difference between omex 600 and 700 ?
#1
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difference between omex 600 and 700 ?
i know the price is one
one is semi sequential and one is full sequential but what exactly does that mean, will the 600 one do the job ? RS turbo converted to EFI nothing fancy...
Cheers
one is semi sequential and one is full sequential but what exactly does that mean, will the 600 one do the job ? RS turbo converted to EFI nothing fancy...
Cheers
#4
Professional Waffler
semi sequential means that it injectors fuel every revalution
sequential means that it only injects fuel once every 2 revalutions
remember we are dealing with 4 stroke motors here, so it takes two revalutions to complete a cycle
sequential is better for emissions
sequential means that it only injects fuel once every 2 revalutions
remember we are dealing with 4 stroke motors here, so it takes two revalutions to complete a cycle
sequential is better for emissions
#7
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i am just trying to decide if i was to gor for omex if it was worth spending the bit extra for the 710 full sequential. makes sence i think
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#9
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the injection being fully sequential or not was the one that stood out, i am sure there other things though think its around Ł200 more for the 710 over the 600 ?
#13
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here is the 710
Professional level Engine Management System
Suitable for up to 12 cylinder engines
Up to 12 cylinder distributorless (DIS) or 6 cylinder coil on plug ignition with no external amplifiers
Up to 12 cylinder coil on plug ignition using external amplifiers
Sequential fuel injection for up to 12 cylinder engines
Inner and outer injectors mapped on both speed and load
Programmable load and speed sites
TPS, MAP or MAF can be used for main load sensing
Wide range of crank trigger patterns are suitable (user programmable)
Turbo wastegate control
Turbo anti-lag system
Constantly variable cam control
Traction control (software upgrade coming soon)
Inbuilt 1/2MB data logging
Narrow and wide band lambda support
Twin lambda sensors
Individual cylinder trims for fuelling
Push/pull, and single line idle controls in addition to scattered spark control
Knock sensing capability
Security protected calibrations
Full throttle gearchange
Intercooler water spray control
Water injection control
Nitrous ignition retard
Cooling fan control
Internal 1 bar MAP sensor for barometric correction or NA load sensing if required
Uses the latest version of the superb MAP2000 Windows programming software
Suitable for normally aspirated or boosted engines
Inbuilt independent fuel and ignition rev limiters
Tachometer, Shift Light and Fuel Pump outputs (and other programmable outputs)
Magnetic or Hall Effect crank and cam sensors
Automatic interpolation between mapped sites
Sophisticated acceleration fuelling setup
Various harness options from economical semi-assembled to full race quality bespoke looms
Battery voltage compensation table for fuel injectors (not just a simple number)
Battery compensation and engine speed compensation for coil charge time
Mappable coolant temperature compensation for engine warm-up
Air & coolant temperature compensation for fuel injection pulse width
Separate cold cranking and decay tables in addition to warm-up fuelling
User settable ignition trim based on air temperature, coolant temperature, and barometric pressure
Separate start advance for cranking provides easy starting for high compression engines
Deceleration fuel cutoff feature for road engines
Maximum recommended engine speed 12,750 RPM
High strength billet machined aluminium case for physical and electrical protection
AND LOADS MORE
and this is the 600
Semi-sequential fuel injection for up to 4 cylinder engines
Grouped injection for up to 8 cylinders
Distributorless ignition for up to 4 cylinders
Distributor ignition for up to 8 cylinders
Programmable load and speed sites
TPS or MAP can be used for main load sensing
Wide range of crank trigger patterns are suitable (user programmable)
Turbo wastegate control
Turbo anti-lag system
Variable cam control
Traction control (Software upgrade coming soon)
Narrow and wide band lambda support
Push/pull, and single line idle controls in addition to scattered spark control
Knock sensing capability
3 programmable outputs switched on user controlled inputs (eg boost, coolant temp etc)
Security protected calibrations
Full throttle gearchange
Intercooler water spray control
Water injection control
Nitrous ignition retard and fuel enrichment
Two cooling fan controls
Barometric compensation with external sensor
Uses the latest version of the superb MAP2000 Windows programming software
Suitable for normally aspirated or boosted engines
Inbuilt independent fuel and ignition rev limiters
Separate Tachometer, Shift Light and Fuel Pump outputs
Magnetic or Hall Effect crank and cam sensors
Automatic interpolation between mapped sites
Sophisticated acceleration fuelling setup
Various harness options from economical semi-assembled to full race quality bespoke looms
Battery voltage compensation table for fuel injectors (not just a simple number)
Battery compensation and engine speed compensation for coil charge time
Mappable coolant temperature compensation for engine warm-up
Air & coolant temperature compensation for fuel injection pulse width
Separate cold cranking and decay tables in addition to warm-up fuelling
User settable ignition trim based on air temperature, coolant temperature, and barometric pressure
Separate start advance for cranking provides easy starting for high compression engines
Deceleration fuel cut-off feature for road engines
Maximum recommended engine speed 12,750 RPM
AND LOADS MORE
Professional level Engine Management System
Suitable for up to 12 cylinder engines
Up to 12 cylinder distributorless (DIS) or 6 cylinder coil on plug ignition with no external amplifiers
Up to 12 cylinder coil on plug ignition using external amplifiers
Sequential fuel injection for up to 12 cylinder engines
Inner and outer injectors mapped on both speed and load
Programmable load and speed sites
TPS, MAP or MAF can be used for main load sensing
Wide range of crank trigger patterns are suitable (user programmable)
Turbo wastegate control
Turbo anti-lag system
Constantly variable cam control
Traction control (software upgrade coming soon)
Inbuilt 1/2MB data logging
Narrow and wide band lambda support
Twin lambda sensors
Individual cylinder trims for fuelling
Push/pull, and single line idle controls in addition to scattered spark control
Knock sensing capability
Security protected calibrations
Full throttle gearchange
Intercooler water spray control
Water injection control
Nitrous ignition retard
Cooling fan control
Internal 1 bar MAP sensor for barometric correction or NA load sensing if required
Uses the latest version of the superb MAP2000 Windows programming software
Suitable for normally aspirated or boosted engines
Inbuilt independent fuel and ignition rev limiters
Tachometer, Shift Light and Fuel Pump outputs (and other programmable outputs)
Magnetic or Hall Effect crank and cam sensors
Automatic interpolation between mapped sites
Sophisticated acceleration fuelling setup
Various harness options from economical semi-assembled to full race quality bespoke looms
Battery voltage compensation table for fuel injectors (not just a simple number)
Battery compensation and engine speed compensation for coil charge time
Mappable coolant temperature compensation for engine warm-up
Air & coolant temperature compensation for fuel injection pulse width
Separate cold cranking and decay tables in addition to warm-up fuelling
User settable ignition trim based on air temperature, coolant temperature, and barometric pressure
Separate start advance for cranking provides easy starting for high compression engines
Deceleration fuel cutoff feature for road engines
Maximum recommended engine speed 12,750 RPM
High strength billet machined aluminium case for physical and electrical protection
AND LOADS MORE
and this is the 600
Semi-sequential fuel injection for up to 4 cylinder engines
Grouped injection for up to 8 cylinders
Distributorless ignition for up to 4 cylinders
Distributor ignition for up to 8 cylinders
Programmable load and speed sites
TPS or MAP can be used for main load sensing
Wide range of crank trigger patterns are suitable (user programmable)
Turbo wastegate control
Turbo anti-lag system
Variable cam control
Traction control (Software upgrade coming soon)
Narrow and wide band lambda support
Push/pull, and single line idle controls in addition to scattered spark control
Knock sensing capability
3 programmable outputs switched on user controlled inputs (eg boost, coolant temp etc)
Security protected calibrations
Full throttle gearchange
Intercooler water spray control
Water injection control
Nitrous ignition retard and fuel enrichment
Two cooling fan controls
Barometric compensation with external sensor
Uses the latest version of the superb MAP2000 Windows programming software
Suitable for normally aspirated or boosted engines
Inbuilt independent fuel and ignition rev limiters
Separate Tachometer, Shift Light and Fuel Pump outputs
Magnetic or Hall Effect crank and cam sensors
Automatic interpolation between mapped sites
Sophisticated acceleration fuelling setup
Various harness options from economical semi-assembled to full race quality bespoke looms
Battery voltage compensation table for fuel injectors (not just a simple number)
Battery compensation and engine speed compensation for coil charge time
Mappable coolant temperature compensation for engine warm-up
Air & coolant temperature compensation for fuel injection pulse width
Separate cold cranking and decay tables in addition to warm-up fuelling
User settable ignition trim based on air temperature, coolant temperature, and barometric pressure
Separate start advance for cranking provides easy starting for high compression engines
Deceleration fuel cut-off feature for road engines
Maximum recommended engine speed 12,750 RPM
AND LOADS MORE
#15
Testing the future
without looking in too much detail, looks like the lesser of the 2 would be suitable for a build of 'nothing special'.
who will be doing the mapping for you? what do they advise?
who will be doing the mapping for you? what do they advise?
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