Used MITUTOYO PKR-565 #9201067 for sale

MITUTOYO PKR-565 is a comprehensive Electronic Test Equipment (TE) solution which provides quick and precise quality assurance measurements for a wide variety of applications. It is an automated digital readout system for measuring linear and torque parameters. PKR-565 is designed with a way to easily handle various types of measurements and can be used for both simple and complex tests. It features a 2000 Digit Resolution which enables high precision accuracy. The unit is equipped with a dual-direction repeatability which ensures data consistency across all measurements. MITUTOYO PKR-565 can also be connected to an external device with a communications port. This allows for easy integration with other systems and ensures fast results. The jig/fixture dial can also be easily adjusted to enhance accuracy. The unit is equipped with a "trigger point" setting which allows measurements to start and stop at precise measurement points, ensuring accuracy in results. The TE also boasts a simple operating system which simplifies setup and operation. In addition, PKR-565 includes a variety of useful features which enable quick and accurate quality assurance and testing: Built in memory, which allows measurement data to be stored for easy recall. Manual and automatic taring functions which can eliminate environmental interference. Continuous operation ability for fast measurement and tests. The user can also customize the test results and set their own preset measurement points. The unit also has adjustable signal output, enabling the user to customize their own settings. The properties of MITUTOYO PKR-565 can also be tailored to specific continuous operation specifications. PKR-565 is the perfect Electronic Test Equipment solution for easily measuring linear and torque parameters. Its high accuracy makes it suitable for a wide range of quality assurance needs. In addition, its additional features allow for user customization and allow for continuous operation, making it optimal for the most demanding testing environments.