What to do if there is fluid leakage around the trigger of my Stanley Tools tool?
If you observe fluid leaking around the trigger of your Stanley Tools tool, it's probably caused by a valve spool seal failure. Replace the seals to fix the leak.
What to do if there is fluid leakage on the tool bit of my Stanley Tools tool?
If you notice fluid leaking on the tool bit of your Stanley Tools tool, it is likely due to a lower piston seal failure. Replace the seal to resolve this issue.
Why does my Stanley Tools tool get hot?
If your Stanley Tools tool is getting hot, it could be due to hot fluid passing through it. Check the power unit to ensure the flow rate isn't too high, causing fluid to pass through the relief valve. Use a cooler to maintain the proper fluid temperature (140 °F/60 °C max). Also, check the relief valve setting and eliminate any flow control devices.
What to do if my Stanley Tools tool does not hit effectively?
If your Stanley Tools tool isn't hitting effectively, consider these potential causes: * The power unit may not be functioning correctly. Check the power unit for proper flow and pressure (7–9 GPM/26–34 LPM, 1500–2000 psi/105–140 bar). * Couplers or hoses might be blocked. Remove any restrictions. * There could be a low accumulator charge (indicated by a pressure hose pulsing more than normal). Recharge the accumulator and replace the diaphragm if charge loss continues. * The fluid might be too hot (above 140 °F/60 °C). Use a cooler to maintain the proper fluid temperature (130 °F/55 °C). * The collar support might not be sliding freely in the foot bore. Remove, clean, and replace it as needed. Ensure the hex bushing is in the proper location.
What to do if my Stanley Tools tool does not run?
If your Stanley Tools tool isn't running, there are several potential causes: * The power unit may not be functioning correctly. Check the power unit to ensure it provides the correct flow and pressure (7–9 GPM/26–34 LPM, 1500-2000 psi/105–140 bar). * Couplers or hoses might be blocked. If so, remove any restrictions. * The pressure and return line hoses could be reversed at the ports. Ensure that the hoses are connected to their appropriate ports. * There may be a mechanical failure of the piston or automatic valve. Disassemble the breaker and inspect for damaged parts.
What to do if there is fluid leakage on the Stanley BR87 Power Tool bit?
If you see fluid leaking on the tool bit of your Stanley Power Tool, it is probably caused by a lower piston seal failure. Contact your STANLEY dealer for service.
What to do if there is fluid leakage around the Stanley BR87 Power Tool trigger?
If you notice fluid leakage around the trigger of your Stanley Power Tool, it's likely due to valve spool failure. In this case, you should contact your STANLEY dealer for service.
What to do if Stanley BR87 Power Tool couplers or hoses are blocked?
If your Stanley Power Tool isn't running or is running improperly, start by turning it off and disconnecting it from the hydraulic power source. Then, check the couplers and hoses to make sure they aren't blocked. If there is a blockage, remove it.
Safety tags attached to all hose purchased from Stanley. Do not remove.
Procedures to follow before operating the hydraulic breaker.
Instructions for installing or removing the tool bit.
Guidelines for connecting hydraulic hoses to the tool.
Step-by-step guide for using the hydraulic breaker.
Specific instructions for operating the tool in cold temperatures.
Maintenance procedures for the tool when used underwater.
Steps to check and test the accumulator.
Process for charging the accumulator with nitrogen.
Additional notes for servicing the tool after repair.
Declaration of measured sound and vibration emission values.
Equipment used for testing hydraulic systems and accumulators.
Tools recommended for maintenance and repair of the tool.
Available kits for specific tool components or functions.
List of parts included in the seal kit.
Overview of operation for percussive and rotational tools underwater.
Recommended hose sizes for different depths and flow rates.
Safety tags attached to all hose purchased from Stanley. Do not remove.
Procedures to follow before operating the hydraulic breaker.
Instructions for installing or removing the tool bit.
Guidelines for connecting hydraulic hoses to the tool.
Step-by-step guide for using the hydraulic breaker.
Specific instructions for operating the tool in cold temperatures.
Maintenance procedures for the tool when used underwater.
Steps to check and test the accumulator.
Process for charging the accumulator with nitrogen.
Additional notes for servicing the tool after repair.
Declaration of measured sound and vibration emission values.
Equipment used for testing hydraulic systems and accumulators.
Tools recommended for maintenance and repair of the tool.
Available kits for specific tool components or functions.
List of parts included in the seal kit.
Overview of operation for percussive and rotational tools underwater.
Recommended hose sizes for different depths and flow rates.
General| Type | Cordless Drill |
|---|---|
| Battery Voltage | 18V |
| Battery Type | Lithium-Ion |
| Chuck Size | 13mm |
| No Load Speed | 0-1500 RPM |
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