Why Choose Ge Mark v Turbines Control Card
GE Is A Pioneer In Gas Turbine Technology
GE builds its heavy-duty and aeroderivative gas turbines to be efficient, versatile and reliable with individual output ranging from 34 MW to 571 MW. They are proven performers in simple and combined-cycle operation for pure power generation, cogeneration, mechanical drive, and waste-to-power.Steam Turbines Over the last 100 years, GE has manufactured and installed a worldwide fleet of steam turbines. Our steam turbines equip 41% of the world’s combined-cycle plants, 30% of fossil power plants, and 50% of the world’s nuclear power plants.
How GE Turbine Improve Our Life?
General Electric has built a monster wind turbine in the Netherlands.GE Power creates the energy technologies of the future and improves the power networks that we depend on today.General Electric’s renewable energy division has been chosen as the preferred turbine supplier for the third and final phase of an offshore wind farm that’s set to be the largest on the planet. According to an announcement from SSE Renewables on Friday, a 14 megawatt (MW) version of GE’s huge Haliade-X turbine will be used at a British energy project called Dogger Bank C.
“These world-leading turbines will help us deliver renewable electricity at the lowest cost possible for millions of people across the U.K.,” Brustad said.
What Is Mark V Gas TURBINE Control Card?
The SPEEDTRONIC™Mark VGas TurbineControl System is the latest derivative in the highly successful SPEEDTRONIC™series.The SPEEDTRONIC™ Mark V Gas Turbine
Control System employs current state-of-the-art
technology, including triple-redundant 16-bit
microprocessor controllers, two-out-of-three voting redundancy on critical control and protection parameters and Software-Implemented
Fault Tolerance (SIFT).
An arm/execute sequence is used to prevent inadvertent turbine operation. Communication between the
operator interface and the turbine control is
through the Common Data Processor. TURBINE Cards are connected by front-mounted ribbon cables which can be
easily disconnected for service purposes. Tilting
the card rack back in place and closing the front
cover locks the cards in place.The ability for on-line replacement
of boards is built into the panel design and is
available for those turbine sensors where physical access and system isolation are feasible.
What We Do?
We offer various of new cards for Mark I, Mark II, Mark II-ITS, Mark IV as well as Mark V Speedtronic™ Turbine control systems. As an experienced supplier for General Electric (GE) turbine control systems, we ensure you of excellent qulity and good profits. We have large stok of GE Turbine control card,and can ship very quickly
Brand | Model | Description |
GE TURBINE | IS220PDIAH1A | DISCRETE IN |
GE TURBINE | IS220PDOAH1A | DISCRETE OUT |
GE TURBINE | IS220PAICH1A | Analog in/out |
GE TURBINE | IS220PPDAH1A | PDM |
GE TURBINE | IS200TBAIH1C | MAIN BOARD FOR 3 analog I/O |
GE TURBINE | IS230TBAIH2C | Mechinical hold for 3 analog I/O |
GE TURBINE | IS200STAIH2A | MAIN BOARD FOR 1 analog I/O |
GE TURBINE | IS230STAIH2A | Mechinical hold for 1 analog I/O |
GE TURBINE | IS200TVBAH2A | MAIN Board for 3 Vibration |
GE TURBINE | IS230TVBAH4A | Mechinical hold for3 Vibration |
GE TURBINE | IS220PTCCH1A | Thermocouple |
GE TURBINE | IS200STTCH2A | MAIN BOARD FOR 1 Thermocouple |
GE TURBINE | IS230STTCH2A | Mechinical hold for1 Thermocouple |
GE TURBINE | IS200STCIH6A | MAIN BOARD FOR 1 DISCRETE |
GE TURBINE | IS230STCIH6A | Mechinical hold for 1 DISCRETE |
GE TURBINE | IS220PRTDH1A | RTD |
GE TURBINE | IS200SRTDH2A | MAIN BOARD FOR 1 RTD |
GE TURBINE | IS230SRTDH2A | Mechinical hold for 1 RTD |
GE TURBINE | IS200TRLYH1B | MAIN BOARD FOR 3 DISCRETE |
GE TURBINE | IS230TRLYH1B | Mechinical hold for 3 DISCRETE |
GE TURBINE | IS200TDBTH6A | MAIN BOARD FOR 3 protection |
GE TURBINE | IS230TDBTH6A | Mechinical hold for 3 protection |
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