To ensure years of safe, dependable service, only trained and authorized persons should operate
and service your Genesis attachment. It is the responsibility of the product’s owner to ensure the
operator is trained in the safe operation of the product and has available this manual for review.
It is the responsibility of the operator and maintenance personnel to read, fully understand and
follow all operational and safety-related instructions in this manual. The attachment should not
be operated until you have read and fully understand these instructions. Always use good safety
practices to protect yourself and those around you.
Important
This operator’s manual must accompany the attachment at all times and be readily available to
the operator.
Manual Replacement
Should this manual become damaged or lost or if additional copies are required, immediately contact any authorized Genesis dealer or the Genesis Service Department at 888-743-2748 or 715395-5252 for a replacement.
Registration Form
The Warranty Registration Form must be lled out by the dealer or customer and returned to Genesis indicating the date the attachment went into service.
Possible Variations
Genesis cannot anticipate every possible circumstance that might involve a potential hazard as
the owner’s requirements and equipment may vary. Therefore, the warnings in this publication and
on the product may not be all-inclusive, and you must satisfy yourself that the procedure, application, work method or operating technique is safe for you and others before operating.
Public Notice
Genesis reserves the right to make changes and improvements to its products and technical literature at any time without public notice or obligation. Genesis also reserves the right to discontinue
manufacturing any product at its discretion at any time.
Warranty
All work or repairs to be considered for warranty reimbursement must be pre-authorized by the
Genesis Service Department. Any alterations, modications or repairs performed before authorization by the Genesis Service Department will render all warranty reimbursement consideration null
and void without exception. See page 49 for Warranty Claim Procedures.
Improper operation or improperly performed maintenance may render any warranty null and void.
Important 3
Manual Replacement 3
Registration Form 3
Possible Variations 3
Public Notice 3
Warranty 3
SAFETY STATEMENTS 7
OPERATIONAL SAFETY 8
Read Manual Before Operating or Maintaining the Attachment 8
Personal Protection 8
Know Your Equipment 8
Before Operating 8
Check the Equipment 9
Stability 9
Know the Work Area 10
Starting Procedure 10
Place the Load Safely 10
Safely Operate Equipment 11
Transporting the Attachment 12
Equipment Condition 12
Working Overhead 12
Power Lines 12
Use Care with Hydraulic Fluid Pressure 13
Prioritized Oil Flow 14
Emergency Situations 14
Unsafe Conditions 14
Crystalline Silica Dust 14
Process Material Safely 15
Lift the Load Safely 15
Place the Load Safely 15
Electric Installation for Electric Over Hydraulic Option 18
Versi Pro Standard Eight-Pin Connection 18
Hydraulic Installation for Fully Hydraulic Option 18
HYDRAULIC START-UP 19
Start-up Procedure: 19
GENERAL OPERATION INSTRUCTIONS 20
Start-up 20
Efcient and Productive Operation 20
COMMON OPERATIONAL CONCERNS 21
Cutting Larger Materials 21
Chatter While Cutting 21
This symbol by itself or used with a safety signal word
throughout this manual is used to call attention to instructions involving your personal safety or the safety of others. Failure to follow these instructions can result in injury
or death.
This statement is used where serious injury or death will
result if the instructions are not followed properly.
This statement is used where serious injury or death
could result if the instructions are not followed properly.
This statement is used where minor or moderate injury
could result if the instructions are not followed properly.
NOTICE
This statement is used where property damage could
result if the instructions are not followed properly.
Read Manual Before Operating or Maintaining the Attachment
Read this manual before attempting to operate the attachment. This operator’s
manual should be regarded as part of the attachment. For proper installation,
operation and maintenance of the attachment, operators and maintenance personnel must read this manual.
Serious injury or death could result if appropriate protective clothing and safety devices are not used.
Personal Protection
Use protective clothing and safety devices appropriate for the working conditions. These may
include but are not limited to:
3 Hard hat3 Safety glasses, goggles or face shield3 Hearing protection3 Safety shoes3 Heavy gloves3 Reective clothing3 Respirator or lter mask
Know Your Equipment
Know your attachment’s capabilities, dimensions and functions before
operating. Inspect your attachment before operating and never operate an
attachment that is not in proper working order. Remove and replace any
damaged or worn parts.
Before Operating
3 Warn all others in the area that you are about to start operation.3 Perform the “Check the Equipment” steps outlined in this manual.3 Check underneath and around the machine. Make sure all personnel and equipment are
clear from the area of operation and equipment movement. Check clearances in all directions, including overhead.
3 Be properly seated in the operator’s seat.3 Do not attempt to operate until you have read and fully understand this manual and the
Before use, check the equipment to ensure it is in good operating condition.
Check the following:
3 Grease ttings. Pump grease at all tting locations, see page 253 Hydraulic uid level. Add hydraulic uid as required.3 Hydraulic hoses and hose connections for wear or leaks. Repair or replace any damaged
hoses or connections.
3 All control levers for proper operation.3 Rotation bearing. Visually check for loose or damaged bolts If re-
pair is required, refer to qualied personnel.
3 Grease rotation bearing and pinion gear.3 Check for loose or missing pin retaining bolts.3 Check cylinders for dents (barrel) or dings (rod).
Serious injury or death could result if warnings or instructions regarding carrier stability and the work area are not
followed properly.
CONDITION
3
GOOD
Stability
Your Genesis attachment is sized for carrier stability. However, improper operation, faulty mainte-
nance or unauthorized modications may cause instability.
3 Know the working ranges and capacities of the carrier to avoid tipping.3 Use the recommended carrier counter weight.
The following conditions affect stability:
• Ground conditions
• Grade
• Weight of attachment
• Contents of attachment
• Operator judgement
For greater stability, knuckle the attachment to bring the load closer to the center of rotation (center of gravity) while lifting. Use extra caution during reaching to avoid tipping.
Check clearances in the work area. Keep all bystanders at a safe distance. Do not work under
obstacles. Always check your location for overhead and buried power lines or other utilities before
operation.
Check ground conditions. Avoid unstable or slippery areas. Position the carrier on rm level
ground. If level ground is not possible, position the carrier to use the attachment to the front or
back of the carrier. Avoid working over the side of the carrier.
To reduce the risk of tipping and slipping, never park on a grade exceeding 10% (one-foot rise
over the span of a ten-foot run).
Starting Procedure
Before operating, walk completely around the equipment to make certain no one is under it, on it
or close to it. Keep all bystanders at least 75 feet away from the area of operation and equipment
movement. Let all other workers and bystanders know you are preparing to start. DO NOT operate
until everyone is clear.
Always be properly seated in the operator’s seat before operating any carrier controls.
To start:
3 Make sure all controls are in the center (neutral) position.3 Be properly seated.3 Slowly operate all functions to check for proper operation and to bleed air from the hydrau-
lic system.
To shut down:
3 Return your Genesis attachment to a rest position on the ground.3 Shut off the carrier engine.3 Work controls in all directions to relieve hydraulic pressure, per excavator manufacturer’s
instructions.
Serious injury or death could result if warnings or
instructions regarding safe operation are not followed
properly.
Place the Load Safely
Do not move the attachment, or anything held in the jaws, over people, equipment or buildings. Do
not throw or drop the contents. Operate the controls smoothly and gradually.
3 Travel only with the attachment in a safe transport position to prevent uncontrolled move-
ment. Drive slowly over rough ground and on slopes.
3 When driving on public roads use safety lights, reectors, Slow Moving Vehicle signs, etc.,
to prevent accidents. Check local government regulations that may affect you.
3 Do not drive close to ditches, excavations, etc., as cave-in could result.3 Do not smoke when refueling the prime mover. Allow room in the fuel tank for expansion.
Wipe up any spilled fuel. Secure cap tightly when done.
Equipment Condition
Never operate poorly maintained equipment. When maintenance is required, repair or replace
parts immediately.
Serious injury or death could result if warnings or instructions regarding working overhead are not followed properly.
Working Overhead
Avoid handling material overhead whenever possible. Safety glass and wire mesh
cab guarding must be installed to protect the operator from ying debris that may be
created during handling. Falling Object Protection Structures, or FOPS, are necessary for any application where material is to be handled overhead.
Serious injury or death will result if warnings or instructions
regarding power lines are not followed properly.
Power Lines
Do not operate the machine near energized power lines. All local, state/provincial and federal
regulations must be met before approaching power lines, overhead or underground cables, or power sources of any kind with any part of the carrier or
attachment. Always contact the appropriate utility when operating near power
lines. The lines should be moved, insulated, disconnected or de-energized
and grounded before operating in the area.
Current in high voltage lines may arc some distance from the wire to a nearby ground. Keep all parts
of the machine at least 50 feet (16m) away from power lines.
Serious injury or death could result if warnings or instruc-
tions regarding hydraulic uid pressure are not followed
properly.
Use Care with Hydraulic Fluid Pressure
Hydraulic uid under pressure can penetrate the skin and cause serious injury or death.
Hydraulic leaks under pressure may not be visible.
3 Keep unprotected body parts, such as face, eyes and arms as far away
as possible from a suspected leak. Flesh injected with hydraulic uid may
develop gangrene or other permanent injuries.
3 If injured by injected uid see a doctor immediately.
3 Wear safety glasses and protective clothing and use a piece of cardboard
or wood when searching for hydraulic leaks.
Do Not Use Your Hands!
See illustration below.
3 Hydraulic oil becomes hot during operation. Do not let hydraulic oil or com-
ponents contact skin, as it could cause severe burns. Allow hydraulic components to cool before working on them. Use appropriate protective clothing
and safety equipment. If burned, seek immediate medical attention.
Equipment operators must ensure there is prioritized oil ow to the main valves in overhead operations or high reach conditions.
Emergency Situations
Always be prepared for emergencies. Make sure a re extinguisher is available.
Be familiar with its operation. Make sure to inspect and service the re extinguisher
regularly. Make sure a rst aid kit is readily available.
Unsafe Conditions
Do not operate if an unsafe condition exists. Stop operation immediately, shut down the machine
and report the unsafe condition to the proper authority. Equipment operation and maintenance
practices directly affect your safety and the safety of those around you. Always use common
sense while operating and be alert to unsafe conditions.
Crystalline Silica Dust
It is recommended to use dust suppression, dust collection and if necessary, personal protective
equipment during the operation of any attachment that may cause high levels of dust.
Exposure to respirable crystalline silica dust along with
other hazardous dusts may cause serious or fatal respiratory disease.
IMPORTANT: Concrete and masonry products contain silica sand.
Quartz, which is a form of silica and the most common mineral in the
Earth’s crust, is associated with many types of rock.
Some activities that may have silica dust present in the air include
demolition, sweeping, loading, sawing, hammering, drilling or planing of
rock, concrete or masonry.
It is recommended to use dust suppression (such as water) or dust collection (such as a vacuum) along with personal protective equipment if
necessary during the operation of any attachment that may cause high
levels of silica dust.
Using your Genesis attachment in unauthorized applications may create an unsafe situation and will void the warranty.
Process Material Safely
• Do not process hardened steel material such as tool steel, railroad rail, axles or machined
parts. Hardened material breaks, rather than shears, which may cause ying debris. It will also
cause damaging decompression spikes to your Genesis attachment and base carrier hydraulic systems.
• Do not operate any functions of the carrier while cutting or crushing with your Genesis attachment, including boom and drive functions.
• Do not pull down structures with your Genesis attachment. Doing so may cause falling debris
or material may break free and exceed the capacities of the carrier, causing a tipping hazard.
• The rotator should only be used for positioning your Genesis attachment. Do not use the rotator to pry or break material.
Lift the Load Safely
• The hydraulic system has been preset and tested by your dealer. Do not alter hydraulic settings without consulting an authorized Genesis dealer or the Genesis Service Department.
Doing so will void the warranty and may cause structural damage, accidents or tipping.
• Make sure the load is held securely in the jaws. Do not move a loaded attachment if load is
loose or dangling. Make sure the load is pinched between the jaws – never cradle a load.
• For greater stability, knuckle the attachment to bring the load closer to the center of rotation
(center of gravity) while lifting. Use extra caution during reaching to avoid tipping.
Place the Load Safely
• Do not move the attachment, or anything held in the jaws, over people, equipment or buildings. Place the load gently. Do not throw or drop the contents.
• Operate the controls smoothly and gradually. Jerky controls are hazardous and may cause
damage to the carrier.
• Avoid re hazards. Keep the area clean. Remove all ammable materials from the area during
any welding or heating process. Have a re extinguisher nearby and know how to use it.
• Never substitute pins or bolts. Use factory supplied pins. Replace all bolts with the same size
and grade. Failure to do so may cause serious injury or death.
• Use your Genesis attachment only as directed in this manual. Do not use the attachment to lift
and move other objects. Doing so may cause instability and tipping.
Install the Versi Pro according to your carrier (skid steer or mini-excavator) OEM’s standard bucket/attachment installation instructions.
Electric Installation for Electric Over Hydraulic Option
The Versi Pro 07 requires an electrical connection to the carrier - skid steer or mini-excavator.
Carrier OEMs often provide an electrical connector near the
hydraulic quick-couplers. Genesis provides a wiring harness to connect the Versi Pro to the carrier.
OR:
In the absence of an OEM-provided electrical connection,
Genesis provides a complete control system including joystick handles available for purchase.
Control system (Joy-
stick with buttons)
Versi Pro Standard Eight-Pin Connection
OEM electrical
connector
Genesis
wiring
harness
Versi Pro standard
eight-pin electrical
connector
AJaw open
BJaw close
CRotate clockwise
DRotate counter-clockwise
ERegen override
FKeyed power
GUnloader
HGround
Hydraulic Installation for Fully Hydraulic Option
The Versi Pro 07 is equipped with bulkhead connector ttings to enable the installation of hydraulic lines to supply hydraulic uid to the shear jaw and rota-
tion circuits.
This option requires that the machine is equipped with two
(2) bi-directional ow hydraulic circuits equipped with port
The Genesis Versi Pro 07 Processor is designed to operate up to 3650 PSI. Due to these high
pressures, it is important that air is bled from the attachment cylinder after installation. Failure to
follow these procedures could result in cylinder seal damage and/or base machine hydraulic system damage.
Start-up Procedure:
3 Check the base machine hydraulic reservoir for proper uid level.
3 The base machine hydraulic oil should be warmed up per the OEM procedures before
hooking up the attachment.
33 Follow the OEM procedures for starting and warming in cold weather. Do not operate the
attachment circuit during the warm-up period.
3 After the base machine has reached normal operating temperature, set the engine to idle
speed.
3 Attachment must be vertical to bleed air from the cylinder.
3 Slowly ll the bore end of the attachment cylinder to partially close the jaws. Do not allow
the tank to run low - have someone watch the oil level gauge.
Do not fully extend or retract attachment cylinder with the
NOTICE
3 Slowly ll the rod end of the attachment cylinder to open the jaws. Use partial strokes ex-
tending and retracting, slowly working to full strokes.
3 Stop and check the base machine hydraulic uid level again to be sure there is still suf-
cient uid. Fill the reservoir as needed. Note: hydraulic uid level should be checked with
the attachment jaws open (cylinder retracted).
3 Cycle the jaws ve or six strokes before increasing to full operating pressure.
Follow all rules and procedures outlined in the Operation Safety section under General Safety in
this manual.
Use the attachment only as intended, in approved applications, as set forth in this manual.
Do not allow attachment, exposed cylinder rod or hoses to come into contact with any obstacles,
buildings or the excavator.
The attachment is not intended to crush or break objects or structures by swinging or dropping the
attachment.
Start-up
During initial operation and any time jaw maintenance has been performed, process thin and
lighter material rst to work-harden wear areas, developing a harder, more durable edge. This is
also the most effective time to process materials such as sheet metal or wire. The new or repaired
edges will cut more efciently and be less likely to jam material between the blades.
When operating in temperatures below freezing, it is also
important to process light materials rst. This allows the
NOTICE
attachment’s structural material to warm up, preventing
thermal cracking.
Efcient and Productive Operation
Operators should become accustomed to performing work in the most procient manner possible.
When cutting, build up and cut out of small piles, keeping the surfaces of the attachment chin
plate and upper jaw out of the dirt as much as possible. Dirt is much more abrasive than steel and
needlessly increases build-up and hard-surfacing time and intervals.
It also helps to give yourself enough room to keep out of the way of other personnel and machines. Material should be picked from a pile and swung to the side and cut in a new area. This
prevents redundant cutting of the same pieces and allows for the newly prepared material to be
loaded out with another material handling machine.
Material processing areas should be as close as safely possible to the location for loading materials for transportation. Less time spent processing, loading and transporting materials greatly affects operational costs and productivity and dramatically reduces man hours, fuel costs and wear
on equipment.
Operators should develop the habit of assessing materials to be processed and visualizing a start-
ing and nishing point to use the fewest cuts possible. Excessive moving, positioning and handling
cost time and money. Bringing the jaws to full open, when only partial jaw open is needed for a
cut, wastes time and fuel, slows other excavator functions as well as causes needless wear to
hydraulic components, hoses and o-rings. More efcient processing will extend the life of the attachment.
When cutting larger materials the attachment jaw stalls just before cutting.
Suspend the material on the prepared pile, open the jaw and position the material as close to
the throat as possible. Without pushing down on the material with excavator force, rapidly close
the jaw on the material. Using the speed of regeneration can improve performance when cutting
larger materials.
Chatter While Cutting
If the attachment starts to chatter while cutting, back out of the cut and reposition at a different
spot.
Chattering is an indication that material is jamming between the piercing blades and guide blades
or between the upper and lower cutting blades. This indicates that blade maintenance needs to be
performed immediately. Worn blades and improper blade gaps are usually the cause.
Insufcient piercing blade gaps will also cause this, as the blades and parent material of the jaws
are subject to thermal expansion from cutting friction. The tighter the blades run, the hotter they
get and the more they expand. Piercing blades and guide blades are the most susceptible to this
and will show blue streaking on their corresponding faces. In some cases, they will get so hot that
surface cracks and spidering occur. As this happens, it will spread the lower jaw and increase
gaps between the primary and secondary blades, causing thin material to jam between them.
Another key area to watch is the opening between the guide blades. Be aware of material that
may get into this opening before the piercing blade moves into this space, as it will be wedged
between the piercing blades and guide blades.
Most jamming conditions can be prevented if the operator pays attention to the sound and vibration that is associated with a jam. Remember that because of the rod-to-bore ratios of displacement on the attachment’s hydraulic cylinder piston, the attachment has half the force on jaw open
compared to jaw close.
Only trained and authorized persons should perform maintenance on the attachment. To be quali-
ed, you must understand the instructions in this manual, have training, and know the safety rules
and regulations of the job site.
Do not alter the physical, mechanical or hydraulic operation of the attachment. Doing so may
cause a dangerous situation for yourself and those around you and will void the warranty.
Do not attempt repairs you do not understand. If any questions arise regarding a safety or maintenance procedure, contact Genesis or your Genesis dealer.
Read this entire manual. All personnel must understand the maintenance and safety procedures.
Use factory authorized parts. The use of unauthorized parts may compromise safety, performance
and durability of the attachment and may void the warranty.
Follow the daily checklist and maintenance schedules in this manual. Extreme conditions may
dictate shorter maintenance intervals.
Do not exceed bolt torque specications.
Do not weld on structural components without consulting Genesis. Doing so may cause structural
failure and void the warranty.
Do not operate an attachment without the case-drain line properly installed if the attachment uses
a rotation system that requires a case drain. Doing so will cause immediate failure of the rotate
motor and gearbox.
Do not work on the attachment before ensuring it will not move. Completely lower the boom to the
ground or a rest position and relieve hydraulic pressure.
Never operate poorly maintained equipment. When maintenance is required, repair or replace
parts immediately.
Do not operate under unsafe conditions. If an unsafe condition arises during operation, immediately shut down the equipment and report the situation to the proper authority.
Do not work on any hydraulic lines or components while they are pressurized. Escaping hydraulic
uid can penetrate the skin, causing serious injury or death. Relieve pressure before performing
maintenance. Keep hands and body parts away from pin holes and nozzles,
which eject uids under high pressure. Use a piece of cardboard to search
for leaks.
If uid is injected into the skin, seek medical assistance immediately from a
doctor familiar with this type of injury.
NOTICE
Hydraulic oil becomes hot during operation. Do not let hydraulic oil or components contact skin, as it could cause severe burns. Allow hydraulic components to cool before working on them. Use protective clothing and safety
equipment.
Remove paint before welding or heating. Hazardous fumes/dust can be generated
when paint is heated by welding, soldering or using a torch. Do all work outside or in a
well ventilated area and dispose of paint and solvent properly.
When sanding or grinding paint, avoid breathing the dust. Wear an approved respirator. If you use solvent or paint stripper, remove stripper with soap and water before
welding. Remove solvent or paint stripper containers and other ammable materials
from area. Allow fumes to disperse at least 15 minutes before welding or heating.
Avoid re hazards. Keep the area clean. Remove all ammable materials
from the area during any welding or heating process. Have a re extinguish-
er nearby and know how to use it.
See “Use Care with Hydraulic Fluid Pressure”, page 13
Never substitute pins or bolts. Use factory supplied pins. Replace all bolts
with the same size and grade. Failure to do so may cause serious injury or
death.
Performing scheduled maintenance will promote safe, reliable operation of your attachment. Use
maintenance procedures described in this manual. If you are not able to safely and competently
perform these procedures, have a Genesis dealer perform them.
Extreme operating conditions may require shortened
NOTICE
Eight-Hour Checklist
Inspect:
• Bolts - check for loose bolts, replace if damaged
• Fittings and hoses for damage or leaks
• Cylinder for damage or leaks
• Hydraulic swivel for damage or leaks
• Entire attachment for cracks (visual check)
Grease:
• Slewing ring and drive gear
maintenance intervals.
Long-term Maintenance
• Check all bolts for loose washers, including slewing ring bolts, after the initial 80 hours of
operation
Prior to using the chart below, clean all bolt holes, bolts and nuts to remove dirt, grease and oil.
See the Visual Reference below or Parts Manual to identify bolt type.
Never re-torque bolts that use Loctite. If a bolt becomes loose or damaged after the initial use
when Loctite was applied and the bolt was torqued, the bolt must be replaced.
Never break tightened bolts loose with a torque wrench. Doing so may break the torque wrench or
take it out of calibration.
Torque wrenches should be calibrated on an annual basis.
When using a torque multiplier with a torque wrench, incorrect settings will be multiplied by the
ratio of the torque wrench.
Never use an air wrench on a torque multiplier.
Dry Torque Values
Hex HeadFlat Head
Fastener
Grade
CL 10.9
8
L91.00-81152850922680
Size x
Pitch
M8 x 1.2536272922
M10 x 1.5072535842
M12 x 1.751259210074
M14 x 1.50210154168123
M14 x 2.0020014816011 8
M16 x 2.00313230250184
M20 x 1.50640472512378
M20 x 2.50610450488360
M24 x 3.001055778844622
M27 x 3.00154311381234910
M30 x 3.502095154516761236
1/2-1314510711686
1/2-2016312013096
5/8-11286211229169
3/4-10510376408301
7/8-9822606658485
1.00-81220900976720
1.00-1413459921076794
1.25-72464181719711454
1.50-64280316034242528
NmFt-lbNmFt-lb
Wet Torque Values
Fastener
Grade
CL 10.9
8
Hex Head
Size x
Pitch
M20 x 2.50458338366270
M24 x 3.00790583632466
M27 x 3.001157850926680
M30 x 3.50157211601258928
3/4-10383282306226
7/8-9617455494364
1.00-8916675733540
1.25-71847136214781090
1.50-124067300032542400
NmFt-lbNmFt-lb
Flat Head
Apply grease or anti-seize on threads and under bolt
heads
It is safer, easier and quicker to change the jaw sets with two people; one person to remove the
attaching pins and the other to operate the machine.
Position the Versi Pro with the lower side of the stick toward
the ground. Set the tool rmly onto at, level ground.
Fully close the attachment jaw. Remove the pin head retaining bolts from both the front cylinder pin and the jaw connection pin. (Fig. 1)
Remove the front cylinder pin. Slowly retract the cylinder
rod (jaw open function). If the upper jaw moves, stop and
pry the cylinder clevis away from the upper jaw.
Close the jaws before rotating the Versi Pro back to the vertical
position. Failure to do so will allow the jaw to slam shut which may
cause serious injury or damage to the machine.
Fig. 1
Pin Head Retaining
Bolts
Jaw Connection Pin
Front Cylinder
Pin
Remove the jaw connection pin. This can also be done by raising the attachment and carefully
rotating the stick so the jaw connection pin head is facing downward, then tapping the pin out.
With the pins removed and the attachment stick returned to a position with the lower side of the
stick facing the ground, raise the stick up and tilt the jaw toward the ground until the lower jaw
attachment pins clear the stick body attachment hooks. The stick will be tilted about 30° or more
when the jaws disconnect from the stick. (Fig. 2)
Jaw Installation
The jaw set to be installed should be placed on rm level
ground with the cylinder connection facing upward.
Tilt the shear stick into a 30° position to connect the stick body
attachment hooks onto the lower jaw attachment pins. Once
they are connected, tilt the shear stick back into a horizontal
position making sure the attaching pins are rmly inside the attaching hooks. (Fig. 2)
Install the jaw connection pin and its retaining bolt. If the jaw
had been rotated to install the pin from the top, rotate it back so
the lower side of the stick is again facing the ground. (Fig. 1)
Fig. 2
Lower Jaw
Attachment Pins
Attaching
Hooks
Extend the cylinder rod (jaw close function) until the cylinder
connection aligns itself to the jaw connection. Install the front
cylinder pin and its retaining bolt. Slowly open and close the
jaw, checking for any interference.
Maintain proper pivot group adjustment to optimize cutting performance and maximize the life of
the jaw set. Use the following procedure, along with the accompanying drawing, for initial set-up
and to make adjustments as the bearings wear.
1. Loosely assemble pivot group without end caps.
2. Set blade gap by pushing upper jaw blades against lower jaw blades with a 0.010” shim
between them.
3. Ensure sleeve 1 is pressed tightly against upper jaw ange bearing 1. Measure the dimension D1 and install shims to eliminate this gap. Fasten end cap 1 to the shaft on this
side.
4. Measure the dimension D2 and install appropriate shims.
5. Ensure end cap 1 is pressed tightly against the lower jaw and measure dimension D3.
Subtract D3 from 0.255” to determine the shim thickness required under the end cap.
Use a 3/8” dowel pin or a light lm of grease to hold shims in place.
6. Tighten end cap 2. Verify a 0.005” clearance in the pivot group with a feeler gauge be-
tween the sleeve and the ange bearing on either side of the upper jaw.
7. Grease pivot group as described in this manual.
Perform the following daily maintenance checks to keep
the equipment in good operating condition.
• Ensure proper pivot group adjustment.
• Check blades, guide block and piercing tip for
excess wear. Rotate or replace as needed.
• Inspect jaw for wear, including the chin where the
piercing tip meets the lower jaw. Perform build-up
and hard-surfacing as needed.
Piercing Tip
Proper maintenance of the piercing tip boosts productivity and prevents material jams. Inspect the piercing tip
daily for wear and perform maintenance every 20-40
hours, depending on the application.
Slowly cycle the shear until the piercing tip is ush with
the top edge of the chin.
Wear plate
Piercing
tip
Check the gap with a tape measure. Acceptable gap is
1/4” – 3/8” (6 - 9.5 mm)
Check the condition of the piercing tip with a straight
edge or square. Check the prole along the blades.
If the piercing tip is only slightly worn, it can be built up
following the build-up and hard-surfacing procedure in
this manual. When the tip is severely worn, it must be
replaced.
Piercing Tip Replacement
Important: Remove the upper secondary blade and up-
per wear plate during this procedure to prevent damage.
Preheat the tip area to 350° F (177° C), six to eight inches around the tip. Maintain this temperature throughout
the procedure. Do not exceed 400° F interpass temperature.
Air arc to remove the piercing tip. Clean the pocket and
chamfer the perimeter at ½” x 45° angles.
Position and tack the new piercing tip in place, square
with the blades and new wear plate.
After performing piercing tip maintenance, check guide blade tolerances. When necessary, shim the guide blade to keep the gap within
0.005” - 0.010”.
Rotate the guide blades when worn to a 1/8” (3 mm) radius. Replace
the guide blade when more than 0.075” (2 mm) of shims are required
to keep the blade gap within the tolerances.
Gap = 0.005”-0.010”
Guide Blade Shimming
Slowly close the jaw so the upper piercing tip begins to bypass the guide blades. Stop the jaw and
check the gap between the guide blades and piercing tip. Cycle the jaws slowly, stopping at several points along the piercing tip to check the gap each time.
Shim the guide blades as needed to keep the gap within a 0.005” - 0.010” tolerance.
To install shims, loosen blade bolts and slide shims between the guide blade and guide blade
seat. Re-torque bolts and recheck the gap.
Remove the blade bolts, guide blade and shims. Rotate the blade end-for-end or side-to-side;
reinstall and torque bolts. Check gap; shim if required.
If guide blade faces are worn excessively, the blades cannot be rotated to place the uneven surfaces against the mating surface of the guide blade seats. Uneven surfaces will not be supported
and will break, possibly resulting in damage to the guide blade seat.
Guide Blade Replacement
Remove guide blade and shims. Install new guide blade with no shims. Check blade gap and shim
as needed.
Cutting Blades
Proper maintenance of the cutting blades is required for optimal performance. Blade rotation extends blade life. Dull blades make the carrier hydraulic system work harder and may cause structural damage to the Versi Pro.
Rotate blades to use all four cutting edges. Always use Genesis-approved blades. Blades that do
not meet Genesis specications can cause major problems and using them may void the warranty.
Before performing any blade maintenance, read, fully understand and follow these safety rules.
Wear personal safety equipment including gloves, safety glasses, safety boots and proper clothing.
Never strike a blade with a hardened steel tool. The blade may fragment, creating sharp ying
objects.
Cutting Blade Removal
Loosen the bolts enough to loosen the blades, one blade at a time.
Carefully remove bolts and blades.
Blade Bolts
Visually check for loose or broken bolts daily. Re- torque loose bolts to the specications listed in
the torque chart in this manual. Replace broken bolts immediately.
Inspect blades every eight hours of operation. Re-torque loose
bolts and replace broken bolts. Rotate blades when the cutting
edges are worn to a 1/8” (3 mm) radius.
Recommended rotation intervals are approximately 20-80
hours, depending on the material being processed. Thin materials may require shorter rotation intervals. Blades must be replaced when all four edges are worn to an 1/8” (3 mm) radius.
The following chart may be copied and used to track blade
rotation.
40-80 HoursDateHour MeterPerformed By
Installed
Original Blade Conguration
First Rotation
Rotate both blades end-for-end
Rotation 1
Rotation 2
Rotation 3
Second Rotation
Rotate both blades front-to-back and
exchange seat positions
Cutting Blade Gap Adjustment & Shimming
After each blade rotation, shim the lower blades to keep the
gap within 0.005 to 0.010. Do not shim the upper blades. Use
only Genesis shim kits.
Slowly close jaws until blades begin to bypass. Stop the jaw
and check the gap with a feeler gauge.
Cycle the jaws slowly and continue checking the gap at several points along the entire length of the blades.
If the blade gap exceeds the maximum listed on the table above, shim the lower blades. Blades
must be replaced when shims exceed 0.060”.
Third Rotation
Rotate both blades end-for-end
Loosen blade bolts.
Install shims between the blades and blade seat as needed to bring into tolerance.
Replace teeth when points are worn down and can no longer process concrete efciently. Weld
new teeth in place using the following procedure.
If desired, points may also be rebuilt and hard-surfaced when
1/2” has worn away, as shown in the illustration. However,
rebuilt points on the teeth will wear down faster than the original teeth.
↓
Tooth Replacement Procedure
Follow all welding safety precautions found in this manual.
Preheat the jaws surrounding the teeth to 350º F (177º C),
being cautious to stay away from the pivot group. Maintain this temperature throughout the procedure. Do not exceed 400º F (204º C) interpass temperature.
Air arc to remove worn teeth using a template available from the Genesis Parts Department. Grind
jaw surfaces smooth to accept new teeth.
Position and tack the new teeth in place as shown.
↑
1/2”
Weld with AWS E7018 electrode or equivalent. Begin with the sides, lling in the chamfered area
with single passes, alternating sides and peening each pass. Weld the back and front of each
piece following the same method.
When welding is complete, grind the welds ush on the sides of
the upper jaw. Failure to grind these surfaces at may prevent
the teeth from bypassing the lower teeth.
Cycle the jaw slowly to check for interference.
Cover with heat blanket or insulation and allow to cool slowly.
DO NOT put unit into operation until cool, approximately eight
hours.
The wire cutting jaw set is solely designed to process
single or multi-strand wires made of non-ferrous metals
such as aluminum or copper.
High strength alloys of these metals may not be processed with this jaw set. Single strand wires
processed with this jaw set may not be larger than 200 mm (7-7/8 inches) in diameter including the insulation. Furthermore, the wires may not be coated with materials having higher tensile
strength or hardness than copper or aluminum. (e.g. steel) Processing of such materials will damage the blades and the entire jaw set.
When cutting multiple wires at once, the circum-
Fig. 1
ference of all the wires must be inside the jaw
during the entire cutting cycle.
Contact Genesis or your local Genesis Dealer
before using the wire cutting jaw set in an application not described above.
Always fully extend the cylinder before removing the
Front Cylinder Pin (PN 3500352), otherwise the upper
jaw may suddenly and unexpectedly close.
When changing jaw sets be sure the jaws are securely
positioned even when uncoupled from the stick.
Never activate the rotation function of the shear without
having the jaw set properly engaged.
Do not operate the GVP attachment until the jaw set is
properly installed and the front cylinder pin is inserted
and secured.
To properly cut the material for which it’s designed, the wire cutter is very narrow, so a special
Wire Cutter Jaw Stand has been developed to facilitate the jaw changing process.
The cutting edges can be very sharp, even after use.
Always wear suitable protective gear and gloves.
To change the blades, remove the Bolts (F0620040) then remove the blades and replace with new
or resharpened blades. Re-install the bolts and tighten to 450 Ft/Lbs or 610 Nm. Check blade gap
and pre-tension.
The blade gap as well as the pre-load of the
blades are set through the castle nut with
spring washer. The spring washer preserves
the tension of the blades until they are worn in
signicantly. As the blades wear in, adjust the
castle nut to restore tension.
To add tension to the blades remove spring
pin, tighten the castle nut, then replace the
spring pin.
Fig. 11
To resharpen the blades, they must be removed from the shear and reground at a 45
degree angle. While grinding, the temperature of the cutting edges must not exceed
200º C or 392º F to preserve the material
properties. The blades must be replaced
when they do not overlap in the fully closed position.
Fig. 12
Before using the wire cutter, the ball valve located
Check grapple tine tips for wear and replace as needed, following the procedure below. Do not allow tips to wear down to the parent material.
Build-up and hard-surfacing of grapple jaws is optional to prevent excessive wear. Depending on
the application, it may or may not be necessary. Use your discretion to determine whether it is
warranted by the severity of the application.
Tip Replacement Procedure
Follow all welding safety precautions found in this manual.
Preheat the area to 350º F (177º C), six to eight inches around the tip. Maintain this temperature
throughout the procedure. Do not exceed 400º F (204º C) interpass temperature.
Air arc to remove the tip. Clean the pocket and chamfer the perimeter at 5/8” x 45º angles.
Position and tack the new tip in place.
Weld with AWS E7018 electrode. Begin with the sides, lling in the chamfered area with single
passes, alternating sides and peening each pass. Weld the back and front following the same
method.
When welding is complete, grind the welds ush on each side.
Cover with heat blanket or insulation and allow to cool slowly.
DO NOT put unit into operation until cool, approximately eight hours.
Build-up and hard-surfacing are welding procedures that protect the parent material of the jaws
and keep the blades in good adjustment. Build-up is the welding procedure that restores the jaws
to their original shape. Building up the jaws helps protect the blades and increases the life of the
attachment. Hard-surfacing is the welding material added over the parent material (or build-up
material) to create a wear-resistant surface.
Welding should not be performed until the jaws are work-hardened. Work-hardening can take up
to 80 hours. However, jaws must not wear lower than the height of a new blade. If either jaw wears
down lower than blade height, immediately stop operating the attachment and perform build-up
and hard-surfacing as described in the following pages of this manual.
Welding Ground Clamp
Disconnect all battery ground cables or shut off master battery switch, if equipped. Failure
to do so may cause carrier electrical problems, including permanent damage to onboard
computer systems.
Connect ground clamp as close as possible to the area being welded without allowing current to pass through the pivot group, cylinder pin, cylinder, swivel, motor, gearbox or slewing ring.
If you are welding on the lower jaw, connect weld clamp to the lower. If you are welding on
the upper jaw, connect to the upper but not to the cylinder clevis. If needed, weld a piece of
steel to the area for the grounding clamp and cut the piece off when welding is completed.
Welding Rules
Before you begin:
• Remove adjacent blades, as preheating and welding may cause blade damage.
• Wearing an approved respirator, grind the area to clean it, removing all existing hard-surfacing.
• Preheat area to 350˚ F (177˚ C). Maintain this temperature throughout the procedure. Do
not exceed 450˚ F (232˚ C) interpass temperature.
During welding:
• Always grind and weld with the grain of the material.
• Peen each weld pass to relieve stress and harden the welds.
• Do not undercut the ends of the welds.
• Do not start or stop welds directly above a bolt hole or in the apex of the jaw.
After welding maintenance is complete:
• Cover the area with a heat blanket and allow it to cool slowly, approximately eight hours.
• Do not put the attachment into operation until the welds have been allowed to cool.
Determine the area to build up, using a straight-edge or square. Jaws must not wear lower than
the height of a new blade. Use a new blade to help determine build-up height for the jaw.
Build up the jaw to slightly higher than the original parent material prole with E7018. Apply single
passes in each line with the grain of the steel, peening after each pass.
Protection strips, or raised areas under or around blade seats, must be built up and maintained
during build-up procedure using E7018 or equivalent.
These areas should be maintained between blade height and 0.010” lower than blade height.
These areas protect the bottom unused edges of the blades as well as reduce the chance for material to catch on the bottom of the blade during jaw open functions, which causes blades to move
in their seats.
Denting, deformation or build-up higher than blades in these areas may cause upper jaw deection, excessive blade gaps, wear to blade faces and undue stress to upper and lower jaws.
After build-up is complete, grind material to be ush with a new blade.
Note: Closely monitor areas above guide blade bolt countersinks and below front two upper blade
bolt countersinks. These are high-wear areas. If allowed to wear too far, parent material starts to
fold into the countersinks, and it becomes time-consuming to clean out this area when access is
needed for blade rotation and replacement.
Visually check slewing ring (rotation bearing) bolts every eight hours of operation and replace every 2000 hours. Do not reuse or re-torque these bolts. Immediately replace a loose or broken bolt,
and replace the bolts on either side of it.
Bolt Torque
The bolts that secure the slewing ring are critical to safe operation of the attachment. Improper
bolt torques may cause the bolts to fail and allow the attachment to break free. This may result in
serious personal injury and damage to equipment. Improper torques will also cause uneven wear
on the slewing ring. See page 26 for proper bolt torque specications.
Grease Daily
Rotating components must be greased daily. The rotation bearing features a remote grease tting
at the top of the quick-attach plate. The gear teeth should also be greased and can be accessed
by removing the bearing shroud.
Stand Clear
Stand clear when the Versi Pro is being rotated. Always stay in clear view of the operator.
Rotate After Greasing
Grease each slewing ring grease tting with several strokes and rotate the attachment two full
rotations after greasing each tting.
Grease Temperatures
For normal conditions above 32˚ F (0˚ C), use a lithium-based, premium grade 2 extreme pressure
grease. For temperatures below 32˚ F, a grade 0 grease is recommended.
Notify the Genesis Service Department of the potential warranty claim prior to making the repair.
Digital pictures are very helpful for diagnosing problems and recommending repairs.
Contact the Genesis Service Department before making alterations, changes or repairs to any
component that is going to be considered for warranty. Not doing so will void all Genesis warranty
consideration.
The Genesis Service Department will issue an authorization number to track the repair costs, outgoing parts, and/or defective parts returning to the factory.
Replacement parts must be ordered using a purchase order number. Shipping is standard ground.
Overnight shipping is available by request, and Genesis will not cover the shipping charge.
When the repair is complete, submit an invoice to the Genesis Service Department within 30 days.
Include itemized internal labor reporting, parts lists and invoices for outside contractors. Reference
the authorization number on all invoices.
When returning parts for warranty consideration, include a copy of any related Genesis paperwork
along with any other necessary documentation to ensure proper processing and credit. The Genesis Service Department will provide the necessary forms.
Your account will be credited when the warranty claim is accepted.
Blade Warranty
Standard warranty on blades will only be considered on the rst edge, and wear on the edge must
be 1/8” radius or less. Genesis does not warranty cutting blades that are cracked or broken from
top to bottom (perpendicular to the long edge of the blade). Genesis also does not cover fasteners, the labor to replace wear components or collateral damage, such as blade seats, from broken
blades, the piercing blade tang or adjustment plates.
Please direct any questions to the Genesis Service Department: 715-395-5252
Orders may be placed by phone, e-mail or fax. To fax an order, use the form on the following
page. Contact information is located at the front of this manual.
Part Numbers
Part numbers are listed in a separate Parts Manual or, if included, the Parts section of this manual. Contact the Genesis Parts Department with questions regarding part numbers, availability and
pricing.
Shipping
All orders will be shipped best way surface unless an alternate shipping method is requested.
Shipping charges are not included in the purchase price of parts.
Invoices
All invoices are due upon receipt. Any accounts with invoices open beyond 60 days are subject to
review and may be placed on C.O.D. status without further notice.
Returns
Unused Genesis parts may be returned with proper documentation. Return shipping is the responsibility of the purchaser. Credit will be issued upon return, less a 20% restocking fee. Documentation is required for credit of returned parts. Contact the Genesis Parts Department at 715-3955252 for a RGA (Return Goods Authorization) number and form.
Return Goods Authorization
All parts returned to Genesis for warranty consideration must be returned with a completed RGA
(Return Goods Authorization) provided by the Genesis Parts Department. The form needs to be
completed in its entirety, including any additional information requested by the Parts or Service
Department. Return freight is the responsibility of the shipper and will be credited upon claim approval. A determination to accept or deny the claim will be made based on the information available to Genesis. Warranty on purchased parts other than wear components is 6 months. There is
no warranty period on wear parts or components.