Electric QUANTM Diaphragm Pump for Efficient Industrial Fluid Transfer
Compatible Machines / Systems
- Graco QUANTM i-series electric diaphragm pump systems with aluminium wetted components
- Industrial chemical dosing equipment requiring elastomer-based fluid compatibility
- Paint and coating circulation systems operating under continuous-duty conditions
- Process fluid transfer skids using standard industrial electrical configurations
- Wastewater and general manufacturing fluid systems replacing pneumatic diaphragm pumps
What is Graco TE30-0189 Quantm Pump?
The Graco TE30-0189 Quantm Pump, QTC-ALFC2SASDSPPTA100 is an electric diaphragm pump designed for industrial fluid transfer applications requiring efficiency, reliability, and reduced energy consumption. It replaces traditional air-operated pumps with a QUANTM electric drive system that delivers consistent flow without compressed air.
Built with an aluminium fluid section (ALFC configuration) and specialized elastomer design, it supports handling of chemical, coating, and process fluids in moderate industrial environments. The system provides stable, low-pulse operation suitable for continuous production workflows.
Key Technical Characteristics
- Electric QUANTM drive system for air-free operation
- Aluminium wetted components for durable industrial use
- ALFC elastomer configuration for chemical compatibility
- FluxCore motor technology for smooth and controlled flow
- Energy-efficient design reduces operational costs
Applications
- Chemical transfer and dosing systems
- Coating and paint circulation lines
- Industrial manufacturing fluid handling
- Wastewater and process fluid systems
Frequently Asked Questions
It removes the need for compressed air, improving energy efficiency and delivering more stable flow control.
It is suitable for industrial chemicals, coatings, wastewater, and general process fluids compatible with aluminium and elastomer components.
It is widely used in manufacturing plants, chemical processing facilities, coating lines, and wastewater systems.
