Product Description
The genuine TTI Industries complete motor (Part Number: 4931435982) is an OEM (Original Equipment Manufacturer) replacement motor assembly engineered specifically for power tools manufactured by the TTI group (primarily Milwaukee, AEG, and Ryobi brands).
Replacing the entire motor assembly ensures the complete restoration of the tool's original performance, torque, and power efficiency, significantly extending the service life of your equipment.
Product Description
The genuine TTI Industries complete motor (Part Number: 4931435982) is an OEM (Original Equipment Manufacturer) replacement motor assembly engineered specifically for power tools manufactured by the TTI group (primarily Milwaukee, AEG, and Ryobi brands).
Replacing the entire motor assembly ensures the complete restoration of the tool's original performance, torque, and power efficiency, significantly extending the service life of your equipment.
Product Description
The genuine TTI Industries complete motor (Part Number: 4931435982) is an OEM (Original Equipment Manufacturer) replacement motor assembly engineered specifically for power tools manufactured by the TTI group (primarily Milwaukee, AEG, and Ryobi brands).
Replacing the entire motor assembly ensures the complete restoration of the tool's original performance, torque, and power efficiency, significantly extending the service life of your equipment.
Technical Specifications
Compatibility: Compatible Milwaukee / AEG / Ryobi power tools (please verify the 10-digit product code on your tool's rating plate before purchasing).
Used in:
All product specifications in this catalog are based on information taken from official sources, including the official manufacturer’s MILWAUKKE websites, which we consider as reliable. Unfortunately, even the official documents may contain mistakes and printing errors – we are not able to confirm that all of these data are precise and represent the facts. Most of the manufacturers reserve the right to change the product characteristics or complement without notice. We strongly recommend using the published information as a basic information subject to MILWAUKKE brand review. Please refine the important parameters by the selling assistant when making a purchase. All content included in this catalog is the intellectual property of www.bricoutensili.com. Any publication or copying (full or partial) without a reference to the source page is prohibited.
This spare part is used in the following machines:
Informazioni sulle spedizioni e consegne saranno disponibili a breve.
Complete Replacement Instructions
WARNING: Before starting any repair work, disconnect the battery pack or unplug the power cord from the mains to prevent accidental startup and electrical shock. Always wear protective gloves and safety glasses.
Step 1: Disassembling the Housing
Place the power tool on a clean, well-lit workbench.
Using the correct screwdriver (typically Torx T10 or T15 for TTI tools), remove all screws holding the two halves of the tool casing (clamshell housing) together.
Note or photograph the location of the screws, as they may vary in length.
Carefully lift off the top half of the housing to expose the internal components.
Step 2: Removing the Damaged Motor
Take a detailed photograph of the internal wiring to use as a reference during reassembly.
Disconnect the electrical leads connecting the motor to the switch/electronics assembly (usually via spade terminals or solder joints, depending on the tool model).
Gently lift the old motor assembly out of its seating slots. Be careful not to lose any rubber alignment rings, seals, or bearings located on the shaft ends.
Separate the old motor from the gearcase assembly (if not included in the replacement part) by unscrewing the mounting flange screws.
Step 3: Installing the New Motor TTI 4931435982
If necessary, transfer the pinion gear or flange components from the old motor to the new one (if not pre-installed).
Align the new motor with the gearcase and secure the mounting screws.
Seat the new motor assembly into the lower housing slots, ensuring that the bearings and rubber anti-vibration dampeners sit perfectly in their designated grooves.
Route the electrical wires carefully through the molded channels in the housing. Important: Ensure no wires are pinched or positioned too close to moving parts.
Reconnect the electrical terminals to the switch/module following the reference photo taken earlier.
Step 4: Reassembly and Testing
Reinstall the top half of the housing, ensuring it snaps together perfectly without forcing it. If it doesn't close smoothly, re-check for misrouted wires.
Thread the housing screws by hand and tighten them firmly (do not over-tighten to avoid stripping the plastic threads).
Insert the battery or plug in the power cord.
Run a brief no-load test to verify proper rotation direction and ensure there are no unusual noises or vibrations.
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