SCR-Based DC Motor Speed Controller with RPM Display
The Powervistas SCR-Based DC Motor Speed Controller delivers precise and reliable variable speed control for DC motors using advanced SCR (Silicon Controlled Rectifier) technology. Designed for industrial applications, it features a built-in digital RPM display for real-time speed monitoring, ensuring accurate performance and easy operation.
With excellent speed regulation, high reliability, and built-in protection against over-current, short circuits, and overheating, it is ideal for conveyor systems, winding machines, mixers, pumps, feeders, and gold chain making machines. Built for demanding environments, it provides the stability and efficiency needed for modern industrial processes.
MDI Control Relay (P-9656)
An intelligent motor load management relay designed to protect equipment and optimize operational efficiency. Equipped with programmable settings and a digital interface, it provides advanced monitoring and control for industrial motor applications.
MDI Control Relay (P-9610)
A robust current and time-based control relay developed for automated load management systems. The unit enhances equipment protection by monitoring operating conditions and responding quickly to abnormal load situations.
Digital Ampere Meter (P-7202)
A precision current measurement instrument designed for continuous monitoring of electrical loads. The Digital Ampere Meter offers reliable performance, easy installation, and accurate current readings for control panels, generators, and industrial equipment.
Digital Volt Meter (P-9601)
A high-accuracy digital voltage monitoring device engineered for industrial and commercial electrical systems. It provides real-time voltage measurements with a clear LED display, helping operators maintain system stability and monitor power quality effectively.
Automatic Power Factor Controller (APFC)
The Powervistas Digital Power Factor Controller is an intelligent energy management solution designed to improve power efficiency and reduce electricity costs in industrial facilities. By continuously monitoring power factor and automatically controlling capacitor banks, it ensures optimal reactive power compensation and minimizes energy losses.
Featuring real-time digital monitoring, precise load management, and a user-friendly interface, the controller enhances electrical system stability while protecting equipment from unnecessary stress. Built for demanding industrial environments, it helps improve power quality, reduce utility penalties, and maximize overall energy efficiency.