Used UNHOLTZ-DICKIE 512-18 #9014184 for sale

UNHOLTZ-DICKIE 512-18 is a powerful lab equipment and accessory that provides users with the ability to perform vibration and electro-mechanical tests. It is composed of a vibrator, amplifier, power equipment, control system, and the signal measurement unit. The vibrator consists of a dynamic actuator and a power amplifier. The actuator is a current-biased electromagnetic vibrator that includes a high-power electro-magnet working against a dual-end mass arrangement. The resulting vibrational field is both powerful and efficient in its output. The vibrator is also designed to be dynamic and able to accommodate varying test parameters. The amplifier is designed to provide a high power output with a low distortion factor. It is connected to the power machine which allows the user to adjust the power in order to meet the test requirements. The primary power input is a 240V AC while the secondary input is a 12V DC voltage. The control tool allows the user to make adjustments to the vibrator or test parameters prior to the test. It is composed of a rack mounted digital controller with a 4.3" LCD touch panel display. This asset allows the user to control the test parameters quickly and accurately and to measure the results of any changes made. The signal measurement model is key to the success of an accurate test and is composed of a strain gauge amplifier, Strain Gauge Control (SGC) and signal conditioner. The signal conditioner provides accurate results for any test and it is designed to measure both static and dynamic parameters. It is also able to provide measurements such as geometrical position, displacement, acceleration, velocity, and reaction force. It is also able to measure displacement at high frequencies. 512-18 is an incredibly powerful and precise piece of lab equipment and is an invaluable tool for performing vibration and electro-mechanical tests. It is designed with great attention to detail and was designed to provide users with accurate results no matter how extreme the test parameters.