TRIONet3 DAQ Front End: Up To 16 High-Speed Data Channels Or 4 Power Channels

The latest version of TRIONet3 is an impressive front-end DAQ system that builds upon the legacy of its predecessor, TRIONet. Designed as the ultimate high-speed measurement extension for your PC, this system can be connected via USB 3.0 or Gigabit Ethernet, allowing you to distribute units up to 100 meters apart while maintaining seamless synchronization. Each TRIONet3 features two customizable slots where you can install our interchangeable DAQ modules. Whether you're looking to turn your TRIONet3 into a comprehensive power analyzer with up to 10 MS/s per channel sample rate or enabling GPS localization, we've got you covered. Our intuitive measurement software, Oxygen, makes setting up the TRIONet3 a breeze—just plug it in and start recording without any gaps. ![TRIONet3](image_url_here) For more details on the TRIONet3, visit [this link](#). ---

Oxygen Power: Real-Time Inverter, Motor, and Drivetrain Efficiency Maps

The updated Oxygen power option combines AC and DC power along with mechanical power in one cohesive group, enhancing both synchronization and accuracy. This feature supports up to six mechanical pairs and allows you to create three distinct efficiency maps in real time—covering inverters, motors, and entire drivetrains. These maps are generated dynamically during drivetrain sweeps and can be easily exported as PDF reports or image files. Ideal for developing electric vehicles and aircraft, this tool offers unparalleled insights into powertrain performance. ![Oxygen Power](image_url_here) Learn more about Oxygen Power [here](#). ---

Oxygen 7: New Modal Test Option for Mechanical Structures

Oxygen 7 introduces a groundbreaking modal test option designed to analyze the frequency characteristics of mechanical structures. By determining resonances, damping properties, and other critical factors, this tool helps engineers better understand structural behavior under various conditions. Using methods like modal hammer excitation, SISO (Single Input Single Output), and SIMO (Single Input Multiple Output) testing, users can gather detailed outputs such as complex transfer functions, coherence metrics, and mode indicator functions. Visualizations and exports in formats like *.uff ensure smooth integration with existing workflows. ![Oxygen Modal Test](image_url_here) Explore the Oxygen Modal Test option [here](#). ---

DEWE3-M8s DAQ Chassis: Up to 64 High-Speed Channels, Optimized for Automotive Testing

Introducing the DEWE3-M8s DAQ chassis—a robust solution tailored specifically for automotive applications. Powered by DC, this chassis excels in tasks ranging from in-vehicle power and efficiency measurements to durability and vehicle dynamics tests. Equipped with eight TRION3 DAQ module slots, the M8s supports up to 64 high-speed analog inputs or 16 power channels, offering flexible powering options including dual integrated battery bays. Additional features like CAN, GPS, PTP, and video interfaces, alongside digital I/O and removable storage, make the DEWE3-M8s highly adaptable. At its core lies our versatile OXYGEN measurement software, ensuring seamless operation across all scenarios. ![DEWE3-M8s](image_url_here) Discover the DEWE3-M8s DAQ chassis [here](#). --- In conclusion, these cutting-edge tools represent significant advancements in data acquisition technology. From real-time efficiency mapping to precise modal analysis, they empower researchers and engineers to push boundaries in fields like electric mobility and structural engineering. Whether you need high-speed data capture, advanced power analytics, or comprehensive modal testing capabilities, these solutions deliver unmatched performance and reliability.

Manual Tapping Machine

A Manual Tapping Machine is a useful tool for creating internal threads in workpieces. It is operated manually, providing a cost-effective solution for small-scale production or occasional tapping tasks.
The Manual Tapping Machine typically consists of a frame, a spindle, and a handle. The frame provides stability and support, while the spindle holds the tap and rotates it to cut the threads. The handle is used to manually turn the spindle and apply the necessary force for tapping.
One type of Manual Tapping Machine is the Double Spindle Drilling And Tapping Machine. This machine combines the functions of drilling and tapping, allowing for efficient processing of workpieces. With two spindles, it can perform both operations simultaneously, saving time and increasing productivity.
The Table Top Tapping Machine is another option. As the name suggests, it is designed to be placed on a table or workbench. It is compact and easy to use, making it suitable for small workshops or hobbyists. This type of machine is often used for light-duty tapping tasks.
The Vertical Tapping Machine is a more advanced version. It has a vertical orientation, which provides better stability and accuracy during tapping. The vertical design also allows for easier access to the workpiece and more precise control over the tapping process.
In conclusion, a Manual Tapping Machine is a valuable tool for creating internal threads. With different types such as the Double Spindle Drilling And Tapping Machine, Table Top Tapping Machine, and Vertical Tapping Machine, there are options available to suit various needs and applications. Whether for small-scale production or DIY projects, these machines can help achieve accurate and efficient tapping results.

Bench Tapping Machine,Double Spindle Drilling And Tapping Machine,Table Top Tapping Machine,Vertical Tapping Machine

Zigong Yibaijie , https://www.oz-yibaijie.com