Subaru Forester (2019). Manual — part 29
The target area of illumination when SRH
is activated.
The target area of illumination when SRH
is not activated.
SRH is a function that automatically moves
the headlight beam to the left or right in
accordance with the steering angle and
vehicle speed. This function helps to
improve the visibility at night by illuminat-
ing the road ahead at corners and inter-
sections.
You can turn the SRH function on or off by
pressing the SRH OFF switch.
SRH OFF indicator light
The SRH OFF indicator light on the
combination meter turns off when SRH is
turned on.
The SRH OFF indicator light on the
combination meter illuminates when SRH
is turned off.
If SRH is malfunctioning, the SRH OFF
indicator light on the combination meter
flashes when the ignition switch is in the
“ON” position. It indicates that SRH has
been deactivated. Contact a SUBARU
dealer for an inspection.
If you turn the ignition switch to the
“OFF” position with SRH turned off and
then start the engine again, SRH will
automatically turn on.
.
When you turn the ignition switch to
the “ON” position, the SRH OFF indi-
cator light will illuminate and turn off
after several seconds.
.
SRH only activates when the vehicle
is traveling forward at the speed of
approximately 5 mph (8 km/h) or more.
Steering Responsive Headlight (SRH)
Instruments
3-13. Headlight beam leveler
(if equipped)
The LED headlights produce more light
than conventional halogen headlights.
When the vehicle is carrying a heavy load
and the headlight beams are angled
upwards, the driver of an oncoming vehicle
may experience glare.
To prevent this, the automatic headlight
beam leveler adjusts the headlights to the
optimum height automatically depending
on the load the vehicle is carrying.
In certain circumstances, the head-
lights may become misaligned, and
the headlight beam leveler will not
reset them to the proper angle. This
may occur after transporting your
vehicle on a flat-bed truck, or if the
vehicle is parked and restarted on
different angles. In such cases, have
the headlight alignment checked by
a SUBARU dealer.
3-14. Fog light switch (if
equipped)
Fog light switch
The front fog lights will turn on when the
fog light switch is placed in the “
while the headlights are in the following
condition.
.
While the headlight switch is in the “
For models with the auto on/off head-
lights, while the headlight switch is in the
“AUTO” position and the low beam head-
lights turn on automatically.
To turn off the front fog lights, turn the
switch back down to the “ ” position.
The indicator light on the combination
meter will illuminate when the front fog
lights are illuminated.
Headlight beam leveler
3-15. Turn signal lever
Lane change right signal
Lane change left signal
If the lever does not return after cornering,
return the lever to the neutral position by
hand.
To signal a lane change, push the turn
signal lever up or down slightly and hold it
during the lane change. The lever will
return automatically to the neutral position
when you release it.
One-touch lane changer
To flash the turn signal and turn signal
indicator light three times, push the turn
signal lever up or down slightly and
immediately release it.
T h e o p e r a t i o n a l / n o n — o p e r a t i o n a l
setting of the one-touch lane changer
can be changed by a SUBARU dealer.
Contact the nearest SUBARU dealer for
details. For models with the combina-
tion meter display (color LCD), the
setting can also be changed by operat-
ing the combination meter display
(color LCD). For details, refer to “Vehi-
cle Setting” FP196.
3-16. Wiper and washer
In freezing weather, do not use the
windshield washer until the wind-
shield is sufficiently warmed by the
defroster.
Otherwise the washer fluid can
freeze on the windshield, blocking
your view.
Do not operate the washer con-
tinuously for more than 10 sec-
onds, or when the washer fluid
tank is empty. This may cause
overheating of the washer motor.
Check the washer fluid level fre-
quently, such as at fuel stops.
Do not operate the wipers when
the windshield or rear window is
dry. This may scratch the glass,
damage the blade rubbers and
might cause the wiper motor to
fail. Before operating the wiper
on a dry windshield or rear win-
dow, always use the windshield
washer.
– CONTINUED –
Turn signal lever
Instruments
In freezing weather, be sure that
the blade rubbers are not frozen
to the windshield or rear window
before switching on the wipers.
Attempting to operate the wiper
with the blades frozen to the
window glass could cause not
only the blade rubbers to be
damaged but also might cause
the wiper motor to fail. If the blade
rubbers are frozen to the window
glass, be sure to operate the
defroster, windshield wiper dei-
cer (if equipped) or rear window
defogger before turning on the
wiper.
If the wipers stop during opera-
tion because of ice or some other
obstruction on the window, this
might cause the wiper motor to
fail even if the wiper switch is
t u r n e d o f f . I f t h i s o c c u r s ,
promptly stop the vehicle in a
safe place, turn the ignition
switch to the “LOCK”/“OFF” po-
sition and clean the window glass
to allow proper wiper operation.
Use clean water if windshield
washer fluid is unavailable. In
areas where water freezes in
winter, use SUBARU Windshield
Washer Fluid or the equivalent.
Do not clean the blade rubbers
with gasoline or a solvent, such
as paint thinner or benzine. This
will cause deterioration of the
blade rubbers.
The windshield wiper motor is pro-
tected against overloads by a circuit
breaker. If the motor operates continu-
ously under an unusually heavy load,
the circuit breaker may trip to stop the
motor temporarily. If this happens, park
your vehicle in a safe place, turn off the
wiper switch, and wait for approxi-
mately 10 minutes. The circuit breaker
will reset itself, and the wipers will
again operate normally.
.
Clean your blade rubbers and win-
dow glass periodically with a washer
solution to prevent streaking, and to
remove accumulations of road salt or
road film. Operate the windshield
washer for at least 1 second so that
washer solution will be sprinkled all
over the windshield or rear window.
.
Grease, wax, insects or other mate-
rial on the windshield or the blade
rubbers results in jerky wiper operation
and streaking on the glass. If you
cannot remove those streaks after
operating the washer or if the wiper
operation is jerky, clean the outer sur-
face of the windshield or rear window
and the blade rubbers using a sponge
or soft cloth with a neutral detergent or
mild-abrasive cleaner. After cleaning,
rinse the window glass and blade
rubbers with clean water. The glass is
clean if no beads form on the glass
when you rinse with water.
.
If you cannot eliminate the streaking
even after following this procedure,
replace the blade rubbers with new
ones. For replacement instructions,
refer to “Replacement of wiper blades”
FP469.
Wiper and washer
Windshield wiper and washer
switches
The wiper operates only when the ignition
switch is in the “ON” or “ACC” position.
Windshield wipers
/ MIST: Mist (for a single wipe)
/ LO: Low speed
/ HI: High speed
To turn the wipers on, push the wiper
control lever down.
To turn the wipers off, return the lever to
the “ ”/“OFF” position.
For a single wipe of the wipers, push the
lever up. The wipers operate until you
release the lever.
Wiper intermittent time control
When the wiper switch is in the “
position, turn the dial to adjust the operat-
ing interval of the wiper. The operating
interval can be adjusted in several steps
from the shortest interval to the longest.
Windshield washer
To wash the windshield, pull the wiper
control lever toward you. The washer fluid
sprays until you release the lever. The
wipers operate while you pull the lever.
– CONTINUED –
Wiper and washer
Instruments
Windshield washer fluid warning light
The windshield washer fluid warning
light illuminates when the washer fluid
level in the tank has dropped to the
lower limit. If the warning light illumi-
nates, refill the tank with fluid. For the
refilling procedure, refer to “Wind-
shield washer fluid” FP467.
Rear window wiper and
washer switch
Washer operation (accompanied by
wiper operation)
Washer operation (accompanied by
wiper operation)
With the switch turned to the “
the rear wiper will operate intermittently at
intervals corresponding to the vehicle
speed. In this position, when you move
the select lever to the “R” position, the rear
wiper will switch to continuous operation.
When you move the select lever/shift lever
from the “R” (reverse) position to another
position, the rear wiper will return to
intermittent operation.
Reverse gear interlocked rear wiper:
Even if the rear wiper switch is in the off
“ ” position, if the front windshield wiper is
operating continuously, the rear wiper will
operate intermittently when you move the
select lever/shift lever to the “R” (reverse)
position.
The factory setting (default setting) of the
reverse gear interlocked rear wiper is as
follows.
.
U.S.-spec. models: Non-operational
Other models: Operational
This setting can be changed by a SUBARU
dealer. Consult your SUBARU dealer for
details.
Do not attach anything that disturbs
the rear wiper operation on the rear
gate. Doing so may damage the rear
wiper when it operates.
Wiper and washer
To wash the rear window, turn the knob to
the “
” position. The washer fluid sprays
and the wiper operates until you release
the knob.
3-17. Mirrors
Always check that the inside and outside
mirrors are properly adjusted before you
start driving.
Inside mirror
Push the tab on the mirror for normal use.
To reduce glare from the headlights of the
vehicle behind you, pull the tab to the
antiglare position.
Auto-dimming mirror/com-
pass with HomeLink
During nighttime driving, the auto-dimming
feature senses distracting glare from
vehicle headlights behind you and auto-
matically dims to eliminate the glare and
preserve your vision.
– CONTINUED –
Mirrors
Instruments
To Operate the Auto-Dimming Fea-
ture
” switch to turn the auto-
dimming feature on/off. The auto-dimming
feature is enabled when the switch’s green
LED indicator is on. The auto-dimming
feature will default to on with each ignition
cycle.
To Operate the Compass Feature
1. To turn the compass feature on/off,
press and hold the “
” switch for more
than 3 seconds or until the display turns
on/off. The compass feature will default to
on with each ignition cycle.
2. If the display reads “C”, slowly drive the
vehicle in circles until compass is cali-
brated.
Compass calibration zones
3. To adjust for compass zone variance:
(1) Find your current location and
zone number on the map.
(2) Press and hold the “
more than 6 seconds or until a zone
number appears in the display.
(3) Once the zone number appears in
the display, toggle the “
again until your current location zone
number appears. After you stop press-
ing the switch, your new zone number
will be saved. Within a few seconds,
the display will show a compass direc-
tion.
4. If the vehicle’s magnetics have chan-
ged or if the compass appears inaccurate,
recalibrate the compass. Press and hold
the “
” switch for more than 9 seconds or
until a “C” appears in the display. Once a
“C” appears in the display, slowly drive the
vehicle in circles until compass is cali-
brated.
Wireless Control Sys-
Wireless Control System
provides a convenient way to replace up to
three hand-held radio-frequency remotes
used to activate devices such as gate
operators, garage door openers, entry
door locks, security systems, and even
home lighting. The below steps are gen-
eric programming instructions; for Genie
and Sommer garage door openers, please
go directly to the HomeLink website.
Additional information and programming
videos can be found at
www.HomeLink.com and
www.youtube.com/HomeLinkGentex.
Before programming HomeLink
to a garage door opener or gate
operator, make sure that people
and objects are out of the way of
the device to prevent potential
harm or damage.
What Does SRH Mean in Subaru?
“What does SRH mean in Subaru?” has closed many people’s minds. SRH stands for Steering Responsive Headlights. It’s an adaptive headlight system that makes your driving experience safer.
If you’re a Subaru fan, you want to learn more about this exciting feature. We’ve got you. Read on for the details and discover other newer, world-class features Subaru offers.
How Does the SRH in Subaru Enhance Your Safety?
The SRH in Subaru enhances your safety by helping you see better while cornering. Unlike the typical headlights that point straight ahead, the SRH point toward the direction you’re steering. That allows you to see further around a corner and react sooner if something happens.
Subaru introduced the SRH on its vehicles in 2017. So far, the feature is available on select models. These include the 2017 Impreza, 2018 WRX, Crosstrek, Outback, Forester, and Legacy.
When you enable the SRH on your Subaru, the headlights will move in the direction you turn the steering wheel. The SRH headlights use electronic motors to pivot right or left as you steer the wheel. By so doing, they effectively light up the road ahead.
These unique headlights come in handy when driving in the middle of the night on a road that meanders. You can see oncoming traffic at a corner or intersection sooner, reducing a crash risk.
Has the SRH Technology Been There Before?
SRH technology has been there before, since the late 1940s. But Subaru has revived and made it even better. In those early years, manufacturers would connect the headlights to the steering controls. That way, the headlights would move together with the steering wheel.
The Tucker 48 (Tucker Torpedo) is a famous example of a vehicle model that used this technology. Reports are that the vehicle had cutting-edge features at that time. It included a centrally located headlamp that would move with the steering input.
These headlights are controlled electronically in the contemporary world. But the effect remains the same. As stated, the SRH function will automatically move the headlights left or right as per your steering angle and car speed. You can turn on or off the SRH function based on your needs.
How to Turn the Subaru’s SRH Function ON or OFF?
To turn the Subaru’s SRH function on or off, you must access the information screen in the gauge cluster. You’ll control the system on this screen. Now use the buttons on your steering wheel to turn the SRH on or off as and when you need it.
Let’s discuss this in detail:
1. Activating or Deactivating the System
As mentioned, you control the SRH system through the information screen in the middle of the gauge cluster. That is behind the steering wheel. You’ll find the buttons to access the screen and turn the SRH ON or OFF on the lower left of the steering wheel.
2. Understanding the SRH System’s Behavior
The SRH system will behave differently in different circumstances. First, the system has a light on the combination meter that indicates when it’s on or off. Subaru calls it the SRH OFF indicator light.
It will turn off when you turn the SRH function on. On the other hand, the SRH OFF indicator light will turn on when you switch off the system. If you turn ON the ignition with the SRH off and then turn on the engine again, the SRH will go on automatically. Also, when you switch the ignition ON, the SRH OFF indicator light will turn on. It will then turn off after a moment.
Note: The SRH will only activate when your Subaru moves forward at 5 mph or more.
How to Recognize the SRH Malfunctions and Fix Them?
If the SRH is malfunctioning, it will behave erratically. The SRH OFF indicator light may flash when you turn the ignition switch to the ON position. That indicates that the SRH function is disabled, and you should contact a Subaru dealer to inspect and fix it.
SRH malfunctions aren’t widespread. That’s perhaps because the feature is still new, especially on some Subaru models – barely a decade old. Some reported issues include:
1. A Potential Sensor Issue
The SRH OFF lights stay on; nothing happens when you press the on-off button. You’ll also not see any warning light stating there’s a fault. It would be best if you visited a dealer when that happens.
2. Faulty Headlamp Assembly
Another issue you may encounter with the SRH function is a defective headlamp assembly. Some people claim that stopping and restarting the engine clears this electronic mishap. However, the best thing is to take the vehicle to a dealership for repair or a headlight replacement.
What Are Some Other Newer Safety Features on Subaru?
Some other newer features on Subaru include high beam assist (HBA) and reverse auto braking (RAB). The HBA enhances your night-time visibility by automatically adjusting your high beams to low or high at the appropriate time. Conversely, the HBA prevents accidentally crushing on obstacles when driving in reserve.
Here are the details:
1. High Beam Assist (HBA)
The high beam assist is a light feature that allows your high beams to adjust automatically to low or high based on available lighting. For example, the lights will change to low if the sensors detect sufficient lighting from street lights, a vehicle in front of you, or one oncoming in an adjacent lane.
That means you can use your high beams to improve night-time visibility without worrying about blinding other drivers. The HBA will adjust the lights accordingly while you concentrate your hands on the steering wheel.
2. Reverse Auto Braking (RAB)
As the name suggests, this unique feature prevents crushing when driving in reserve. The RAB system uses sensors in the rear bumper to detect obstacles in the vehicle’s path when moving back at a low speed. The system will send an audio warning immediately after it detects an obstacle. If you don’t respond, the system will automatically stop the vehicle.
Conclusion
We have learned that SRH means Steering Responsive Headlights. When enabled, these headlights will turn right or left according to the direction of your steering wheel. They enhance night-time visibility when cornering or at an intersection.
It’s easy to activate or deactivate the SRH system on the information screen using buttons on the steering wheels. If the system malfunctions, take your vehicle to an authorized Subaru dealership.
Srh off subaru что это
Subaru Impreza 2023 Steering Responsive Headlight, Wiper And Washer User Guide
Subaru Impreza 2023 Steering Responsive Headlight (SRH) And Wiper And Washer Base User Guide
Steering Responsive Headlight (SRH)
- The target area of illumination when SRH is activated.
- The target area of illumination when SRH is not activated.
SRH is a function that automatically moves the headlight beam to the left or right in accordance with the steering angle and vehicle speed. This function helps to improve visibility at night by illuminating the road ahead at corners and intersections.
You can turn the SRH function on or off by pressing the SRH OFF switch.
SRH OFF indicator light
The SRH OFF indicator light on the combination meter turns off when SRH is turned on.
The SRH OFF indicator light on the combination meter illuminates when SRH is turned off. If SRH is malfunctioning, the SRH OFF indicator light on the combination meter flashes when the ignition switch is in the “ON” position. It indicates that SRH has been deactivated. Contact a SUBARU dealer for an inspection.
NOTE
- If you turn the ignition switch to the “OFF” position with SRH turned off and then start the engine again, SRH will automatically turn on.
- When you turn the ignition switch to the “ON” position, the SRH OFF indicator light will illuminate and turn off after several seconds.
- SRH only activates when the vehicle is traveling forward at the speed of approximately 5 mph (8 km/h) or more.
Headlight beam leveler
LED headlights produce more light than conventional halogen headlights. When the vehicle is carrying a heavy load and the headlight beams are angled upwards, the driver of an oncoming vehicle may experience glare. To prevent this, the automatic headlight beam leveler adjusts the headlights to the optimum height automatically depending on the load the vehicle is carrying.
CAUTION
In certain circumstances, the headlights may become misaligned, and the headlight beam leveler will not reset them to the proper angle. This may occur after transporting your vehicle on a flatbed truck, or if the vehicle is parked and restarted on different angles. In such cases, have the headlight alignment checked by a SUBARU dealer.
Fog light switch (if equipped)
Except for Canadian models
- Headlight switch
- Fog light switch
For Canada models
- Headlight switch
- Fog light switch
- The front fog lights will turn on when the fog light switch is placed in the “ ” position while the headlights are in the following
conditions. - The headlight switch is in the “ ” position with the low beam mode selected.
- For models with the auto on/off headlights, while the headlight switch is in the “AUTO” position and the low beam headlights turn on automatically. To turn off the front fog lights, perform the following.
- Turn the switch to “ ” (except for Canada models).
Turn the switch to “OFF” (for Canada models).
The indicator light on the combination meter will illuminate when the front fog lights are illuminated.
Turn signal lever
- Right turn
- Lane change right signal
- Lane change left signal
- Left turn If the lever does not return after cornering, return the lever to the neutral position by hand.
To signal a lane change, push the turn signal lever up or down slightly and hold it during the lane change. The lever will return automatically to the neutral position when you release it.
One-touch lane changer
To flash the turn signal and turn the signal indicator light three times, push the turn signal lever up or down slightly and immediately release it.
NOTE
The operational/non-operational setting of the one-touch lane changer can be changed by a SUBARU dealer. Contact the nearest SUBARU dealer for details. The setting can also be changed by operating the combination meter display (color LCD). For details, refer to “Vehicle Setting” �P196.
Wiper and washer
WARNING
In freezing weather, do not use the windshield washer until the windshield is sufficiently warmed by the defroster. Otherwise, the washer fluid can freeze on the windshield, blocking your view.
CAUTION
- Do not operate the washer continuously for more than 10 seconds, or when the washer fluid tank is empty. This may cause
overheating of the washer motor. Check the washer fluid level frequently, such as at fuel stops. - Do not operate the wipers when the windshield or rear window is dry. This may scratch the glass, damage the blade rubbers and might cause the wiper motor to fail. Before operating the wiper on a dry windshield or rear window, always use the windshield washer.
- In freezing weather, be sure that the blade rubbers are not frozen to the windshield or rear window before switching on the wipers. Attempting to operate the wiper with the blades frozen to the window glass could cause not only the blade rubbers to be damaged but also might cause the wiper motor to fail. If the blade rubbers are frozen to the window glass, be sure to operate the defroster, windshield wiper deicer (if equipped) or rear window defogger before turning on the wiper.
- If the wipers stop during operation because of ice or some other obstruction on the window, this might cause the wiper motor to fail even if the wiper switch is turned off. If this occurs, promptly stop the vehicle in a safe place, turn the ignition switch to the “LOCK”/“OFF” position and clean the window glass to allow proper wiper operation.
- Use clean water if windshield washer fluid is unavailable. In areas where water freezes in winter, use SUBARU Windshield Washer Fluid or the equivalent. Refer to “Windshield washer fluid” �P473.
- Do not clean the blade rubbers with gasoline or a solvent, such as paint thinner or benzene. This will cause deterioration of the blade rubbers.
NOTE
- The windshield wiper motor is protected against overloads by a circuit breaker. If the motor operates continuously under an unusually heavy load, the circuit breaker may trip to stop the motor temporarily. If this happens, park your vehicle in a safe place, turn off the wiper switch, and wait for approximately 10 minutes. The circuit breaker will reset itself, and the wipers will again operate normally.
- Clean your blade rubbers and window glass periodically with a washer solution to prevent streaking, and to remove accumulations of road salt or road film. Operate the windshield washer for at least 1 second so that the washer solution will be sprinkled all over the windshield or rear window.
- Grease, wax, insects, or other material on the windshield or the wiper blade results in jerky wiper operation and streaking on the glass. If you cannot remove the streaks after operating the windshield washer or if the wiper operation is jerky, clean the outer surface of the windshield and rear window using a sponge or soft cloth with a neutral detergent or mild-abrasive cleaner. Do not, however, use detergent to clean the blade rubbers.
- Use only a sponge or soft cloth (and no neutral detergent or mild abrasive cleaner) when you clean the blade rubbers. If you wipe the rubber of the blade strongly, the black coating component will peel off, which will cause the wiper to judder. Also, after wiping it off, check that the rubber has not come loose. After cleaning the window glass and wiper blade rubbers, be sure to rinse them with clean water. Rinse the window until the water does not form beads on the glass. This indicates that the glass is clean. blade results in jerky wiper operation and streaking on the glass. If you cannot remove the streaks after operating the windshield washer or if the wiper operation is jerky, clean the outer surface of the windshield and rear window using a sponge or soft cloth with a neutral detergent or mild-abrasive cleaner. Do not, however, use detergent to clean the blade rubbers.. If you cannot eliminate the streaking even after following this procedure, replace the blade rubbers with new ones. For replacement instructions, refer to “Replacement of wiper blades” �P474.
- If the wipers do not operate when the wiper switch is in the “Lo” position, turn the wiper switch to the “High” position.
In these cases, we recommend that you contact your SUBARU dealer.
Windshield wiper and washer switches
The wiper operates only when the ignition switch is in the “ON” or “ACC” position. Windshield wipers Use only a sponge or soft cloth (and no neutral detergent or mild abrasive cleaner) when you clean the blade rubbers. If you wipe the rubber of the blade strongly, the black coating component will peel off, which will cause the wiper to judder. Also, after wiping it off, check that the rubber has not come loose. After cleaning the window glass and wiper blade rubbers, be sure to rinse them with clean water. Rinse the window until the water does not form beads on the glass. This indicates that the glass is clean.
- Mist (for a single wipe)
- Off
- Intermittent
- Low speed
- High speed
To turn the wipers on, push the wiper control lever down. To turn the wipers off, return the lever to the “ ” position. For a single wipe of the wipers, push the lever up. The wipers operate until you release the lever.
When the wiper switch is in the “ ” position, turn the dial to adjust the operating interval of the wiper. The operating interval can be adjusted in several steps from the shortest interval to the longest.
Windshield washer
To wash the windshield, pull the wiper control lever toward you. The washer fluid sprays until you release the lever. The wipers operate while you pull the lever.
Windshield washer fluid warning light
NOTE
The windshield washer fluid warning light illuminates when the washer fluid level in the tank has dropped to the lower limit. If the warning light illuminates, refill the tank with fluid. For the refilling procedure, refer to “Windshield washer fluid” �P473.
Rear window wiper and washer switch
- Washer operation (accompanied by wiper operation)
- continuous operation
- Intermittent operation
- Off
Rear wiper
Washer operation (accompanied by wiper operation)With the switch turned to the “ ” position, the rear wiper will operate intermittently at intervals corresponding to the vehicle speed. In this position, when you move the select lever to the “R” position, the rear wiper will switch to continuous operation. When you move the select lever from the “R” (reverse) position to another position, the rear wiper will return to intermittent operation.
Reverse gear interlocked rear wiper:
Even if the rear wiper switch is in the off “ ” position, if the front windshield wiper is operating continuously, the rear wiper will
operate intermittently when you move the select lever to the “R” (reverse) position. The factory setting (default setting) of the reverse gear interlocked rear wiper is as follows.
- U.S.-spec. models: Non-operational
- Other models: Operational This setting can be changed by a SUBARU dealer. Consult your SUBARU dealer for details.
CAUTION
Do not attach anything that disturbs the rear wiper operation on the rear gate. Doing so may damage the rear wiper when it operates.
Washer
To wash the rear window while the rear wiper is operating, turn the knob switch upward to the position. The washer fluid sprays until you release the knob. To wash the rear window when the rear wiper is not in use, turn the knob switch downward to the position. The washer fluid sprays and the wiper operate until you release the knob. The rearview camera washer also operates while the rear window washer is operating.
How to turn on srh subaru outback?
The SRH system is controlled via the information screen in the center of the gauge cluster behind the steering wheel. The buttons necessary to access the screen and activate or deactivate SRH are located on the lower left of the steering wheel.
Correspondingly, how do you turn on Subaru SRH?
Amazingly, how do you turn off SRH on a Subaru? You can turn SRH off by pressing SRH button on dash lower left. “SRH OFF” light on dash comes on. If the SRH malfunctions, the “SRH OFF” light on the dash flashes.
Similarly, what is SRH on a Subaru Outback? Let’s look at the Subaru Steering Responsive Headlight (SRH) system. Subaru SRH is an adaptive lighting system available on many Subaru models. … This allows for better illumination of the road when navigating a curve or turn.
Also know, what is SRH off in Subaru? The SRH OFF indicator light on the combination meter turns off when SRH is turned on. … If SRH is malfunctioning, the SRH OFF indicator light on the combination meter flashes when the ignition switch is in the “ON” position. It indicates that SRH has been deactivated. Contact a SUBARU dealer for an inspection.In Intelligent Mode, SI-DRIVE directs the throttle to open more gradually to maximize fuel efficiency, reduce emissions and deliver greater smoothness. The engine mapping also optimizes throttle and torque characteristics to maintain the most efficient settings, boosting fuel economy by as much as 10% overall.
What does the A with a circle around it mean in a Subaru?
Auto start stop system for the engine to shut off when stopped. Not available in the US, but it is in many places like Australia, Japan, and Europe. The button turns off the system.
Как устроен и работает полный привод Subaru
Хорошо, что автор вопроса указал соотношение (60/40), хотя было бы лучше, если бы он уточнил еще и модель, а также годы ее выпуска. Ведь, несмотря на общее фирменное обозначение Symmetrical AWD, на автомобилях марки Subaru в зависимости от модели, года выпуска и рынка сбыта применяются совершенно разные полноприводные трансмиссии!
Дабы не запутывать читателей и не перегружать ответ перечислением и описанием всех возможных вариаций, кратко пробежимся по принципиальным схемам полного привода, применяемым на современных Subaru, и чуть подробнее остановимся на той, которая, как нам кажется, интересует автора вопроса.
Версии с механической коробкой передач имеют «честный» постоянный полный привод. Как правило, это схема CDG с симметричным межосевым дифференциалом, блокирующимся при помощи вискомуфты. Считайте, чистая механика, дополненная гидравликой, без какого-либо электронного управления. На некоторые модели, в частности Forester, также устанавливают задний межколесный дифференциал, блокируемый при помощи вискомуфты. Кроме того, на ряде моделей используется понижающая передача.
Но «заряженные» WRX STi оснащаются несимметричным дифференциалом, который обеспечивает перераспределение крутящего момента в пользу задних колес. Соотношение зависит от поколения «стихи», но находится на уровне 41:59 – 35:65. При этом «центр» имеет изменяемую (принудительно или автоматически) степень блокировки при помощи электромагнитной муфты. Данная система известна под названием Driver Controlled Center Differential (DCCD). На задней оси, кроме того, установлен «самоблок».
Для «заряженных» версий Subaru с автоматической трансмиссией (та же Impreza WRX STi, а также Forester S-Edition и Legacy GT) в свое время была предложена схема, получившая название Variable torque distribution AWD (VTD). В ней используется несимметричный планетарный дифференциал (45:55 в пользу задних колес), блокируемый с помощью электронно-управляемой многодисковой муфты. В качестве опции в заднем межколесном дифференциале также может быть установлена вискомуфта.
Наконец, Subaru с автоматическими трансмиссиями и вариаторами Lineatronic оснащаются системой полного привода с активным распределением крутящего момента Active torque split AWD (ACT). Судя по всему, именно про нее и спрашивает наш читатель. В зависимости от поколения и года выпуска имеются определенные конструктивные отличия, но принцип действия ACT остается неизменным.
В отличие от вышеназванных схем межосевого дифференциала здесь нет, за передачу крутящего момента к задним колесам отвечает электронно-управляемая муфта. Ну а главное — такие Subaru имеют более «переднеприводный» характер на скольких покрытиях, поскольку соотношение в нормальных условиях здесь 60:40 в пользу передних колес!
При этом перераспределение тяги зависит от целого ряда параметров (выбранный режим коробки, скорость вращения передних и задних колес, положение педали «газа» и т.д.), на основании которых блок управления и «решает», насколько жестко зажать фрикционы и сколько момента перебросить на заднюю ось. Поэтому соотношение меняется в режиме реального времени и может варьироваться в пределах 90:10 – 60:40 в пользу передней оси. Кстати, задний межколесный дифференциал на ряде моделей также может быть оснащен вискомуфтой в качестве автоматической блокировки.
Сказать, что Subaru с ACT имеют «ненастоящий» полный привод нельзя: в отличие от многих моделей других марок с подключаемой задней осью здесь тяга к задним колесам поступает всегда. Но до «равноправного» соотношения 50:50 дело все же не доходит, в целом на скользких покрытиях такие автомобили управляются несколько иначе, нежели версии с механическим дифференциалом. Впрочем, все эти особенности раскрываются в далеко не стандартных режимах движения, а в «гражданских» даже опытный водитель вряд ли определит, какая из вариаций Symmetrical AWD использована.
Srh off subaru forester что это
Недавно ехал, и попалась как то в глаза кнопка отключения системы поворота фар, а точнее SRH. Сколько не думал, так и не смог понять, какие могут причины для ее отключения. У кого какие мнения и идеи, зачем это может понадобится?
Subaru Forester 2018, двигатель бензиновый 2.5 л., 185 л. с., полный привод, вариатор — другое
Комментарии 10
Зимой перед мойкой диллеры советуют отключать
100% для региональных ограничений.
Наверняка кроме США есть еще страны с дебильными законами.
В Штатах и ксенон запрещен ( диоды еле еле разрешили)
потому что считается что америкосы настолько тупые что дальний свет не в состоянии выключать и фары мыть.
Ну для тупых есть же функция hba! Кстати у нее тоже много ограничений, ехал тут ночью по лесу, так не давала мне дальний включать. (
Переключить из авто в ручной крутилку фар)
Не допер до этого )) Вырубил функцию в настройках. Спасибо, буду знать.
Ну для тупых есть же функция hba! Кстати у нее тоже много ограничений, ехал тут ночью по лесу, так не давала мне дальний включать. (
у VW в положении света auto при первом включении дальнего он переходит в авторежим, если ещё раз — включает дальний безоговорочно.
есть предположение, что кнопка появилась потому, что в United States запрещены поворотные фары и там система выключена по-умолчанию и может быть включена этой кнопкой.
у нас такой темы нет, поэтому система включена по-умолчанию, но может быть выключена кнопкой, если придет фантазия заехать в United States =)
Подробный разбор: системы безопасности нового Subaru Forester
Еще в 1986 году первое поколение Subaru Forester получило каркас кузова кольцеобразной формы (вертикальные стойки с усиленными боковыми балками и порогами соединяли крышу и пол, образуя клетку) — решение, обеспечивающее защиту водителя и пассажиров при столкновениях. Переход на новую глобальную платформу SGP позволил еще увеличить эффективность защитных функций кузова. К примеру, благодаря наличию дополнительных элементов в структуре кузова было улучшено распределение ударных нагрузок при столкновении, что значительно снижает риск получения пассажирами травм.
Кузов новой модели обеспечивает более равномерный отвод энергии при столкновении.
АКТИВНАЯ БЕЗОПАСНОСТЬ
Фирменная система симметричного полного привода Subaru, позволяющая оптимально распределять крутящий момент между всеми колесами на любом виде покрытий, система активного управления вектором тяги, понижающая при необходимости крутящий момент, передаваемый на внутренние по отношению к повороту колеса — все это повышает потенциал автомобиля без компромиссов с уровнем безопасности. В основном материале говорилось, что управление новым Forester стало еще лучше. Важной деталью в этом моменте стала новая рулевая рейка с переменным передаточным отношением.
ПЕРВИЧНАЯ И ПРЕВЕНТИВНАЯ БЕЗОПАСНОСТЬ
Отличная эргономика, минимальные размеры слепых зон, дизайн кузова, позволяющий легко чувствовать габариты автомобиля. При включении селектора АКП в режим Reverse боковые зеркала автоматически наклоняются вниз, позволяя контролировать зоны возле задних колес.
Система активного управления вектором тяги, компенсирующая недостаточную поворачиваемость.
Что касается превентивной безопасности, то в новом Subaru Forester доступен ряд самых современных систем. Радары системы BSD позволяют обнаружить в «слепых» зонах автомобили, движущиеся в попутном направлении — о них водитель предупреждается включением индикатора в боковом зеркале. При движении задним ходом (например, при выезде с парковки) система RCTA предупредит о транспортных средствах, движущихся в поперечном направлении. Интересной новинкой на модели Forester стала система RAB: при движении задним ходом расположенные в заднем бампере датчики сигнализируют о наличии препятствия. Если водитель своевременно не отреагирует на предупреждение, то автоматически будут задействованы тормозные механизмы. При движении в ночное время система динамического освещения поворотов SRH направит свет фар в сторону поворота в зависимости от положения рулевого колеса.
Стереокамера системы EyeSight.
СИСТЕМА EYESIGHT
Эта система начала разрабатываться еще в 1989 году, а ее запуск состоялся в 2008‑м. В России система EyeSight появилась в пошлом году на Subaru XV, а теперь доступна и на новом Forester. Что касается ее эффективности, то в Японии аварийность автомобилей, оснащенных EyeSight, на 61% ниже, чем у автомобилей без этой системы. Если говорить о функционале, то EyeSight объединяет целый ряд систем. Система автоматического экстренного торможения предупреждает о сокращении дистанции до автомобиля, следующего в попутном направлении. Если водитель не предпринимает действий для предупреждения столкновения, автоматически приводятся тормозные механизмы. Система адаптивного круиз-контроля не только автоматически поддерживает заданную скорость, но и может ее регулировать в зависимости от дистанции до впереди идущего автомобиля. Если при начале движения селектор АКП уже переведен в режим Drive, а система EyeSight видит перед автомобилем препятствие, то следует предупреждение водителю, а мощность двигателя ограничивается. EyeSight отслеживает разметку дороги и при приближении автомобиля к полосе разметки предупреждает об этом водителя, а также кратковременным воздействием на руль производит корректировку курса, удерживая автомобиль в полосе. Если система фиксирует неоднократные колебания автомобиля в пределах полосы движения, она предупреждает звуковым и световым сигналами, предполагая, что водитель утомлен.
У Subaru Forester появился новый спортвариант
Subaru расширит гамму обновленного кроссовера Forester версией STI Sport. Новинка анонсирована 27 июня, ее предложат на внутреннем рынке Японии.
Отличия STI Sport от стандартного кроссовера заключаются в шасси и стилевых деталях.
Так, новая версия укомплектована спортивными амортизаторами Hitachi Astemo SFRD, благодаря которым управляемость у Форестера становится «как у седана».
Особенности STI Sport снаружи — выполненные в глянцевом черном цвете решетка радиатора, спойлер, корпуса зеркал, элементы переднего бампера, оригинальные 18-дюймовые черные легкосплавные колесные диски и специальные шильдики STI.
В салоне — черно-бордовая отделка сидений со вставками из «состаренной» кожи Nappa, а также бордовые сегменты в отделке обода руля, селектора трансмиссии и передней панели.
В части агрегатов разницы со стандартным Forester нет — под капотом STI Sport установлен 1,8-литровый бензиновый оппозитник CB18 мощностью 177 л.с. и крутящим моментом 300 Нм. Он сочетается с бесступенчатым вариатором и полным приводом.
Продажи Forester STI Sport стартуют в Японии в течение нескольких недель.