Hogg Davis
Hogg Davis
Parts Manual
The information, specifications, and illustrations in this manual are on the basis of
information available at the time it was written. The specifications, torque values,
pressures of operation, measurements, adjustments, illustrations, and other
items can change at any time. These changes can affect the service of the given
product.
For the complete and most current information, contact:
v 1.0
HP6500
Contents
PRODUCT WARNINGS ........................................ 4
OPERATIONS ...................................................... 5
DIESEL ENGINE SPECIFICATIONS ............................................................................................................... 6
INTRODUCTION ......................................................................................................................................... 6
GENERAL SPECIFICATIONS. ....................................................................................................................... 6
TRAILER ORIENTATION.............................................................................................................................. 7
MAIN FRAME AND AXLE ........................................................................................................................... 7
CONTROLS ................................................................................................................................................. 8
PLUS 1 CONTROL SCREEN SHOTS.............................................................................................................. 9
REMOTE CONTROL .............................................................................................................................. 13
LOADING INSTRUCTIONS ........................................................................................................................ 14
HYDRAULIC CONTROLS ........................................................................................................................... 15
Power Unit Features ........................................................................................................................... 15
FRONT HYDRAULIC CONTROLS ........................................................................................................... 16
FRONT CONTROL BANK....................................................................................................................... 17
REEL CARRYING RACKS (MANDREL RACKS) ........................................................................................ 18
POWERED IDLER WHEELS AND HYDRAULIC CONTROLS ..................................................................... 18
AUXILIARY POWER SHAFT ................................................................................................................... 18
POWER UNIT ....................................................................................................................................... 18
JACKSTANDS ........................................................................................................................................ 19
ADJUSTING ROLLERS FOR REEL DIAMETER ............................................................................................. 20
ROLLER HOUSING COMPONENTS ....................................................................................................... 20
STEER-GO OPERATION ........................................................................................................................ 21
MANUERVERING INSTRUCTIONS ............................................................................................................ 21
TO STEER AND MOVE .......................................................................................................................... 22
THE JOYSTICK ...................................................................................................................................... 22
ON BOARD AIR COMPRESSOR............................................................................................................. 23
BRAKE CONTROLLERS.......................................................................................................................... 23
TOOL CIRCUIT (OPTIONAL)...................................................................................................................... 24
LEVELWIND OPERATIONS ....................................................................................................................... 25
LEVELWIND COMPONENTS ................................................................................................................. 26
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PULLING PROCEDURES............................................................................................................................ 27
OVERHEAD WIRE ................................................................................................................................. 27
UNDERGROUND PULLING ................................................................................................................... 28
SERVICE ............................................................ 29
HP 6500 Lubrication ............................................................................................................................ 30
JACKSTAND INSTALLATION ................................................................................................................. 30
DRIVE ROLLER MAINTENANCE ............................................................................................................ 30
DRAWDAR INSPECTION ...................................................................................................................... 30
ACME ADJUSTING SCREW ................................................................................................................... 30
MANDREL RACK STABILIZER INSTALLATION ....................................................................................... 30
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PRODUCT WARNINGS
These warning labels and others like it are placed in critical areas of the machine. The warnings
are to be read and fully understood prior to operation of the unit.
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OPERATIONS
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GENERAL SPECIFICATIONS.
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CONTROLS
The control panel has a variety of gauges and switches that control certain functions during the operation
of the HP 6500. Here is a description of these controls. (Figure 2)
A. Engine Control Center: This panel controls engine throttle, as well as displaying fuel level, RPM's,
coolant temperature, and oil pressure. Units equipped with a Remote Display Panel may have
more functions.
B. Hydrostatic Pressure Gauge: This gauge alerts the operator to the system pressure at all times
during operation. IT IS NOT A GUAGE TO ILLUSTRATE line pull.
C. Front / Rear Control: This switch isolates the front and rear controls of the unit during operation.
D. Ignition Switch
E. Switch Panel: This panel contains various switch to control functions of the unit. Depending on
options installed the location of the switches may vary. They Include: Two speed on the fly shift
to Hi or Low speed, maker beacons, level wind, auxiliary air compressor, work lights, auxiliary
hydraulic tool circuit, etc.
F. Joystick: Spring return to Neutral control joystick for operating the Pay out or Take up feature of
the puller. Proportional control allows for infinite speeds and pulling force during operation. An
"OPERATOR PRESENT" switch may be installed on certain units. This provides security against
payout under power. Unit will not pay out until the switch has been pressed and the joystick
moved out of the neutral position
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The following screenshots of the Plus 1 system installed on this unit will help you navigate and understand
the various screens that are displayed throughout the panel.
Main Menu
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Pressure Display
Faults Display
Engine Faults
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Engine
Background
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Tool Flow
NOTE: The SAME valve operates both the Level Wind Circuit and the Tool Circuit flow. The
settings are different for both and the computer will only allow use for one at a time.
If operation of BOTH functions is needed at the same time, the unit must be equipped with a
second vale.
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HP6500
REMOTE CONTROL
If this unit is equipped with a Remote Control unit that allows for the operation of the trailer using a
remote belly pack. This remote can be either tethered or wireless. (3 'D' Batteries)
DANGER - USING THE REMOTE ALLOWS AN OPERATOR TO PUT THEMSELVES IN HARMS WAY.
ALWAYS REMAIN FREE AND CLEAR OF THE TRAILER WHEN OPERATING WITH THE REMOTE. NEVER
OPERATE THE PULLING TAKE-UP FEATURE WHILE POSITIONED IN THE "BITE OF THE LINE"
It is designed to operate most of the functions as they are controlled on the trailer itself. All switches
are the same style in design, (i.e. spring return to neutral joystick and pay-out / take-up, momentary
and detent switches). The remote also features an EMERGENCY STOP, Engine start/stop, Operator
present / Override switch.
Operating with the remote disables all functions that are based on the trailer itself. This means
there is not a possibility of someone controlling the trailer from the front or rear controls at the
same time the remote is powered on.
To operate the HYDRA 985 with the Remote, you must do the following:
1. Turn the key switch located on the Main Control Panel to on.
2. Set the Remote Power switch to on. The "Power On" indicator light with illuminate.
3. Reset the EMERGENCY STOP switch.
All functions on the remote are now usable. Take a moment to familiarize yourself with the operation
of the HYDRA 985 while using the remote BEFORE you get on the job. Although all the functions are
the same, there is a slight difference in orientation of the operator with regards to where the trailer is.
Take special care when maneuvering the HYDRA 985 with the remote. As all controls on the trailer
operate something that moves in the same direction as the control (drawbar lever up = drawbar up),
orientation of the joystick for the Steer Go Idler Wheel can change as the operator moves about the
trailer.
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LOADING INSTRUCTIONS
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HYDRAULIC CONTROLS
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POWER UNIT
The Power Unit consists of the engine, Hydrostatic Transmission Drive Unit, Drive Rollers, Engine
Controls, hydraulic reservoir and auxiliary power shaft. The power unit supplies power for all hydraulic
functions and turns the reels to provide cable pulling. Pulling controls are located at the power unit,
the rear curb side of the trailer, and the Remote Pendant box (if equipped). Electronic controls at the
rear of the trailer control the direction of pull for cable take-up or pay-out and control the throttle, level
wind, hydraulic tool circuit, and hi and low shift. All primary engine controls are located at the front of
the power unit.
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JACKSTANDS
JACKSTANDS ARE STABILIZING LEGS LOCATED AT THE REAR OF THE TRAILER. THE JACKSTANDS
SHOULD BE USED DURING ALL PULLING OPERATIONS
In Fig 5, the jack stand at the left is shown in the stowed or carried position. The jack stand at the
right is shown in the down or pulling position. Each jack stand is positioned by the use of a ratchet
locking in the notches. To release the jack stands from the carrying position, lift and rotate out of the
carrier. To raise, rotate stand one quarter turn to release the ratchet from the notch and raise the
stand to lock into the carrier.
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MANUERVERING INSTRUCTIONS
One of the main features of the HP 6500 is its ability to maneuver under its own power by use of the
Powered Idler Wheel and the Steer Go System.
The Power Steering Joystick is used to maneuver the unit into position
USE OF THE STICK WHICH CONTROLS THE IDLER WHEEL MOTOR AS A BRAKE SHOULD BE AVOIDED
STEER-GO OPERATION
There are two (2) main components in the
system.
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THE JOYSTICK
The joystick is a two-axis control that controls both steering and motion of the idler wheel functions.
The joystick is either mechanically linked or electronically controlled (depending on options) to
hydraulic control valves. Mechanical valves are spring return to neutral. Electronic joysticks are also
spring return to neutral. Releasing the joystick will cause all movement to stop.
The linkage system, in the mechanical system, provides quick positive response to the operators
action. Because the response is quick, steering right or left is usually accomplished by a series of
short, momentary movements of the joystick in the desired left or right direction.
NOTE: Refer to the directional decal (Fig. 7) on the top of the control box prior to operating. Become
familiar with the feel of the joystick with the engine running. Note the short movement required to
move through the full range of direction
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BRAKE CONTROLLERS
Brake controllers on the HP 6500 are what is commonly used in an air brake trailer. Figure 6 shows us the
location of the following:
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The tool circuit outlets are located in the rear curbside (Fig. 8) fender panels. Two quick disconnect
fittings are provided. The tool circuit is actuated by an electric switch located on the main control
panel, and the rear fender panel. This system is designed to provide 10 GPM at 2000 psi.
WARNING: WHEN NOT IN USE, THE SWITCH MUST BE IN THE OFF POSITION. IF THE SWITCH IS LEFT
ON, WHEN TOOLS ARE DISCONNECTED, SEVERE BACKPRESSURE WILL OCCUR THAT COULD DAMAGE
THE HYDRAULIC SYSTEM.
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HP6500
LEVELWIND OPERATIONS
Some units are equipped with a Level wind System. This system is hydraulically actuated boom style
level wind located at the rear of the trailer (Fig. 9)
There are two switch locations to operate the level wind. They are at the main control panel and the
rear control panel located at the curbside fender. Each switch is directional in relation with the
travel of the level wind boom. That is, if you push the switch to the right, the boom travels right as
you view the level wind. If you push the switch left, the boom travels left. The switches are
momentary and as you release them, it comes to a neutral position and the boom stops.
The level wind does not operate automatically. The operator must activate the switch each time the
rope or wire is to be moved on the reel. The top roller of the boom carriage is made with a swing
away mounting to allow for insertion or removal of the line. By removing the pin located in the
boom, the upper boom section can be extended or retracted as needed. DO NOT OPERATE THE
LEVELWIND WITHOUT THE PIN INSTALLED IN THE BOOM SECTIONS. THIS MAY CAUSE THE BOOM
TO COME OUT OF THE LOWER SECTION DURING OPERATION.
The level wind is most suitable for overhead pulls. Its use for underground is greatly restricted due
to manhole size and amount of pull required. Do not use the level wind as a "breaker bar" for
underground pulls.
To load with the level wind installed, pull the left hinge pin and swing the assembly out of the hinge
and to the right. After the reel is loaded, swing assembly back into hinge and insert the lock pin.
The lower turnbuckle support is provided to allow for easy movement of the level wind arm during
loading and unloading of reels. It may be necessary to adjust this turnbuckle if the unit becomes
difficult to swing in and out of the hinge.
The unit can be easily removed from the trailer by disconnecting the hoses and pulling the hinge
pins.
BE SURE TO USE A FORKLIFT OR OVERHEAD CRANE WHEN REMOVING AND INSTALLING THE
LEVELWIND ASSEMBLY.
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LEVELWIND COMPONENTS
The following are the main components in the LW Assembly
A. Hinge Pin
B. Lower Boom Assembly
C. Level wind cylinder
D. Turnbuckle
E. Hydraulic QD fittings
F. Carriage Assembly
G. Upper Boom Assembly
H. Lock pin for Boom Assemblies
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HP6500
PULLING PROCEDURES
Although all jobs will vary, below is a basic description of how to operate the HP 6500. Please
consult your Employers rules and regulations and always consult and follow guidelines set for by the
IEEE.
OVERHEAD WIRE
The following is a basic description of how to set up and pull overhead wire.
1. Set up the dolly with the longest lead possible with the axis of the trailer in line with the
pull.
2. Lower the drawbar - set the jack stands - raise the drawbar to put pressure on the legs
3. Chock the wheels
4. Move the drive rollers against the flange of the reel until visible indentations are visible on
the drive roller friction material. Apply more pressure to reel flange if drive wheels slip.
5. Select the desired Hi-Lo speed setting
6. Increase engine RPM to 2000
7. Move control lever to take-up position and start pulling.
8. To stop the pull, return the control lever to neutral.
DANGER
NEVER allow the Power Unit to become disengaged from the reel during an overhead pull. This
will cause the reel to spin freely and may drop the rope or conductor. Doing so may cause the
pulling line and or wire to drop onto other energized conductors causing serious injury or death
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UNDERGROUND PULLING
1. Position the trailer over the manhole (vault opening, etc). The best position for maximum
pulling power is to position the reel DIRECTLY over the pull.
2. Lower trailer drawbar
3. Set Jack stands
4. Raise trailer drawbar to set pressure on the jack stands. It is not advised to remove the tires
from the ground when setting the jack stands. They are there to help stabilize the trailer
and spread the load over the entire frame, stub axles and front idler wheel.
5. Chock the tires
6. Set the brakes - Air ABS systems ONLY
7. Move the drive rollers against the flange of the reel until visible indentations are visible on
the drive roller friction material. Apply more pressure to reel flange if drive wheels slip.
8. Select the desired Hi-Lo speed setting
9. Set the engine RPM to IDLE. Increase engine RPM as needed.
NOTE: Most wreck out jobs can be broken loose with the RPM at idle. If slipping occurs during the
pull, gently increase the pressure of the Power Unit against the reel flange.
After the pull has begun, it may be necessary to keep the pulling rope or wire level on the reel. To
do so, stop the pull, lower the drawbar to release pressure on the jack stands, turn the Idler wheel
perpendicular to the axis of the trailer and slight change the rear angle of the unit. This slight
change with all for the rope to wind itself back towards the other flange. Set the pressure back to
the jack stands and continue take-up operation.
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SERVICE
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HP 6500 Lubrication HP6500
The following lubrication instructions are offered as "rule of thumb". Precise lubrication instructions
will vary with each usage of each unit. CHECK ALL LUBRICATIONS BEFORE EACH USE
ENGINE: Consult Engine Manual for precise instructions. Unit is delivered by Hogg & Davis, Inc. with
10W40 oil.
HYDRASTATIC DRIVE SYSTEM: This Drive System is practically maintenance- free, however the oil
should be changed every six months with ISO 46 wt. or its equivalent. There are three oil filters that
should be changed also at this time. (Refer to schematic) One of these filters is a high pressure filter
and has a restriction gauge on it, this gauge should be checked daily, if it reaches the red line, this
filter should be changed immediately.
WHEEL BEARINGS: Wheel bearings are of the oil bath style and should be inspected as part of the
Drivers Pre-Trip Inspection.
IDLER WHEEL: Lubricate every 30 days. Zerk fittings are provided for proper application of lube. Lube
all parts, including spindle housing, "A" frame supports, and hydraulic cylinder linkage.
LIFTING RACKS: Lubricate every 30 days.. Lube all parts, including rack and attached stabilizer bars.
NOTE: If racks do not lower properly, it may be necessary to lift rack entirely off cylinder, and with
solvent clean away caked grease and dirt build-up. Wipe thin coat of lube all around cylinder before
replacing rack. The holes on the racks are NOT designed for Zerk fittings. They allow air to escape
during the lowering process. It may be helpful to spray some light oil into the holes to aid with
raising and lowering.
SPROCKET ASSEMBLIES: Lubricate once each week. Zerk fittings are provided for proper lube
application.
ROLLER CHAIN: Lubricate once each week. Use regular lube oil to oil all chain, including driver roller
chain, main drive chain (oil cup provided), and power idler wheel chain.
DRIVE SHAFT BEARINGS: Lubricate as required. It is recommended that the track be kept clean of
grease and dirt build up, and fresh lube be applied after each cleaning.
TOOL BOX DOORS: Lubricate as required. Hinges and locks should be lubricated with oil as needed
for easy operation.
NOTE: All lubrication should be performed consistently to Insure proper operation and extended life
of equipment.
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JACKSTAND INSTALLATION
When installing any model Hogg and Davis
Jack stand, the following procedure should be
Used.
1. Determine If stand Is left or right. Hole in side of stand should line up with holding lug on trailer
when teeth of stand engage with spring loaded ratchet pawl.
2. Insert stand into sleeve.
3. Install pad with pad bolt. Screw bolt all the way in, leaving Just loose enough for pad to swivel.
4. Screw stud Into stand until it wedges against the pad bolt. Tighten stud HARD AGAINST pad bolt.
This LOCK bolt and eliminates loss of pad from bolt vibrating loose.
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This damage can be prevented by employing one or more of the following simple precautions.
1. Instruct all operators, that after they have adjusted the drive roller housing to its proper
position, by use of the screw, to back-off one-half turn. This relieves that binding pressure
between the acme nut and the drive roller housing, allowing the housing to "dolly" freely with
the shape of the reel flange.
2. Keep the acme screws and drive shaft well greased. This not only allows the drive roller housing
to move laterally and "dolly" properly, but will also protect the parts from corrosion and rust.
3. Wipe grease on housing where acme nut makes contact. This will also allow housing to "dolly"
easier without binding.
4. Be sure acme screw brackets are adjusted to maintain a level setting throughout the drive roller
housings
DRAWDAR INSPECTION
1. Regularly inspect the drawbar for wear and damage. If wear exceeds 1/8", replace the drawbar.
2. Check all drawbar mounting fasteners for proper torque.
3. Do not modify or add to the product.
4. Do not weld on this product without written permission from the factory.
5. Be sure the drawbar size is compatible with the coupling device on the tow vehicle.
6. Do not damage the coupling components. Be particularly careful during coupling and
uncoupling.
7. Inspect the coupling device on the tow vehicle for proper locking prior to use.
8. Consult OSHA and DOT regulations and AMERICAN TRUCKING ASSOCIATION GUIDELINES FOR
COMPLETE OPERATING PROCEDURES.
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When It becomes necessary to replace a stabilizer due to damage or loss, the new stabilizer will be
sent with the stop nut loose on the male rod portion of the stabilizer (Fig. 1).
The stabilizer should be bolted in position between the mandrel rack and the anchor bracket on the
fender panel. The rack should then be raised to Its locked position and settled on the lock. The
stabilizer should now be at a right angle to the rack and parallel to the top of the fender panel. The
stop nut should be screwed on the male shaft until it sits against the female portion of the stabilizer.
(Fig.2).
Locktite® can be used to properly set the stop nut. Proper Installation will assure protection against
damage to lifting cylinders and stability for rack and reel mandrel.
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JOHN DEERE NEW OFF-HIGHWAY ENGINE WARRANTY
Warranty Duration
Unless otherwise provided in writing, John Deere* makes the following warranty to the first retail purchaser and each
subsequent purchaser (if purchase is made prior to expiration of applicable warranty) of each John Deere new off-highway
engine marketed as part of a product manufactured by a company other than John Deere or its affiliates and on each John
Deere engine used in an off-highway repower application:
• 12 months, unlimited hours of use, or
• 24 months and prior to the accumulation of 2000 hours of use
Note: In the absence of a functional hour meter, hours of use will be determined on the basis of 12 hours of use per calendar
day.
Warranty Coverage
This warranty applies to the engine and to integral components and accessories sold by John Deere, and delivered to the first
retail purchaser on or after 1 May 2010.
All John Deere-warranted parts and components of John Deere engines which, as delivered to the purchaser, are defective in
materials and/or workmanship will be repaired or replaced, as John Deere elects, without charge for parts or engine repair
labor, including reasonable costs of labor to remove and reinstall non-engine parts or components of the equipment in which
the engine is installed, and, when required, reasonable costs of labor for engine removal and reinstallation, if such defect
appears within the warranty period as measured from the date of delivery to the first retail purchaser.
Emissions Warranty
Emissions warranties appear in the Operator’s Manual, that is furnished with the engine/machine.
Purchaser's Responsibilities
The cost of normal maintenance and depreciation.
Periodic cleaning of the Diesel Exhaust Filter.
Consequences of negligence, misuse, or accident involving the engine, or improper application, installation, or storage of the
engine.
Consequences of service performed by someone other than a party authorized to perform warranty service, if such service, in
John Deere's judgment, has adversely affected the performance or reliability of the engine.
Consequences of any modification or alteration of the engine not approved by John Deere, including, but not limited to,
tampering with fuel and air delivery systems.
Consequences of fuels, lubricants or coolant that fails to meet the specifications and requirements listed in the Operator’s
Manual.
* ”John Deere” means John Deere Power Systems with respect to users in the United States, John Deere Limited with respect to users in Canada,
and Deere & Company or its subsidiary responsible for marketing John Deere equipment in other countries where the user is located.
Remedy Limitation
The remedies set forth in this warranty are the purchaser’s exclusive remedies in connection with the performance of, or any
breach of guaranty, condition, or warranty in respect of new John Deere engines. In the event the above warranty fails to
correct purchaser’s performance problems caused by defects in workmanship and/or materials, purchaser’s exclusive remedy
shall be limited to payment by John Deere of actual damages in an amount not to exceed the cost of the engine.
No Seller's Warranty
No person or entity, other than John Deere, who sells the engine or product in which the engine has been installed makes any
guaranty or warranty of its own on any engine warranted by John Deere unless it delivers to the purchaser a separate written
guaranty certificate specifically guaranteeing the engine, in which case John Deere shall have no obligation to the purchaser.
Neither original equipment manufacturers, engine or equipment distributors, engine or equipment dealers, nor any other
person or entity, has any authority to make any representation or promise on behalf of John Deere or to modify the terms or
limitations of this warranty in any way.
Additional Information
For additional information concerning the John Deere New Off-Highway Engine Warranty, see the Operator’s Manual
DF2369E (29July13)
Common SPN.FMI Codes
SPN FMI TEXT TRANSLATION
28 3 % Accelerator Position #3 (Throttle 2) Voltage Above Normal or Shorted to High Source H
28 4 Percent Accelerator Position #3 (Throttle 2) Voltage Below Normal or Shorted to Low Source
29 3 Percent Accelerator Position #2 (Throttle 1) Voltage Above Normal or Shorted to High Source
29 4 Percent Accelerator Position #2 (Throttle 1) Voltage Below Normal or Shorted to Low Source
91 3 Accelerator Pedal Position (Multi-State Throttle) Voltage Above Normal, or Shorted to High Source
91 4 Accelerator Pedal Position (Multi-State Throttle) Voltage Below Normal or Shorted to Low Source
91 9 Accelerator Pedal Position A valid throttle message is not being received or is late
91 14 Accelerator Pedal Position Throttle signal voltage is or has been out of range
94 1 Fuel Delivery Pressure Pressure Very low
94 3 Fuel Delivery Pressure Fuel Rail Pressure Voltage out of range high
94 4 Fuel Delivery Pressure Fuel Rail Pressure Voltage out of range low
94 10 Fuel Delivery Pressure Pressure dropping too fast
94 13 Fuel Delivery Pressure Out of calibration
94 16 Fuel Delivery Pressure High fuel pressure
94 17 Fuel Delivery Pressure No rail fuel pressure
94 18 Fuel Delivery Pressure Low fuel pressure
97 0 Water In Fuel Indicator Water In Fuel Detected
97 3 Water In Fuel Indicator Water In Fuel Voltage out of range high
97 4 Water In Fuel Indicator Water In Fuel Voltage out of range low
97 16 Water In Fuel Indicator Water In Fuel Detected
97 31 Water In Fuel Indicator Water In Fuel Detected
100 1 Engine Oil Pressure Low oil pressure
100 3 Engine Oil Pressure Voltage Above Normal or Shorted to High Source
100 4 Engine Oil Pressure Voltage Below Normal or Shorted to Low Source
100 16 Engine Oil Pressure Oil pressure reading incorrect
100 18 Engine Oil Pressure Low oil pressure
105 0 Intake Manifold 1 Temperature High manifold air temperature
105 3 Intake Manifold 1 Temperature Voltage Above Normal or Shorted to High Source
105 4 Intake Manifold 1 Temperature Voltage Below Normal or Shorted to Low Source
105 16 Intake Manifold 1 Temperature High manifold air temperature
107 0 Air Filter Differential Pressure Plugged air filter condition detected
107 31 Air Filter Differential Pressure Plugged air filter condition detected
110 0 Engine Coolant Temperature High coolant temperature
110 3 Engine Coolant Temperature Voltage Above Normal or Shorted to High Source
110 4 Engine Coolant Temperature Voltage Below Normal or Shorted to Low Source
110 15 Engine Coolant Temperature High coolant temperature
110 16 Engine Coolant Temperature High coolant temperature
111 1 Coolant Level Low coolant level
158 2 Keyswitch Intermittent
158 17 Keyswitch Circuit problem
174 0 Fuel Temperature High fuel temperature
174 3 Fuel Temperature Voltage Above Normal or Shorted to High Source
174 4 Fuel Temperature Voltage Below Normal or Shorted to Low Source
174 15 Fuel Temperature High fuel temperature
174 16 Fuel Temperature High fuel temperature
174 31 Fuel Temperature Voltage out of range
189 31 Rated Engine Speed Speed Derate Condition Exists due to fault
190 0 Engine Speed Engine overspeed
190 2 Engine Speed Data Erratic, Intermittent or Incorrect
190 3 Engine Speed Voltage Above Normal or Shorted to High Source
190 4 Engine Speed Voltage Below Normal or Shorted to Low Source
190 5 Engine Speed Circuit is open
190 16 Engine Speed Engine overspeed
DTC
J1939 Lamp Status
Remark
J1939 Format
Description
SPN SPN
FMI MIL RSL AWL PL
(Hex) (DEC)
4 Engine Fuel Rack Position Sensor : Shorted to low source X
X X
4BA 1210
3 Engine Fuel Rack Position Sensor : Shorted to high source (Engine (E-ECU
drive) start)
4 Accelerator Pedal Position Sensor "A" : Shorted to low source X
3 Accelerator Pedal Position Sensor "A" : Shorted to high source X
2 Accelerator Pedal Position Sensor "A" : Intermittent fault
Accelerator Pedal Position Sensor "A" : Below normal operational range
5B 91 1 X
(SAE J1843)
Accelerator Pedal Position Sensor "A" : Above normal operational range
0 X
(SAE J1843)
15 Accelerator Pedal Position Sensor "A" : Not available (SAE J1843) X
4 Accelerator Pedal Position Sensor "B" : Shorted to low source X
3 Accelerator Pedal Position Sensor "B" : Shorted to high source X
2 Accelerator Pedal Position Sensor "B" : Intermittent fault
Accelerator Pedal Position Sensor "B" : Below normal operational range
1 X
1D 29 (SAE J1843)
Accelerator Pedal Position Sensor "B" : Above normal operational range
0 X
(SAE J1843)
8 Accelerator Pedal Position Sensor "B" : Communication fault X
15 Accelerator Pedal Position Sensor "B" : Not available (SAE J1843) X
4 Barometric Pressure Sensor : Shorted to low source X
6C 108 3 Barometric Pressure Sensor : Shorted to high source X
2 Barometric Pressure Sensor : Intermittent fault
4 E-ECU Internal Temperature Sensor : Shorted to low source X
3 E-ECU Internal Temperature Sensor : Shorted to high source X
470 1136
2 E-ECU Internal Temperature Sensor : Intermittent fault
0 E-ECU Internal Temperature : Too High X
4 Engine Coolant Temperature Sensor : Shorted to low source X
3 Engine Coolant Temperature Sensor : Shorted to high source X
6E 110
2 Engine Coolant Temperature Sensor : Intermittent fault
0 Engine Coolant Temperature : Too High X
4 Sensor 5V : Shorted to low source X
437 1079 3 Sensor 5V : Shorted to high source (FUEL INJ PUMP SPEED SENSOR) X
2 Sensor 5V : Intermittent fault
1 System Voltage : Too Low X
9E 158
0 System Voltage : Too High X
436 1078 4 Engine Fuel Injection Pump Speed Sensor : Shorted to low source X X
(Both) (Ether)
* 7F8A2 522402 4 Auxiliary Speed Sensor : Shorted to low source
4 Engine Fuel Rack Actuator Relay : Circuit fault A X
3 Engine Fuel Rack Actuator Relay : Circuit fault B X
* 7F801 522241
7 (Reserved)
2 Engine Fuel Rack Actuator Relay : Intermittent fault
4 Air Heater Relay : Circuit fault A X
* 7F803 522243 3 Air Heater Relay : Circuit fault B X
2 Air Heater Relay : Intermittent fault
4 Cold Start Device : Circuit fault A X
* 7F802 522242 3 Cold Start Device : Circuit fault B X
2 Cold Start Device : Intermittent fault
4 EGR Stepping Motor "A" : Circuit fault A X
* 7F80B 522251
3 EGR Stepping Motor "A" : Circuit fault B X
4 EGR Stepping Motor "B" : Circuit fault A X
* 7F80C 522252
3 EGR Stepping Motor "B" : Circuit fault B X
4 EGR Stepping Motor "C" : Circuit fault A X
* 7F80D 522253
3 EGR Stepping Motor "C" : Circuit fault B X
4 EGR Stepping Motor "D" : Circuit fault A X
* 7F80E 522254
3 EGR Stepping Motor "D" : Circuit fault B X
4 Oil Pressure Switch : Shorted to low source X
64 100
1 Oil Pressure : Too Low X
4 Battery Charge Switch : Shorted to low source X
A7 167
1 Charge warning X
* 7F84A 522314 0 Engine Coolant Temperature : Abnormal temperature X
* 7F853 522323 0 Air Cleaner : Mechanical Malfunction X
YANMAR D-1
HP 6500
Parts Manual
The information, specifications, and illustrations in this manual are on the basis of information
available at the time it was written. The specifications, torque values, pressures of operation,
measurements, adjustments, illustrations, and other items can change at any time. These changes can
affect the service of the given product.
For the complete and most current information, contact:
Hogg & Davis, Inc
P.O. Box 405 / 3800 Eagle Loop
Odell, OR 97044-0405
541-354-1001
541-354-1080 Fax
www.hoggdavis.com
v 1.0
COPYRIGHT 2017 HOGG & DAVIS, INC
HP 6500
Table of Contents
Isometric View 1
Curbside View (Unit Dimensions) 2
Rear View 3
Powerunit 4
Engine/Pump Assembly 5
Staffa 6
Drive System Assembly 8
Drive Rollers 10
Steer-Go Assembly 11
Steer-GO Controls 13
Prince Valve Bank 14
Husco Valve Bank 15
Mandrel Rack Assembly 16
Air Brake Assembly 17
Air Compressor 19
Front Controls +1 20
Rear Controls +1 21
Controls 22
Front Controls Analog 23
Rear Controls 24
Hydraulic Capstan 25
Hydraulic Outriggers 26
Manual Jackstands 28
HPLW Post Levelwind 29
HPLW2 Screw Levelwind 31
Fuel/Hydraulic Tanks 33
Brake Manifold 35
Electrical Hood 36
Optional Hy-Vis Screen 37
Hoods & Doors 38
Quick Connectors 39
Outrigger Fender Lights 40
LED Trailer Lights 41
Standard Fender Lights 42
Trailer Wiring (Electric Brakes) 43
Trailer Wiring (Air Brakes) 44
Wheel Torque Requirements 45
Lubrication Instructions 47
Decals/ Decal Locations 49
Wiring Schematics 54
2 3 4 5
6
7 8
193.92
16'-2"
Page 2
HP6500
1
98.34
1
8'-2 2 "
8
9
4
5
7
10
11
12
6
10
1
13
5 8
6
1 7
2 4
19 20
12
10 11
9 13
14
18
17
W06005-001 15
16
Wrench, Drive
Roll Adjusting
16
15
17
1
13 9
14
11
18
6 23
4
21
3
2
19
25
12
10
24
20
22
11
10
9 1 8 2
3
4 5
6
21
19
20
5
6
8
7 2
11
13 3 1
11 14 15
9
10 13 23 24
22
4
12 25 26
16 26
17
Page 6
11 10
16 3
12
5
8
14 7
6
4
13
15 9 40 40
28 25
3
8
26
39 33
41
17 2
19
21 42
25 37 20
31
18
24
18 25
42 1
20 25
34
37
30
29
35
Page 8 32 Chain Slack Range:
37 Drive Chain: 1/4"-3/4"
6500 Drive System Parts 38
Drive Roller Chain: 1/4"-1/2"
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4 5 4
2 3
1
6
11 8
10
9 18
13 17
14
19 21
12
6
20 1
22
13
15
4
39
38 34 23
37 33 2
32
35 6
24
31 3
25
6
36 29
32
33
28 26
27
30
31
Page 11
Steer-Go Assembly
If items look different than the parts breakdown please call for assistance. (541)354-1001
Page 12
Steer-Go Assembly
If items look different than the parts breakdown please call for assistance. (541)354-1001
2
1
7
4
5
3 8
6
10 3 6 11 12 13 14
5 7
5
4 8
9
3 10
9
7 8
6
6
10
11
3
2
6
1
B15947A
Bracket, Straight Prince Lever
3
5
4
S22067
B15948A
S22068 Bracket, 90° Prince Lever
6
5 5 5
4
3
2 2 3
BOM Table
ITEM NO. PART NUMBER DESCRIPTION QTY.
1 V02138 Inlet w/o Relief 1
2 V02130 Double Acting 2
3 V02135 Single Acting 2
4 V02065 Outlet w/PB 1
5 B15910A Handle, Straight 3
6 B15912A 90° lever assembly 1
Page 15
V02120 7 F05150 Fitting, Street Elbow 4-4 1
Valve Bank 4-Section 8 G02055 3K bottom mount 1
9 V02150 relief valve 1
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14 15 16 17
9 11
18
10 12 19
13 11
7 3
8
20 ITEM NO. PART NUMBER DESCRIPTION QTY.
9
1 C32040 Mandrel Cylinder LH D3188 1
2 C32025 Mandrel Cylinder RH D3189 1
6
3 R01925 Rack, Mandrel LH 1
4 R01945 Rack, Mandrel RH 1
5 21 8 4 5 L08015A Lock Assy, Mandrel Rack LH 1
6 H02045A Handle, Mandrel Lock LH 1
22
1 7 S30021 Stabilizer, Outside 2
8 B15130 Bracket, Mandrel Lock Handle 2
9 B07365 Bearing, I-Glide 3/4x1x5/8 8
10 S30005 Stabilizer, Inner 2
2
11 S28030 Spring, Mandrel Return 2
12 P06035 Pin, Mandrel Locking 2
13 B22045 Block, Mandrel Bearing 2
14 S43115 Shaft, 2-1/2" Mandrel 1
15 C25020 4" Aluminum Cone 2
16 C20015 Collar, 2-1/2" w/ studs 2
17 B07075 Bearing, Nylatron Mandrel 2
18 P04020 Pawl, Mandrel Locking Pin 2
19 P06095 Pin, 1/2 x 2 2
Page 16
20 G07010 Handle, Rubber Flapper lock 2
21
23
26
LOCATED ON TONGUE OF TRAILER
4
29
28
25
1
14
3
8 5
7
30
6
9 17
22
24
11 15 27
12
16
16 29
35
13 36
37
10 31
32
2 33
28 34
18
30 19
20
Page 17
Page 18
3 2
6 1
4
3
5
2
9 8
Located Inside
Control Panel
3
2
4 1
14
3
13
12
4
11
10
9
11
8
10
12
Page 23
9
4 5 4
5
2
3
8
7
6
3
If the unit has both level wind and tool circuit,
5 the rear control will have the level wind switch
the tool circuit will be controlled by the front control
Optional Level Wind ITEM PART
NO. NUMBER DESCRIPTION QTY.
Optional Tool Circuit
3 1 B13960 Rear Control Panel 1
Page 24 2 C34030 Controller, Joystick MCH 1
3 S40035 Switch, SP/ST Toggle 2
4 S40150 Switch, DP/DT Momentary 1
Rear Controls
5 S40100 Switch, SP/DT Momentary 1
If items look different than the parts breakdown please call for assistance. (541)354-1001
9
6
4 2
3
8
1
9
5
3
11 10 5 9
4
3 1
17
4 18
12 10 16
3
16 2
14 3 20
19
19 7 6
13
6
20
6
7 6
8 7
15
8
Page 26
Hydraulic Outriggers #11 + #12 are for Units with a Levelwind, Otherwise use (2) #10's
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Page 27
Hydraulic Outriggers
If items look different than the parts breakdown please call for assistance. (541)354-1001
7
8
7 9
6
10
11
12
13
14
15
5
28 24
23 26
34 29
27
25
22
23
31
24 9
26 27
30 14 11 11
21 6
20
10
19
12
33
13
6 17
16
17 32
2
7
18
1
3
Page 29
HYLW
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Page 30
HYLW
If items look different than the parts breakdown please call for assistance. (541)354-1001
10
11
9
5 27
6 32
2 33
31
7 41
9 29 42
11
28
10
4 10
11
9
28
29 27 30
25
5
29
8 24 14 16 15
3
8
39
23 13 11
38 17 22
26 10
38
8 12
37
18
40
3 21
9
34 11
36 39
10
38
38 34 17
Page 31 35 4
37 7 19 20
HPLW2 Screw Levelwind
If items look different than the parts breakdown please call for assistance. (541)354-1001
Page 32
If items look different than the parts breakdown please call for assistance. (541)354-1001
3 19
18
8 10
11
18
13
14 12
15
12
5 20
5
1 7
16
16
4
9
21
17 2
Page 33
Tank Assembly
If items look different than the parts breakdown please call for assistance. (541)354-1001
Page 34
If items look different than the parts breakdown please call for assistance. (541)354-1001
4
6
5
9
3
2
5
6
3 4
6
12
5
13
14
13
15
Page 38 2
1
1
2 Hoods & Doors
If items look different than the parts breakdown please call for assistance. (541)354-1001
2
1
2
1
Standard Lights
7
3
2
2
5 7
4 5
3
1
3
6 3
6 1
6 3
3 6
LED Lights
ITEM NO. PART NUMBER DESCRIPTION QTY.
1 B22050 Block, 4 Pole Terminal Strip 2
2 G08010 Grommet, 4" Tail/Stop/Turn 4
Page 40 3 G08005 Grommet 2" Light 6
4 L04055 Light, License plate 1
5 L04305 Light, 4" Tail Stop Turn LED 4
Outrigger Fender Lights 6 L04037 Light, 2" Red LED 4
7 L04036 Light, 2" Amber LED 2
If items look different than the parts breakdown please call for assistance. (541)354-1001
ITEM NO. PART NUMBER DESCRIPTION QTY.
1 B13048 Box, light Vertical 2
2 B22050 Block, 4 Pole Terminal Strip 2
8 3 G08010 Grommet, 4" Tail/Stop/Turn 4
4 4 G08005 Grommet 2" Light 4
5 L04080 Light, License 1
9 6 L04305 Light, 4" Tail Stop Turn LED 4
4 7 L04037 Light, 2" Red LED 2
8 L04036 Light, 2" Amber LED 2
7 9 P10175 Plug, Plastic Button 1-1/4" 3
10 10 C26165 Liquidtite 90 2
11 C24005-1 Conduit, liquidtite 1/2" x 22" 1
12 C24005-2 Conduit, liquidtite 1/2" x 22" 1
12
4
9
6 2
1
1
5 2 8
3
10
6 11
Page 41
9
LED Light Package 3
If items look different than the parts breakdown please call for assistance. (541)354-1001
ITEM PART NUMBER DESCRIPTION QTY.
NO.
1 B13048 Box, light Vertical 2
2 B22050 Block, 4 Pole Terminal Strip 2
7 3 G08010 Grommet, 4" Tail/Stop/Turn 4
4 G08005 Grommet 2" Light 4
5 L04030 Light, 4" Tail Stop Turn 4
6 L04070 Light, 2" Red 2
2 4 7 L04035 Light, 2" Amber 2
8 L04080 Light, License 1
9 9 P10175 Plug, Plastic Button 1-1/4" 3
4 10 C26165 Liquidtite 90 2
11 C24005-1 Conduit, liquidtite 1/2" x 22" 1
6 10 12 C24005-2 Conduit, liquidtite 1/2" x 22" 1
12 4
7
2
9
1
10
1
8 11
3 3
Page 42
Std. Light
5 9 4
Package
C C C
E
A
6 B
-
E
C C C
Page 43
HP6500 Trailer Wiring
With Electric Brakes
C C C
WHITE 6 B
WHITE/YELLOW
GREEN
5 1 - YELLOW - LEFT TURN
BLUE 2 - RED - STOP
3 - BROW - CLEARANCE, TAIL, MARKERS
4 - BLUE - ABS
4 C 5 - GREEN - RIGHT TURN
6 - WHITE/YELLOW -
PLUG C A - TURN SIGNALS
B - STOP, TAIL COMBINATION
C C - CLEARANCE, MARKER LAMPS
3 D - LICENSE LAMP
E - ABS LIGHT
BROWN
RED
2 ABS
YELLOW ECU
WHITE HARNESS D
1 B
C E C C
Page 44
The following lubrication instructions are offered as a “rule of thumb”. Precise lubrication instructions
will vary with each usage of each unit. CHECK ALL LUBRICATION POINTS BEFORE EACH USE.
ENGINE: Consult engine manual for precise instructions. Units are delivered by Hogg & Davis, inc. with
10W-40 oil.
HYDRASTATIC DRIVE SYSTEM: This drive system is practically maintenance free, however the oil
should be changed every six months with ISO 46 or its equivalent. There are two oil filters that should
be changed at this time. (Refer to schematic) One is a high pressure filter and has a restriction gauge
on it. (Located inside control panel) This gauge should be checked daily, if it reaches the red line the
filter should be changed immediately.
WHEEL BEARINGS: Should be checked and adjusted after FIRST 30 DAYS OF USE. Bearings should be
repacked yearly or as per company specifications.
IDLER WHEEL: Lubricate every 30 days. Zerk fittings are provided for proper application of grease.
Lubricate all parts, including spindle housing, “A” frame supports and hydraulic cylinder linkage.
Spindle bearings are packed at the factory and need not to be checked for 5 years.
SPROCKET ASSEMBLIES: Lubricate once a week. Zerk fittings are provided for proper grease
application.
ROLLER CHAIN: Lubricate roller chains weekly. Use regular lube oil to oil all chains. Including drive
roller chains, main drive chain (Oil cup provided) and power idler wheel chain.
DRIVE SHAFT BEARINGS: Lubricate as required. It is recommended that the track be kept clean of
grease and dirt buildup, and fresh lube be applied after each cleaning.
TOOL BOX DOORS: Lubricate as required. Hinges and locks should be lubricated with oil as needed for
easy operation.
CAUTION: OILS SHOULD NOT BE MIXED. IF BRAND OR TYPE IS CHANGED, OLD OIL
MUST BE DRAINED AND ALL FILTERS MUST BE CHANGED AND NEW OIL REPLACED
THROUGHOUT THE SYSTEM.
HYDRAULIC OIL: Machine is delivered with ISO 46 oil.
2
2
A
3
1
2 2 6
Page 48
D30018 D30034
(1) (2)
D30053
(2)
D30069
D30037 D30042 (1) R09043 R09044
(1) (8) (4) (2)
Page 49
HP6500 Decals
D30020
(1)
D30024
(1)
D30111
D30002 (1) Tier 4
(1)
D30030 D30151
(1) (1)
Tier 4
D30029
(1) D30128
(1)
D30025
(1)
D01013
(1) D30057 D30150
(1) (1)
Page 50
HP6500 Decals
1
2
4
1
3
5
1
17 15
16
7 8 10 11
9 12 13
14 ITEM NO. PART NUMBER DESCRIPTION QTY.
1 D30042 Decal, Keep Hands Clear 8
2 D30002 Decal, Loading Instructions 1
3 D30028 Decal, Danger Twisty Man 5
4 D30026 Decal, Danger Stand Clear 2
5 D30111 Decal, Rear Control 1
6 R09043 Reflector, Red 2x3-1/2 4
7 D30023 Decal, Caution Extended Shaft 1
8 T19001 Red/White Reflective tape 10
9 R09044 Reflector, Amber 2x3-1/2 2
10 D30034 Decal, Grounding Lug 2
11 D30025 Decal, Steer-Go Directions 1
12 D30128 Established 1947 1
13 D30001 HD Logo 6x9 1
6
6
2
4
3
4
5
6
8
Key Switch
17 AC
30