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Designed for high flow and/or high temperature applications, the Quartz H2OT SHOT uses high-purity quartz wetted surfaces and resistive heating elements to ensure responsive heating with no product contamination.
The Quartz H2OT SHOT is ideal for your wet bench or other point-of-use ultrapure heater application.
Read about the ADVANTAGES OF USING HOT DI WATER
FEATURES AND BENEFITS:
- Hot DI Water: Heated DI water improves cleaning effectiveness and reduces rinse time in most processes.
- Highly Efficient: >99% efficiency means lower cost of ownership (COO) and improved return on investment (ROI).
- Outstanding Cleanliness: Ultra-clean performance is achieved through the use of high-purity quartz construction.
- Patented Construction: The unique helical quartz construction provides unequaled sweeping action, creating excellent velocities through the heater and eliminating stagnant zones.
- Outstanding Temperature Stability: Superior temperature accuracy improves process consistency.
- Reliable: Our proven heating technology uses high-performance resistance wire, resulting in greatly enhanced service life.
- "Safe Process" Design: Heating element is isolated from the process to virtually eliminate the potential for catastrophic process contamination.
- Minimal Preventative Maintenance: Only minor, infrequent PM is needed
- Low Facility Costs: No auxiliary gas or special ventilation needed; minimal facility requirements.
- Compact Configuration: Space-conscious design minimizes footprint requirements.
- No O-Rings: Flaratek® and Quickgrip® fittings provide leak-free operation and eliminate contamination associated with o-ring seals.
Flaretek® and Quickgrip® are registered trademarks of Fluoroware, Inc.
Specifications for the Hi-Flo Quartz H2OT SHOT Ultrapure Fluid Heater:
HEATER Patented modular heating system using resistive heating (near infrared) SIZES 24kW multiples up to 144kW (sizes down to 8kW available) VOLTAGES 208 volt to 480 volt available, 50/60 Hz TEMPERATURE LIMIT 95 degrees Celsius, depending upon operating conditions TEMPERATURE ACCURACY 1 degree Celsius, depending on operating conditions FLOW RATE 4 to 60 Ipm (see performance graphs) EFFICIENCY >99% HEAT UP TIME >1 degree Celsius/second (see performance graphs) PRESSURE RATING 100 psig @ 24 degrees Celsius, 45 psig @ 90 degrees Celsius (limited by the rating of the PFA fittings) MTBF Well in excess of 10,000 hours TEMPERATURE REGULATING SYSTEM Distributive zero crossing SSR, powered by multi-loop PID control TEMPERATURE SENSORS "J" type thermocouples HEATING ELEMENT Cr-Al-Fe alloy resistance wire operating at 700 degrees Celsius WETTED SURFACES GE type 214 quartz with 440 HP PFA interconnects INLET/OUTLET 3/4" flare connections (48kW and higher)
1/2" flare connections (24kW)FORCED VENTILATION None required PURGE GAS None required EXHAUST VENTILATION None required STANDARD SAFETY FEATURES
- Liquid over-temperature shutoff and alarm
- Liquid leak detection shutoff and alarm
- SEMI S3 compliant, 24 VAC low voltage controls
- Low liquid flow detection shutoff
- Heater module over-temperature shutoff and alarm
- Flow verification/power level control
- Redundant heater module over-temperature safety
- Automatic cycle cool-down
- Emergency off (EMO) with remote capabilities
- Ground fault protection
CERTIFICATIONS
- ETL certified and CE compliant
- Conforms to UL 499 standards
- Semi S2 and S3 compliant
OPTIONS
- PLC control
- RS 232 or RS 485 communication port
- Capacitive style leak detection
- Resistivity monitoring
- Flow monitor display
- Air cooled SSRs
- OEM-style heater subassembly modules
- Seismic hold-downs
DOWNLOAD THE INLINE WATER HEATER SPECIFICATION SHEET
DOWNLOAD THE INSTALLATION MANUAL
For more information on this, or any other Process Technology product, please contact our offices (toll free within the United States or Canada) for the distributor nearest you, or visit our contact page.
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