German IPR TK-63-T Pneumatic Quick Change Disc Robot End Tool Replacement System

Description :

  The IPR TK-63-T quick change disc is a precision connection device used for quick replacement of end effectors in industrial robots. It mainly solves the problems of positioning accuracy and connection stability when different fixtures, grippers, or tools are frequently switched in automated production lines. This device combines mechanical locking with pneumatic drive to enable robots to automatically disconnect and reconnect tools within seconds without human intervention. Typical operating conditions include automotive welding, handling and palletizing, machine tool loading and unloading, and other automation scenarios that require multi process flow. As a key peripheral component of the robot, the TK-63-T quick change disk ensures reliable transmission of signals and media (such as gas paths and circuits) during dynamic switching, and is the core component for building flexible manufacturing units.

  The TK-63-T quick change disc is made of high-strength alloy steel, with a hardened surface to resist wear caused by long-term high-frequency insertion and extraction. It integrates a high-precision cone pin positioning mechanism internally, and the repeated positioning accuracy can usually reach within ± 0.02mm, ensuring the spatial consistency of the end effector after each tool change. This model supports modular design and can integrate air circuit connectors, electrical signal contacts, and fluid channels. The specific configuration needs to be customized according to actual application requirements. The product follows German industrial manufacturing standards and has a protection level of IP65 or above, suitable for harsh environments such as workshop dust and oil pollution. Its locking torque has been optimized to withstand the inertial load generated by the high-speed movement of the robot, while ensuring safe self-locking in the event of power or gas outages, preventing the tool from accidentally falling off.

  When selecting the TK-63-T quick change disc, it is necessary to focus on checking the robot flange interface size, load weight, and center of gravity position to ensure that the rated load of the quick change disc is greater than the total weight of the end tool and leave a safety margin. This model is suitable for medium to large industrial robots. If the load is small or the installation space is limited, other miniaturized series of IPR such as TK-50 or TK-80 should be considered, and the differences are mainly reflected in the load-bearing capacity and external dimensions. Not applicable to scenarios including ultra-high temperatures, highly corrosive chemical environments, or unprotected underwater operations, unless additional special sealing components are installed. When purchasing, it is necessary to confirm the required signal types (such as Profibus, Profinet, EtherCAT, etc.) and the number of gas paths to avoid difficulties in subsequent modifications due to interface mismatch.

  When installing the TK-63-T quick change disc, a dedicated calibration tool is required for initial alignment and fixation to ensure the coaxiality of the master disc and sub disc. After installation, multiple no-load switching tests are required to verify the smoothness of the action. It is recommended to regularly check the wear of the locking mechanism and the aging degree of the sealing ring for daily maintenance. After a certain cycle of operation (such as 500000 actions), special lubricating grease should be added to maintain the smoothness and sealing performance of the mechanical structure. Common faults include insufficient air pressure leading to inadequate locking, signal contact oxidation causing communication interruption, etc. Preliminary diagnosis and maintenance can be carried out by monitoring the reading of the air pressure gauge and using contact cleaner. Proper maintenance can significantly extend the service life of quick change disks and ensure the continuous and stable operation of production lines.

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