80 LB SIEMENS DEKA EV1
HIGH IMPEDANCE INJECTOR
FOR FORD FI114992
Static Flow Rate: 80lb/hr = 875 cc/min
Dynamic Flow Rate : 18.6 mg/pulse 2.5ms PW, 20 ms Period
Coil Resistance: 12 Ohms (This high-impedance injector will work with all factory ECM/PCM injector drivers)
Connector: EV1 Minitimer
Series: DEKA 4 ( DEKA IV )
O-Ring Type: Viton
Part Number: FIC80DEKAEV1FORD
NOTE: ALL PURCHASES WILL BE MADE THROUGH THE FIC WEBSITE USING OUR DEALER LINK ABOVE.
80lb/h Siemens Deka High Impedance (Long Style) with EV1 Connector – FI114992
Genuine Siemens / Mototron DEKA IV ( DEKA 4 ) High Impedance Injectors
These injectors flow 80 lbs/hr at 43.5 PSI (3 BAR) and even more at greater PSI! In addition, these units are high-impedance. Despite the high flow rate, they are linear and controllable at low pulse widths and have been used in ULEV applications! This allows you to use a larger injector than normally possible without hurting idle and low speed driveability. Adding to the flexibility of application, these units are high-impedance; making them compatible with most ECUs, while delivering the most flow available in a High-Impedance injector.
These injectors are able to function at high fuel pressures and don’t exhibit the high fuel pressure handling problems found with many other high flow high-impedance injectors. This makes these injectors very well suited to turbocharged and supercharged applications that see high fuel system pressures.
This newly released injector from Siemens is based on the same design as the popular FI114961 60 lb/hr DEKA IV (DEKA 4) injector. The EV1 injector connector can be found on many older and late-model OEM applications such as the GM TBI, TPI, LT1, LT4, LS1, some LS2, some LS6 and most European applications. We also offer the same injector with the EV6/USCAR connector as Part Number FI114991. Buy only the injector with the connector you need and eliminate the need for in-line adapters or having to change the factory connectors!
Genuine, reliable Siemens Injectors
Excellent response characteristics
Low Impedance performance characteristics with High Impedance Compatibility