Quantum NXT
Max Temperature: 203 °F (95 °C)
Max Pressure: 60 PSIG (0.41 MPa)
Power: 20kW to 288kW
Voltage: 208
400
480
Certifications: CE, SEMI S2 & S8
Applications: Semiconductor/Electronics
LED/Flat Panel
Solar
Chemical Processing
Aerospace
The Quantum NXT is Trebor’s next generation of heaters. Featuring Trebor’s patented thin-film on quartz electric resistive technology, the Quantum NXT improves on Trebor’s already unmatched response time, temperature accuracy, and unprecedented reliability. This new version of Trebor’s existing Quantum Series offers better technology and control than its predecessor.
The Quantum NXT also features a low cost of ownership with the elimination of a recirculation loop and unnecessary purging. The heater is customizable to include multiple, individually-temperature-controlled outlets to service multiple process tools. The Quantum NXT heater is the perfect solution for applications where process control, cleanliness, and system uptime are of the utmost importance.
- MTBF >40,000 Hours
- Redundant Safety Features
- LCD Color Touch Screen Display
- +/- 0.3° C Accuracy
- No Standby Flow Required
- High Purity Flow Path Made Of GE214 Quartz
- Crevice-Free Flow Path Means No Bacteria Growth Or Purging Required
- Multiple Voltage And Kilowatt Options
- Customizable Configuration For Power, Space, Fluid Connections And Other Process Needs
- Remote Control Options
- Overheating Controls And Warnings
CONFIGURATION OPTIONS
- Leveling Casters
- Seismic Brackets
- High Temperature
- Custom Options Available
COMMUNICATION OPTIONS
- Ethernet
- ModBus / RTU
- Device Net
- I/O Enabled
WATER SAVING PAPER
SIZING FORMULA
In order 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 to compensate 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 60kW heater.