Gage Bilt GB2581, Оригинальное руководство пользователя

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10 Rev. 4/22
GB2581 S/N: 1068 AND ABOVE
PLEASE CONTACT GAGE BILT FOR ALL OTHER SERIAL NUMBERS.
TORQUE SPECIFICATIONS
Socket Head Cap Screw (406030) = 20 inch lbs. (2.26 Nm).
Set Screw (401731) = 20 inch lbs. (2.26 Nm).
DAILY MAINTENANCE
WARNING :
Tool must be maintained in a safe working condition at all times and examined on a daily basis for damage or
wear. Any repair must be done by qualified personnel trained on Gage Bilt procedures.
WARNING :
Excessive contact with hydraulic oil and lubricants must be avoided.
WARNING:
Maintenance personnel MUST read and understand all warnings and cautions.
WARNING :
Disconnect tool from its power source before performing maintenance, cleaning or when replacing worn or
damaged components. Severe personal injury may occur if power source is not disconnected.
WARNING:
Read material Safety Data Sheet documents for all applicable materials
Daily cleaning and lubrication of nose assembly will greatly reduce downtime and increase life of components. Using sewing machine
oil, or an equivalent cleaner/lubricant, follow instructions below.
CLEANING AND LUBRICATING PROCEDURE
Note:
•
Dispose of hydraulic oil in accordance with manufacture safety datasheet.
•
All tool materials are recyclable except rubber o’rings, seals and wipers.
•
Gage Bilt does not recommend using a pneumatic lubricator or adding pneumatic oil to the air inlet on our tools or powerunits.
The performance of any tool depends upon good maintenance practices. Following these minimal requirements daily will extend the
life of your tool.
*Only use a clean dry air supply set at 90-100 p.s.i. (6.2-6.9 bar) Max. equipped with a filter-regulator to prevent wear.
*Check tool and nose assembly for damage. (Replace/Repair if necessary). See Overhaul pg. 12 for tool repair.
*Inspect all hoses and couplings for wear, damage and leaks. Replace/Repair if necessary. (See hydraulic thread preparation below).
*Verify that hydraulic hose fittings and couplings, air and electrical connections are secure. Tighten, Replace or Repair if necessary
(See hydraulic thread preparation below).
*Cycle the tool several times to assure there are no leaks during use.
* Only use a hydraulic power source equipped with relief valves and pressures set within specific limits (See required max pressure
for pull and return pg. 8).
* Keep hydraulic system free of dirt. Avoid letting couplers contact a dirty floor.
* Do not use as a hammer to force fasteners into holes or otherwise abuse tool.
* Proper care by operators is necessary in maintaining full productivity and reducing downtime.
*Keep nose assemblies, especially jaws, clean and free of chips and debris. Lube jaws and collet surfaces that jaws ride on with
light machine oil on a daily basis.
*All Screwed End Caps, Base Covers, Air Fittings, Air Actuators, Screws and Nose Assemblies are to be examined at the end of
each working shift to check that they are secure.
SEE TROUBLESHOOTING (PG. 11) AND OVERHAUL (PG. 12) FOR FURTHER GUIDANCE.
LUBRICATING
Lubricate nose assembly after each cleaning
and as often as needed.
1. Disconnect tool vacuum line (if equipped).
2. Point nose assembly into oil as shown.
3. Cycle tool 8-10 times and wipe dry.
Image may not
reflect actual tool
CLEANING
Clean nose assembly daily or as often as needed.
1. Dip into mineral spirits or similar solvent to clean jaws
and wash away metal chips and debris. DO NOT allow
jaws to come in contact with other solvents. DO NOT let
jaws soak. Dry jaws immediately.
2. Disassemble nose assembly and use a sharp “pick”
to remove embedded particles from grooves of jaws.
HYDRAULIC THREAD PREPARATION
IMPORTANT:
Be sure to use thread sealant on all hydraulic fittings, Loctite® 545 or equivalent or a non-hardening Teflon®
thread compound such as Slic-tite®. Tighten until fitting feels snug and then continue to tighten 1/2 to 1 full turn. CAUTION: Over
tightening can easily distort the threads. DO NOT USE TEFLON® TAPE. CAUTION: Teflon® tape is an excellent thread sealer, however,
if it is not properly applied, pieces of Teflon® may enter the hydraulic system and cause malfunction or damage.