Bostitch SB150SLBC-1 Operation and Maintenance Manual
![Bostitch SB150SLBC-1 Stapler manual cover](/images/GRtpCTkyNGGWaYEdOyhCXTZn/thumbs/thumb175x175.webp)
To load staples, first ensure the stapler is disconnected from any air supply. Press the latch located at the rear of the magazine to open it. Insert a strip of staples into the magazine with the points facing down, then close the magazine until it clicks into place.
The Bostitch SB150SLBC-1 Stapler is designed to use 18-gauge, 1/4" crown finish staples. Ensure you are using the correct size to avoid jamming or damage to the stapler.
Disconnect the stapler from the air supply. Open the magazine and remove any visible staples. Use needle-nose pliers to gently remove any jammed staples from the nosepiece. Once cleared, reload the staples and reconnect the air supply.
Regularly clean the exterior with a dry cloth. Lubricate the air inlet with a few drops of pneumatic tool oil before each use. Check for any loose screws or parts and tighten them as necessary.
Misfiring or double-firing can be caused by incorrect air pressure or worn-out parts. Ensure the air pressure is set between 70-120 PSI. Inspect the trigger valve and replace it if necessary.
To adjust the depth of drive, locate the depth adjustment dial near the nose of the stapler. Rotate the dial to the desired depth setting. Test on a scrap piece to ensure the staples are set correctly.
Yes, the Bostitch SB150SLBC-1 is suitable for upholstery projects. Its design allows for precise and efficient stapling on a variety of materials, making it ideal for upholstery tasks.
An air leak could indicate worn O-rings or seals. Disconnect the stapler from the air supply, then inspect and replace any damaged O-rings or seals. If the problem persists, consult a professional repair service.
The driver blade should be inspected for wear every 50,000 staples. Replace it if there are signs of wear or damage to ensure consistent performance.
While not mandatory, using an air filter can prolong the life of your stapler by preventing moisture and debris from entering the tool. This helps maintain optimal performance and reduces wear.