Why does my Stanley Power Tool get hot?
If your Stanley Power Tool gets hot, it might be due to hot fluid running 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 keep the fluid temperature at or below 140°F/60°C. Also, inspect the relief valve setting and remove any flow control devices.
Why is my Stanley Power Tool operating so slow?
If your Stanley Power Tool operates slowly, the issue might stem from a low GPM supply from the power unit. Ensure that the power unit provides the correct flow (7–9 gpm/ 26–34 lpm). High backpressure could also be the cause, so check the hydraulic system for excessive backpressure (over 250 psi/17 bar). Other potential causes include blocked couplers, hoses, or orifice plugs, as well as fluid that is too hot (above 140 °F/60 °C) or too cold (below 60 °F/16 °C). Also, make sure that the collar support is sliding freely in the foot bore, and verify that the relief valve is properly set to 2100–2250 psi/145–155 bar.
General| Type | Cordless Drill |
|---|---|
| Battery Voltage | 18V |
| Battery Type | Lithium-Ion |
| Chuck Size | 13mm |
| No Load Speed | 0-1500 RPM |
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.
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