HARRIS TECHNOLOGY LLC
US Patent 10503131 Issued December 10,2019 Inventor Danny Harris https://patents.google.com/patent/US10503131B2/en?oq=10503131 https://www.facebook.com/share/p/MGVRAs9o31dp19Sz/ "INDUSTRIAL ELECTRIC MOTOR SHAFT ALIGNMENT SYSTEM" HARRIS TECHNOLOGY LLC ** ROBOTALIGN by Harris Technology ** is a state-of-the-art solution for electric industrial motor shaft alignment, engineered to deliver unparalleled precision and efficiency. Designed to automate the alignment process, ROBOTALIGN eliminates the risk of manual error, allowing for highly accurate results with minimal human intervention. The system features 2 intuitive fiber optic measuring units with a lifetine warranty, Ethernet connectivity, enabling remote operation via mobile devices for added convenience. With capabilities for both horizontal and vertical alignments, RobotAlign adjusts in real time, calculates and eliminates static error movements to achieve total dynamically stable movements during the alignment process. The system also includes a *Soft Foot Correction Program*, ensuring optimal positioning and reducing alignment-related issues. In addition it offers a *Shaft to Housing * Vertical , Horizontal, Angular and Parallel alignment program. One of ROBOTALIGNS standout features is its unique automated horizontal alignment program which can used withs it optional automated jacking system in addition to its standard automated alignment program which eliminates the need for manual distance input—streamlining the process and enabling rapid, precise total dynamically stable adjustments with a tolerance as accurate as 0.00005”. For industries where alignment accuracy is non-negotiable, Robotalign provides a robust, dependable solution that combines convenience with unmatched precision. " ROBOTALIGN“ DEMONSTRATION MODEL $4995.00 normally sells $6495.00 Control And Computing Module Enclosed in a heavy Duty Industrial Carrying Case : Including 2 Fowler Sylvac fiber optic measuring units accurate to .00005" with Mounting Brackets, Fiber Optic Communication Cables, Built in 5 G WiFi, Automated Jacking System inputs installed with relay outputs to be used with optional automated jacking system. Free Shipping anywhere in the USA. Made in the USA by Harris Technology LLC. 2 Year Warranty
"Aligning and Balancing Industry with Efficiency one Motor/ Blower/Rotor at a time"
HARRIS TECHNOLOGY LLC * 1729 SHOPES CREEK RD * ASHLAND,KY 41102 SALES : 606-471-0732 * TECH SUPPORT : 606-471-0732EMAIL : SHAFTALIGN@YAHOO.COM
HARRIS TECHNOLOGY USA DISTRIBUTOR FOR VMI INSTURMENTS https://www.vmiab.com/x-balancer_plus/ https://www.vmiab.com/ Introducing the innovative features of the X BALANCER + ™ ROTOR BALANCING EQUIPMENT: List price $7632.00 Special offer $6500.00 WITH FREE SHIPPING ANYWHERE IN THE USA USA • Easy to Use: The X BALANCER + TM is designed to be user-friendly, with all necessary knowledge available in the application, presumably making it easy for operators to perform balancing tasks. • Speed range: An extended range of rotor speeds, spanning from a remarkable low of 30 RPM up to an astonishing 180,000 RPM. • Wireless: Bluetooth communication establishes a seamless connection between the device and the X BALANCER + TM application, enhancing the convenience of its use on Android tablets or Windows-based PCs/tablets. This wireless technology eliminates the hassle of wires, allowing users to effortlessly engage with the application. It empowers users to access services, data, and functionalities wirelessly, resulting in a smoother and more user-friendly experience on their chosen device. • Applicability: It can be used for a variety of rotating machines, encompassing pumps, fans, mills, mowers, stirrers, and blowers. • ISO Standards: The balancing process can be conducted in accordance with ISO Standards, ensuring that the balancing is performed to internationally recognized standards. • Multiplane: The device is capable of performing balancing in either one or two planes, which allows for comprehensive balancing adjustments. • Weight Distributions: Weight distributions can be fixed to specific positions, likely enabling precise adjustments during the balancing process. • Standard Rotors: The software includes standard rotors, simplifying the implementation process by providing predefined options. • Add vector: The process of adding vectors enables the combination of unbalanced weights to visually represent a single weight at a specific angle. • Material reduction: Allow the user to reduce mass by drilling a hole on the plane instead of adding weight. • Balancing Reporting: Balancing results can be easily reported, allowing users to document the outcomes of their balancing efforts. • Spectra measurement: The task involves analyzing the spectra of a system’s vibrations . This is done within a broad frequency range, ranging from as low as 1 Hz to as high as 12800 Hz. The level of detail in the analysis varies, with resolutions ranging from 0.5 Hz to a maximum of 1 Hz. This analysis is conducted both before and after a balancing process, which aims to optimize the system’s behavior. The results can be visually represented in graphs, showing how the frequency components change over the frequency range. These graphical representations are potential components of a balancing report, which provides insights into the effects of balancing on the system’s spectral characteristics. • Coast-down analysis: It is a method for identifying mechanical resonances and critical speeds in machines. It involves gradually decreasing machine speed during shutdown while measuring vibration levels and phase angles. The results are presented in diagrams showing vibration levels and phase angles as functions of speed. These diagrams help pinpoint resonance points and critical speeds for maintenance and avoidance of issues. • Battery and charging: The product features an extended battery life, allowing it to be used continuously throughout an entire day without requiring a recharge. In the event that a recharge becomes necessary, the device incorporates a rapid charging system that can restore the battery to 80% capacity in as short as two hours. This combination of long-lasting battery performance and efficient charging ensures a seamless user experience with minimal interruptions due to battery related concerns. Simultaneously, the device incorporates a finely tuned fuel gauge system that actively monitors the battery’s capacity. This information is then accurately displayed within the corresponding application, providing users with real-time updates on the exact remaining battery percentage. Additionally, intuitive icons are also utilized to visually convey the battery’s status. This integrated feature enhances user awareness of the battery’s condition, allowing for better management and planning of usage patterns.