TS-0225-1202 - F150 EM Series Diverter ValveUpdated 3 months ago
Product Name: | F150 EM Series Diverter Valve |
Product Description: | EM Series Diverter Valve F150 |
Product Number: |
Important Notes On Your New Diverter Valve
- Turbosmart accepts no responsibility whatsoever for incorrect installation of this product which is potentially hazardous and can cause serious engine damage or personal injury
- The EM series diverter valve is designed for use as a factory replacement for a turbocharged vehicle that utilises an electronic diverter valve, this valve can be used on other applications so long as there is a control signal to actuate the diverter valve.
- Ensure the engine is cold prior to installation.
Recommendations
- Turbosmart recommends that your Diverter valve is fitted by an appropriately qualified technician.
Kit Contents
Part | Description | Use |
1 | Turbosmart
EM Series diverter valve | Main unit |
2 | Mounting Brackets | Mounting diverter valve to intercooler x 2 Model dependent |
3 | Turbosmart Sticker | Turbosmart sticker |
Tools Required
- Allen key set metric
- Screwdriver
- Basic socket set
- Torx bits
About Your EM Series Diverter Valve
Fitting your EM Series Diverter Valve
Identify diverter valve location
Removing the Undertray
Remove Intercooler Piping
The Turbo feed charge pipe also need to be
removed. These are also held on with 7mm hose clamps.
Remove Diverter Valve Plug
Remove
Diverter Valve Chamber
The chamber is held on at the top of the intercooler with 1 x 8mm self-taping screw. Once removed the chamber is free to be removed.
The chamber pictured below can be removed, the chamber is simply rotated anticlockwise and it will uncouple from the intercooler.
Mounting
Turbosmart Diverter Valve
The
alignment of the diverter valve is important. The diverter valve can screw in with two directions.
The recirculation port must face towards the intercooler as pictured above.
The mount that holds the valve comes in two options. The most suitable one needs to be used. The Smaller right angled one pictured is for the small version intercooler. We must use a M3 Allen key to attach to the diverter valve.
Refitting Diverter Valve/Intercooler to Car
The two 7mm hose clamps must be correctly clamped.
The recirculation pipe must be fitted
ensuring the connector clips and locks into place, at this point we should
tighten up any loose hose clamp to ensure that we have correct orientation of
the recirculation pipe.
Refitting Electrical Connector
Plug in Connector ensuring that a positive and audible click is heard with the connector to ensure that it is locked in place.
Refit Undertray with the 2 x 15mm bolts that were moved to originally gain access to the Diverter valve area.
Troubleshooting
- Diverter valve not actuating - Confirm electrical signal plug is connected appropriately, as the plugs are new, some force may be required to click the plug into place.
- Valve is staying open - Confirm the valve has O-rings as they may have been dropped or lost during installation.
- Boost Pressure loss or lower than before - Confirm the valve has O-Rings as they may have been dropped or lost during installation.
- Failing the above, submit a technical request to [email protected] with information of your engine configuration and photos of installation.
- As the factory engine control unit controls the valve, the diverter valve is almost silent.
Notes On EM Series Diverter Valve Operation
- Due to its construction, your EM series may be much more audible than the OEM valve
- During normal operation you may now be able to hear the valve open for a few seconds under the following events: traction control, cruise control management, rapid gear changes and varying throttle position changes. This is standard operation of your diverter valve and is coded as part of the torque management software in the OEM engine control unit; there is no adjustment available over these functions on the Turbosmart EM valve directly. It is normal for a diverter valve to be “very active” as it protects your turbocharger from surge events as well as bypassing air for torque management purposes.