Quantum NXT-R™
Max Flow: 0.5 to 48 LPM (13 GPM)
Max Temperature: 85°C / 185°F
Max Pressure: 60 PSIG (0.41 MPa)
Materials: Virgin PTFE & PFA
Power: 36kW to 144kW
Voltage: 400
480
Certifications: CE, SEMI S2 & S8
Applications: Semiconductor/Electronics
LED/Flat Panel
Solar
Chemical Processing
Process
Quantum NXT-R : Advancing Heating Technology
The Quantum NXT Recirculation DI Water Heater, Trebor’s latest breakthrough in heating technology, sets a new efficiency and reliability standard. Ideal for high-purity processes requiring continuous hot DIW flows with precise temperature control, Quantum NXT-R conserves energy and water, stabilizing temperatures in variable flow rate applications with buffer tanks and closed-loop pressure vessels. Our heaters’ fast response times and maglev pumps enhance energy efficiency and product quality while reducing resource consumption.
Key Features
- Tight temperature stability within ± 1.0°C during flow changes up to ± 12 LPM
- Thin Film on Quartz electric resistive technology allowing rapid heating and cooling
- MTBF >40,000 Hours
- High Purity Flow Path Made Of GE214 Quartz
- Multiple Voltage And Kilowatt Options
- Customizable Configuration For Power, Space, Fluid Connections, And Other Process Needs
- Remote Control Options
- Redundant Safety Features
- LCD Color Touch Screen Display
- Overheating Controls And Warnings
Advantages
- Significant water and energy savings compared to single pass point-of-use (POU) heaters
- Considerable reductions in water reclaim volumes when compared with standard single pass heaters
- Improved etch/rinse process efficacy
- Reduced carbon footprint / greenhouse gas emissions
- Substantially lower cost of ownership
- No I/R bulbs or coils to replace
- Element lifespan > 44,000 hrs
- Can be powered by renewable energy
- Increased temperature flexibility and energy efficiency when compared with central loop heating systems
- System can be used in place of central loops or supplement existing loop systems
SIZING CALCULATOR
To determine which heater size is needed, calculate the required kilowatt with the following formula:
Required kW = 0.264 * (Flow in GPM) * (Temperature Delta in °C)
Example
Ambient Water Temperature = 25° C
Desired Process Temperature = 70° C
Temperature Delta = 45° C
Required kW = 0.264 * (4 GPM) * (45° C) = 47.5kW
For optimal temperature response and compensation for seasonal changes in ambient water temperature, we recommend adding 20% excess heating capacity.
47.5kW * (1.2) = 57kW
The best option for this application is a 60 kW heater.
DATASHEET
ORDER SHEET
CERTIFICATIONS
Quantum NXT and Quantum NXT-R – SEMI S2 Certification (PDF)
STEP FILES/DRAWINGS
WHITE PAPER
Safety Features
- GFI Protection: Compliant with NEC 2023 standards.
- Low-Pressure Switch: Disables system below 15psi to prevent phase change, protecting components.
- Adjustable Over Pressure Relief Valve: Opens Above 90psi, tunable for custom safety needs.
- Proprietary Control Software: Uniquely manages and balances pressure, temperature, and flow for optimal performance.
- Low Liquid Level Detection: Non-Intrusive Bubble Detection ensures heaters heat water, not air.
- Element Over-temperature: Semi S2 compliant thermal limiting module protects heating modules.
- Leak and Lock technology alerts and shuts down leaks quickly.
- Ultrasonic measurement ensures hot water is flowing away from the heaters.
- Optional Door Interlock: Prevents user access during operation
- Optional Remote EMO: Wired connection for EMO shutdown at a distance.
Maintenance Functions
- Continuous high power monitoring
- Total Heater lifetime logging allows for accurate maintenance schedules
- Alarm logging
- USB data logging capability of system performance
- 1 million data points stored in system RAM
Communication Options
- Ethernet
- ModBus / RTU
- Device Net
- I/O Enabled