YZJ25190701010DEHUMIDIFIER

The remote monitoring station is a receiver wi th a receiving range of only 330 f ee t in open air wi th no obstructions. Actual receiving range will vary depending on what is in the pa th of t he signal t ransmitt ed f rom t he dehumidifier unit. Each obstruction (roof, walls, floors, ceilings, thi ck trees, etc.) wi ll effec tively cu t signal range in half. Example: The wireless remote monitor wi th a 330-foo t range is mounted on an in teri or wall or placed on a counter top so t he signal from the dehumidifier has to pa ss through one basement wall, across t he 10-foo t width of t he ro om through the room’s other wall and then through the floor to the ro om upstai rs where the receiver is located. The first wal l W IRELESS R EMOTE M ONITORING S TATION will reduce t he range t o 165 f ee t, and t he second wall will reduce t he range t o 87 f ee t. Fac tori ng in the 10-foot room, this leaves a maximum of 77 f ee t of remaining signal range. Passing up through the floor has now reduced t he effec tive range t o 38 f ee t. Typically t his allowance is enough f or most frame-constructed homes; however certain materials can reduce range even f ur ther. Metal siding, stucco, and some t ypes of glass can reduce signal range by as much as 75% compared t o t he 50% reduct ion typical of most obstructions. It is possible to receive a signal t hrough t hese materials; however maximum range will be much less, due to the ir tendency to absorb or reflect a much larger portion of the dehumidifier’s signal. NOTE: You may have t o move t he monitor closer t o t he main unit if it is no t receiving a proper signal f ollowing se t-up procedures. 10 11 Set up Guide Inser t t he ba tt eries in t he monitor. After the ba tt eries are in ser ted , t he Monitori ng St ation will st ar t re ceiving s ignal da ta f rom the dehumidifier: temperatur e, humidity, etc. should be di splayed on the monitor’s sc reen. If t hi s doesn't happen aft er 2 minutes, che ck the dehumidifier to make sure it is operating properly. Remove t he ba tt eries f rom t he monitor, wait a minute, t hen replace. Batt eri es Re cei ver On Low Batt ery Sound Ale rt Time of Day Fan On Bucket Full Pump On Temperature Humidity Wall Hanger Set Butt on Minus Plus Sou nd On/Off Classification Spec Remark Model 251.90701 Power SupplyAC 115V/60(Hz) Moisture Removal70 Pint(33.1liters)24-Hour Period Control TypeElectronic RefrigerantR410A/11.29 oz. (320g) Humidity Display Humidity Setting: 35%-70% Display Range: 20%-90% 5% Increments 1% Increments. Current Humidity. Temperature Display Display Range: Lo, 36-99°F, Hi1° F Increments. Current Temp. Display Range: Lo, 2-37°C, Hi1° C Increments. Current Temp. Timed Shut-offSetting Range: 1Hr-12Hr1 Hour Increments Fan Motor Speed2 SpeedsHigh/Low Dimensions15.74x25.59x13.6 in400x650x346mm Part #J9000003140 Net Weight49 lbs. (22.3Kg) Operating Temp.36°F-99°F Drain Pump12V DC Pump Drain Hose.25 in x 18 ft. (6.35x5,486mm) Remote Monitor2 AAA batteries PRODUCT SPECIFICATIONS ERROR CODES Error Code Error Type Possible CausesCorrective Actions E0Temperature Sensor E1Defrost Sensor E2Humidity Sensor E3Pump Drain1. Improper bucket installation. 2. Blockage to drain hose system. 3. Back flow of water through pump drain hose. 4. Improper pump drain hose installation. 5. Faulty drain pump. 1. Unplug the dehumidifier. 2. Remove the bucket. 3. Check to make sure that there is nothing blocking the c onnect ion at t he ba se of t he pump or t he bucket. 4. Reinstall the bucket, taking care that it is installed properly. 5. Check to make sure that the pump drain hose is not crimped or blocked. 6. Always allow an air gap between the end of the drain hose and where the hose will drain into. If the end of the hose becomes submerged in water, a backflow of water may occur into the machine. 7. Remove and reinstall the pump drain hose, taking care that the pump drain hose is installed properly. 8. Plug the dehumidifier in and restart 9. If the “E3” error is still indicated, please contact your nearest service center. 1. Sudden change in the surrounding temperature. 2. Faulty sensor. 1. Unplug the dehumidifier. 2. Check the surrounding area for possible reasons for sudden temperature changes. 3. Wait 30 minutes before plugging the dehumidifier back in and resuming normal operation. 4. If the “Error” is still indicated, please contact your nearest service center. 16 ADVERTENCIA CARACTERÍSTICAS PRINCIP ALES DE SU DESHUMIDIFI CADOR ASA DRENAJE DE GRAVEDAD DRENAJE DE BOMBA PARRILLA LATERAL FILTRO DE ADMISIÓN DE AIRE CUBETA RUEDECILLA PARRILLA LATERAL Mic roban ® antimicrobial technology inhibits odor- causing bacterial growth on bucket surfac e UBICACIÓN ADECUADA DEL DESHUMIDIFICADOR Utilice el deshumidificador: en un sótano para ayudar a evitar daños por humedad. en una cocina, zonas de lavadero, baños, y zonas de ejercicio que tienen humedad excesiva. para evitar daños por humedad en lugares que se guardan libros u objetos de valor. durante una construcción o remodelación para reducir el tiempo necesario para secar el muro de mampostería y pintura. APAGUE AUTOMÁTICO Cuando la cubeta está llena o no está en la posición adecuada, se encenderá la luz de advertencia de cubeta llena y se apaga la unidad automáticamente. La cubeta debe colocarse en la posición correcta para que el deshumidificador funcione. Si la cubeta no está en la posición correcta la luz permanecerá encendida y el deshumidificador no funcionará. El deshumidificador se apagará cuando se alcance el nivel de humedad fijado mas o menos 5% de la humedad relativa (RH). Para reducir el riesgo de incendio, descarga eléctrica o lesión a personas, antes de operar este electrodoméstico, lea las importantes INSTRUCCIÓNES de SEGURIDAD que se encuentran en la página 3. PANEL DE CONTROL 17 PANEL DE CONTROL Power On/Off (1) Al presionar el botón de encendido se enciende el deshumidificador “ON” y al presionarlo otra vez se apaga “OFF”. Configuración (2) Al presionar este bot…

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4. BLOCK DIAGRAM DISPLAY PCB BUTTON(40PIN Package)Resonator 4.00MHz BuzzerLED Display BLOCK DIAGRAM 8bit FLASH Micom 8bit A/D Converter ROM : 4K word LED Driver circuit SRAM : 256 byte 8bit Timer/Counter 16bit Timer/Counter AC120V 60HzCOMPRESSOR HUMIDITY SenssorFAN-MOTOR H/L DEFROST SenssorPUMP(DC12V) Bucket Full SenssorTransmision PCB 433.92MHz MAIN PCB TRANSFORMER AC120V=>AC12 V DC12V 650mA DC 5V 200mA

FCC ID LABEL FCC ID: YZJ25190701010 This device complies with Part 15 of the FCC Rules.Operation is subject to the following two conditions:1. This device may not cause harmful interference, and 2. This device must accept any interference received,including interference that may cause undesired operation. Label Location on EUT EUT Bottom View/ FCC ID Label Location

Working Principle of Wireless Data Receiving for Humidifier General: This product is composed of an emitter and a data receiver-displayer. As one of the main units of the humidifier, it transits wirelessly and displays data of temperature and humidity as well as data of working conditions. Its transmitting unit meets the requirement on electromagnetic compatibility, and its receiving-displaying unit meets the requirement of low power consumption as required by battery-powering. Key words: Low power consumption; 433M wireless receiving I. Composition and working principle This product consists of two units: 1. A transmitting module composed of an encoder unit and a wireless transmitting unit (1) . 2. A receiving unit composed of wireless receiving unit (2) , decoding unit (3) and LCD (4) . As shown in Fig.1, via an emulating SPI communication interface CON (5), information from the mainframe is transmitted to the encoder circuit board “Encode” at a communication speed of 122Hz. When the MCU on the encoder board identifies the starting position of the data, it outputs Manchester code in an encode format of “header code + address code + condition + check code”. The Manchester code output is wirelessly transmitted by the transmitting module of 433MHz frequency. Use of 433MHz communication frequency is because it is the public communication channel used in many countries and areas. To lessen the bit error rate of the receiving module, the following operating mode is used: the transmitting module transmits several sets of identical data in one second, then, after 1.5 seconds of pause, receives data again from the mainframe and repeats the above transmitting process. The transmitting module must be so designed as to meet the requirement on radio control. FIGURE 1 Table 1 is the main characteristic parameters of the transmitting module. Value Parameter SymbolCondition min typ max unit PowerSupply Modulation input Voltage Vcc 3.012 18 V Output Power Pout +10 dBm Supply current Idd 18 mA Supply voltage Range Data Rate Ddate 10 Kbps Work Ffrequency Frf 433.92 MHz Modulate ASK Operating temperature -20°C～+60°C Table1 After the Manchester code transmitted by the transmitting module is received by the wireless receiving unit and decoded by the receiving terminal MCU, what obtained are data of temperature, humidity and working conditions. After processed by the receiving terminal MCU, these data are displayed on the LCD screen. Since the receiving module is powered by battery, to have the battery lasting longer, the hardware and the software of the receiving module are of low power consumption design. However, during operation, the wireless receiving unit is relatively high in power consumption, so time interval between two encoding operation is specified as 20 seconds and when the receiving unit is not in data receiving, power supply to it is cut off. To be compatible with the early versions of transmitting module that are of 20 seconds in transmission frequency but of high frequency error (low as 18 seconds), lessen problems of bit error and code missing, automatic synchronization is used for the receiving and decoding software. Table 2 is the main characteristic parameters of the receiving module. Value Parameter SymbolCondition min typ max unit PowerSupply Modulation input Voltage Vcc 2.23 3.5 V Receiver Sensitivity Pmin -80 -75 dBm Work current Idd 1.2 mA standby current Idv 0.07 mA Data Rate Ddate 1 Kbps Work Ffrequency Frf 433.92 MHz Modulate ASK Operating temperature -20°C～+60°C Table 2 The receiving module performs the following functions: 1. Timing clock and adjustment When key SET is pressed, 2 seconds later, the system will enter the mode of clock time adjustment. The corresponding digit to be adjusted flashes. Digits that may be adjusted include: changeover between 12H/24H system, setting of clock hour, minute and second. When key “+” or “-“ is pressed, the digit being adjusted flashes and increases or decreases by 1 accordingly. When key “+” or “-“ is kept pressed, the digit being adjusted flashes and continuously increase or decrease accordingly. When adjustment is finished, if key SET is pressed again, the system will exit from the clock time adjusting mode. When the system is in clock time adjusting mode, if no key operation is made within 4 seconds, the system will exit from the clock time adjusting mode. 2. Display of version information When key SET is kept pressed for more than 3 seconds, version information “U2” is displayed; five seconds later, the system will exit from the display mode. 3. Display of temperature and humidity The data display on the LCD screen is renewed every interval of 20 seconds. 4. Mainframe condition display and alarming Information of “FULL”, “AUTO”, “E0-E3”, etc. is displayed. The buzzer gives alarming sound if it is already switched on. 1) Appurtenance A, Working Principle of the transmitting module, PCB 2) Appurtenance B, Working Principle of the encoding board, PCB 3) Appurtenance C, Working Principle of the receiving unit 4) Appurtenance C, Drawing of LCD 5) Appurtenance C, SPI transmission protocol of the main frame 6. Circuit description This product Fan Motor device that remove moisture of use air be. All, input is inputted AC 115V 60Hz by Connector CN11 of MAIN PCB. Because inputted AC power flows FUSE (F 1) Transformer (CN 12) to link. Linked Transformer lowers power by AC 12V and supplies to PCB by CN12. AC 12V voltage that is low by Transformer is changed to DC 14V by rectifier circuit D2 ~ D5. DC 12 by constant voltage IC 7812 (U 1) increasing DC 14V.By 0V stable voltage relay (2, 3) or act pump (CN13). DC 12V uses to makes DC 5.0 and operates Micom & LED by constant voltage IC 7805(U2). To operate Compressor from micom to Transistor (Q 1) ON → Relay (RY 1) ON → CN 18, 19 Relationship monad operates Compressor doing Switch ON. Fan Motor that inhale air controls manners of river (CN 16)/medicine (CN16) second-stage by Relay (RY 2, 3). Sensor th…

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3-1. PCB DIAGRAM(MAIN PCB) 3-2. PCB DIAGRAM(DISPLAY PCB)

1.2 CIRCUIT DIAGRAM(MAIN PCB) 1.3 CIRCUIT DIAGRAM(DISPLAY PCB) OSCI N 6 VDD 5 DI N 4 OSCOUT 1 VSS 2 POUT 3 PA One Shot Regulator U1 PT4450 C5 C6 C2 C1 R3 GND GND GND 12 Y1 VCC L1 L2 C3 C4 GND R1VCC E1 An t e nn a GND R2 GND

FCC PART 15.231 EMI MEASUREMENT AND TEST REPORT For Winix Inc. NO3INDUSTRIAL ZONE PHOENIX DISTRICT FUYONG BAO'AN SHENZHEN GUANGDONG CHINA FCC ID: YZJ25190701010 November 18, 2010 This Report Concerns: Original Report Equipment Type DEHUMIDIFIER Test Engineer: Eric Li Report No.: BST10110274Y-1ER-3 Receive EUT Date/Test Date: Nov.10, 2010/ Nov. 10, 2010- Nov. 18, 2010 Reviewed By: Christina Prepared By: Shenzhen BST Technology Co.,Ltd. 3F,Weames Technology Building, No. 10 Kefa Road,Science Park, Nanshan District,Shenzhen,Guangdong,China Tel: 0755-267477513 Fax: 0755-267477513 ext.826 Note: The test report is specially limited to the above company and this particular sample only. It may not be duplicated without prior written consent of Shenzhen BST Technology Co.,Ltd. This report must not be used by the client to claim product certification,approval,or endorsement by NVLAP, NIST or any agency of the US Government. Winix Inc. FCC ID: YZJ25190701010 BST FCC ID REPORT : BST10110274Y-1ER-3 Page 2/17 TABLE OF CONTENTS 1. GENERAL INFORMATION ....................................................................................................3 1.1. Report information ............................................................................................................3 1.2. Measurement Uncertainty .................................................................................................3 2. PRODUCT DESCRIPTION ......................................................................................................4 2.1. EUT Description ...............................................................................................................4 2.2. Block Diagram of EUT Configuration..............................................................................4 2.3. Support Equipment List ....................................................................................................4 2.4. Test Conditions .................................................................................................................4 3. FCC ID LABEL...........................................................................................................................5 4. TEST RESULTS SUMMARY ...................................................................................................6 Modifications ................................................................................................................................6 5. TEST EQUIPMENT USED .......................................................................................................7 6. CONDUCTED POWER LINE TEST .......................................................................................8 6.1. Test Equipment .................................................................................................................8 6.2. Test Procedure ..................................................................................................................8 6.3. Test Setup..........................................................................................................................8 6.4. Configurating of the EUT .................................................................................................8 6.5. EUT Operating Condition.................................................................................................9 6.6. Conducted Power line Emission Limits..........................................................................10 6.7. Conducted Power Line Test Result.................................................................................10 7. RADIATION EMISSIONS ......................................................................................................12 7.1. Test Equipment ...............................................................................................................12 7.2. Test Procedure ................................................................................................................12 7.3. Radiated Test Setup ........................................................................................................12 7.4. Radiated Emission Limit.................................................................................................12 7.5. Radiated Emission Test Result .......................................................................................13 8. 20B BANDWIDTH....................................................................................................................14 8.1. Test Equipment ...............................................................................................................14 8.2. Test Procedure ................................................................................................................14 8.3. FCC 15.231(c) 20B Bandwidth Limit.............................................................................14 8.4. Test Result ......................................................................................................................14 9. DEACTIVATION TESTING...................................................................................................15 9.1. Test Equipment ...............................................................................................................15 9.2. Test Procedure ................................................................................................................15 9.3. Deactivation Requirement ..............................................................................................15 9.4. Test Result ......................................................................................................................15 10. ANTENNA REQUIREMENT .................................................................................................16 10.1. STANDARD APPLICABLE..........................................................................................16 10.2. ANTENNA CONNECTED CONSTRUCTIO…

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