How to fix hydraulic fluid leaks from Enerpac RSL2 torque wrench drive?
If hydraulic fluid is leaking from the torque wrench drive of your Enerpac Power Tool, it's likely that the torque wrench drive seals are worn. The suggested solution is to replace these seals.
What to do if Enerpac Power Tool torque wrench drive rod does not extend or retract?
If the torque wrench drive rod on your Enerpac Power Tool doesn't extend or retract, there could be several causes: * The quick connect couplings may be improperly assembled or worn. Try cleaning and properly connecting the couplings, tightening screw-on types with pliers. If they are worn, replace them. * The piston seal might be worn, causing hydraulic fluid to leak past the piston. In this case, change the piston seal.
Why Enerpac RSL2 Power Tool does not operate with pump running?
If your Enerpac Power Tool doesn't operate even though the pump is running and all connections are properly connected, it could be due to an improper torque wrench drive and wrench assembly. Ensure it is assembled correctly. Another possibility is a sheared retractor pin, which would need to be replaced.
Why Enerpac RSL2 Power Tool torque wrench drive rod won't extend or retract?
If the torque wrench drive rod on your Enerpac Power Tool does not extend or retract, it could be due to: * An air valve that sticks because of moisture or dirt in the air supply, or valve corrosion. You can try cleaning the air valve and servicing the air line filter. * A solenoid valve that sticks. Try cleaning the solenoid valve and checking the line voltage.
Why Enerpac Power Tool torque wrench drive rod does not fully extend?
If the torque wrench drive rod on your Enerpac Power Tool doesn't fully extend when the tool is not mounted on a stud, it could be due to: * Low console fluid level. Add the proper hydraulic fluid. * Air in the hoses. Remove the air.
Why does my Enerpac Power Tool operate backwards?
If your Enerpac Power Tool operates backwards, with the advance stroke button retracting the piston rod, the quick connect couplings (QC's) are likely reversed on the hoses, pump, or torque wrench drive. Ensure that you properly install the QC's.
Why nut partially returns with socket on Enerpac Power Tool?
If the nut partially returns with the socket when the torque wrench drive retracts on your Enerpac Power Tool, it's likely due to torsion on the stud causing the nut to return with it. Properly lubricate the stud and nut threads to resolve this.
Why is Enerpac Power Tool wrench operation sluggish?
If the Enerpac Power Tool wrench operation is sluggish and/or noisy, it's likely due to poor lubrication. Disassemble the wrench, clean and inspect it, replace any broken parts as needed, and lubricate all moving surfaces.
Why does nut rotate with socket on Enerpac RSL2 Power Tool?
If the nut rotates with the socket during torque wrench drive extension and returns to the starting position on retraction with your Enerpac Power Tool, it could be because the nut is too loose and thread friction will not overcome the pawl spring. Ensure you tighten the nut sufficiently before using the tool.
What to do if nut does not rotate enough with Enerpac RSL2?
If the nut does not rotate as many degrees as the wrench (or socket) with your Enerpac Power Tool, it could be due to: 1. The tool not being level or perpendicular to the stud centerline. 2. Rounded off nut corners. Replace the nut. 3. An over-sized socket or hex insert. Use a smaller socket or hex insert.
General| Model | RSL2 |
|---|---|
| Series | RSL |
| Maximum Operating Pressure (psi) | 10, 000 psi |
| Maximum Operating Pressure (bar) | 700 bar |
| Stroke Length | 2.00 inch |
Introduction to the RSL torque wrench and inspection of components upon delivery.
Details Enerpac's product warranty terms, conditions, and exclusions.
Read instructions, follow precautions to avoid injury and equipment damage.
Understand alert symbols, signal words, and safe hydraulic operation.
Proper PPE, workplace safety, tool operation, and operator qualifications.
Proper handling, stability, maintenance, and component integrity.
Overview of RSL torque wrench models and their features.
Explanation of key terms like AF, RSL, RSQ, RLP, and Torque.
Details on pumps, drives, cassettes, reaction arms, and hoses.
Procedures for preparing, assembling, and disassembling flanges.
Proper setup for hexagon and square drive wrench reactions.
Selecting accessories, assembling hoses, and purging the system.
Performing reaction/leak checks and single fastener tightening.
Storage, service recommendations, and items voiding warranty.
Inspecting seals, plugs, caps, and hose service life.
Procedures for disassembling, assembling, and testing the drive.
General cleaning, lubrication, and inspection for cassettes.
Diagnosing and resolving hydraulic fluid leaks from the drive.
Troubleshooting tool operating backwards or not operating.
General troubleshooting for hydraulic connections, QD's, and leaks.
Technical data for RSL hexagon cassette sets, including sizes and torque.
Imperial measurements for RSL hexagon cassettes.
Metric dimensions and specifications for RSL hexagon cassettes.
Imperial dimensions and specifications for RSL Square Drive Cassettes.
Metric dimensions and specifications for RSL Square Drive Cassettes.
Dimensions and specifications for ERA-Series Extended Reaction Arms.
Dimensions and specifications for ERT-Series Extended Reaction Tubes.
Table correlating pump pressure (psi) to torque output (Ft.lbs).
Table correlating pump pressure (bar) to torque output (Nm).
Information needed when ordering replacement parts from Enerpac.
To Next Page
