The 1900 Series Extractor is a mechanical tool specially designed to safely and efficiently detach and extract bearings.
This equipment incorporates a bearing separator that makes it easy to access and remove the bearings even in tight spaces.
It is equipped with a side spindle that allows the legs to be pressed precisely, avoiding damage to both the bearings and the surrounding parts.
Its spindle has a square head, which guarantees a better grip for the use of wrenches and other adjustment tools, providing greater control and ease of operation.
This tool is ideal for machinery maintenance professionals, mechanics, and technicians looking for a quick and effective solution for bearing extraction, maximizing efficiency in their daily tasks.
Recommendations for use:
Make sure the tool is tight to the bearing before applying pressure to prevent slippage.
Always use a suitable wrench to manipulate the square head spindle, ensuring a firm and secure grip.
Avoid applying too much force suddenly; Gradually adjust the spindle to facilitate the removal process.
Before using the extractor, check that there is no dirt or debris that could affect the operation of the equipment.
Always wear personal protective equipment, such as gloves and goggles, when working with extraction tools to avoid injury.
Maintenance recommendations:
Periodically lubricate the spindle and moving parts of the extractor to ensure smooth operation and prolong its life.
After each use, clean the extractor to remove dust, dirt or grease that may affect its performance.
Store the tool in a dry place protected from moisture to prevent corrosion and premature wear.
Bullet points
The square head of the spindle allows for a better grip, facilitating the use of the tool with standard wrenches, which offers greater control and safety in operation.
The inclusion of the side spindle ensures even pressure distribution, reducing the risk of damaging bearing components or adjacent parts during removal.
Saving time and effort in bearing disassembly, resulting in greater productivity and efficiency at work.
Protection of bearings and other surrounding parts, minimizing the risk of damage and extending the life of mechanical components.