Precision Air Processor P RECISION A IR P ROCESSOR SERIES Th e Precision Air Processeor Catalog Striving to Make Products that Move You

Energy Saving Precision Air Processor Combining Energy Savings and High Precision Capacity Control from the Industry Leader in Heat Pump Balance Control Taking Temperature, Humidity, and the Environment to the Next Level ORION is striving for a higher degree of temperature and humidity control combined with a clean-environment agenda to better serve technological innovation in this bewildering high-tech market of semiconductors and liquid crystal technologies, leading-edge energy related fields such as solar cell and biomass industries, etc., nanofabrication used in ultraprecision machine tool...

Application Examples P RECISION A IR P ROCESSOR The Evolution of Orion High-spec Air Processors. Combining Energy Savings and High Accuracy. Energy Saving Precision Air Processor mini Type Temperature Control Type Temperature and Humidity Control Type Energy Saving Precision Air Processors for Dehumidification Energy Saving Air Processing System Energy Saving Precision Air Processors for Dehumidification Energy Saving Precision Air Processors for Low Temperature Energy Saving Precision Air Processors for Low Temperature PAGE 45 Ultra-Low Dew Point Dry Air Supply Equipment PAGE 47 For Safety /...

Up To 80% Energy Savings With ORION'S Heat Pump Balance Control Completely Heater-less AND Energy Saving. Precision Controlled Air We've completely eliminated the electric heater thanks to our Heat Pump Balance Control. Expansion Valve He a t er PID c ont r ols ( *1), w hic h ar e f ound in pr o duc t ion f ields that demand pr ecision air pr oc essing, st ar ting with semic onduc tor and FPD pr oduc tion pr oc esses, r epr esent a large shor tc oming when it c omes to power c onsumption. Due to increasing miniaturization, the demand for higher precision is also increasing. ORION is responding...

DC Inverter Control for Optimum Capacity Control (Excluding PAPmini models) Automatically controls compressor speed in response to load. Our compressor uses a brushless DC motor for optimum high efficiency and energy saving control. Discharge Controlled compressor speed during periods of low load, combined with heat pump balance control, means even greater energy savings. We offer a level of control that is impossible to achieve with constant-speed compressors. Effective Energy Savings from Compressor Speed Control Constant Speed High rotation speed during high load conditions. Constant speed...

ORION gives you high precision humidity and temperature control across a wide range. PAP Series Main Features Temperature Settings as High as 7 ˚C Above Intake Temperature O ur h e a t p ump b a l a n c e c o n t r o l a c hi e v e s t h e w i d e temper ature dif f erenc es bet ween int ake temper ature and set temperature that are simply not possible with refrigerant reheating. (Industr y top class specifications) * Ambient temperature range of 15 to 35 ˚C. (See graph at left.) Ambient Temperature (˚C) Possible Temperature Control Range (Temperature control precision: ± 0.1˚C) •Conditions Power...

Built-in Intelligent Monitor We've built in multiple parameter functions for improved ease of use. Controller for Temperature Control Type Units Controller Details ORION's intelligent monitor offers a wealth of functions and monitoring capabilities combined for high-level operability. RUN/STOP button RUN lamp ALARM RESET button Temperature PV / SV display Heating / cooling indicator Function setting buttons Humidity PV / SV display (only on units that have humidity and temperature control) Temperature / humidity input select key (only on units that have humidity and temperature control) List...

Completely Heater-less Humidification Because ORION Is Particular About Saving Energy We have achieved completely heater-less humidification. Two-Fluid Nozzle Water Mist Humidification Energy Savings (Not including the PAPmini) The PAP Series takes energy saving all the way to the humidification method Air b y g o in g c o m p l e t e l y Fluid heater-less. ORION's w at er mis t Two-fluid nozzle humidif ic ation method does not rely on a heater like that used for steam Very fine mist humidif ic ation and ther ef or e the elec tr ic power that would normally be wasted is saved. In addition, with...

Problems Facing Precision Temperature And Humidity Cleanrooms Air Processing is Very Expensive Bringing in Outside Air Requires Vast Administrative and Maintenance Expenses When conditioning large spaces, generally represented by cleanrooms, where the level of cleanliness must be maintained or in large space where temperature and humidity must be controlled to high precision, the level of conditioning must match the level of each of the manufacturing processes. Excessive high precision air processing must be present in order to meet the most demanding equipment installation and processes within...

Application Examples ORION's Proposal For Energy Saving Via Localized Precision Air Processing High Quality for Confined Spaces Equipment, production processes, inspection processes, and spaces used in the production facilities for semiconductors, liquid crystal and solar panels, and other such devices demand high precision and highly stable air processing. Whole-area air processing that meets such demands will require extremely high associated expenses and maintenance costs. ORION proposes a high precision air processing system made of localized high-quality spaces that can minimize the utilization...

Application Examples Liquid Crystal Manufacturing Process During the liquid crystal manufacturing process, temperature changes can result in expansion, contraction, and electrostatic formation on the substrate. In order to avoid trouble arising from such issues, temperature, or possibly temperature and humidity of the working environment must be precisely controlled. Solder Paste Printer A solder paste printer applies solder paste to a printed circuit board. In the screen printing process, a metal mask of approximately 100 – 300 microns in thickness is commonly used through which solder paste...