TIMER ASSY - Uni-Ram Corp.

Specifications

The TIMER ASSY, model KIT-1152050, is an essential component manufactured by Uni-Ram Corporation. This assembly is designed for precise timing control within industrial equipment, specifically Uni-Ram solvent recyclers. Weighing 1 lb, it is a lightweight yet durable part. Its compact design ensures seamless integration into existing systems.

Key Features

• Precision Timing Control: Engineered to deliver accurate timing for critical operational sequences.
• Durable Construction: Built to withstand demanding industrial environments and continuous operation.
• Direct Compatibility: Specifically designed as a replacement part for Uni-Ram equipment, ensuring perfect fit and function.
• Reliable Performance: Helps maintain the consistent and efficient operation of solvent recycling processes.

Applications

The TIMER ASSY is primarily utilized in the maintenance and repair of Uni-Ram solvent recycling systems. It serves to restore or upgrade the timing functionalities of these machines, which are crucial for managing various stages of the solvent recovery process, such as heating, distillation, and cooling cycles. This component is suitable for industrial settings requiring precise control over automated operations within solvent recovery units.

Benefits

• Restores Equipment Functionality: Replaces faulty or worn-out timing components, bringing Uni-Ram equipment back to optimal operating condition.
• Optimizes Process Efficiency: Ensures that all timed operations within solvent recyclers execute precisely, contributing to efficient and consistent solvent recovery.
• Extends Equipment Lifespan: By replacing a critical internal part, it helps prolong the overall service life of valuable industrial machinery.
• Minimizes Downtime: Facilitates quick and effective repairs, reducing operational interruptions and maintaining productivity.
• Ensures Safety Standards: Proper timing control is vital for the safe operation of solvent recycling processes, preventing potential hazards associated with incorrect cycle durations.