TAKAYA RP69W01 User Manual Reply to Reference Number 7066

TAKAYA Corporation Reply to Reference Number 7066

UserManual.wiki >

RP69W01 User Manual >

Reply to Reference Number 7066

Contents

Reply to Reference Number 7066

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 1OPERATIONMANUALNew Wetness Sensing System RX69W1For monitoring purpose in USA

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 2

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 3By Nippon Kodoshi CorporationSeptember 4,1998

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 4Table of ContentsDESCRIPTION3OverView 4Specifications 5Location and Function of ControlsTransmitter Introduction 6SensorIntroduction 7Transmitter and Sensor Operating 8Sensor Installation to a disposal diaper 9Transponder Introduction 10Receiver Introduction 11Receiver Operating 13Inside Views, Dip-SW Setting 14Transmitter Inside View 14

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 5TransmitterDip-SWSetting 15Transponder Inside View 16Transponder Dip-SW Setting 17Receiver Inside View 19Receiver Test Mode 1 20Receiver Test Mode 2 (Melody) 23PagerControllerProtocol 24loneode 26Transmitter Clone Mode 26Transponder Clone Mode 31Receiver Clone Mode 33

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 6FCC PART 15 CLASS B MANUALDESCRIPTIONNOTICEThis equipment has been tested and found to comply with the limits for a Class B digital device,pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protectionagainst harmful interference in a residential installation.This equipment generates, uses and can radiate radio frequency energy and, if not installed andused in accordance with the instruction, may cause harmful interference to radio communications.However, there is no guarantee that interference will not occur in a particular installation. If thisequipment does cause harmful interference to radio or television reception, which can bedetermined by turning the equipment off and on, the user is encouraged to try to correct theinterference by one or more of the following measures:-Reorient or relocate the receiving antenna-Increase the separation between the equipment and receiver.-Connect the equipment into an outlet on a circuit different from that to which the receiver is

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 7connected.-Consult the dealer or an experienced radio/TV technician for help.FCC WARNINGChanges or modifications not expressly approved by the party responsible for compliance couldvoid the user’s authority to operate the equipment.The device is complies with part 15 of the FCC rules.Operation is subject to the conditions that this devicedoes not cause harmful interference.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.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 8[1] Wetness Sensing System(1) Overview

$1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 9’†Œp‹@ŒÅ’èŒ^ŽóM‹@Œg‘ÑŒ^•\ Ž¦‹@‘—M‹@—¾•êŽº‹Žº$

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 10This Wetness Sensing System is comprised with transmitters, transponders andreceivers, which inform caregivers of sensing moisture in a diaper. Once wetness sensorincorporated into diaper is aware of moisture, the transmitter including sensor puts outthe signal to the transponder and then to the receiver.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 11SpecificationsTRANSMITTERFrequency 318.125M, 318.500M, 318.875M, 319.250MHzRF Output Power 2400V/m (67.6dBm) at 3 mFrequency stability 0.001Identification Area ID199, Individual ID 199Modulation system Variable reactance frequency modulationMaximum Deviation 4 kHzPower Source 3V (lithium battery CR2032)Battery Life about 3 months ( dropped to 2.5V)TRANSPONDERReceive system Double-conversion superheterodyneReceiving Frequency 1 318.125M, 318.500M, 318.875M, 319.250MHzReceiving Frequency 2 314.500M~314.725MHz(25kHz step)Sensitivity -113dBm for 12dB SINADIntermediate frequencies 1st 21.7MHz 2nd 450kHz

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 12Transmitting Frequency 314.500M~314.725MHz(25kHz step)RF output power 2250V/m ( at 3 m )Frequency stability 0.001Modulation system Variable reactance frequency modulationMaximum Deviation 4 kHzPower supply requirement DC,AC9V 0.1A AC adaptorBattery Life about 12 hoursRECEIVERReceive system Double-conversion superheterodyneReceiving Frequency 1 318.125M, 318.500M, 318.875M, 319.250MHzReceiving Frequency 2 314.500M~314.725MHz(25kHz step)Sensitivity -113dBm for 12dB SINADIntermediate frequencies 1st 21.7MHz 2nd 450kHzFrequency stability 0.001Power supply requirement DC,AC9V 0.3A AC adaptorBattery Life about 5 hours

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 13

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 14Location and Function of Controls Transmitter Introduction(1) overviewSensing devise (sensor) is connected to transmitter. Once sensing devise sensesmoisture, transmitter will send signal to transponder.()Each Designation

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 15 Sensor Introduction

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 16 Transmitter and Sensor Operating· Open-Close Operation · Method of Battery desorption and Sensor Attachment

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 17 Sensor Installation to Disposal Diaper · After attach the sensor, put the cover on a diaper and then fix the transmitter.Transponder IntroductionOverviewTransponder receives signal from Transmitter and then transmits to Receiver.It transmits the signal received from Transmitter to another Transponder.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 18Each DesignationDirectionsThe transponder is located in the signal receivable area from Transmitter.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 19Receiver Introduction1. OverviewWhen the receiver receives signal from the transponder, it informs caregivers ofreceived signal information (e.g. sense moisture or battery shutoff) by alarm ofmelodies and display. Each Designation

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 20 a. Display Receiver Battery Shutoff When the battery of receiver run down, LED willflash. Information Display  When receiving the signal of sensing moisture in adiaper, it displays Area ID in right two-digit andtransmitter ID in left two-digit. (NOTE: In case of sensingmultiple IDs, it displays those IDs in turn.) (Example of Display 1) Example of Display 2When flashing “Warning LED for Battery Shutoff”, push “Acknowledgebutton for Transmitter Battery Shutoff”, is displayed.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 217Receiver OperationTurning on power, current receiving channel for the transmitter is displayed in 7 segmentDisplay with red LED and current receiving channel for the transponder in 7 segment displaywith green LED, like for 5sec, after that it will clear the ID.When the transmitter senses moisture in a diaper, the receiver displays Area ID andTransmitter ID and puts melodies on.Once Transmitter IDs are received, it continues displaying these IDs till the signal from thetransmitter is cut off for 30sec. Those IDs will be cleared automatically when the signal isaborted (i.e. it displays those IDs till the diaper attached the sensor is changed.). Volume Control SW

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 22It changes Volume of melodies as four stage (large, middle, small and OFF). TXBATTERYSWLED Square red LED flashes in Transmitter Battery Shutoff. Transmitter ID which runs out is displayed during pushing this SW. (In case ofdetecting multiple IDs, it displays those IDs in turn.)  BT CLEAR SW Battery Shutoff LED will be lighted out and its IDs will be cleared after checking which ID isdetected by pushing TX Battery SW and changing the battery. NOTE: Be sure to clear detected IDs after changing the battery  Power SupplyAC adapter more than 0.3A, 9V(DC, AC) is available.In electricity failure, this system can work about for 5 hours by using built-in rechargeablebattery.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 23 3Inside Views, Dip-SW SettingTransmitter Inside ViewFig.3-1 TRANSMITTER

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 24Transmitter Dip-SW SettingSW1MODESELECTTESTMODESELECTIONSW1-1SW1-1 is ON when turning on power, it will enter into Test Mode.It will be transfered data continuously in the Test Mode. To stop the continuous transferis turning SW1-1 off in Test Mode.Turning on power again with SW1-1 OF enters into Normal Mode.Sensitivity LIMIT Setting MODE (SW1-4 ON,SW1-1 ON)To change the sensitivity of detection is switching both of SW1-4 and SW1-1 to the onposition.SENSOR TYPE SELECTIONSW1-2SW1-2 SENSOR TYPEOFF Capacitortype Sensor

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 25ON Resistortype SensorCapacitor Sensitivity SelectionSW1-3,4SW1-3 Capacitor Sensitivity Resistor SensitivityOFF High Sensitivity about 3.5pF High Sensitivity about 510kON Low Sensitivity about 5.5pF Low Sensitivity about 300kNote: The sensitivity of detection can be changed in Setting Mode.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 26Transponder Inside ViewFig.3-2 TRANPONDER

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 27Transponder Dip-SW SettingSWMODESELECTTESTMODESELECTSW3-4SW1-1 is ON when turning on power, it will enter into Test Mode.Data will be received continuously in the Test Mode. When SW3-1 is OFF, it receivesdata at Transmitter receiving frequency. When SW3-1 is ON, it receives data atTransponder receiving frequency. In that case, if RSSI is ON green LED will beflashed, if N-DET is ON red LED will be flashed.In Test Mode, changing SW3-4 into OFF will be in Transfer Mode. At that time, ifSW3-1 is OFF it transfers only carrier wave, if ON it transfers ID continuously.Restart with SW3-4 OFF, it returns to normal mode.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 28Transponder ID Selection SW3-13SW3-1 SW3-2 SW3-3 IDOFF OFF OFF 1ON OFF OFF 2OFF ON OFF 3ON ON OFF 4OFF OFF ON 5ON OFF ON 6OFF ON ON 7ON ON ON 8NOTE: In case of connecting multiple transponders, be sure not to set same Transponder IDs.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 29 Receiving Channel Selection SW2 Receiving channel means receiving frequency when receiving the signal from Transmitter. SW2 Receiving CH Receiving Frequency 0 1 CH 318.125MHz 1 2 CH 318.500MHz 2 3 CH 318.875MHz 3 4 CH 319.250MHz NOTE: It is impossible to receive the signal if the transmission wave has no accordance with receiving wave.  Transponder Channel Selection SW1 Transponder Channel means identical frequency at which multiple Transponderstransfers and receives mutually. SW1 Transponder CH Transponder Frequency

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 30 0 1 CH 314.500MHz 1 2 CH 314.525MHz 2 3 CH 314.550MHz 3 4 CH 314.575MHz 4 5 CH 314.600MHz 5 6 CH 314.625MHz 6 7 CH 314.650MHz 7 8 CH 314.675MHz 8 9 CH 314.700MHz 9 10 CH 314.725MHz

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 31 Receiver Inside View

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 32 Receiver Test Mode 1 TESTMODESELECT When Power SW is ON in pushing BT CLEAR SW on Front Panel, it will be TestMODE 1. First, when BT CLEAR SW is pushing is displayed in 7segment LED for 1sec andthen the LED of RX, COM and TXBATTERY is flashed sequentially. Second, it displays the receiving channel of transmitter and transponder which are inmemory, like 0102Transponder = 1CH, Transmitter = 2CH. When BT CLEAR SW is released, it will be in Transponder receiving acknowledge Mode.Transponder receiving channel is displayed in left side LED with green and RSSI Levelradio fieldintensity is displayed in right side LED with red. When RSSI is ONRSSI40, RXLED is flashed with green and when N-DET is ON,COMLED is flashed with red. To change the Transponder receiving channel is switching over SW3 of Rotary DipSW in the Main Board to target channel, and then push the TX BATTERY SW in theFront Panel to memory the setting.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 33

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 34 Transponder Channel Select SW3 Transponder Channel means receiving frequency when receiving the signal fromTransponder. SW1 Transponder CH Transponder Frequency 0 1 CH 314.500MHz 1 2 CH 314.525MHz 2 3 CH 314.550MHz 3 4 CH 314.575MHz 4 5 CH 314.600MHz 5 6 CH 314.625MHz 6 7 CH 314.650MHz 7 8 CH 314.675MHz 8 9 CH 314.700MHz 9 10 CH 314.725MHz After pushing BT CLEAR SW in Front panel again, it will be in Transmitter receivingacknowledging Mode. Current Transponder receiving channel is displayed in left side

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 35LED with green and RSSI Levelradio field intensity is displayed in right side LEDwith red. When RSSI is ONRSSI40, RXLED is flashed with green and when N-DET is ON,COMLED is flashed with red. To change the Transponder receiving channel is switching over SW3 of Rotary DipSW in the Main Board to target channel, and then push the TX BATTERY SW in theFront Panel to memory the setting.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 36  Transmitter Receiving Channel Select SW3 Receiving channel means receiving frequency when receiving the signal from Transmitter.SW3 Receiving CH Transmitter Receiving Frequency0 1 CH 318.125MHz1 2 CH 318.500MHz2 3 CH 318.875MHz3 4 CH 319.250MHz NOTE: It is impossible to receive the signal if the transmission wave has no accordance with the receiving wave.It returns to normal mode by restart.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 37Receiver Test Mode 2 (Melody Test)WhenPOWER SW is ON in pushing BT CLEAR SW and TX BATTERY SW onFront Panel simultaneously, it will enter into Test MODE 2.First, when BT CLEAR SW and TX BATTERY SW is pushing, is displayed in7segment LED for 1sec and then the LED of RX, COM and TXBATTERY is flashedsequentially.The display of Seg. LED is cleared after 2sec.Second, release BT CLEAR SW and TX BATTERY SW , and push BT CLEAR SW once.It displays Melody Number 01 in7 seg. LED with red and sounds the melody of YankeeDoodle from a loudspeaker only once except that Volume Control is OFFIn addition, if BT CLEAR SW is pushed again, it displays Melody Number 02 in7 seg.LED with red and sounds the melody of Oh Bury Me Not On The Lone Prairie onlyonce.Each time BT CLEAR SW is pushed, it sounds 16 melodies and 1 audible alarm to testthese sounds.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 38It returns to normal mode by restart.

1. Pager Controller communicationFormBAUD RATE 9600BPSDATA BIT 8-BITPARITY NONESTOP BIT 1BIT2.Data FormatStartBIT(1bit)DATA(8bit) StopBIT(1bit)3.RS-232-C ConnectorRX-W1 Page 39PagerControllerProtocolIn case of using PAGERCONTROLLER, SW1 in Main Board should be ON.If the SW1 is ON without connecting Pager Controller by mistake or Pager Controller poweris OFF, it alarms sound each 30sec.

Navigation menu