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Volvo C-30 FMIC Install Guide

Volvo C-30 FMIC Install Guide

Procedure: Installation for the ATP direct replacement high flow/high density front mounted intercooler assembly on the 2007 and newer Volvo C30 / S40 T5 Model
Purpose of this upgrade: This ATP FMIC upgrade features a Garrett GT spec intercooler core that is much more thermally efficient in cooling the turbo charged air than the factory FMIC. The result is a drastic reduction in charge air temp which equates to a denser charge, more power, less engine knock, and increased engine reliability.

Note: This unit is designed to replace the stock unit, utilizes the stock mounting point through new brackets, but it strategically placed further forward against the bumper fascia. The plastic frame around the stock intercooler under the bumper cover is removed during the install.

Preparation for this upgrade:
1. Basic tools required including screwdrivers and torx driver bits.
2. Ability to lift vehicle recommended either through vehicle lift or jack stands in order to access lower engine plastic covers.

Installation Instructions:
A. Lift the hood, identify the mounting points and remove the front bumper cover:
1. Unbolt the two torx screws and unlock the retaining buttons at top of bumper cover:
2. Unscrew and remove the (5) screws on the inside of the passenger side fender lining then repeat on the driver side fender lining, behind the bumper cover. Turn the steering wheel to turn wheel/tire as necessary to expose the fender lining. Also, remove lower mounting bolt on each bottom side of the wheel well (as shown on bottom right)

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Volvo short shifter kit installation instructions

Volvo short shifter kit installation instructions

Tools required:
1. Flathead screwdriver.
2. Electrical crimper/cutter.
3. Fine needlenose pliers or c-clip remover (or even something with a pointy tip)
4. 4mm or 5/32” hex key, ideally a 3/8” driver style. A similar size of torx will do in a pinch. Driver extensions are very handy.
5. 8mm and 10mm socket driver.
6. Work light!

Procedure:
1. Remove leather boot (if equipped).
2. Remove shifter knob
a. Using screwdriver, carefully pry out knob cover:
b. Pull out overdrive button (later models may be attached with small screws). Disconnect from wires.
c. Pull off knob, it should be on snugly.
3. Pry out the 4 plugs holding the shifter boot to the chassis.
4. Remove the boot.
5. Leaving some slack, cut the 2 overdrive button wires:
6. Remove the (2) 8mm bolts (arrowed) holding on the reverse lockout gate and remove the gate.
7. Using fine needle nose, or c clip remover, or pointy tool, remove the c-clip:
8. Put the transmission into reverse.
9. (under the car) using the hex key, remove the set screw on the bottom of the shifter. It’s a tight squeeze under there so this is where the extensions will come in.

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1995 Volvo 850 A/C-Heater System - Manual

1995 Volvo 850 A/C-Heater System - Manual

System is equipped with a cycling clutch system that uses an expansion valve in refrigerant line between condenser and evaporator, near condenser. System is engaged when A/C switch on control panel is pressed. See Fig. 1. Pressure switch on accumulator cycles compressor clutch on and off. Blower fan speed is controlled by sliding switch on lower left of A/C-heater control panel.

Airflow modes are controlled by center knob on A/C-heater control panel. Mode doors are controlled by cables on left side of climate control unit. See Fig. 2. Temperature blend (air mix) doors, located on driver and passenger side respectively, is selected by left or right knob on A/C-heater control panel. Doors are controlled by cables on left side and center of climate control unit.

Fresh/recirculated air is selected by switch to lower right of mode knob on A/C-heater control panel. Door is controlled by recirculation motor on upper half of climate control unit. Air conditioning system will only operate above 32 £ F (0 £ C). Blower switch must be in position “1″ or higher to engage compressor. A/C compressor is connected in series with the low-pressure switch, high-pressure switch, and safety switch. The high-pressure and safety switch cut power to the A/C compressor if pressure in the A/C high-pressure circuit becomes excessive, supplying a signal to ECM to start cooling fan. Low-pressure switch (pressostat) turns A/C compressor on and off to maintain pressure within limits.

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CARMAN WI Operation Manual

CARMAN WI Operation Manual

Carman Wi checks the vehicle defects by cable or wireless as a self-diagnostic sensor scan tool. As it is a compact size and wireless LAN communication type, users can diagnose the vehicle defects more quickly and conveniently.

Functional Summary
- Diagnostic function of Korean, Japanese, European, American Vehicles
- Vehicle communication function by Wireless LAN, USB method
- Work efficiency connecting the existing PC
- Saved Data Search function

Carman Wi described in this manual was manufactured for those who have the basic knowledge required for its use. Users should follow the safety instructions for safe and efficient use of the product.

The cautions of use are as follows:
Do not drop the product.
Never use the product without the rubber boot in place. Do not put the product on a distributor or high-tension cables. Even though Carman Wi is manufactured to internally prevent the interference from the electromagnetic waves, the strong interference by excessive electromagnetic waves may damage the product.

The strong surge or electric shock applied to the power cable may damage the power supply unit of the product. So, do not use the product while the power supply is unstable. The voltage rating of the AC/DC adapter is 12V DC. Be sure to use an AC/DC adaptor with the rated voltage.

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Volvo S/V40 Generation 1 Installation Guide BC250/500

Volvo S/V40 Generation 1 Installation Guide BC250/500

The BC-harness is delivered complete with all the connectors. When all the wiring is complete it’s important to secure the harness and make sure that it’s not mounted directly on top of extremely hot engine parts such as the header. You can use cable ties to secure the harness.

(A) Bosch fuel injectors.
(B) MAP-signal to MAP-sensor through hose.
(C) RPM signal from cam sensor.
(D) Boost control valve (Bosch connector) and power supply.
(E) Grounding through screw into the chassis.
(F) Suitable hole for harness through firewall
(G) 2 optional analog in- and outputs
(H) 24-way connector for the BC-box

Tools needed for the installation
1) Screwdrivers, e.g. torx key.
2) Steel wire and soap if the box should be mounted inside the car.
3) Solder iron
4) Cutting pliers

Installation
1) Read the whole instruction first, at least one time.
2) Turn the ignition off and remove key
3) Remove engine cover
4) Lay down the harness on top of the engine, as it is supposed to be when finished.
5) Fuel injectors (A)
There are ordinary Bosch fuel injector connectors prepared in the harness. The 8 connectors are paired up male-female. The principle is to connect the box between the fuel injectors and the original harness using a male-female pair of connectors. This is also our +12V power supply.

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Volvo MD6A, MD7A Marine diesel engines Workshop Manual

Volvo MD6A, MD7A Marine diesel engines Workshop Manual

This workshop manual contains technical specification, descriptions and instructions for repairing the standard versions of the following engines TAMD31M, TAMD31L, TAMD31P, AD31L, AD31P, KAD32P, TAMD41H, TAMD41M, TAMD41P, AD41P, TAMD42WJ, KAMD42A, KAMD42B, KAMD42P, KAD42A, KAD42B, KAD42P, KAMD43P, KAD43P, KAMD44P, KAD44P. The workshop manual displays the operations carried out on any of the engines above. As a result the illustrations and pictures in the manual that show certain parts on the engines, do not in some cases apply to all the engines listed above. However the repair and service operations described are the same in all essential details.

Where they are not the same this is stated in the manual and where the difference is considerable the operations are described separately. Engine designations and numbers are given on the number plate (See Workshop manual Group 21 Engine page 15). The engine designation and number should be given in all correspondence about the engine. This Workshop Manual has been developed primarily for Volvo Penta service workshops and qualified personnel. Persons using this book are assumed to have a grounding in marine drive systems and be able to carry out related mechanical and electrical work.

Volvo Penta is continuously developing their products. We therefore reserve the right to make changes. All the information contained in this book is based on product data available at the time of going to print. Any essential changes or modifications introduced into production or updated or revised service methods introduced after the date of publication will be provided in the form of Service Bulletins.

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Volvo Electric Powered Concept Sports Car and Volvo Replacement Parts

Volvo Electric Powered Concept Sports Car and Volvo Replacement Parts

While major U.S. automakers are focusing on hybrid and fuel cell vehicles, Volvo took a different route, unveiling a sports car powered entirely with lithium-ion batteries. Volvo’s 3CC concept car, won “Best Design” and five Gold Standards at the recent Michelin Challenge Bibendum environmental competition in Shanghai, China. “Not only does the 3CC combine classic Volvo styling cues with exotic gull-wing doors and a tapered, 2+1 seating configuration, but it does so with a highly advanced lithium-ion battery electric drive train. That’s a step apart from the crowd, which these days is largely focused on hybrid and fuel cell concepts,” says Ron Cogan, editor and publisher of the Green Car Journal.

“Just as the earlier ECC forwarded new thought in hybrid propulsion with its high-speed turbine-generator design,” adds Cogan, “today’s lithium-ion 3CC innovates with its thousands of smallish laptop computer-style batteries, which power this zero emission vehicle to impressive levels of efficiency and performance.” Advanced research into sustainable mobility and Volvo engineers have placed particular focus on the conditions regulating safety in small cars and their ability to handle incoming forces in a frontal collision.

The unique aerodynamic styling of Volvo’s 3CC concept car allows room for a third seat in back. The unique ducktail design creates room for a third seat in the back, while the batteries are sandwiched into the floor panels. The 3CC concept car features an 80-kilowatt motor that delivers up to 107 horsepower, it has a potential driving range of 300 km (approx 180 miles) the 3CC has a top speed of over 135 km per hour. The carbon-fiber body is mounted on a steel space frame and composite floor panels, giving the lightweight vehicle the ability to leap to 60 miles per hour in less than 10 seconds. Volvo says the 3CC can travel 180 miles on one charge under ideal driving conditions.

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Model HL25 Instruction and Parts Manual

Model HL25 Instruction and Parts Manual

The PULLMASTER Model HL25 is a planetary, hydraulic winch with two forward speeds and one reverse speed. At low forward or hoisting speed this unit has a line pull capacity of 25,000 lb on the first layer of wire. In the “rapid forward” mode the line pull capacity is reduced by a ratio of 4.67 and the line speed increases by the same ratio. The change from low speed to rapid forward speed is actuated hydraulically and can be made while the drum is rotating. The main components of this unit are:
- Hydraulic motor
- Multi-disc brake with static and dynamic function
- High speed clutch
- Primary planet reduction
- Final planet reduction
- Brake housing
- Final drive housing
- Cable drum

FUNCTION IN FORWARD ROTATION:
LOW FORWARD SPEED
During low forward speed the output torque and rpm of the hydraulic motor is transmitted by the motor drive shaft to the primary sungear of the primary drive. The output torque and rpm of the primary drive is transmitted to the final drive by the final sungear, which is splined to the primary planet hub. The output torque and rpm of the final drive is transmitted to the cable drum by a spline, attaching the final planet hub to the cable drum. The motor drive shaft is splined to a clutch hub which connects to a set of friction and divider plates. During low speed operation, a pressure plate, which is “spring applied” and “pressure released”, permits free rotation of the friction plates.

The motor drive shaft is also attached to a connecting shaft by a sprag clutch which permits free rotation of the motor drive shaft while the connecting shaft is stationary. The connecting shaft is held stationary by another sprag clutch to a brake hub. During low forward speed operation, the automatic brake remains applied, hence, the brake hub, the connecting shaft and the internal gear do not rotate.

RAPID FORWARD SPEED
When rapid forward speed is actuated, hydraulic pressure is channelled from the motor to the center bore of the motor drive shaft to the clutch piston. The hydraulic pressure causes the clutch to engage against the clutch springs. The clutch hub is splined to the motor drive shaft and the drive gear is splined to the connecting shaft, the internal gear of the primary drive will rotate with the motor drive shaft. Thus, the planetary drive is eliminated.

The elimination of the primary drive results in a forward or hoisting line speed 4.67 times faster than low forward speed. The line pull capacity during “rapid forward” operation must be decreased by a ratio of 4.67. When the pressure is removed from the clutch, the clutch is disengaged by the clutch springs and the unit reverts to low forward speed. Since the sprag clutch, which connects the connecting shaft to the brake hub, permits free rotation, the automatic brake of the winch is not affected during rapid forward speed.

NOTE:
The change over from low forward speed to rapid forward speed can be made while the drum is rotating, providing the load on the wire rope does not exceed 5357 lb (23.8 kN) on the first layer of wire rope. If this load is exceeded, winch will stall.

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Volvo Headlight Cover Installation

Volvo Headlight Cover Installation

Headlamp guard
Installation
1 - Open the bonnet
- Clean the headlamp lens
- Take the mounting strips for the headlamp guards from the kit
- Pry up the weatherstrip for the headlamp. Use a plastic weatherstrip tool
- Insert the mounting strip between the top of the headlamp and the weatherstrip. Position the mounting strip as illustrated. Remove the two clips from the kit. Check that the tab (1) is angled a few millimetres below the other surface. If it is not, bend the tab down as illustrated. Press the two clips into the gap between the lower edge of the headlamp and the weatherstrip, approximately at the point illustrated. Use the headlamp guard as a template.
- Insert a plastic weatherstrip tool between the weatherstrip and the clips. Bend the tab down further on the clips to ensure that the clips are secure.
NOTE! Do not damage the paint work

Remove the protective film from the headlamp guard (from the kit).
Applies to cars without headlamp washers
- Position the headlamp guard opposite the headlamp.
Applies to cars with headlamp washers
- Fold the headlamp washer out
- Position the headlamp guard so that the cut out in the lower edge is opposite the two stops (4) for the headlamp washer.

Applies to all cars
- Hook the headlamp guard into place in the holes (1) in the lower edge of the two clips (2). These clips slide sideways to suit the holes in the headlamp guard
- Fold up the headlamp guard towards the mounting strip (3).
NOTE! Ensure that the stop does not catch the headlamp guard when folding it upwards on cars with headlamp washers. Lift the guard slightly so that the stop is positioned in the cut out.

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Volvo Pental MD11C, D, MD17C, D Engines Workshop Manual

Volvo Pental MD11C, D, MD17C, D Engines Workshop Manual

This workshop manual contains technical specification, descriptions and instructions for repairing the standard versions of the following engines MD11C, D, MD17C, D. The workshop manual displays the operations carried out on any of the engines above. As a result the illustrations and pictures in the manual that show certain parts on the engines, do not in some cases apply to all the engines listed above. However the repair and service operations described are the same in all essential details. Where they are not the same this is stated in the manual and where the difference is considerable the operations are described separately. Engine designations and numbers are given on the number plate (See page 9). The engine designation and number should be given in all correspondence about the engine.

This Workshop Manual has been developed primarily for Volvo Penta service workshops and qualified personnel. Persons using this book are assumed to have a grounding in marine drive systems and be able to carry out related mechanical and electrical work. Volvo Penta is continuously developing their products. We therefore reserve the right to make changes. All the information contained in this book is based on product data available at the time of going to print. Any essential changes or modifications introduced into production or updated or revised service methods introduced after the date of publication will be provided in the form of Service Bulletins.

Replacement parts
Replacement parts for electrical and fuel systems are subject to statutory requirements (US Coast Guard Safety Regulations for example). Volvo Penta Genuine parts meet these requirements. Any type of damage which results from the use of non-original Volvo Penta replacement parts for the product will not be covered under any warranty provided by Volvo Penta.

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Volvo Penta MD5A Marine diesel engine Workshop Manual

Volvo Penta MD5A Marine diesel engine Workshop Manual

This workshop manual contains repair instructions for the MD5A marine diesel engine. The instructions concerning overhauling describe the most suitable working method to be used with the special tools listed under the heading “Special tools”. Both the engine designation and its serial number must be clearly stated in all correspondence concerning the engine and when ordering spare parts. We reserve the right to carry out design modifications and, for this reason, the contents of this manual cannot he regarded as binding.

NEW UNITS OF MEASUREMENT
Technicians have long since tried to establish an internationally standardized system of measurements. In 1960 a decision was made to use a system called SI (Systéme International d’Unites). To a large extent, this system is based on earlier systems but the units have been made uniform so that no conversions are necessary. The SI-system is now being applied within industry in Europe, This manual contains the new SI- units. The units used previously however, are also stated but in brackets.

The new units are:
Output is slated in kW (kilowatts) earlier unit h.p. (horsepower)
Torque is stated in NM (Newton-metres) earlier unit kpm (kilopond-metres)
Engine speed is stated in r/s (revolutions per second) earlier unit r.p.m. (revolutions per minute)
Displacement and volumes are stated in dm3 ( cubic decimetres) earlier unit l (litres) Pressure is stated in Pa (Pascal) earlier unit kp/cm2 (kiloponds per square centimetre)

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Rica PPC Tuning System Manual

Rica PPC Tuning System Manual

Thank you for choosing Rica and PPC® Tuning System! You’ll notice that PPC® increases the performance of your car considerably. With the unique PPC concept you can tune your own car in minutes without any mechanical operation! The technology behind PPC® is highly advanced, but the management for you as user is quick and easy. Rica’s tuning software is loaded via the diagnostic outlet (OBDII) of the car. You can change between the tuning software and the manufacturer’s original software as often as you want. PPC® Tuning System gives you an opportunity to update the tuning and original software via the Internet.

PPC® Tuning System consists of: PPC unit, MMC card (Multi Media Card), OBDII cable and USB cable. The MMC card is blocked, so you can’t store any other information on it (for example photos). It can only be used with PPC® Tuning System and it shall always be put in the PPC unit.

Fuel
Petrol cars: Rica recommends you to use at least EU 98 octane (≈US 93 octane), no matter if the car is tuned or not, and no matter what tuning stage you have. Diesel cars: use high quality diesel.

Storage
PPC® Tuning System must not be exposed to water, moisture or condensation. Store it in a place free from dust and vibrations. Do not store it near strong magnetic fields.

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Volvo V70 2.4 Complete Report Manual

Volvo V70 2.4 Complete Report Manual

Volvo does station wagons right. The V70, introduced in 2001, offers styling that is fresh and contemporary without compromising practicality-a maximum of 72 cubic feet of cargo fits in back. Of course there are all the safety features you expect in a Volvo, including whiplash-reducing seats and both side and curtain airbags. The V70 comes in standard front-drive or all-wheel-drive versions, powered by a range of 2.3-, 2.4-, or 2.5-liter five-cylinder engines, with or without turbocharging. The taller-riding, rugged-looking XC70 model and a 300-hp, six-speed V70R model with variable damping and Haldex all-wheel drive round out a full model range. Retuned steering, new side-view mirrors and dash gauges, and a few subtle trim changes are all that’s new for ‘04. The V70’s value, power, practicality, and safety continue to win over tough customers.

There was some doubt whether Volvo would retain its Swedish personality after it was gobbled up by Ford, but the takeover seems to have accrued to the benefit of both—Volvo has taken advantage of Ford’s deep pockets to modernize and expand its product line, and its sales have been healthy enough to add a few bucks to Ford’s balance sheet. The sharing continues with a new S40 sedan, which went on sale earlier this year, and the V50 wagon, which hit showrooms a few months later.

Both use the architecture of the Mazda 3, but Volvo was given enough leeway to considerably differentiate its cars from their cousins. Engine options include a 168-hp, 2.4-liter five-cylinder and a 218-hp turbo version, which offers a choice of a six- speed manual or a five-speed Geartronic automatic. All-wheel drive is also available. The S60, the V70, and the XC70 have the option of a blind-spot information system [see Technical Highlight]. There is also specially treated water-repellent glass for the door mirrors and front side windows. Also, the S60 T5 turbo models get 10 more horsepower and the option of a six-speed manual gearbox or the five-speed Geartronic.
Unchanged: S80, XC90.
Dead: C70, V40.
Future: Volvo will make a coupe and convertible comeback using the S40/V50 platform, although the cars won’t share much sheetmetal. A C70 coupe is expected next year, with a convertible coming later.

TECHNICAL HIGHLIGHT: Volvo’s blind-spot information system (cutely named BLIS) uses a digital camera that’s mounted in each side mirror to monitor the typical blind-spot area. When another car enters the zone—it’s 31.0 feet long and 9.8 feet wide—a warning illuminates, alerting the driver. If that’s annoying, there’s a console-mounted switch to shut it off.

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12-Volt Alternator Installation & Operation Manual

12-Volt Alternator Installation & Operation Manual

This alternator is uniquely designed and engineered to provide the finest performance and durability for your vessel. Unlike most automotive-type alternators found standard on the majority of pleasure craft and marketed as lower-priced marine alternatives, our marine alternators are built specifically to provide exceptional output at lower engine r.p.m’s typical of marine diesel engines, so you can enjoy shorter charge cycles, greater economy, longer battery life and less noise and fumes.

When used in conjunction with Balmar microprocessor-controlled Max Charge and ARS-4 multi-stage regulators, your new Balmar alternator can provide even greater efficiency when charging deep-cycle flooded, standard flooded, gel, AGM, Optima and other marine battery technologies. When preset for your battery type, the smart regulator will guide your alternator through a charging program that’s tailored to provide your batteries with the best care possible. In addition, Balmar multi-stage regulators provide the ability to temperature sense at your alternator. Should an over-temperature condition occur with an alternator temperature sensor (MC-TS-A) installed, the regulator will reduce field output to 50 percent to allow the alternator to cool under lesser load, and the Dash Lamp circuit on the regulator will activate to provide power for a visual or audible alert, enabling the user to respond to the source of the over-temperature condition. Together, the Balmar high-output alternator and multi-stage regulator work to assure the best charge possible.

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Super Pro Polyurethane Bushings on 240 Series Volvos Installation Manual

Super Pro Polyurethane Bushings on 240 Series Volvos Installation Manual

I installed a set of Super Pro bushings in my 1980 Volvo 244, using suspension components from mixed donor cars: some were from a 1977 242 DL, some were from a 1979 242 GT, and some were from a 1984 245 DL. Though these vehicles are very different, installation should be typical since none of them used parts specific to that model.

The tools I used were: ¼” air die grinder with carbide burrs, 3/8” air drill with assorted hole saws and a “drywall saw”, ¼” wood rasp drill attachments, propane torch, Vice-Grips, a really big hammer, flat blade screwdriver, large drift, 5” angle grinder, cold chisel, and a bench vise. You may be able to complete the installation without some of these tools or with better ones of your own choice, but if you get all the necessary bushings pushed out by a shop it’ll save you lots of mess and aggravation! Many Volvo dealerships will charge a minimal fee to press out these bushings.

It should be noted that this article was written after the very first set of bushings had been replaced and we used whatever method we felt was appropriate with the tools we had. Subsequently we have found most of these bushings can be removed much more easily with some heat from a propane torch. It’s important to note that “burning” out the bushings is not what we recommend. Melting them out is the key. Heat up the shell just enough to break the bond between rubber and steel and push or pull the bushing out. You are then left with a shell to either remove or clean up. I’ve used the heat method numerous times now and many times in a closed garage. If it’s done correctly, there should be no smoke, no fire and relatively little smell… I’ll break up the removal of all the rubber bushings into the individual pairs below.

Front control arm, front bushings:
This is one of the worst bushings to remove because the amount of rubber in between the inner and outer races is so thin, I couldn’t get a hole saw in there. I ended up heating this bushing with the propane torch until it started to get very soft, at which point the inner race began to ooze out of position and I grabbed it with the Vice-Grips and twisted it out. You need to get the outer race out of the control arm to install the poly bushing, so I cut a deep groove into the race with a carbide burr on my die-grinder, so that at the deepest part of the groove I almost cut through the bushing shell. Then I bashed out the outer race with the drift and big hammer. This procedure was used in all but two pairs of bushings.

Front control arm, rear bushings:
This bushing requires that you leave the outer race in place, so all I did was cut the rubber bushing with the hole saw and hammered out the inner race. That left what remained of the bushing still bonded to the outer race. I then used the hole saw to help shave off most of the rest of the bushing and a wood rasp to clean off the rest of the bushing. Remember not to remove the outer race!!! Alternatively, one can use a propane torch and heat up the bushing shell until it starts to sizzle. Grasp the inner sleeve with some vice grips. When the heat is evenly distributed and the bond between the rubber and steel shell has been melted, twist and pull on the vice grips. The bushing should pop out, leaving only a small amount of residual rubber to clean up.

Rear lower trailing arm, front bushings:
This bushing is pretty straightforward – cut the inner race out with the hole saw, big enough that you get as much of the bushing with the inner race as possible. Because the inner race is so long, you may have to cut it flush with the control arm to be able to get the hole saw as deep as possible. You may need some heat too, because this bushing is so long you may not be able to get all the way through it, even going from both sides. Once you get the inner race and rubber bushing out, you’ve got to remove the outer race using the method described in the front control arm, front bushing.

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Volvo Trucks Service Manual

Volvo Trucks Service Manual

The descriptions and service procedures contained in this manual are based on design and method studies up to September 1991. The products are under continuous development. Vehicles and components produced after the above date may therefore have different specifications and repair methods. When this is judged to have a significant bearing on this manual, supplementary service bulletins will be issued to cover the changes. The new edition of this manual will update the changes.

Volvo Preventive Maintenance consists of:
• Driver’s service - every day and when refuelling
• Basic service - every 3 months
• Annual service - every 12 months
This service manual deals with the items which are included in the basic and annual services. The items marked in grey, similar to the check list, describe the basic service. All the items apply for the annual service.

When changing the oil it is important that as much oil as possible be drained and changed. Drain the oil immediately after driving since it is then warm and easier to drain. The oil filters should also be replaced in conjunction with an oil change. Warning! Hot oil can cause burns, use protective gloves. Always check the oil level after topping up.

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Eclipse Operating Manual

Eclipse Operating Manual

This manual has been provided to you, the customer, to help you operate all of the components on your vessel safely and effectively. Your rental vessel is a Twin Anchors Marine “Cruise Craft.” It is 56’ in length (including the swim step) and 23’ high, with a width of nearly 14 ½ feet. It is powered by a Volvo 3.0 stern drive engine. The draft is 22” to 24”.

An 8.5 kw gas generator is on board for your comfort and convenience. A review of the following information may eliminate delay and unnecessary service calls. If you have any questions as you are operating the boat, please check this manual, and if you still have a question, please contact the marina. It is our desire to ensure that you have an enjoyable experience on New Melones Lake.

PREPARATION BEFORE STARTING
Turn on engine compartment blower for 3-5 minutes before starting engine. Turn off stereo and other equipment so you can hear everyone clearly. Check to be sure that the engine leg (the outdrive) and propeller are lowered into the water.

Place a lookout person at the rear end of the boat for visual assistance. Make sure the area is clear of swimmers. Swimmers should NEVER be in the water when the engine is running. Start the houseboat engine (see below). Walk around the entire boat and be sure that all ropes are untied and placed on the boat. Dragging ropes are easily wrapped around the prop; this step will prevent this.

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MicroCommander Installation Manual MM12793

MicroCommander Installation Manual MM12793

The design of the MicroCommander Marine Propulsion Control System (hereafter referred to as MicroCommander or System) is for pleasure and light commercial marine applications on vessels up to approximately 100 feet (30m) in length. The System is electronic, requiring a 12 to 32 VDC power Source, one Actuator required per engine, and one Control Head per remote station. The MicroCommander commands the vessel’s throttle and shift using a single Control Head lever.

The Actuator is located in the engine room area and connected mechanically to the vessel’s main engine throttle for speed command and to the transmission for shift command.

Eight-conductor shielded cable connects the Control Head(s) at the remote station(s) to the Actuator(s). Only one remote station will have command at any time. Station transfer is by push button acknowledgment with Station-in-Command indicated by a red light located on the Control Head.

The Control Head has three detents; Astern, Neutral, and Ahead. (refer to Figure 2:) With the Control Head lever(s) positioned in the Neutral (vertical) detent the System will command Neutral and Idle RPM. Control Head lever movement of 15 degrees to the Ahead or Astern detent will command Ahead or Astern clutch engagement while the engine remains at Idle RPM.

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VOLVO F-12 GlobeTrotter

VOLVO F-12 GlobeTrotter

When designing their trucks, Volvo takes many factors into consideration. Safely is one of these factors and is extremely important to Volvo. Volvo’s truck cabs must not only be able .to withstand over seven tons placed on its top, but afterwards, the cab doors must still open. The bumper of the F-I2 has been designed so that it is low enough to prevent a car from becoming wedged underneath in the event of a collision. Driver comfort is also an important consideration of Volvo’s designers.

The cab noise level is equal to that of a car. Both the steering wheel and the driver’s seat are adjustable, ensuring maximum driver comfort. All trucks Volvo manufactures come complete with a driver training kit which includes an audio tape.

The “Globetrotter” is equipped with a turbo super-charged diesel 385 BHP engine, a sixteen speed transmission, and a rear tandem final drive bogie, its halogen headlights are equipped with wipers to help keep them clean. The extended cab provides extra storage space for the driver. All in all, the F-12 Globetrotter is a remarkable machine!

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2008-2009 Hallberg-Rassy Instruction Book

2008-2009 Hallberg-Rassy Instruction Book

This manual has been compiled to help you to operate your craft with safety and pleasure. It contains details of the craft, the equipment supplied or fitted, its systems and information on its operating and maintenance. Please read it carefully, and familiarise yourself with the craft before using it. If this is your first craft, or if you are changing to a type of craft you are not familiar with, for your own comfort and safety, please ensure that you obtain handling and operating experience before taking command of the craft.

Your dealer or national sailing federation or yacht club will be pleased to advise you of local sea schools, or competent instructors.

The delivery day is a great day, and we wish you good luck with your new Hallberg-Rassy. The delivery day is, however, a busy day when many things are happening. Things are easily missed and sometimes you forget what has been explained. All sailing demands good seamanship. To describe what this means is outside the framework of this booklet. We assume you have the knowledge to handle your boat in a way that will not expose yourself or your crew to unnecessary risks.

If you’re changing to a type of craft you are not familiar with, please ensure that you obtain handling and operating experience before ”taking command” of the craft. Please remember that safety is nothing that is obtained once for ever. Each skipper continuously has to look after and when necessary update his boat. Read this booklet carefully! We have tried to present the essential information in a short and easily understood way

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MicroCommander 585 Installation Manual

MicroCommander 585 Installation Manual

The MicroCommander engine control provides single lever operation of engine speed and shift from one to five remote stations. The control system operates from a 12, 24, or 32 volt DC battery supply and in the static condition draws seven watts. Maximum is 160 watts.

The engine speed and shift are sequenced such that the engine throttle must be at Idle before shift, and shift must then be completed before the engine throttle will advance. The connection to the engine throttle and clutch is through standard Type 33C push-pull cables. (Reference Section 11.)

The MicroCommander Engine Control offers an option to add automatic engine synchronization and trolling valve control. Sections 18. and 19. of this manual explains operation, installation, and adjustments of these options.

Requirements:
• Throttle or clutch selector lever load should not exceed 40 lbs. (18kg).
• MicroCommander Engine Controls require a reliable battery source of 12 to 32 volts DC.
• The DC power required is to be supplied through a 10 ampere circuit breaker. (One for each Actuator)
CAUTION:
Avoid using the starting battery on 12 volt systems, if possible. A dedicated battery for MicroCommander and other electronic equipment is recommended. Do not use a power converter or battery charger without a battery

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Operations Quality Manual

Operations Quality Manual

This Operations Quality Manual is an ECG publication written in consultation and collaboration with the quality departments of the following car manufacturers: BMW, Daimler AG, Ford, General Motors, Mitsubishi, Nissan, SEAT, Toyota and Volvo.

The idea of establishing common quality standards for the whole industry was born from a commitment shared by the logistics service providers and the manufacturers to improve operational efficiencies by reducing duplication of activities due to the lack of harmonization. Indeed, the standardization of practices will also lead to a reduction in the damage rates and a more rapid and effective handling of the cars.

This manual is intended to be used as a management/supervisory guide when training staff on handling procedures. This should ensure a consistent approach. However, each manufacturer retains the right to demand a different treatment for his cars. This is why the manual often makes reference to the manufacturer’s individual requirements. Such particular conditions have to be clearly defined, understood and adhered to by both parties signing the contract. Copies of this manual can be downloaded free of charge from www.eurocartrans.org.

The present manual is only the first step on the path towards a broader harmonization in the industry. The establishment of common damage codes with a table of translation to the manufacturers’ own codes as well as the harmonization of audit procedures will be done in the near future. A permanent Working Group coordinated by ECG and gathering delegates of logistics companies and manufacturers will be responsible for supervising this work and, if necessary, extending the cooperation between the LSPs and the OEMs to other fields.

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RY 125 Series Engines Engine Manual

RY 125 Series Engines Engine Manual

We have done all in our power to give up to date and accurate technical information in this manual. Ruggerini engines are, however, constantly developing thus the data in this publication may be liable to modification without prior notice. The information in this manual is the exclusive property of Ruggerini. Neither partial nor total duplications or reprints are therefore permitted without the express authorization of Ruggerini.

The information in this manual is given on the assumption that:
1 - The persons who service Ruggerini engines have been adequately trained and outfitted to safely and professionally carry out the necessary tasks;
2 - The persons who service Ruggerini engines possess the necessary skills and special Ruggerini tools to safely and professionally carry out the necessary tasks;
3 - The persons who service Ruggerini engines have read the specific information concerning the above mentioned Service operations and that they have clearly understood the operations required.

GENERAL SERVICE NOTES
1 - Only use genuine Ruggerini spare parts. Use of spurious spares may lead to incorrect performance and shorten the life of the engines.
2 - The metric system is used to express all data, i.e. the dimensions are given in millimeters (mm), torque is expressed in Newton-meters (Nm), weight in kilograms (kg), volume in liters or cubic centimeters (cc) and pressure in barometric units (bar).

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VOLVO i-shift Overdrive, for Volvo D11, D13 Operator’s Manual

VOLVO i-shift Overdrive, for Volvo D11, D13 Operator’s Manual

The Volvo I-Shift transmission is a single countershaft transmission with 12 forward gears and two reverse gears. Some vehicles have four reverse gears. The I-Shift is an automated mechanical transmission. The transmitted torque (both engine and braking) will be interrupted during gear shifting, in both driving and coasting conditions. There is no clutch pedal and the gearshift is controlled by the ergonomic gear selector. The I-Shift is available as an overdrive or direct drive transmission.

Driver Information Display with I-Shift Transmission
1. Gear Selector Pattern is shown in the display so the driver does not have to look down at the gear selector to determine which way to move the gear lever to obtain a different gear range.
2. Selected Gear Position indicates the current position of the gear lever.
3. Available Gears Down indicates the number of downshifts with the current vehicle operating conditions.
4. Current Gear indicates the current transmission operating gear.
5. Available Gears Up indicates the number of upshifts with the current vehicle operating conditions.
6. Driving Mode indicates if the transmission is operating in Economy or Performance mode.

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ice4Link Gateway 500 MOST Install Guide

ice4Link Gateway 500 MOST Install Guide

Gateway 500 emulates a CD changer and uses CD changer controls to access offboard audio sources including iPod, USB devices and Dension Gateway accessories. If your car is not already equipped with a CD changer, it may be necessary to have the car programmed by your dealer in order to accept a CD changer (typically the case for BMW and Porsche). Special note for BMW: for song title display and browsing, it is necessary to have the BMW “MP3 Retrofit” software option programmed by your car dealer. A quick test of your car’s capability to display song titles and browse music is to see whether you can browse an MP3 data CD inserted in the car’s single CD slot. If you can, then the BMW MP3 Retrofit is already installed in the car.

Vehicles supporting multiple CD changers and equipped with a CD changer
• Audi A4/A5/A6/A8/Q7 with MMI High (colour)
These vehicles allow selection of Gateway audio sources and the original CD changer through the existing car audio controls

Vehicles with an existing CD changer
These vehicles allow selection of Gateway audio sources and the original CD changer by switching the mode between CD Changer and Gateway mode

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The GENCON II pro System Manual

The GENCON II pro System Manual

The controller is made of three parts: GENCON PRO This is the main unit that performs all computations, measurements, paralleling and communication. Standard models nominal line to neutral Vac: 120, 127, 220, 240 and 277

IOB1 This is an auxiliary 16 input and 8 output relay board that is mounted on a DIN rail inside the control cubicle. It takes care of engine management (eg fuel-solenoid), handles external alarms (eg low oil pressure), etc. Standard models nominal battery Vdc: 12 and 24.
IOB2 The IOB2 has all the facilities of the IOB1 but also has 4 multi-range programmable analogue inputs for reading such things as oil pressure, water temperature, charger rate etc. All readings can be displayed on the LCD display of the Gencon and also read remotely via the communicator.
AVRx This is a small interface circuit between the main unit and the generator’s (alternator) automatic voltage regulator (AVR). It is required for voltage matching during synchronization and for reactive power (kVAr) control when in parallel.

There are many situations that can be handled best by operating two or more generator sets in parallel on a common bus. Typical reasons are –
Reliability: In a standby system, when there is a mains failure, all generators in the system are started. The probability of having a generator start and achieve nominal voltage and frequency is increased according to the number of sets available.
Flexibility: Maintenance operations can be performed without having to shut down the whole system.
Economy: When the loads are expected to expand substantially, the initial investment is minimized by installing one smaller generator set, and then adding more sets in parallel as the loads increase. The number of generator sets running can change according to the load. In contrast, having one large genset run under light load conditions accelerates engine wear.
There are reasons to let a single generator set also have switch gear for paralleling with the mains –
Reliability: A standby generator set with a paralleling switch gear, when the mains supplyis restored, can transfer the load back to the mains smoothly without the consumers having to undergo a (second) power cut. Flexibility: Exercising standby generator sets under load does not interrupt the consumers supply.
Economy: Exporting to the mains lines can reduce the peak kilowatt demand of a facility at high tariff hours. Also, when an engine heat recovery system is installed (Combined Heat & Power), the generator set can export power through the mains lines to a local community and reach high overall efficiency.

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Volvo 760 and 740 Radio Install

Volvo 760 and 740 Radio Install

This vehicle most likely has an external amplifier powering the speakers, not the amplifier inside the radio. This creates problems when installing a new replacement radio. The Volvo amplifier cannot be used and must be bypassed. This document shows you the extensive steps to remove the auto makers radio, find and bypass the auto makers amplifier in the vehicle, and then connect and mount the new replacement radio. If you have 4 speakers in your vehicle (2 in the front doors, and 2 in the rear doors) you most likely have an amplifier in your vehicle.

If your Volvo has only 2 front door speakers, and after following these steps you find out that your Volvo does NOT have an amplifier, turn to the “Wire New Radio” section for the wiring information needed to install a new radio.

STEP 1:
With a sharp pointed tool (could use a small flat head screwdriver or ice pick) remove the thin plastic trim panel that covers the cigarette lighter. When remove, you will see one (1) brass colored phillips screw, and one (1) black phillips screw. Remove both screws. You will now be able to remove the pocket.
STEP 2:
You can now remove the pocket below the radio. You have to pull the left side of the pocket first, angling the pocket. The pocket is secured on the right side with tabs. Once the pocket is angled you will be able to slide the pocket to the left, freeing the tabs on the right. Once the tabs on the right are no longer hooked behind the dash you should be able to pull the pocket forward out of the dash. The pocket should fall near the gear shift, down out of the way.
Note: if the pocket seems like it wont remove easily you may find it necessary to pull the cover off the ashtray, then pull the cover off the fuse box located behind the ashtray. This will give the pocket extra room below it and allow the pocket to drop out of the way of the radio.
STEP 3:
The radio is secured into the dash with metal compression clips on the side of the radio. Pulling the radio will not free it from the dash. The best and fastest way to remove the radio is to insert a flat head screwdriver between the right side of the radio and the plastic of the dash. Gently pry open a gap between the radio and the dash. This will give the clips enough room to slide out of the dash. With a firm pull, the radio should pull forward out of the dash. (This will NOT damage the dash or the radio) Remove Factory Radio
STEP 4:
Unplug the antenna cable from the rear of the radio. Unplug the black connector from the rear of the radio (This connector might be tough to unplug. Each side of the connector has a clip securing that side to the radio. You will need to push in each clip to remove the connector). If there is a round connector connected to the back of the radio, unplug it also. Pull the radio completely out of the dash

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R/V AHI Safety and Operations Manual

R/V AHI Safety and Operations Manual

The research vessel AHI (Acoustic Habitat Investigator) is a 25’ aluminum-hulled vessel with enclosed cabin as shown in Figure 1. The R/V AHI was designed to transport personnel and survey electronics for seabed mapping surveys in the U.S. Pacific islands. The AHI was outfitted for daytime operations, either working in conjunction with a mother ship such as a NOAA research vessel, or for independent operations based out of small boat harbors in inhabited island groups.

For a vessel of this size, the AHI is designed to be very seaworthy. The hull is built of 5/16” aluminum with three buoyancy tanks integral to the hull. The boat is heavily constructed in order to withstand routine deployment and recovery from a mother ship via boat davits or ship’s crane. A rigid foam collar provides redundant floatation and stability in rough waters as well as protecting the boat when coming alongside the mother ship. The enclosed cabin is air-conditioned and is designed to protect both passengers and survey electronics from the environment.

The AHI was specially built for high-resolution surveying of the seabed in depths from 5 to 200 meters. The hull and cabin house a 240 kHz RESON 8101 multibeam echosounder, a POS/MV position and orientation sensor (with two GPS antennas and an inertial measurement unit), and a small rack of survey electronics and computers. The boat can carry up to six people but typically operates with two or three people, including a coxswain and one or two surveyors. There is no enclosed berthing space. A portable toilet and a cooler for food and water are stored on deck.

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Coil-Rite Kit Installation Instructions

Coil-Rite Kit Installation Instructions

NOTE 1: Some Ford, Lincoln, and Mercury vehicles have a rubber sleeve inside the rear coil spring. This sleeve needs to be removed to allow installation of the air spring. It can be either cut out or pulled out with vise grips.

NOTE 2: On Volvo vehicles a 3/8″ hole will have to be drilled in the upper spring seat to allow the air line to pass through.

STEP 1 - VEHICLE PREPARATION
Remove the positive battery cable. With the vehicle on a solid level surface chock the front wheels. Raise the rear wheels of the vehicle using a lift or platform jack rated for your vehicle weight. Remove the rear wheels. Lower the vehicle onto jack stands rated for your vehicles weight making sure the suspension is fully extended. (Do NOT use wood or concrete blocks to support the weight of the vehicle.)

STEP 2 - SHOCK ABSORBERS
If necessary, additional clearance between the coil spring turns may be obtained by removing the shock absorbers from the lower mounts and lowering the suspension an additional one to two inches. (CAUTION: Do not put strain or tension on the flexible brake line.)

STEP 3: AIR SPRING PREPARATION
Cut a section of air line tubing 3 inches in length and install into the push-to-connect fitting on the air spring (a “saw” cut with a sharp knife is preferred). Exhaust the air from the air spring by rolling it up toward the air inlet. After the air is exhausted, install the plug into the 3″ tubing coming out of the air spring see Figure “B”. Proceed with Step 3 for the following vehicles; Century,Celebrity, Cutlass Ciera 6000 and X, Skylark, Citation, Omega, Phoenix, Pathfinder, Trooper, Toronado, Riviera, El Dorado, SeVille, LeSabre, Electra, Park Avenue, DeVille, Olds 88, Olds 98, Bonneville, Volvo, and Ford, Lincoln, and Mercury vehicles

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FM Professional 8 User Manual

FM Professional 8 User Manual

There are plenty of new features in this release to support new hardware products and functionality. New Fleet Manager supported hardware products are the USB Download Module, FM Wireless Kit (802.11b WLAN modem), CAN interface, Datcom and FM300 on-board computers.

Additional support for third-party hardware products such as the Euroscan and Transcan temperature recorders, Kienzle System Mifare Cardreader, Kimax axle load sensors, fuel monitoring sensors, and GSM based tracking. Furthermore there are several new software features such as Role-based Security, Customised Views, Vehicle status indicator, Communication link- status, Active locations, Active commands to control OBC output drives and additional Communication Cost Control options.

Below are brief highlights of what’s new in this release, with more detail further down in this document.
FM300 Communicator and FM300 ComLink-GSM
The exciting new cost-effective FM300 range of on-board computers have all the functionality of the FM200 Plus family in addition to being more compact and the ability to switch itself off and wake-up on ignition.

USB Download Module
Fleet Manager Professional now has full support for the new USB Download Module. Utilities such as the FM Dealer Utility and the FM AutoPoll Client have been enhanced to natively support the USB Download Module.

Euroscan and Transcan Temperature Recorders
These devices are used to monitor and record the temperature profile of up to 4 refrigerated compartments in a vehicle. With Fleet Manager the temperature recorder is configured as a device connected to the S3 serial interface, enabling users to define events based on temperature, digital inputs and alarm statuses from the temperature recorder.

Role-based Security
A role-based security model is integrated into FM Professional, allowing administrators to control user access to specific functions.

Customised Views
Fleet Manager Professional 8.3 supports customised views. These views adapt the application to suit the needs of vertical markets, by hiding/showing applicable menus, tool buttons, shortcuts etc. Each vertical market “application” will have specific graphics and language files to support market-related jargon

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QL Boat trim system User and Installation Instructions

QL Boat trim system User and Installation Instructions

This batch with its accompanying instructions is produced for Volvo Penta’s service workshops, boat-builders, machine manufacturers and other authorized workshops which have personnel with qualified professional training.

The installation instructions are only produced for professional use and are not intended for non-professional use. Volvo Penta will not assume any liability whatsoever for damage incurred, either damage to materials or personal injury, which may result if the installation instructions are not followed or if the work is carried out by non-professional personnel.

Presentation of the QL Boat Trim System
The system comprises:
A. Control Unit
B. Control Panel
C. Interceptor Units
D. Cable between Control Unit and Interceptor Unit
E. Cable between Control Unit and Control Panel

The system is designed for planing boats, max boat speed of 50 knots (57 miles/h). The system can also be used on semi-planing boats, see sizing guide lines. The Interceptor units are available in two lengths, 300 mm (12″) and 450 mm (18″). They can be installed individually or side by side, i.e. two units on each side of the transom (300 + 300 (12″ + 12″), 300 + 450 (12″ + 18″) or 450 + 450 (18″ + 18″)).

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Subaru Forrester Power Steering Rack Install

Subaru Forrester Power Steering Rack Install

This document shows a set of pictures I took while installing a 1999 Subaru Power Steering Rack into my 1973 Datsun 240Z. The car had already been converted to a 1995 LT1 with a WC T5 transmission and I had kept the original pump from the donor car (Caprice 9C1) so I used it.

The steering has a feel similar to a higher end modern sports car. It’s light but still has reasonable road feel. The Subaru rack I used seems to have a higher ratio than the stock Datsun so the steering is quicker than it was.

I raised the front of the engine 1/2” so the main pulley/dampener would clear the plumbing on the rack. This wasn’t the only solution but it was the cheapest and had the added benefit improving the drive line angles. I didn’t take pictures of the new setback plates but I can get Solid Works drawings if anyone wants them.

This is the cross member I used, it’s from a 280Z. I had to cut an opening to clear the valve body of the rack and modify the mounts to accept the different shape. After making the cuts I welded reinforcements to the bottom and top of the member where the cut was made and also reinforced the mount tower as it also had to be clearance.

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SF 500-HP Installation and Operating Instructions

SF 500-HP Installation and Operating Instructions

The SuperFlush™ permanently mounted flushing system back-flushes your entire engine while the engine is off. You must flush your engine after each use to prevent the damaging effects of saltwater corrosion. To use the SuperFlush System, simply connect a dockside water source to the hose connection access panel provided in the kit and installed on your boat. The flushing operation takes four minutes to fully clean your entire engine water system.

Use of Chemicals with the SuperFlush™ System
SuperFlush offers as the following chemicals as, approved materials for use with the system :
1. FLUSHCLEAR
2. RUSTGUARD
3. Any approved auto antifreeze
Only SuperFlush approved materials are warranted for use with this system.

PRECAUTIONS!
1) SuperFlush should only be installed on the recommended engine system that it is designed for.
2) If your engine has mufflers in a through transom exhaust system, make sure that during the flush cycle, the water can free flow out of the engine.
3) Flush the engine for approximately four minutes.
4) Disconnect the dockside water source from the SuperFlush system before leaving the boat.
5) When flushing the engine with the boat in the water, make sure that conditions are calm (less than one and a half feet of chop).
6) Never run the engines while the SuperFlush system is in use.

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RS900ERII/RS901II Series II Remote Engine Starting System Installation Instructions

RS900ERII/RS901II Series II Remote Engine Starting System Installation Instructions

PROGRAM/OVERRIDE SWITCH: 2 PIN PLUG
This switch is used primarily for programming features of the RS900/901. However, if the Anti-Grind/Starter disable feature is installed, you MUST INSTALL this switch. This switch will allow the user to override the starter disable in the event of a non-operating remote control.

LED: 2 PIN PLUG
The LED is only used as a VALET/PROGRAMMING indicator. The LED comes on solid when the unit is in valet or programming mode. The LED is not a mandatory installation item.
12 PIN PLUG:
PIN 1: YELLOW: (-) IGNITION 1 OUTPUT (FOR RELAY)
PIN 2: YELLOW/WHITE: (-) IGN2/ACC OUTPUT (FOR RELAY)
Use these wires when the vehicle requires a second IGNITION 1, IGNITION 2, or ACCESSORY wire to be activated. This occurs commonly in Toyota, and late model GM cars.
PIN 3: BLACK: MAIN SYSTEM GROUND
Connect to chassis metal of the vehicle. An existing bolt or screw MAY provide an adequate ground, or drill a small hole, scrape away paint and attach using a sheet metal screw & star washer. If this wire is not connected OR connected to a point on the vehicle that provides a poor ground, undesirable and inconsistent operation will occur.
PIN 4: YELLOW/BLACK: (-) ANTI-GRIND/STARTER KILL OUTPUT
Use this wire for the negative side of the Anti-Grind/Starter Disable relay. It can also be used for the sensor disable circuit for a host alarm for RS901. This output activates whenever a remote start is requested, and when the vehicle is remotely locked with the transmitter.

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Snooper Safety Alert System S3 User Manual

Snooper Safety Alert System S3 User Manual

This user manual aims to provide you with installation and user instructions for both the S3 neo GPS and radar/laser location devices. Utilising the very latest Global Positioning Satellite (GPS) and S100-RLD radar/laser location devices, Snooper have created the S3 neo which has been specially designed to help you drive safely within the confines of todays speed limits, by alerting you quickly and easily to the presence of Police speed traps, often located at Accident Blackspots, electronically indicating potentially dangerous and hazardous situations.

The geographical co-ordinates of all ’fixed’ speed monitoring systems and many officially designated accident ’hotspots’ have been stored on a database that is constantly monitored and up-dated by our data collection team, ensuring that you are alerted to every potentially hazardous stretch of road or danger spot. The S3 connects quickly and easily to your PC so that you can download the database in a matter of minutes. Please note that a certain level of System Software is required on your PC, see the section on System Software in this manual for further details. Once the database has been downloaded your S3 compares your position using it’s built-in GPS antenna, with the position of every known ’fixed’ speed monitoring system and accident ’hotspot’ alerting you both audibly and visually via a loud piezo beeper and a colour LED display ensuring your highest concentration at all times.

An additional radar/laser detector (S100 RLD) can be purchased, which has been designed to detect all types of radar and laser speed monitoring systems often used in danger spots where ’Fixed’ systems cannot be easily utilised, thus ensuring that you will be made alert to each and every speed monitoring system and accident hotspot whether Fixed or Mobile.

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