GE IC693MCM001

GE IC693MCM001 Description:

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General Electric Company is an Americanmultinational conglomerate incorporated in New Yorkand headquartered in Boston, Massachusetts. As of2018, the company operates through the followingsegments: aviation, healthcare, power, renewableenergy, digital, additive manufacturing, venture capitaland finance, lighting, transportation, and oil and gas.

GE’s Jenbacher Gas Engines

GE’s gas engines are available in the 0.3-9.5MW electrical output range for an individual unit. Jenbacher gas engines are renowned for robust performance in challenging conditions and difficult fuel gases. GE’s Jenbacher gas engines are manufactured in the town of Jenbach, Austria in the Tyrol. The Jenbacher gas engine is designed to run solely on different types of gas, and for different types of applications. Jenbacher has led the way in gas engine innovation over the last 50 years with developments including:

The LEANOX control philosophy

The world’s first 20 cylinder gas engine

The world’s first 24-cylinder gas engine

The world’s first twin-turbocharger gas engine

The high-efficiency 4-series concept

Gas Engine Basics

The image below shows the basics of a stationary gas engine and generator used for the production of power. It consists of four main components – the engine which is fueled by different gases. Once the gas is burnt in the cylinders of the engine, the force turns a crank shaft within the engine. The crank shaft turns an alternator which results in the generation of electricity. Heat from the combustion process is released from the cylinders  This must be either recovered and used in a combined heat and power configuration or dissipated via dump radiators located close to the engine. Finally and importantly there are advanced control systems to facilitate robust performance of the generator.

Power Production

GE Jenbacher gas engines can be configured to produce:

Electricity only (base-load generation)

Electricity & heat (cogeneration / combined heat & power – CHP)

Electricity, heat and cooling water (trigeneration / combined heat, power & cooling – CCHP)

Electricity, heat, cooling and high-grade carbon dioxide (quadgeneration)

Electricity, heat and high grade carbon dioxide (greenhouse cogeneration)

Gas engines are typically applied as stationary continuous generation units but can also operate as peaking plants & in greenhouses to meet fluctuations in local electricity demand. They can produce electricity in parallel with the local electricity grid, in island mode operation, or for power generation in remote areas.

Guarantee & Returns
1. All products we sell are 100% New original Package.in good condition and will be examed before they are shipped. We will try our best to avoid any quality problems.

2. We offer 12 month warranty after receiving parcels. If there are some workmanship or material defects with the products, please contact us firstly, we will exchange it or offer other solutions for you to make a choice.

3. The shipping and handling charge is not refundable and customer should be responsible for all the charges of unreasonable returning and reshipping. All return items must be in good condition. They must under resalable condition. Man-made defects are not guaranteed, such as broken, scratched and so on. Thanks for understanding and cooperation!

Packing & Delivery

1)100% full New! - Original Factory Seal !
2)Warranty: 12 months!
3)Package: Original packing with cartons.
4)Delivery time: Shipped in 3 days after payment
5)ship to you via DHL/TNT/UPS/EMS/Fedex.

6) All the goods will be tested before shipment.

Type of payment: 

T/T 100% Payment in Advance 

Refound or Replacement:

We accept return back itmes if the goods still remain in their original condition on the warranty time

mailto:unity@mvme.cn

Our Partner

We have large of inventory for our company's

advantage products

some of kinds of DCS/PLC parts as below

1) IS200/DS200 series Excitation system card

2)IC693/IC695/IC697/IC698/IC200/IC660/IC670 CPU module,Communication module, Analog Digital module

GE IC693MCM001

GE IC693MCM001

GE IC693MCM001

If the thermocouple leads are connected directly to the TCM, the internal temperature measuring IC in contact with the connector is selected to provide the cold junction compensation to obtain the true temperature of the measuring thermocouple. The input terminal block is not a true isothermal connector and any temperature difference between the thermocouple connection and the IC will result in a similar difference or error in the temperature reading

If the thermocouple leads are connected to an external connector block (with the connections from this block to the TCM made with a standard copper cable), the connector should be an isothermal block with an RTD to minimize measurement errors. The RTD allows measurement of the temperature of the cold junction for optimum cold junction compensation. In this case the TCM should be set to use the RTD temperature as the cold junction compensation source. This solution provides the best accuracy for TCM operation.

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