FloThru 48-PS40 Heater – HydroQuip Platinum Electronic Series
Product Overview
As a retailer of hot tub and pool equipment, I’m featuring the FloThru 48-PS40 – a versatile 4.0kW replacement heater designed specifically for HydroQuip Platinum Series electronically switched control systems. This unit features an extended cord and specialized mounting requirements for optimal performance.
Key Features and Benefits
Professional Construction
- Standard 15″ x 2″ dimensions
- Dual voltage capability
- Extended 60″ cord
- Electronic switching design
Design Elements
- Slide heater technology
- Extended reach configuration
- Integrated pressure switch
- Professional-grade build
Installation Optimization
- Specific mounting angles recommended
- Air trap prevention design
- Flow optimization features
- Extended cord flexibility
Technical Specifications
Specification | Detail |
---|---|
Model Number | 48-PS40 |
Power Output | 4.0kW |
Voltage | 115V/230V |
Length | 15″ |
Diameter | 2″ |
Cord Length | 60″ |
Series | Platinum Series Electronic |
Technology | Slide Heater |
Switching Type | Electronic |
Safety Features | Pressure Switch |
Critical Installation Notes
For optimal performance:
- Mount horizontally with slight outlet elevation
- Position control box between 1-3 o’clock
- Ensure proper air evacuation
- Consider flow characteristics
Applications
Perfect for:
- Platinum Series electronic systems
- Extended installation needs
- Low flow applications
- System upgrades
- Professional installations
Performance Features
- Efficient 4.0kW output
- Extended cord reach
- Dual voltage operation
- Optimized flow design
Mounting Guidelines
- Horizontal installation preferred
- Raise outlet side slightly
- Box position: 1-3 o’clock
- Ensure proper venting
System Integration
- Electronic switching compatible
- Extended installation range
- Professional configuration
- Flow-optimized design
SKU: 48-PS40
Note: Professional installation with careful attention to mounting orientation is critical for optimal performance and longevity, particularly in low-flow applications