How to connect multi-vibration controller?

Setting up multiple VENZO vibration controllers for synchronized operation may sound complex, but with DTC’s user-focused design, the process is streamlined and highly efficient. Whether you’re scaling your testing capabilities for multi-axis simulations or expanding to support higher force requirements, VENZO controllers are built to connect effortlessly. Using standard LAN connections, dedicated sync cables, and integrated amplifier interfaces, users can achieve precise control across all units in real time. This modular and flexible approach makes it easy to tailor setups for diverse applications — from aerospace structures to automotive assemblies — ensuring consistent, high-fidelity vibration control with every test.

Hardware Connection

Familiar with the various operating precautions outlined in the manual, you can follow the steps provided below to efficiently connect the instrument and successfully install the necessary software:

1. Connect the vibration controller’s Abort port with the Synchronous box using the appropriate synchronizing cable. It is essential that the Abort port of the host controller is connected directly to the Input port of the synchronization box. Additionally, the Output ports of the synchronization box should be connected to the Abort ports of the subsequent slave controllers. This connection setup is crucial for ensuring proper functionality, as illustrated in Figure 1.

Figure 1.

2. Connect the vibration controller to the LAN by sequentially linking it with the Router using a suitable network cable. This process is illustrated in Figure 2, which provides a visual reference for your convenience.

Figure 2.

3. Connect the computer to the router using the network cable that is provided. This connection will facilitate communication between the two devices, enabling access to the internet and other network resources. As shown in Figure 3, this setup is straightforward and essential for establishing a reliable network connection.

Figure 3.

4. The output of the host Vibration controller, often referred to as the Drive, connects seamlessly with the input-end of the power amplifier. This connection is crucial for ensuring optimal performance and functionality of the entire system.

5. Connect the vibration controller with the transducers, and ensure the power amplifier is properly connected to the Shaker. This setup is illustrated in Figure 4 for clarity.

Figure 4.