Indoor Air Quality
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Instruction Manual
EVAPORATIVE AIR COOLER WITH HUMIDIFIER Model: SF-615H Instruction Manual Please read this manual thoroughly before using this product. Keep in a safe place for future reference. CONTENTS A. PRODUCT INTRODUCTION ………………………2 B. TECHNICAL PARAMETER ………………………2 C. CONSTRUCTION DIAGRAM ……………………..3 D. CONTROL PANEL & OPERATION …………….4-5 MODE SCHEMATICS …………………………..…6 E. MAINTENANCE AND STORAGE ………………..7 F. CAUTION ……………………………………………8 G. WARRANTY …………………………………………9 1 A. PRODUCT INTRODUCTION Equipped with water and ice storage locations, using the principle of water evaporation and melting ice, this Evaporative Air Cooler with Humidifier is an economical way to cool and humidity the surrounding air. Features LED display, remote control as well as dual-layer air filter: nylon filter and 3D Honeycomb cooling pad. BRIEF INTRODUCTION OF FEATURES • High-grade computer-controlled system with LED panel • Remote control • Functions: Cool fan, ultrasonic humidifier and air filtration. • Dust filter captures dust and pollen • Honeycomb pad enhances cooling performance and added air filtration • Energy saving and effective, only uses 65W of power • 3 fan speeds: High – Medium – Low • Large water tank capacity and high air volume • Up to 12 hours off-timer B. TECHNICAL PARAMETER Voltage / Frequency 120V / 60Hz Power Consumption 75W / 0.59A Water Consumption 0.5-0.6L/h Air Volume ≤ 500m 3/h Net Weight 13.23 lbs 2 C. CONSTRUCTION DIAGRAM Control Ha ndle Mist nozzle Air outlet Water level indicator Wheel Back Power cord Honeycomb Dust filter pad (behind filter) Water tank Drain outlet Remote Control The functions on the remote are the same as the control panel. 3 D. CONTROL PANEL & OPERATION ON/OFF button : Turns the unit on or off Indicator light illuminates when unit is plugged in. -
Healthy Climate® Automatic Humidifier Control
HUMIDIFIER CONTROL ® 504,879M HEALTHY CLIMATE 12/2003 AUTOMATIC HUMIDIFIER CONTROL INSTALLATION INSTRUCTIONS AND TROUBLE SHOOTING GUIDE FOR AUTOMATIC HUMIDIFIER CONTROL FOR LENNOX HUMIDIFIER MODELS WB2-12, WB2-17 & WP2-18 WARNING CAUTION Electrical shock hazard. Do not set humidity higher than recommended. Excess humidity can cause Can cause injury or death. moisture accumulation which allows for possible mold growth in your home. Disconnect all remote electrical Do not set humidity up to recommended levels if there is condensation on power supplies before servicing. the inside of windows of any unheated living space. Condensation damage may result. Do not mount Humidifier Control on supply plenum or duct. The unit will not withstand supply temperatures. These installation instructions are for the Lennox Humidifier Control only! When installing Humidifier Control on downflow furnaces, ensure blower continues to run after a heat call is satisfied to eliminate high temperatures For Lennox Humidifier installation, follow Lennox from damaging the Humidifier Control. Humidifier Installation Instructions. Do not mount Humidifier Control downstream of the bypass outlet. False humidity conditions will cause humidifier to operate incorrectly. A C STEP 1: Unpack the Humidifier Control from the Humidifier Carton Make sure all components are present (see Figure A): A. Humidifier Control D. Resistor Case B. Outdoor Temperature Sensor E. Manual Label D E C. Sensor Shield B STEP 2: Disassemble the Humidifier Control Figure A To do so, first remove knob, then pull cover off the base. POWER HUMIDIFIER MODEL STEP 3: Check the Jumper Blocks WP2-18A With the cover removed, notice 5 pins coming up from the base. -
Performance Evaluation of Misting Fans in Hot and Humid Climate
Building and Environment 45 (2010) 2666e2678 Contents lists available at ScienceDirect Building and Environment journal homepage: www.elsevier.com/locate/buildenv Performance evaluation of misting fans in hot and humid climate N.H. Wong*, Adrian Z.M. Chong Department of Building, School of Design and Environment, National University of Singapore, 117566 Republic of Singapore article info abstract Article history: Singapore experiences a hot and humid climate throughout the year. This in turn results in heavy reli- Received 3 March 2010 ance on mechanical systems especially air-conditioning to achieve thermal comfort. An alternative would Received in revised form be the use of evaporative cooling which is less energy intensive. Objective and subjective measurements 14 May 2010 were conducted at an experimental setup at the National University of Singapore (NUS) to evaluate the Accepted 27 May 2010 thermal conditions and thermal sensations brought about by misting fans. Field measurements were also conducted at food centres in Singapore to determine if they are coherent with the objective and Keywords: subjective measurements conducted. Analysis of objective and subjective data showed that the misting Misting fan fi Evaporative cooling fan was able to signi cantly reduce the dry-bulb temperature and thermal sensation votes. This is fi Singapore consistent with eld measurements taken, where regression analysis showed that with the misting fan, Hot thermal neutrality can be obtained at a higher outdoor effective temperature (ET*). However, the Humid reduction in temperature comes at the expense of higher relative humidity which results in consistently greater biological (bacterial and fungal) pollutants being enumerated from samples collected under the misting fan system. -
Aerodrome Actual Weather – METAR Decode
Aerodrome Actual Weather – METAR decode Code element Example Decode Notes 1 Identification METAR — Meteorological Airfield Report, SPECI — selected special (not from UK civil METAR or SPECI METAR METAR aerodromes) Location indicator EGLL London Heathrow Station four-letter indicator 'ten twenty Zulu on the Date/Time 291020Z 29th' AUTO Metars will only be disseminated when an aerodrome is closed or at H24 aerodromes, A fully automated where the accredited met. observer is on duty break overnight. Users are reminded that reports AUTO report with no human of visibility, present weather and cloud from automated systems should be treated with caution intervention due to the limitations of the sensors themselves and the spatial area sampled by the sensors. 2 Wind 'three one zero Wind degrees, fifteen knots, Max only given if >= 10KT greater than the mean. VRB = variable. 00000KT = calm. 31015G27KT direction/speed max twenty seven Wind direction is given in degrees true. knots' 'varying between two Extreme direction 280V350 eight zero and three Variation given in clockwise direction, but only when mean speed is greater than 3 KT. variance five zero degrees' 3 Visibility 'three thousand two Prevailing visibility 3200 0000 = 'less than 50 metres' 9999 = 'ten kilometres or more'. No direction is required. hundred metres' Minimum visibility 'Twelve hundred The minimum visibility is also included alongside the prevailing visibility when the visibility in one (in addition to the 1200SW metres to the south- direction, which is not the prevailing visibility, is less than 1500 metres or less than 50% of the prevailing visibility west' prevailing visibility. A direction is also added as one of the eight points of the compass. -
User Guide Ecobee3
User Guide ecobee3 ©2014 ecobee 250 University Ave | Suite 400 Toronto | Ontario | M5H 3E5 Canada Toll free 1.877.932.6233 www.ecobee.com e3-UG-R001 1 Ventilator/HRV/ERV (if installed) .............................................. 13 Table of Contents Adjusting Sensor Modes ............................................................... 13 Overview .................................................................................. 4 Smart Home/Away .................................................................... 13 Getting Help .................................................................................... 4 Follow Me ................................................................................... 13 Touch Screen ................................................................................... 4 Adjusting Comfort Settings .......................................................... 14 Web Portal ....................................................................................... 5 Setting Your Weekly Schedule .................................................... 15 Going on Vacation ....................................................................... 16 Guided Setup Process ............................................................. 5 Step 1. Wiring Configuration .......................................................... 5 Caring for your Thermostat ................................................... 17 Step 2. Accessory Confirmation ................................................... 5 Cleaning ........................................................................................ -
Indoor Air Quality Products Offering Healthy Home Solutions
Indoor Air Quality Products Offering Healthy Home Solutions Carrier clears the air for enhanced indoor comfort What You Can Expect From Carrier Innovation, efficiency, quality: Our Carrier® Healthy Home Solutions offers superior control over the quality of your indoor air and as a result, improved comfort. From air purification and filtration to humidity control, ventilation and more, these products represent the Carrier quality, environmental stewardship and lasting durability that have endured for more than a century. In 1902, that’s the year a humble but determined engineer solved one of mankind’s most elusive challenges – controlling indoor comfort. A leading engineer of his day, Dr. Willis Carrier would file more than 80 patents over the course of his career. His genius would enable incredible advancements in health care, manufacturing processes, food preservations, art and historical conservation, indoor comfort and much more. Carrier’s foresight changed the world forever and paved the way for over a century of once-impossible innovations. Designed with Your Comfort in Mind Carrier® Healthy Home Solutions represents years of design, development and testing with one goal in mind – maximizing your family’s comfort. Along the way, we have taken the lead with new technologies that deliver the superior performance you demand while staying ahead of industry trends and global initiatives. With innovations like Captures & Kills™ technology and superior humidity and airflow control, whatever your need, Carrier has a solution that’s perfectly tailored for you. 2 Ready to Clear the Air? The EPA has found that indoor levels of many air pollutants are often higher than outdoor levels. -
Instruction Manual Evaporative Air Cooler
Instruction Manual Evaporative Air Cooler It is important that you read these Model No. SF-610 instructions before using your new cooler and we strongly recommend that you keep in a safe place for future reference. CONTENTS A. PRODUCT INTRODUCTION ………………………………………2 B. BRIEF INTRODUCTION OF FEATURES ………………………….2 C. CONTROL PANEL AND PARTS IDENTIFICATION ………………3 D. OPERATING INSTRUCTIONS AND FUNCTIONS ……………….4 E. CARE AND MAINTENANCE …………………………………………6 F. CAUTION ……………………………………………………………….7 G. TECHNICAL PARAMETER …………………………………………8 DEFECTIVE NOTICE …………………………………………………8 WARRANTY ……………………………………………………………9 1 A、PRODUCT INTRODUCTION The Evaporative Air Cooler is capable of providing various types of airflows: quiet and soft air like the spring breeze; fresh air simulating the Coastal breeze; cool, damp air like after a rainfall. The different type of airflows will accommodate your needs to provide a comfortable environment and reduce the heat of summer. The humidifying function will help keep your skin in good condition. The Ionizer feature cleans the air for a pure and clean breathing space. Thank you for purchasing SPT Evaporative Air Cooler. To have an in-depth understanding of the product and to ensure its proper usage, please read this instructions manual thoroughly, especially the relevant information marked Warning and Caution. B、BRIEF INTRODUCTION OF FEATURES 1. High quality computer-controlled system. 2. Mechanical and full function remote control operation. 3. Features humidifier, air filter and Ionizer. 4. The composition of filter, water curtain and ionizer produces fresher air. 5. Supplies moisture to the environment in dry climates. 6. 0.5 to 7.5-hour timer. 7. Ice compartment for extra cooling. 8. Oxygen Bar with Negative Ions: Negative ions have the effect of cleaning the air, providing you a clean healthy surrounding. -
Model 1830, 1850 & 1850W Dehumidifier Owner's Manual
Model 1830, 1850 & 1850W Dehumidifier Owner’s Manual PLEASE LEAVE THIS MANUAL WITH THE HOMEOWNER Installed by: _________________________________ Installer Phone: _______________________ Date Installed: _______________ ON/OFF button Up/Down Dehumidifer Control Outlet used to turn buttons used to dehumidifier on change humidity and off setting MODE button used for optional ventilation feature Inlet Filter Access Drain Power Door Switch 90-1874 WHOLE HOME Dehumidification The Aprilaire® Dehumidifier controls the humidity level in your entire home. A powerful blower inside the dehumidifier draws air into the cabinet, filters the air and removes moisture, then discharges the dry air into the HVAC system or dedicated area of the home. Inside the cabinet, a sealed refrigeration system removes moisture by moving the air through a series of tubes and fins that are kept colder than the dew point of the incoming air. The dew point is the temperature at which moisture in the air will condense, much like what occurs on the outside of a cold glass on a hot summer day. The condensed moisture drips into the dehumidifier drain pan to a drain tube routed to the nearest floor drain or condensate pump. After the moisture is removed, the air moves through a second coil where it is reheated before being sent back into the home. The air leaving the dehumidifier will be warmer and drier than the air entering the dehumidifier. SETTING THE DESIRED HUMIDITY LEVEL The dehumidifier on-board control will display the humidity setting when not running, and ENERGY SavinGS TIPS displays the measured humidity when running. Energy Savings Tip #1: Adjust the humidity setting to be as high as is comfortable to reduce dehumidifier run time. -
DEHUMIDIFIER with BUILT-IN PUMP
DEHUMIDIFIER with BUILT-IN PUMP MODELS: SD-52PE / SD-72PE INSTRUCTION MANUAL Please read these instructions thoroughly and keep it in a safe place for future reference. CONTENTS SAFETY PRECAUTUIONS…...……………………………………………………………2 ELECTRICAL INFORMATION .……………………………………………………………3 CONTROL PANEL ….………………………………………………………………………4 FEATURES ………….……………………………………………………………………….5 IDENTIFICATION OF PARTS …………………………….……………………………….6 OPERATING THE UNIT ………..………………………….……………………………….7 WATER DRAINAGE ……….………..…………………………………………………….8 CARE AND MAINTENANCE ………..………………………………………………….10 TECHNICAL SPECIFICATIONS ……………………….………………………………11 TROUBLE SHOOTING …………………………………………………………………..11 SOCIABLE REMARK DISPOSAL: Do not dispose this product as unsorted municipal waste. Collection of such waste separately for special treatment is necessary. It is prohibited to dispose of this appliance in domestic household waste. For disposal, there are several possibilities: A) The municipality has established collection systems, where electronic waste can be disposed of at free of charge to the user. B) The manufacturer will take back the old appliance for disposal at free of charge to the user. C) As old products contain valuable resources, they may be sold to scrap metal dealers. Wild disposal of waste in forest and landscapes endangers your health when hazardous substances leak into the ground-water and find their way into the food chain. 1 BEFORE YOU USE YOUR DEHUMIDIFIER , PLEASE READ THIS INSTRUCTION MANUAL CAREFULLY. SAFETY PRECAUTIONS To prevent injury and property damage, the following instructions must be followed. Incorrect operation due to ignoring of instructions may cause harm or damages. The seriousness is classified by the following indications: WARNING: This symbol indicates the possibility of death or serious injury. CAUTION: This symbol indicates the possibility of injury or damage to property. ------------------------------------------ WARNING --------------------------------------------------- 1. Do not exceed the rating of the power outlet or connection device. -
Indoor Air Quality in Commercial and Institutional Buildings
Indoor Air Quality in Commercial and Institutional Buildings OSHA 3430-04 2011 Occupational Safety and Health Act of 1970 “To assure safe and healthful working conditions for working men and women; by authorizing enforcement of the standards developed under the Act; by assisting and encouraging the States in their efforts to assure safe and healthful working conditions; by providing for research, information, education, and training in the field of occupational safety and health.” This publication provides a general overview of a particular standards-related topic. This publication does not alter or determine compliance responsibili- ties which are set forth in OSHA standards, and the Occupational Safety and Health Act of 1970. More- over, because interpretations and enforcement poli- cy may change over time, for additional guidance on OSHA compliance requirements, the reader should consult current administrative interpretations and decisions by the Occupational Safety and Health Review Commission and the courts. Material contained in this publication is in the public domain and may be reproduced, fully or partially, without permission. Source credit is requested but not required. This information will be made available to sensory- impaired individuals upon request. Voice phone: (202) 693-1999; teletypewriter (TTY) number: 1-877- 889-5627. Indoor Air Quality in Commercial and Institutional Buildings Occupational Safety and Health Administration U.S. Department of Labor OSHA 3430-04 2011 The guidance is advisory in nature and informational in content. It is not a standard or regulation, and it neither creates new legal obligations nor alters existing obligations created by OSHA standards or the Occupational Safety and Health Act. -
Protecting Against Vapor Explosions with Water Mist
PROTECTING AGAINST VAPOR EXPLOSIONS WITH WATER MIST J. R. Mawhinney and R. Darwin Hughes Associates, Inc. INTRODUCTION This paper examines a number of practical questions about the possibility of using water mist to mitigate explosion hazards in some industrial applications. Water mist systems have been installed to replace Halon 1301 in gas compressor modules on Alaska’s North Slope oil fields. The hazard in the compressor modules includes fire in lubrication oil lines for the gas turbines that drive the compressors. The hazard also involves the potential for a methane gas leak, ignition, and explosion, although the probabilities of occurrence for the explosion hazard are not the same as the lube oil fire. The performance objective for the original halon systems was to inert the compartment, thus addressing both fire and explosion concerns. The design concentra- tions for the compressor modules were closer to 1.5% than to S%, indicating they were intended to provide an inerting effect. As part of the global move to eliminate ozone-depleting fire sup- pression agents, companies are replacing Halon 1301 systems with water mist systems. The water mist systems were developed and tested for control of liquid fuel or lubricating oil spray or pool fires associated with the turbines that drive the gas compressors. The water mist systems address the most likely hazard, the lube oil fire, hut the inerting benefit provided by Halon I301 has been lost. This has left the question of what to do if there is a methane gas leak unanswered. The question has been asked by the operators of these modules as to whether water mist can provide any benefit for mitigating the gas-air explosion hazard. -
Dehumidifiers' Common Phenomenon and Troubleshooting Manual
Dehumidifiers’ Common Phenomenon and Troubleshooting Manual AlorAir Solutions,Inc Web: www.alorair.com E-mail: [email protected] Restoration&Moisture&Ventilation Dehumidifiers’ Common Phenomenon and Troubleshooting Manual Welcome to Alorair company. Alorair focuses mainly on Dehumidifier’s Common Phenomenon and Troubleshooting.. inner air quality solutions with quite professional dehumidifiers’ LGR ............................................................... .. PAGE 01-03 technology, SLGR technology, super efficient air mover and air scrubber. As the staff train file and customers after-sale instruction, Dehumidifiers’ Common Phenomenon and Troubleshooting manual aims to bring a serial of expertise suggestions in facing with confused Error codes............................................................................ dehumidifier operation errors. ................................................................ PAGE 03-06 This manual contains three parts: 1).Dehumidifiers’ Common Phenomenon and Troubleshooting FAQ........................................................................................ 2). Error codes .................................................................. PAGE 06 3). FAQ Please refer to according contents for your reference needs. Humidity sensor failure Replace the humidity sensor Dehumidifiers’ Common Phenomenon Frequent starting of The humidity sensor is influenced by the moisture Adjust the position of the sensor to the right unit from evaporator position to avoid interference and Troubleshooting Humidity