Electric QUANTM Pump for Chemical-Resistant Industrial Fluid Transfer Systems
Compatible Machines / Systems
- Graco QUANTM electric diaphragm pump systems with SSFC fluid section configuration
- Chemical transfer and dosing systems requiring corrosion-resistant pumping components
- Industrial coating and finishing equipment operating in continuous-duty production lines
- Process manufacturing fluid systems using electric diaphragm pump integration
- Wastewater treatment and fluid handling systems replacing pneumatic diaphragm pumps
What is Graco TE30-0187 Quantm Pump?
The Graco TE30-0187 Quantm Pump, QTC-SSFC2SAPTPOPTS200 is an advanced electric diaphragm pump designed for industrial fluid transfer applications that demand chemical resistance, energy efficiency, and stable performance. It replaces traditional air-operated systems with modern QUANTM electric drive technology.
Its SSFC fluid section construction provides reliable resistance to aggressive chemicals while maintaining smooth, low-pulse operation for precise and continuous-duty pumping in demanding environments.
Key Technical Characteristics
- Electric QUANTM drive system eliminates compressed air dependency
- SSFC fluid section design for enhanced chemical resistance
- Durable thermoplastic construction for long service life
- FluxCore motor technology ensures smooth, controlled flow
- Energy-efficient operation reduces overall operating costs
Applications
- Chemical processing and transfer systems
- Industrial coating and finishing lines
- Manufacturing process fluid handling
- Wastewater and effluent treatment systems
Frequently Asked Questions
SSFC refers to a specific fluid section configuration designed to improve chemical resistance and durability in demanding industrial environments.
QUANTM technology replaces compressed air with an electric drive system, improving efficiency, reducing energy consumption, and delivering smoother flow control.
It is commonly used in chemical processing, coatings, manufacturing, and wastewater treatment industries.
