Need help?Do you have a question about the Pfaff 467 and is the answer not in the manual?
General| Brand | Pfaff |
|---|---|
| Model | 467 |
| Category | Sewing Machine |
| Language | English |
Describes the Pfaff 467 as a high-speed lockstitch sewing machine for problem materials.
Explains how the machine can be converted to different varieties by exchanging sewing organizations.
Details the process of mounting the V-belt onto the machine and motor pulleys.
Provides instructions on how to safely test-run the sewing machine before initial use.
Explains the procedure for removing the bobbin case from the sewing machine.
Details the steps for winding thread onto the bobbin using the sewing machine's winder.
Guides the user on how to properly thread the bobbin into the bobbin case.
Provides instructions on how to thread the needle, emphasizing smooth thread passage.
Explains how to draw up the bobbin thread to the needle area for starting sewing.
Details how to adjust the needle and bobbin thread tensions for optimal seam appearance and durability.
Explains how to regulate the stitch length and reverse feed control for different sewing needs.
Describes how to adjust the top feed stroke for gathering or stretching the top ply of fabric.
Explains how to use the treadle controls for sewing functions like forward/reverse and top feed variation.
Details the mechanism for lifting the presser bar, including knee lever operation.
Explains how to adjust the pressure of the presser foot and vibrating presser on the material.
Provides guidance on selecting the appropriate needle size and type based on thread and fabric.
Outlines the basic lubrication and cleaning procedures for the sewing machine.
Details how to properly mount and tension the V-belt for the motor drive.
Explains how to time the thread check spring for correct slack thread take-up.
Describes how to set the correct height of the needle bar using a gauge for proper synchronization.
Guides on synchronizing the sewing hook with the needle for optimal loop formation.
Provides step-by-step instructions for dismantling the sewing hook mechanism.
Explains the function and advantage of the positive mechanical opener for thread passage.
Details the adjustments needed to correctly time the mechanical opener and its finger.
Outlines procedures for dismantling the link take-up assembly.
Guides on how to dismantle and change the needle bar, including timing considerations.
Explains how to dismantle the presser bar assembly and its components.
Describes the process of converting the machine to a different subclass by replacing parts.
Details how to set the feed dog to the correct height using a gauge for proper feeding.
Explains how to adjust the presser foot for correct needle centering and free movement.
Guides on adjusting the vibrating presser for correct engagement with the material.
Explains how to adjust the vibrating presser in relation to the feed dog for smooth feeding.
Details how to adjust the vibrating presser's position relative to the needle plate or shoe.
Describes how to zero the top and bottom feed movements to eliminate unwanted motion.
Explains how to check and adjust the timing of the bottom feed mechanism.
Guides on synchronizing the top feed driving eccentric with the feed dog dwell.
Details how to check for slight differences in the strokes of the vibrating presser and feed dog.
Covers the two main parts of machine lubrication: needle bar bearings and hook lubrication system.
Explains that feed regulating shafts are self-lubricating due to graphite pockets.
Describes the nature of sealed-for-life bearings and why further lubrication is unnecessary.
Details lubrication for stationary bearings and exceptions like needle bearings.
Explains the pad lubrication system in the gear case and how to change the oil.
Describes the hook gravity lubrication system, oil reservoir, and tube installation.
Explains that the feed rock shaft is lubricated with grease via a nipple and is self-lubricating.
Provides solutions for common sewing machine problems like skipping stitches, thread breaking, and overheating.
To Next Page
