SIStec® PC-1 Pump Cycling Controller for Mining Applications in Australia

Engineered for the Australian mining industry, our SIStec® PC-1 Pump Controller is a high-performance solution that improves pump cycling efficiency and prevents dry-run damage. Designed with advanced monitoring technology, the PC-1 offers precise control that protects pumps from heavy wear, enhances operational efficiency, and reduces downtime—all critical for mining operations in Australia.

Why the SIStec® PC-1 is the Ideal Pump Controller for Australian Mining

The SIStec® PC-1 Pump Controller is built for the demands of mining environments, featuring intelligent software that tracks pump load changes in real-time. This allows for seamless alignment with fluid dynamics, reducing operational risks and extending equipment life.

Precision Monitoring

Tracks motor supply current to identify load and no-load conditions, such as dry-running, which is especially valuable in remote Australian mining sites.

Smart Adaptation

The PC-1’s adaptive software adjusts rest intervals to match cycle demands, optimizing pump use and helping prevent maintenance issues.

Reliability in Harsh Conditions

Rigorously tested for durability, the PC-1 is built to withstand the challenging conditions of Australia’s mining sector.

Local Expertise

Designed, manufactured, and supported in Australia, with over 40 years of industry experience.

Key Features and Specifications

Built to Last

Sturdy ABS plastic housing with screw-panel mounting, perfect for mining.

Power Options for Mining Needs

Accepts 24 V DC/AC and 110/240 VAC to suit various mining power setups.

1-Amp Current Transformer Compatibility

Integrates with a standard current transformer, delivering precise load monitoring for Australian mines.

Configurable Cycle Times

Adjustable 2.5, 5, 10, or 20-minute cycles to meet specific flow requirements in mining.

Reliable Pump Control for Australian Mining Sites

The SIStec® PC-1 Pump Controller enhances both efficiency and safety in mining operations by dynamically adjusting pump cycles based on load conditions. Its adaptive functionality helps prevent dry-run damage, minimise downtime, and extend pump life—key benefits in Australia’s remote mining locations.