For solenoid usage jumper must be inserted to each output channel. Contact outputs TRLY board Analog inputsoutputs TBAI board Analog inputs can monitor 4. A loops 2. 50 ohms, which can be configured as self powered or can be powered from the. Mark VI. Analog outputs can be configured as 4. Mark-Vle3.jpg' alt='Speedtronics Motors' title='Speedtronics Motors' />A output or as 0. A output. TMR voting system. Logical input voting examples. Analog median input voting examples. Canon I-Sensys Mf4150 Drivers here. Logic output voting. Proceed to SPEEDTRONIC Mark VI Software Description. Go back to Introduction to SPEEDTRONIC Mark VI.