Altronic LLC

Altronic LLC

Altronic, LLC designs and manufactures ignition and control systems for industrial engines. It offers ignition systems; air/fuel ratio, fuel control/governing, and engine control products; a line of digital speed control and smart fuel valve products primarily for use on high-speed fuel admitted natural gas engines and integral compressors; digital instruments, including single and multipoint digital temperature gauges and scanners, pyrometers, pressure gauges and monitors, tachometers, and overspeed and hour meter devices; GTI Bi-Fuel systems; and controls panels. The company also provides ignition accessories, including EZRail modular wiring rails, ignition coils, secondary leads, and spark plugs.

Company details

712 Trumbull Avenue , Girard , Ohio 44420 USA

Locations Served

Business Type:
Manufacturer
Industry Type:
Energy - Power Distribution
Market Focus:
Globally (various continents)

This company also provides solutions for other industrial applications.
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In addition, it offers electronic pre-chamber control, pressure control, and automotive fuel-injection valves; and fuel admission valves for industrial engines. The company's products are available through a network of distributors in the United States and internationally. Altronic, LLC was formerly known as The Economy Engine Company and changed its name to Altronic, LLC in 1983. The company was founded in 1966 and is based in Girard, Ohio. Altronic, LLC operates as a subsidiary of HOERBIGER Holding AG.

Installation of a Bi-Fuel System in no way compromises the performance of the generator relative to the rated load of the machine. A generator with a 1000 kW stand-by rating which has been retrofitted to the GTI Bi-Fuel System will still provide 1000 kW of power in both 100% diesel and bi-fuel modes. In other words, the generator is not de-rated after installation of the Bi-Fuel System. Similarly, there is no decrease in generator load response or stability while operating in either fuel mode.

After installation of the GTI Bi-Fuel System hardware, the generator is then operated under various load settings (normally with the use of a resistive load bank) while the System is checked and calibrated. After this 'tune-in' process is completed, the generator is fully tested in bi-fuel mode to assure proper operation of the GTI Bi-Fuel System and generator during light, medium, heavy and transient loads. Finally, the generator is tested in 100% diesel mode to verify that its 100% diesel performance has not been affected by installation of the GTI Bi-Fuel System.

The patented GTI Bi-Fuel System incorporates a sophisticated, electronic control system, which controls both natural gas and diesel fuel during operation. In addition, the GTI Electronic Control System (ECS) acts as an engine safety device, by monitoring up to 24 critical data channels including:

  • Exhaust Gas Temperature-Stack
  • Exhaust Gas Temperature-Cylinder
  • High engine manifold air pressure
  • Low natural gas supply pressure
  • High natural gas supply pressure
  • High engine vacuum

The various data channels are displayed on the ECS via an LCD display in either text or graphical format. The ECS notifies the user locally (via an LED general fault light) or remotely via modem, in the event of a fault.

If a fault is detected, the ECS will automatically switch the generator to 100% diesel operation and data-log the fault. The ECS fault set points are field adjustable and allow installation technicians to customize the Bi-Fuel System to the specific requirements of the customer and/or the operational limitations set-forth by the engine manufacturer. Once programmed, the fault settings are protected by a keypad lockout code, which prevents unauthorized personnel from altering the set points.

The ECS guarantees that in the unlikely event of either a Bi-Fuel System malfunction, or a disruption in natural gas supply pressure (either low or high pressure faults), the generator drive-engine will be protected from damage. Most of the monitored channels are latching type faults, i.e. if the Bi-Fuel System is deactivated by the ECS, the generator cannot be returned to Bi-Fuel operation until the ECS panel is manually reset. Lastly, the ECS also incorporates a built-in time delay function, which prevents initiation of Bi-Fuel operation after generator start-up, for a period of up to 300 seconds. This feature is used when the converted generator is used in paralleling operations, and allows the generator to start-up and synchronize on 100% diesel fuel before automatically switching to bi-fuel operation.

The savings realized by running the GTI Bi-Fuel System is directly related to the cost of diesel fuel, cost of gas, and the number of hours of operation. The following is an example is a cost comparison between running a 1000 kW generator on 100% diesel and on Bi-Fuel with a 65% gas-to-diesel ratio in continuous operation. A number of assumptions are made in this example which are clearly stated in order to clarify the calculations.