Load Controls Incorporated products

Load Controls Incorporated offers the Model UPC Adjustable Capacity Power Sensor, a versatile solution designed to monitor true motor power across various types of motors, including variable frequency, single phase, and DC motors. This self-contained sensor eliminates the need for PTs or CTs, simplifying installation. It is capable of measuring parameters such as viscosity, tool condition, and optimum feed rate with outputs available in 0-10V DC, 4-20mA, and Modbus formats. The sensor provides dual analog outputs for easy integration with meters, programmable controllers, and chart recorders. The device accommodates a wide range of motor sizes up to 150HP, making it highly adaptable for different applications. It actively monitors critical aspects such as pump or fan flow, mixture viscosity, beginning of end process, obstructions, overloads, and loss of load. The lead time for the Model UPC is typically 3-5 business days.

The TP-2 Compact Motor Power Sensor measures the true motor power and is designed for use in various industrial settings, including the world's largest chemical manufacturing plants. It is particularly well-suited for small motor starter enclosures and has the convenience of a DIN-rail mounting option. This sensor provides an accurate and reliable solution for monitoring motor performance and ensuring optimal operation. Standardized to meet rigorous industrial demands, it offers a cost-effective means of motor power measurement with a lead time of 3-5 business days.

The CR-150 is a fast response current sensing load control that features an adjustable set point, relay outputs, and analog outputs. Designed for rapid detection and responsiveness, this device is suitable for applications requiring real-time current monitoring and load control. It integrates easily into various systems, providing precise feedback and control to ensure optimal operational performance. Engineers and technicians will find the adjustable set point function useful for fine-tuning the system to match specific operational needs, while the relay and analog outputs extend its usefulness in diverse control and monitoring scenarios.