To Next PageTo Next PageWhat to do if my Hytorc HY-Air cylinder/tool leaks?
If your Hytorc Water Pump cylinder or tool is leaking, here's what you can do: * If the safety relief valve on the swivel has lifted, tighten all hoses and couplers. If the leak continues, adjust the safety setting. * If there's a blown O-ring in the cylinder, replace the O-ring with a proper high-pressure O-ring. * If there's a defective gland seal, replace the gland seal.
What to do if Hytorc Water Pump ratchet will not take successive strokes?
If the Hytorc Water Pump ratchet will not take successive strokes, consider the following: * If the drive segment or spring is broken or inoperative, replace the drive segment and/or spring. * If the cylinder is not retracting completely, remove the tool from the nut and cycle freely for several strokes. If the problem persists, check the pawls. * If the linkage between the piston rod and drive plates is broken, replace the parts as necessary.
Why does my Hytorc HY-Air Water Pump tool operate backwards?
If your Hytorc Water Pump tool is operating backwards, it could be due to: * Reversed couplings: Replumb the system as necessary. * Multiple hoses in even numbers: Hytorc hoses may only be joined together in odd numbers. If it is necessary to use 2, 4, or 6 hoses, make an adapter from spare high-pressure couplings and nipples.
How to fix Hytorc Water Pump tool locking onto nut?
To fix a Hytorc Water Pump tool that locks onto the nut: * If the drive segment is loaded when the tool is maxed out in torque, press the advance button on the remote and build pressure. Continue to press down on the remote while pulling back on one of the accuracy assurance levers. Release the remote while continuing to hold back on the levers. * If the tool is operating backwards, push the advance button down. The tool should immediately fall free. * If the tool is wedged under a fixed object, remove the shroud from around the ratchet. Using any tool available, pry the drive segment out of the ratchet and, at the same time, pull back on the accuracy assurance levers. The tool should swing free or burn away the socket or obstruction.
What to do if Hytorc HY-Air gauge shows pressure build-up but the tool will not cycle?
If the Hytorc Water Pump gauge shows pressure build-up but the tool will not cycle: * Check for loose or inoperative couplings. Tighten or replace them. * Check if the solenoid is inoperative. If it is bad, replace it.
Why Hytorc HY-Air cylinder will not retract?
If the Hytorc Water Pump cylinder will not retract, possible causes include: * Voltage to the electric pump is too low due to line drop, or inadequate amperage is available: Use a shorter extension cord or upgrade to a 12AWG, 25 amp rating or better. If shop power is adequate, draw power from a welding machine or cal rod transformer. * Linkage between the piston rod and drive arms is broken: Replace parts as necessary.
What causes Hytorc Water Pump ratchet to return with stroke?
If the Hytorc Water Pump ratchet returns with the stroke, it is likely due to a broken or inoperable drive segment. Replace the drive segment and/or spring.
General| Brand | Hytorc |
|---|---|
| Model | HY-Air |
| Category | Water Pump |
| Language | English |
Details ATEX marking, company responsibilities, and personnel qualifications for safety.
Details the operation and functions of the remote control for the manual version.
Details the operation and functions of the remote control for the semi-automatic version.
Explains the intended purpose and operational functions of the hydraulic unit.
Explains the intended purpose and operational functions of the hydraulic unit.
Outlines the recommended maintenance schedule and the procedure for changing hydraulic oil.
Details ATEX marking, equipment groups, categories, and ignition protection types.
Explains equipment categories, ignition protection types, explosion groups, and temperature classes.
Covers EPLs, unit ATEX marking, and operating company responsibilities.
Warns against unauthorized conversions and lists essential PPE.
Covers preventing injury, explosions, burns, and poisoning.
Details how to prevent fractures, eye damage, skin irritation, and material damage.
Specifies the unit's intended use and required ambient conditions for operation.
Outlines the necessary steps for the first-time operation of the unit.
Lists daily checks, procedures, and safety for connecting tools.
Provides instructions and safety precautions for checking the hydraulic oil level.
General operating instructions and safety procedures for changing tools.
Provides detailed instructions and safety precautions for setting the unit's pressure.
Guides on how to perform screwing processes, including semi-automatic functions.
Outlines the maintenance schedule and recommended checks for unit components.
Details the procedure for changing the hydraulic oil in the unit.
