JRClancy Titan Series User manual

Important Safety Information. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Product Use Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Maintenance Schedule . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Replacement Parts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Recommended Tools. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Inspection and Maintenance Procedures . . . . . . . . . . . . . . . . . . . 4
Beam Clamps and Machinery Frame ..................4
Blocks and Wire Rope. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
Guide Rollers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
Drum Screw......................................6
Inspection and Maintenance Procedures (continued)
Motor and Gear Reducer ...........................7
Secondary Load Brake .............................8
Manually Releasing the Hoist Brakes ..................10
Controls Enclosure ................................10
Circuit Protection and Controls Electronics..............11
Limit Switch Settings ...............................12
Warning Signs and Operational Instructions.............15
Decommisioning and Disposal . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
Titan Hoist Maintenance and Inspection Log . . . . . . . . . . . . . . . . 16
Maintenance Manual
Titan
®
Hoist
©Wenger Corporation 2019 Printed in USA 2019-09 Part #003-2371 Rev.01
JR Clancy Incorporated, 7041 Interstate Island Road, Syracuse, New York 13209
Questions? Call..... Worldwide: [phone] • jrclancy.com
Contents
Note: Please read and understand these instructions before using or setting up.
Note: Review all of the Installation Drawings and Reference Drawings.
Note: If you need additional information, contact JR Clancy using the information below.
Visit the Titan Hoist web page at jrclancy.com for more information.

2
Important Safety Information
• For any non-standard Titan Hoist there may be supplemental documentation for hoist maintenance.
This documentation can be located at the end of the manual and/or on the hoist drawing(s).
• Theproceduresinthismanualareforusebyqualiedpersonnel(furthermoreallQualied
Person(s)orPersonnelareasdenedbyANSIE1.6-1-2019,EntertainmentTechnology-Powered
HoistSystems,section3.22)only.Ifyouarenotqualied,contactthecompanythatinstalled
yoursystemorJRClancytondthenearestserviceprovider.
• TheTitanInspectionChecklistmustbecompletelylledoutandacopyreturnedtoJRClancy
as proof of initial and subsequent annual inspections. Proof of inspection may be required to
activate and maintain the warranty period for this product.
• All users must be aware of maintenance requirements and warned of the associated hazards.
Keep a copy of this manual available along with all other product documentation for future reference.
• Hoistingmachinesimposesignicantloadsonthestructuretowhichtheyareattached.
Itistheresponsibilityinstallerorserviceproviderforverifyingthataqualiedperson
(as noted in ANSI E1.6-1-2019, section 3.22) has determined that this structure can withstand
the loads.
• Equipmentmustbeinstalledandmaintainedbyqualiedpersonnel.
• Annual inspection and maintenance of this product is required.
Some applications may require more frequent inspection and service.
• Do not substitute or modify components provided with this equipment.
• Do not exceed the recommended working load of the hoist. It varies by model and is marked
ontheIdenticationLabelonthehoist.
• Do not exceed lift line capacity on any one wire rope:
- 1/4" wire rope capacity: 750 lb [340 kg]
- 3/16" wire rope capacity: 500 lb [230 kg]
• Do not lift or support people or animals.
• Hoistweightvariesdependingonspecicationsandislistedonthehoistassemblydrawing.
Use appropriate handling equipment and safe work practices.
• Remove power before opening electrical panels.
• Electricalequipmentmustbeinstalledbyqualiedelectricians.
• Keep body parts away from machinery in motion.
• Remove power source before working on machinery.
• Machineswithmovingpartswithin106inches(2.7m)verticallyfromtheoorandlessthan
60inches(1.5m)horizontallyfromasafetybarriermustbettedwithmachineguarding
per ANSI E1.6-1-2019, section 6.7. Guards must be in place during use.
Moving parts can cut or crush.
Improper installation or maintenance
can cause the machine to fail.
Electrocution Hazard
!WARNING
!WARNING
!DANGER

3
Product Use Requirements
• Installation of this equipment must comply with local building codes.
• Equipment must be installed according to manufacturer's drawings. Individual component information
is listed in the bill of materials of these drawings.
• Titanhoistsmustbeinspectedbyqualiedperson(s)(asnotedinANSIE1.6-1-2019,section3.22)
every year, or more frequently depending on use and local, state, and federal laws.
Do not install in locations that prohibit access or prevents removal of any machine guarding.
• Titan hoists are designed for indoor use only in buildings with temperatures between
50⁰and100⁰F(10⁰-38⁰C).
• Do not expose machines to rain or extreme humidity.
• Dimensions and weight of Titan hoists vary from project to project. Consult project drawings.
• The recommended working load and duty cycle of each machine is marked on the
IdenticationLabelonthecontrolsenclosure.Donotexceed.
• The hoist machinery must be protected from oil, dust and other contaminants.
Maintenance Schedule
Notice:Thismachinerymustbeinspectedandmaintainedannuallybyqualiedperson(s)
(as noted in ANSI E1.6-1-2019, section 3.22). Proof of inspection is required to maintain warranty status.
Annualinspectionandoperatortrainingisrequiredtomaintainthewarrantyperiodspeciedinyour
information binder, and proof of annual inspection and training may be required to obtain warranty service.
Certain applications may demand more frequent inspections and maintenance. It is the responsibility of the
user to monitor the machinery and adjust the maintenance schedule accordingly.
Be aware of government regulations concerning the inspection of hoisting equipment.
Replacement Parts
Lubricantsandothercomponentsthatcanbeprocuredlocallyarefullyspeciedintheappropriatesectionof
thismanual.Useonlythespeciedtypeandgradeofmaterials.
Contact your local JR Clancy dealer to obtain any parts not listed in this document.
The following tools and materials may be used in this manual and during annual inspections and regular
maintenance. This list is not exhaustive, but can be used as a starting point for selecting the proper tools.
· Appropriate personal protective equipment
· 7mm hex nutdriver
· 7/16", 1/2", 9/16", 3/4", 10 mm
open-ended box wrenches
· 3/4", 17mm socket wrenches
· Torque wrench
· Wire rope termination tools, as necessary
· Castrol Inc Pyroplex Red NLGI #2 High
Temperature Grease
· Portable grease pump
· Feeler gauge set (english and metric)
· 4mm hex (allen) key
Recommended Tools

4
Inspection and Maintenance Procedures
Beam Clamps and Machinery Frame
1. Make sure a clamp has been welded to hoist backbone, then the remaining are secured using
two U-Bolts provided by JR Clancy. Reference project drawings
2. Check to make sure there is no loose hardware or materials set on top of hoist frame.
Blocks and Wire Rope
1. Checktheeetangleonallsheaves.
2. Remove any covers from the machine and observe the machine while running. Listen for the sound
of wire rope that might be rubbing against the machine or other ropes. Adjust loft or remote head block(s)
if necessary, to eliminate any rubbing.
3. Observethemachinewhilestationary.Inspecttheeetangleoftheropewithrespecttothedrumgrooves
asseeninFigure1.Ifeetangleisnotacceptable,deadwrapsmustbeaddedorremovedusingthe
replacement procedure below.
4. Test the operation of the machine. Wire ropes entering the drum should not rub on the drum wraps
or skip drum grooves.
Keep body parts away from
the machinery in motion.
Figure 1: Inspecting the Fleet Angle at the Drum
!WARNING

5
Inspection and Maintenance Procedures (continued)
Blocks and Wire Rope (continued)
5. Make sure the wire rope is free of kinks, distortions and broken wires.
Titanhoistsaretobeusedwith1/4"diameter7x19SmallDiameterSpecialtyCordasdenedby
ASTM standard A1023. For additional wire rope options see addendum A.
Consult hoist drawings to determine the rope size for a particular machine.
The correct size rope must be used.
6. Replace wire ropes as necessary using the following procedure:
a. Move the load to a location where it can be secured using other rigging e.g. to another batten
or to the building structure.
b. Rotate the drum so that the cable termination clips are visible.
c. Secure the load and remove the damaged wire rope.
d. Reeve the end of the new rope through the loft blocks and to the Titan.
e. Reeve the rope through the Titan head block being careful to stay below the sheave spacers.
f. Wrap the wire rope around the drum enough times to match the number of standing wraps
on the other lines of the hoist. Note that a minimum of three wraps must be maintained on the
drum when the machine is at the lowest limit of travel.
g. Make sure the rope lays properly into the grooves on the drum. Insert rope between drum and
rope clip, leaving 0.50" to 0.75" exposed past the clip.
h. Tighten the clip by tightening each bolt to a minimum torque value of 20 in-lb.
i. Prior to terminating the lift lines, inspect the reeving and check the following:
- Wire ropes must lie smoothly in the grooves of the drum.
- Double check that the wire ropes are reeved properly through the blocks.
 -Whilepullingwireropetight,checktheeetangleonthedrum.SeeFigure1.
j. Cut the lines to length and terminate at the batten.
- Install a trim chain, turnbuckle, or other rated load leveling device on each lift line connection.
- Use terminating hardware that is properly rated for the load.
Follow hardware manufacturers' instructions carefully, e.g. use inspection gages for swaged sleeves.
- Swaged sleeves are recommended for most installations. If wire rope clips are used,
annual maintenance must include checking the clip nuts with a torque wrench.
7. Inspect any wire rope clips that may be used on the system and use a torque wrench to make sure
the nuts are tightened according to the manufacturer's recommendations.
8. Visually inspect swaged (Nicopress or similar) terminations to look for signs of damage or overstress.
At least 1/16" of the dead end of the wire rope should be protruding from the swaging sleeve.
9. Inspect all wire rope thimbles for deformation or other damage.
10. Inspect all other components used to attach the loads to the Titan lift lines.
Do not use wire ropes of
dierent dimensional or
structural characteristics.
Disconnect the power before
working on the machinery.
!WARNING
!WARNING

Drum Screw
1. Examine the Drum Screw as seen in Figure 3.
If the grease is contaminated with debris or excessive dust,
wipeallthecontaminatedgreaseo󰀨.
Look for debris or other signs of damage to the nut
inside the drum that runs on the screw.
2. LubricatethescrewwithathinevenlmofCastrolInc
Pyroplex Red NLGI #2 EP High Temperature Grease.
Contact JR Clancy if you cannot locate a dealer with
thespeciedgreaseinyourarea.
3. Observe the machine in operation through the
entire range of motion to make sure the
drum moves smoothly.
6
Figure 2: Guide Roller
Wire Rope
Isometric Section Thru Roller
Roller Spring Drum
Inspection and Maintenance Procedures (continued)
Guide Rollers
1. Make sure that there is a roller on every wire rope. Note the position of the rollers in Figure 2.
2. Each roller must be secured to the hoist frame with a M6X20 T-bolt, lock washer and a hex nut.
Check fasteners are tight, and none are missing.
3. Make sure rollers are aligned with the wire rope as shown in Figure 2.
4. Observe the surface of the rollers to look for abrasion or other damage
5. Observe the machine while operating and make sure that all rollers are turning.
Figure 3: Drum Screw
Secondary
Brake
Drum Screw
Locking Collar
Drum Screw
Nut
Drum Screw

7
Inspection and Maintenance Procedures (continued)
Motor and Gear Reducer
1. Observe the machinery while raising the load,
the brake on the electric motor should engage
and stop the load before the secondary load brake engages.
The load should stop quickly and without any back-winding.
If the load backwinds, or if the load brake is engaged
under these circumstances, the electric motor brake should
be serviced. Contact the JR Clancy factory.
2. Check the gear reducer oil level.
The gear reducer oil must be
replaced every two years or
analyzed annually by a
commercial laboratory to
ensure that the oil properties
and contamination levels are
acceptable.
3. Figure 5 shows the drain plug
andlllevelsforthemachines
based on mounting position.
Any oil added to the reducer
must match the manufacturer
and type marked on the reducer
label that is fastened directly
onto the side of the gear case.
Note that bearings inside the
electric motor are lifetime lubricated
and sealed and do not require
periodic lubrication.
4. Inspect for any loose fasteners
and retighten as necessary.
Rubber protective band
Remove after installation
Figure 4: Reducer Breather
Valve With Protective Band
Brass
Breather Valve
Mounting Position Lubrication Ports
Figure 5: Reducer Lubrication
Underhung Hoist
Reducer Position M3
Upright Hoist
Reducer Position M1
Wall MountedReducer
Position M2
Fill Level Breather Valve Drain Plug

8
Inspection and Maintenance Procedures (continued)
Secondary Load Brake
The Titan is equipped with two brakes: a primary motor brake and an electrically operated secondary load brake.
The secondary brake is calibrated at JR Clancy, but the following procedure should be used to check the brake
once it is installed. See Figures 6-8 on the following page.
1. Locate the three locking nuts on the face of the brake.
Conrmthatallthreenutsareinplace.
2. Locate the manual release bolt holes in the face of the brake.
Conrmthatthereleaseboltshavebeenloosened.
3. Slide the protective rubber boot back to expose the air gap between the brake magnet
and the armature assembly. The edge of the paper disk will be visible.
4. Check the gap between the paper disk and magnet at a minimum of three locations around the brake.
This gap should be set to 0.9 mm (0.035 inches).
A mechanic's feeler gauge is recommended to inspect this gap.
5. Adjust the nuts on the face of the brake as necessary to maintain the proper clearance.
The nuts must remain fully threaded on the studs at all times.
6. Replace the rubber boot around the brake when adjustment is complete.
The primary and secondary brakes
must be properly adjusted or the
load can fall if the hoist loses power.
!WARNING

9
Figure 6: Secondary brake bolt locations
Figure 7: Side view of brake with rubber boot
Locking Nuts
Manual
Release Bolt
Switch Cable
Brake Control
Cable
See
Figure 8
Brake Control
Cable
Protective Rubber Boot
(Slide to left to expose gap
between armature and magnet)
Secondary
Load Brake
Manual
Release Bolt
Locking
Nuts
Inspection and Maintenance Procedures (continued)
Secondary Load Brake (continued)
Figure 8: Detail view of brake air gap
Armature
Paper Disk
Magnet
Rubber Boot
(slide back
for access)
Air gap

10
Inspection and Maintenance Procedures (continued)
Manually Releasing the Hoist Brakes
It is possible to manually release the hoist brakes for testing or maintenance.
To release the motor brake:
1.Locatethethreadedmanualbrakereleasehandle.Itisclippedtothensofthemotororscrewed
into the reducer adjacent to the encoder.
2. Locate the matching threaded socket in the fan shroud of the motor and screw in the release handle.
3. Pull the release handle towards the back of the motor shroud until resistance increases sharply and
then slightly further to release the brake. Note that only after the resistance increases sharply will the
brake be released. Take care to not bend the release handle.
4. The brake will reengage when the handle is released. Replace the brake handle in its storage position
onthemotornsorgearcaseafterworkiscomplete.Servomotorswillhavethereleasehandlealready
attached.
To release the secondary brake
1. Use a wrench to alternately and evenly tighten the two bolts about ½ turn at a time until the brake is
released.
2. Use a wrench to alternately and evenly loosen the two bolts until the brake is reengaged.
Releasing either brake can cause the load to fall.
This procedure is for use by qualied personnel
only. Secure the load and/or keep the area below
the hoist clear when working on the hoist brakes.
Releasing both brakes will cause
the load to fall. Remove or secure
the load on the hoist before
releasing both brakes.
The manual release bolts must be loosened
to restore function of the secondary brake.
Brake can be released for testing and
maintenance only and must be reengaged
prior to the hoist being returned to service.
Controls Enclosure
1. Check that the power and controls plugs are latched into their receptacles.
2. Check for any missing fasteners in the enclosure.
3. Check to make sure that the strain relief clamps hold the power and control cables tightly in the plugs.
Electrocution hazard.
Make sure power is o before
opening controls enclosure.
!WARNING !DANGER
!WARNING
!DANGER

11
Inspection and Maintenance Procedures (continued)
Circuit Protection and Controls Electronics
Fixed Speed Machines
Fixed speed machines are controlled through the use of a
self-protected motor starter inside the controls enclosure.
See Figure 9.
This unit includes both overload sensors and a disconnect switch
toshuto󰀨themotorpower.
The disconnect handle is turned to the "twelve o'clock" position
toturnthepoweron,andto"nineo'clock"toturnthepowero󰀨.
This handle also functions as a fault indicator; when the sensors
detect an overload, the power will automatically be disconnected,
and the handle will snap to the "ten-thirty" position.
To reset a fault, turn the disconnect handle to the "reset" position
(seven o'clock) and then back to the "on" position.
The dial of the overload sensor is set at the factory to match the
motor's Full Load Amperage (FLA).
Do not adjust this setting unless directed by a JR Clancy factory
representative.
For all other adjustments to the control electronics contact the
JR Clancy factory.
Electrocution hazard.
Remove power source before
opening electrical enclosures.
Variable Speed Machines
1. Variable speed machines are controlled by an electronic drive module as well as being protected by
a circuit breaker.
In the event of an overload or over-current situation the sensors built into the drive module will trigger
a drive fault that will shut down the drive. A fault condition will be reported to the user at the
motion control system console. The Fault Reset button on the main screen of the controller will reset
the drive electronics.
2. The circuit breaker for the drive module is located either inside the drive enclosure or mounted into the
electrical raceway adjacent to the power plug, depending on your installation. The circuit breaker can be
manually switched to the ON or OFF positions.
In the event of a fault condition the breaker may switch to a TRIPPED position midway between
ON and OFF. To reset the circuit breaker, move the switch to the OFF position and then back to the
ON position.
For all other adjustments to the control electronics contact the JR Clancy factory.
Figure 9: Fixed Speed
Starter Module
!DANGER

12
Inspection and Maintenance Procedures (continued)
Limit Switch Settings
Check the Soft Limits
The Titan has upper and lower limits that are set from within the control system software ("soft" limits).
These limit the travel of the hoist to prevent damage to the machine and the surrounding structure,
and to prevent the load from hitting an obstruction and causing an unsafe condition.
1. Position the operator or an observer so that both ends of the drum can be seen.
2. Position the operator or an observer so that all parts of the lifted load can be seen.
3. Slowly run the hoist down until it reaches its soft lower limit, or approaches an obstruction.
Conrmthatthesoftlimitstopsthehoistbeforethehoistreachesitshard-lowerlimit(seebelow).
If the soft limit requires adjustment, see the control system Operations and Maintenance Manual.
4. Slowly run the hoist up until it reaches its soft upper limit, or approaches an obstruction.
Conrmthatthesoftlimitstopsthehoistbeforethehoistreachesitshard-upperlimit(seebelow).
If the soft limit requires adjustment, see the control system Operations and Maintenance Manual.
Check the Hard Limits
The Titan features a four-element rotary limit switch to limit the travel of the hoist.
This switch includes four independently adjustable switches, two to limit the normal travel of the hoist
in the up and down direction and two redundant overtravel switches which should be set just outside
the normal travel limits.
In order to leave enough room for an emergency stop of the lifted load at full speed, the switches must
besetsothatstrikingtheovertravellimitwillstoptheloadwithsu󰀩cientclearancefromanyobstruction.
(See step 3 for clearance measurements.)
Machinery and loads can collide with surroundings if limit
switches are incorrectly adjusted.
Operate machine at slow speed only when setting limits.
Operator or observer must be in sight of all obstacles in
the path of machine or load.
Do not operate over the heads of people.
Wire Rope must have at least three
complete wraps around the drum to
avoid failure of the termination.
!WARNING !WARNING

13
Inspection and Maintenance Procedures (continued)
Limit Switch Settings (continued)
Notice: The hoist should never strike the hard limit switches during normal operation.
 Thelimitssetinthecontrolsystem("soft"limits)shouldalwaysactivaterst.
To check the hard limits, a Maintenance Control Pendant should be used.
The limit switch indicator lights on the Maintenance Control Pendant should
be used to facilitate setting the limit switches.
Please contact JR Clancy to obtain a control pendant in order to check the hard limits.
See the Titan Installation Manual for more information.
Limit switches must be set in the same way regardless of whether the hoist is controlled by a computerized
control system or by push buttons.
• Run the machine to its lower overtravel ("hard") limit.
ForallTitanunits,conrmthatthemachinestopstheloadatleast6inches(15cm)fromanyobstruction.
If adjustment of the limit switches is required use the following procedure:
1. Position the operator or an observer so that the limit switches and both ends of the drum can be seen.
2. Position the operator or an observer so that all parts of the lifted load can be seen.
3. Remove the limit switch cover.
4. Establish switch rotation:
a. Drive hoist in UP direction. Note the direction of the cam stack rotation.
b. Mark switch cover or label inside switch to record cam stack rotation.
c. Avoid contacting screw terminals on switches while control system is on.
Notice: Do not allow hoist drum to hit the machine frame.
Observe during operation prior to setting limit switches.
5. Determine hoist travel:
a. Determine where load must stop to avoid damage to hoist, lifted load or surrounding structure.
Set overtravel to stop load short of this point.
b. Foreachendoftravel,setovertravelswitchrst,thenormalendoftravelswitch.
c. Atthelowerendoftravel,conrmthereatleastthree(3)standing"dead"wrapsonthedrum
at all times.
Load can hit surrounding
structure and fall if clearance to
obstruction is not maintained.
Load can hit surrounding
structure and fall if clearance to
obstruction is not maintained.
!WARNING
!WARNING

14
Inspection and Maintenance Procedures (continued)
Limit Switch Settings (continued)
6. Adjust Limit:
a. Drive the hoist to the desired end of travel.
b. Re-verify cam stack rotation (when the hoist travels up, does the cam stack rotate clockwise or
counterclockwise). Determine which side of the desired switch the limit cam must strike
(i.e. if the cam stack rotates clockwise when the hoist travels down, and you are setting
a down limit, the cam must actuate the down limit while moving in a clockwise direction).
c. Locate the adjusting screw for the desired limit by referring to the numbers adjacent to the
adjusting screws. Note that the lowest switch in the cam stack (down overtravel) is switch 1,
the next switch (down limit) is switch 2, the next switch (up limit) is switch 3, and the highest switch
in the stack (up overtravel) is switch 4.
d. Rotate the adjusting screw with a 4mm allen wrench to adjust the limit cam lobe to a position
where the selected limit switch is just actuated (audible click).
7. Test Limit
a. Drivehoistawayfromlimituntillimitiscleared(useovertravelbypassswitchtomovehoisto󰀨
overtravel limit if needed).
b. Drive hoist toward limit until limit stops motion.
c. Assess stopping position (measurement vs. target).
d. Drivehoisto󰀨limit(useovertravelbypassswitchtomovehoisto󰀨overtravellimitifneeded).
8. ReneLimitAdjustment
a. Repeat the Adjust Limit procedure, as detailed above.
b. Move cam lobe closer to switch to make switch trip sooner (decrease travel distance).
c. Move cam lobe further from switch to make switch trip later (increase travel distance).
d. Retest limit adjustment until hoist stops at desired position.
Figure 10: Stromag Rotary Limit Switch (with cover removed)
Encoder
Adjusting
Screw
Up O/T
Up
Down
Down O/T
Cam
Stack

15
Inspection and Maintenance Procedures (continued)
Limit Switch Settings (continued)
9. Adjust Remaining Limits
a. Once overtravel limit is set, set normal limit at same end of travel.
b. Checktoensurethatthereissu󰀩cientdistancebetweennormallimitandovertravellimit-ifthe
hoist strikes both limits before stopping, increase the distance between the limits by moving the
normal limit to stop the load sooner.
c. Once all limits are set, replace the limit switch cover.
Warning Signs and Operational Instructions
In the event that operation, service, or training questions arise, the users must have contact information for
qualiedservicepersonnelreadilyavailable.
1. Make sure that the JR Clancy "Motorized Rigging" safety sign (Part # 002-WINSIGN) is placed in a
prominentlocationandthattheservicecontactinformationislledin.
2. Make sure that the capacity labels are in place on each batten, and that the labels match the capacity
of the machines to which they are attached.
3. Interview the user and make sure that they have access to the "Operation and Maintenance Manual."
Also, a service log form is provided at the end of this manual. Locate this log and examine it.
The following information should be recorded for each occasion of service:
• Date of service
• The provider of the service, with contact information.
• The machinery, i.e. channel number, on which the service was performed.
• The work or inspection that was performed.
Notice: Documentation of annual inspection is required to maintain the full warranty period
of the hoist and may need to be provided upon request to obtain warranty service.
Decommisioning and Disposal
Lubricantsandothercomponentsthatcanbeprocuredlocallyarefullyspeciedintheappropriatesection
ofthismanual.Useonlythespeciedtypeandgradeofmaterials.
Contact your local JR Clancy dealer to obtain any parts not listed in this document.
Removemachinesifnecessaryusingqualiedpersonnelandsaferiggingpractices.
Anymodicationstothestructureandwiringmustbeperformedbyqualiedpersonsandconformtolocal
codes.
Do not defeat interlock switches or any other safety features of remaining machines or control system.
Dispose of all materials according to local codes.

16
Titan Hoist Maintenance and Inspection Log
Use this log to keep track of required annual inspections and any service performed on your
motorized rigging equipment. Keep this in a binder along with other service information such as
inspection reports.
Attach Additional Pages as Necessary
Date Set # Service Performed Service Provider Initials