|PURKUOSAVARASTO JA OSAMYYNTI: |
Tel: 010 271 4545
Tel: 010 271 4545
HUOM. Purkuosa varasto sijaitsee Alahärmässä ( Ka
About Haltech Engine Management Systems
Haltech Engine Management Systems are being used for all of the applications listed below in the USA, South America, Canada, Japan, Germany, France, Sweden, Belgium, Switzerland, Holland, Norway, Finland, Portugal, Spain, Italy, United Kingdom, Russia, Hong Kong, Malaysia, Taiwan, Singapore, Cyprus, South Africa, Australia and New Zealand.
Control system for custom conversion from carburetion to injection
Control of fuel injection/ignition on modified engines
Race and rally applications of all descriptions
Used in kits by kit manufacturers
Original equipment in cars and motor cycles
Design and research and development
For use in cars, motor cycles, off-road vehicles, boats, jet skis, outboards, snowmobiles, karts, motor homes, aircraft
Haltech engine management systems are designed to be as universal as possible with the ability to control single cylinder motor cycles to V8 racing cars and most engines in between. It can control throttle body, multi-point or staged injection, distributor or direct ignition, naturally aspirated or turbo or supercharged engines. Name the application and in most cases Haltech can control it.
Haltech has been acknowledged by magazines such as the US Hot Rod and Turbo magazines as being the first in the world to develop engine management systems programmable in real time (with the engine running) by personal computers. Haltech currently holds several patents on
Haltech was started by Steve Mitchell with the backing of his father Bill Mitchell in 1986. The original intention was to develop diagnostic equipment for electronic fuel injection but a request by Modern Motor magazine to solve the problem of supplying fuel to a supercharged Ford project car led to the development of a supplementary fuel injection computer. This was followed by a turbo timer.
Haltech then developed the worlds first real time PC programmable engine management system i.e. programmable with the engine running. Screwdriver adjustable engine management systems had been available before the first Haltech ECU. There were systems such as the English Zytek which were very good systems but expensive, and at that time not programmable in real time. The first system, the F2 was followed by the F3 model which was produced by the thousands and there are many of both models still running today.
Later the F7 model was produced, originally for motor bikes and rotaries but it was no sooner released than customers were reporting proudly how well it was performing on their V8s! A whole series of fuel only computers followed the F7 with the F7A, F7B, F7C, F9, F9A to the F10 that we have today.
The E5 fuel injection computer led to the development of the E6, E6A and E6S fuel injection/ignition timing computers and was the origins of our successful E6K and E6X computers. The E6 series spawned a whole new era of engine management computers where fuel and ignition was controlled, but also idle speed and many ancillary devices.
The E11 series increased resolution, accuracy and allowed a large feature set with a powerful 32-bit processor. Together with improved user interface and data logging software, the E11/E8 is a highly regarded ECU in the market place.
The Platinum Series ECUs are the product of many years of R&D in the racing and performance industry. The result is a solid product range with wide feature sets with proven performance and reliability.
Haltech has a staff of engineers that are continually developing new products as well as supporting and updating existing products. Haltech products are designed and manufactured in Australia with Haltechs own PCB manufacturing facilities to ensure that the greatest care is taken with the assembly of our product.
The Haltech ECU was the first highly adjustable reasonably priced programmable engine management system available and it was the right product at the right time. It is now in use in many countries world wide and the market is still growing.