Toshiba VFAS3-4185PC Industrial Automation Co.

Toshiba VFAS3-4185PC

To fulfill the severe requirements of industrial applications, Toshiba developed the VFAS3-4185PC, a high-performance adjustable speed drive (ASD) from their AS3 family. This drive is a flexible solution for operating complicated motor systems with precision and economy, thanks to its comprehensive control features and powerful connectivity choices.

Technical Specifications:

Motors rated at 25 HP (18.5 kW) are compatible with the Toshiba VFAS3-4185PC, which runs on an input voltage of 460 VAC. Even in the harshest industrial environments, its 39.2A output current ensures continuous operation. The drive’s many control modes, such as V/Hz, Field-Oriented Control (FOC), and Torque Mode, offer versatility for a range of applications.

Compatibility with permanent magnet motors, which have increased efficiency and torque, is one of the advantages the product offers. The drive’s capacity to respond to system demand is made possible by its multi-PID control capability, which enables it to manage dynamic systems such as booster pumps. In order to maximize the efficiency of intricate industrial operations, this kind of exact management is required.

Cable management and network integration are accessible with the VFAS3-4185PC’s dual-port EtherNet/IP. An integrated web server makes setting and real-time monitoring easy in web browsers. This function simplifies and expands remote monitoring and diagnostics on PCs, tablets, and smartphones.

User interface and safety are crucial to this drive. Due to its multi-language LCD display and IP65 protection, the smart keypad can be installed remotely and is dependable. A real-time defect tracking clock, calendar, and parameter transfer/save capabilities on the keypad ensure precise data capture. Safe Torque Off (STO) meets IEC safety standards by allowing emergency shutdowns.

Advanced Features:

The VFAS3-4185PC has several high-tech features to improve industrial efficiency. This feature set includes QR codes for problem-solving and alarms, speeding up troubleshooting and reducing downtime. Integrated ASD Pro software enables logic-type programming, accelerating control system setup and lowering expenses. Real-time data access and improved controls optimize system efficiency.

Specifically, the drive weighs about 38.53 lbs, has dimensions of 9.1 x 7.7 x 21 inches, and is encased in a UL Type 1 chassis. Because of its small size and sturdy construction, the VFAS3-4185PC can be effortlessly added to current systems without necessitating major adjustments or extra room.

Connectivity and Integration:

The VFAS3-4185PC meets modern industrial automation needs with many connectivity options. Dual-port EtherNet/IP simplifies network architecture and setup time. RS-485 communication compatibility and supplementary cards for EtherCAT, encoder, and I/O integration allow for extensive industrial uses.

The drive’s inbuilt web server improves integration by enabling live viewing of EtherNet/IP configuration, settings, and monitoring tools via web browsers. This accessibility facilitates remote diagnostics and troubleshooting, aiding maintenance staff in quickly resolving issues and reducing downtime.

Frequently Asked Questions:

How much is the Toshiba VFAS3-4185PC’s input voltage and output current?

The VFAS3-4185PC can handle input voltages up to 460 VAC and produces 39.2 A of current, making it ideal for use in industrial settings requiring high power.

What is the weight of the Toshiba VFAS3-4185PC, and can it be used to control permanent magnet motors?

The VFAS3-4185PC weighs about 38.53 lbs and is compatible with permanent magnet motors, adding to its versatility and ease of installation.

How to program the Toshiba VFAS3-4185PC, and what control modes does it have?

The VFAS3-4185PC supports Field-Oriented Control, Torque Mode, and V/Hz control modes. Programming is facilitated through Toshiba’s ASD Pro software, which allows for logic-type programming, enhancing efficiency in control system setup.

Product Specification Table: