QUINCY QPCD SERIES | CYCLING QUINCY QPNC SERIES | NON-CYCLING QUINCY QPHT SERIES | HIGH TEMP

REFRIGERATED AIR DRYERS CYCLING AND NON-CYCLING DESIGNS FOR MAXIMUM SYSTEM EFFICIENCY • Balanced refrigeration control systems provide reliable and consistent performance • R-134a, R-404a and R-410a refrigerants ensure environmentally friendly operation • User friendly control panels display operation data and instrumentation • Cycling units 250 cfm and up creates total system versatility • Application-specific heat exchangers render low pressure drop and optimum performance • Integral cold point separator provides optimal moisture separation • Electronic No Loss drain saves energy and ensures...

CYCLING AND NON-CYCLING DRYERS 10 TO 4000 CFM kW vs. Load 500 cfm @ 100 psigHeatless Desiccant% load 0 25 50 75 100114.0kW DrawNon-Cycling RefrigeratedCycling Refrigerated 3 Quincy refrigerated air dryers are manufactured to exact standards in state-of-the-art production facilities, featuring high capacity, balanced component selection and consistent output. This, combined with a clean, simple design, creates an efficient, reliable and environmentally friendly non cycling refrigerated air dryer. Quincy refrigerated air dryers allow plant equipment to run efficiently, and processes more reliably,...

REFRIGERATED AIR DRYERS QPNC — NON-CYCLING DRYER OPERATION Quincy Non-Cycling dryers use a two-stage heat exchanger system to maintain consistent dew points. Freeze-ups are prevented and optimum performance is maintained by integrating the highest quality components and refrigeration controls into our system. The system reduces the temperature of the compressed air to appox. +39°F forcing entertained moisture to condense. The mixture of condensed liquids and cold air then flow into the cold point moisture separator where the liquids are collected and removed by an electronic No Loss condensate...

QPCD — CYCLING DRYER OPERATION 5 Quincy Cycling Dryers save energy by turning the refrigeration system on and off in response to demand. A three-stage cold air module combined with our exclusive Cold Storage Integration (CSI) chiller provides more cold storage and higher energy savings than conventional cycling designs. Thermostatic controls provide tight dew point control and prevents freeze ups. Contaminated compressed air flows into the 3-in-1 cold air module first stage exchanger section where it is pre-cooled by the cold air returning from the chilled mass section. The pre-cooled compressed...

REFRIGERATED AIR DRYERS CONTROLS Quincy non-cycling dryers 10 to 2500 cfm standard controls include: a refrigerant analyzer gauge, electronic no-air-loss drain, on/off switch and a general purpose alarm light wired to the compressor overload circuit. • Run Light • Alarm Indicator Light • Analyzer Gauge • System Schematic • Stop / Start Switch with Lock Out Non-cycling Control Panel 10–2500 cfm • Inlet Air Temperature • Chilled Media Temperature • Ambient Temperature • Fahrenheit or Centigrade • Alarm Indicator • Compressor Running Indicator • Service Due Indicator Cycling Microprocessor Control...

ADDITIONAL DESIGN ELEMENTS 7 Quincy’s premium heat exchanger design, materials, and construction ensure maximum reliability and efficiency. To ensure the removal of all condensed liquids and to minimize pressure drop, Quincy high efficiency heat exchangers are paired with either our unique Five Step Centrifugal Moisture Separator or with an integral moisture separator. HEAT EXCHANGERS & MOISTURE SEPARATORS CONDENSATE REMOVAL SYSTEMS All Standard Quincy Non Cycling dryers are equipped with high efficiency, environmentally friendly No Loss electronic drains. Cycling dryers are equipped with microprocessor...

REFRIGERATED AIR DRYERS CORRECTION FACTORS Capacity 745 cfm Inlet Pressure 120 psig Inlet Air Temp. 90¢ªF Ambient Temp. 100¢ªF Dew Point 39¢ªF Example One: Conditions Requirement Dryer Required = cfm required (A) x (B) x (C) x (D) = 745 (1.03) x (1.21) x (1) x (1) = 598 cfm dryer required Select QPCD 600 for this application Example One: Calculations Inlet Pressure 120 psig Inlet Air Temp. 110¢ªF Ambient Temp. 90¢ªF Dew Point 39¢ªF Example Two: Conditions QPCD 1000 Corrected Flow for: Corrected Capacity = Std. Capacity x (A) x (B) x (C) x (D) = 1000 x (1.03) x (.84) x (1.07) x (1) = 926 cfm Example...

REFRIGERATED AIR DRYERS Controls: Microprocessor n/a n/a n/a n/a n/a S S S S Hot Gas Bypass Valve S S S S S S S n/a n/a Thermostatic Expansion Device S S S S S S S S S High/Low Refrigerant Shutdown n/a n/a n/a n/a n/a S S S S Refrig. Dual Pressure n/a n/a n/a n/a n/a S S S S Cycling Thermostat n/a n/a n/a n/a n/a n/a n/a S S Heat Exchangers: Three-stage Modular Heat Exchanger w/Integral Cold Point Separation S S S S S S S n/a n/a Three-Stage (Chiller) System n/a n/a n/a n/a n/a n/a n/a S S Separators & Drains: High Efficiency Moisture Separator S S S S S S S S S Electronic No Loss Drain S S S...

11 QPHT — HIGH TEMPERATURE REFRIGERATED DRYER • Accepts 180ºF Inlet Temperature • Space-Saving 3-in-1 Design • Eliminates Water, Oil and Dirt from Air Systems • Prevents Damage to Pneumatic Tools and Cylinders, Adding to Their Lifetime Use • Fewer Finished Product Defects • Prevents “Fisheye” Paint Splotches • Reduces Operational Downtime • Increase Profitability and Productivity • Eliminates Air Line Purging QPHT Series Total Air System High Temperature Dryers integrate five different components that perform separate functions. An air-cooled aftercooler, refrigerated dryer, moisture separator,...

quincycompressor.comQPNC-500quincycompressor.comQDHT-1000quincycompressor.comAir Quality ClassificationISO 8573.1 WSNBulk LiquidDP1Quincy Rotary ScrewWet Receiver1gal/CFMand/orMistEliminatorDP2Dry Receiver5gal/CFMCSN1 Micron0.1 PPMDP3CPN0.01 Micron0.01 PPMDP5ACN0.003 PPMVapor & OdorsSolidsMicronISOPDPISOPPMISO0.011+38°F40.01110.77380.011+38°F40.003111.881412-40°F20.0119.26340.011-40°F20.003110.371012+50°F60.0127.85380.011+50°F60.003110.068912-40°F20.0119.26340.011-100°F10.001114.2979MoistureOilpsiMbarRefrigerated Air DryerQPNC Non-CyclingQPCD CyclingDP4WetSystemAvg. DPQuincy Reciprocating AC...