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Senior Care Locator System Installation Guide Apr. 25, 2024...
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Table of Contents SYSTEM INTRODUCTION _________________________________________________________________ 1 BUN-3 BASE UNIT ________________________________________________________________________ 5 ______________________________________________________________________ 5 2.1. P ARTS DENTIFICATION __________________________________________________________________________ 6 2.2 P OWER UPPPLY _______________________________________________________________________ 6 2.3 D WITCH ETTING ___________________________________________________________ 7 2.4. L EARNING OCATORS EPEATERS _____________________________________________________________________________ 9 2.5. C...
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____________________________________________________________________________ 31 4.6. C LEAR __________________________________________________________________________ 31 4.7. F ACTORY ESET __________________________________________________________________ 31 4.8. M OUNTING THE EPEATER GPT-1-FS GEO PENDANT & FALL SENSOR ________________________________________________ 33 _____________________________________________________________________ 33 5.1. P ARTS DENTIFICATION __________________________________________________________________________ 33 5.2. P OWER UPPLY _______________________________________________________________________________ 34 5.3.
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The Locator (LTN-3) operates as a peripheral receiver, capturing signals from accessories and forwarding them to the Base Unit (BUN-3). The BUN-3 then reports to the MGIoT server via IP, Wifi, or LTE. The Repeater (RPN-3) is an optional device capable of relaying signals if the Base Unit is beyond the Locator’s signal range.
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ID, and device RSSI value to the MGIoT server via IP, WiFi, or LTE. If the Base Unit (BUN-3) is beyond the Locator’s (LTN-3) signal range, additional Repeater (RPN-3) deployment is required to relay signals. The frequency hopping technology is adopted in the communication between Locator (LTN-3), Repeater (RPN-3) and Base Unit (BUN-3).
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Locator at least 3 times per minute, if the Locator (LTN-3) doesn't receive this signal for 150 seconds, it sends an Exit signal to the Base Unit (BUN-3), indicating the user has left the signal range. Receiving the keep-alive signal again indicates the Geo Pendant has re-entered the Locator's signal range.
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For Tansmission path LTN-3 (1) to BUN-3: Walk test needs to be conducted between LTN-3 (1) and BUN-3. For Tansmission path LTN-3 (2) to RPN-3 (B) to RPN-3 (A) to BUN-3: Walk test needs to be conducted between LTN-3 (2) and RPN-3 (B), between RPN-3 (B) and RPN-3 (A), and between RPN-3 (A) and BUN-3.
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2. BUN-3 Base Unit 2.1. Parts Identification 1. Power LED (Green) 4. Reporting LED (Red) On – AC Power supplied Flashes quickly – Reporting after RF Flashes every second –AC Power signal reception. disconnected 5. Micro SIM Card Tray 2. Fault LED (Red) 6.
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2.2 Power Suppply AC Power Adaptor A DC 12V 1A switching power adaptor is required to connect to a wall outlet to power the Base Unit. Be sure only to use an adapter with the appropriate AC voltage rating to prevent component damage.
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Dip Switch Set 2 (Group) The Dip Switch Set 2 contains 3 dip switches for setting Group Frequency. There are 3 Groups available for setting. SW2-1 SW2-2 SW2-3 Group Group1 Group2 Group3 GROUP 1 frequency: 906.32 ~ 914.60 MHz, with spacing of 360KHz between each channel.
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LTN-3 (3) should be learnt into Repeater RPN-3 (C) and Base Unit BUN-3. Repeater RPN-3 (A) should be learnt into the Base Unit BUN-3. Repeater RPN-3 (B) should be learnt into Repeater RPN-3 (A) and the Base Unit BUN-3.
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For Tansmission path LTN-3 (1) to BUN-3: Walk test needs to be conducted between LTN-3 (1) and BUN-3. For Tansmission path LTN-3 (2) to RPN-3 (B) to RPN-3 (A) to BUN-3: Walk test needs to be conducted between LTN-3 (2) and RPN-3 (B), between RPN-3 (B) and RPN-3 (A), and between RPN-3 (A) and BUN-3.
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Place the micro SIM card in the SIM card tray with the chip side facing down. Close the lid and slide to lock it. Step 4 Plug the AC power adaptor into the Base Unit’s DC jack and connect to the mains power.
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Step 2 Insert the wall plugs if fixing into Step 3 Hook the Base Unit onto the Wall plaster or brick. Screw the Mounting Bracket. Mounting Bracket to the wall. Step 4 Hold the Base Unit and gently push it downwards as shown below.
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Control Panel and your PC or Laptop must be on the same LAN. Step 1. To download Finder software, open your browser and type below URL in the address bar: http://www.climax.com.tw/climax-download-finder.html. After download, install the software and follow on-screen instructions to complete Step 2.
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connection, then click “Search” for the software to update search result. If you need to program the Base Unit’s network setting manually, click “Configure Setting”. Enter your network setting, the Base Unit’s username (default: admin) and password (default: admin1234) and click on “OK” to confirm the settings. If the username and password are correct, a pop-up window will display “Status: Configure success!!”...
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Step 3. Click on the pages and folders on the left to access the Base Unit’s various functions. You will be prompted to enter the User name & Password before you can access the other pages. Default user name: admin Default password: admin1234 For first time setup, webpage connection is only available within 1 hour after the Base Unit panel is powered on;...
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<NOTE> User who only uses GSM network can set the GSM connection time to No Limit. GPRS In order to allow GPRS to serve as a back-up IP Reporting method, this section will need to be programmed before reporting. ...
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Please make sure that you have obtained all required values according to your Network environment. Please contact your network administrator and/or internet service provider for more information. DNS Flush Period You can set the system to clear current DNS resolution records for all entered URL settings (Reporting, Upload, XMPP…etc.) after a set time period.
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2.7.2.2 System Setting Select System Setting from panel webpage to access configuration webpages. 2.7.2.2.1 Change Password This page is used to change the local webpage login user name and password. Please note both User Name and Password are case sensitive. Step 1.
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Date & Time: Set current month, date and time. Time Zone: Choose your time zone, and then the system will calculate the daylight saving time automatically (if necessary). Internet Time: The system will automatically synchronize with an internet time server. Tick the check box to enable this function.
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Step 1. Click “Choose File” and locate the latest firmware file (“unzipped .bin” file) in your PC. Step 2. Click “Apply” to upload the latest firmware to Base Unit. Step 3. DO NOT power off during firmware update. Step 4. Once Firmware update is complete, the Base Unit will reboot automatically. 2.7.2.2.5 Factory Reset Yan can clear all programmed parameters in the Base Unit and reset it to Factory Default.
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Step 3. DO NOT power off during factory reset process. Step 4. Once factory reset is complete, the Base Unit will reboot automatically. 2.7.2.2.6 System Log The system log webpage logs the base unit’s detail system operation history and reporting history.
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3. LTN-3 Locator 3.1. Parts Identification TEST button Power LED (Green) - Press once to transmit a test signal On – AC Power supplied for range test. Slow Flash – AC Power - Press and hold for 3 seconds to disconnected transmit a learning code.
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3.2. Power Suppply AC Power Adaptor A DC 12V 1A switching power adaptor is required to connect to a wall outlet to power the Locator. Be sure only to use an adapter with the appropriate AC voltage rating to prevent component damage.
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The Geo Pendant automatically transmits keep-alive signals at least 3 times per minute. If the keep-alive signal is received by the Locator, it indicates the Geo Pendant is within the locator signal range. When a Locator fails to receive keep-alive signal from an existing Geo Pendant previously in range for 150 seconds, the Locator will transmit an Exit (GEO-OUT) signal to the base unit to indicate the Geo Pendant has left its signal range.
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GROUP 2 frequency: 906.44 ~ 914.72 MHz, with spacing of 360KHz between each channel. GROUP 3 frequency: 906.56 ~ 914.84 MHz, with spacing of 360KHz between each channel. <NOTE> Group Number must be identical for the Base Station and all Locators and Repeaters.
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3.5. Learning Locator into Base Unit / Repeater The Locator must be learnt into the Base Unit for the Base Unit to receive signals transmitted from the Locator. If the Base Unit is beyond the Locator’s signal range and additional Repeater deployment is required to relay the signals, the Locator must be learnt into the Repeater which relays its signals.
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Hook the Locator on the mounting bracket, Hold the Locator and gently push it downwards as shown below.
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4. RPN-3 Repeater 4.1. Parts Identification Dip Switch Set 1 (Setting) 1. Power LED (Green) Dip Switch Set 2 (Group) On – AC Power supplied TEST button Slow Flash – AC Power disconnected - Press once to transmit a test signal 2.
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4.2. Power Suppply AC Power Adaptor A DC 12V 1A switching power adaptor is required to connect to a wall outlet to power the Repeater. Be sure only to use an adapter with the appropriate AC voltage rating to prevent component damage.
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4.4 Dip Switch Setting The Repeater contains two Dip Switch blocks for adjusting frequency hopping. After changing Dip Switch setting, press the Reset Button to reset the Repeater, or disconnect and reconnect power supply to apply new settings. For Dip SW1-1, please change setting when the Repeater is powered to enter or leave learning mode, because DIP Switch 1-1 is only valid when the Repeater is powered.
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4.5 Learning The Repeater must be learnt into the Base Unit for the Base Unit to receive signals transmitted from the Repeater. The Locator must be learnt into the Repeater that receives and relays its signal. If multiple Repeaters are used to relay signals, the Repeater must be learnt into its next Repeater in line of signal transmission to relay the signals.
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If the current Repeater receives the test signal, it will send an acknowledgment to the learned-in Locator or learned-in Repeater. The learned-in Locator’s or learned-in Repeater’s TX Transmit LED will flash green when receiving acknowledgment from the current Repeater. 4.6. Clear Mode ...
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Hook the Repeater on the mounting bracket. Hold the Repeater and gently push it downwards as shown below.
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5. GPT-1-FS Geo Pendant & Fall Sensor GPT-1-FS is a Geo Pendant that can work with Locator system to provide alerts when the user leaves the Locator’s signal range. The device also functions as a fall sensor, allowing users to summon help in an emergency by manual button press or auto fall detection.
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5.3. Features Deep Sleep Mode After the battery is inserted, GPT-1-FS will enter “deep sleep mode.” When in “deep sleep mode,” all functions of the Geo Pendant/Fall Sensor, including the LED indicators, are disabled. The user needs to press the Active Button more than 3 seconds to leave deep sleep mode and activate the device.
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Sleep Mode (for Fall Sensor) If the Fall Sensor remains stationary for more than 3 hours, it will enter Sleep Mode. If movement is detected during sleep mode, the Fall Sensor will start a 1-minute countdown to return to normal operation mode. ...
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6. Other Accessory Device For other accessory devices, such as Panic Button (PB-23), Pull Cord (PCU-5), Emergency Strobe Light (ESL-1), or Sensor Pad Transmitter (SPT-1), please refer to respective device user manual for details.
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7. Specification The Base Unit (BUN-3): 12V 1A adaptor 7.2V 2300mAh NI-MH Battery Pack Receiving frequency: 906 ~ 915 MHz (24 channels hopping) from locator or repeater The Locator (LTN-3): 4 adjustment levels of RF receiving range for accessory signals 12V 1A adaptor 7.2V 1100mAh NI-MH Battery Pack...
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Federal Communication Commission Interference Statement This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15, Part 22/24/27 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
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