3Si Security Systems AT170503A Asset Tracker User Manual

3Si Security Systems Inc. Asset Tracker

User manual

FCC ID: Q6KAT170503A IC: 5043A-AT170503A AT170503US Integration Manual REGULATORY NOTICES FCC This device complies with the RF safety requirements as per FCC Part 1.1310, RF Exposure radiation limits for the General Population / Uncontrolled Exposure. This device shall be installed to maintain a separation distance of 20 cm from the general population. 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. Any changes or modifications not expressly approved by 3SI Security Systems could void the user's authority to operate the equipment. INDUSTRY CANADA This device complies with the RF safety requirements for Canada as per RSS-102, RF Exposure radiation limits for the General Population / Uncontrolled Exposure. Cet appareil est conforme aux exigences de sécurité RF pour le Canada selon RSS-102, Limites de rayonnement RF d'exposition pour la population générale / exposition incontrôlée. This device shall be installed to maintain a separation distance of 20 cm from the general population. Cet appareil doit être installé pour maintenir une distance de séparation de 20 cm par rapport à la population générale. This device complies with Industry Canada’s licence-exempt RSSs. Operation is subject to the following two conditions: (1) This device may not cause interference; and (2) This device must accept any interference, including interference that may cause undesired operation of the device. Cet appareil est conforme aux RSS exempts de licence d'Industrie Canada. L'opération est soumise aux deux conditions suivantes: (1) Cet appareil ne doit pas causer d'interférences; et (2) Cet appareil doit accepter toute interférence, y compris les interférences susceptibles de provoquer un fonctionnement indésirable de l'appareil.
FCC ID: Q6KAT170503A IC: 5043A-AT170503A 1. Product description 1.1 General AT170503US is a radio product designed by 3SI Security Systems to perform event monitoring and location tracking services. To facilitate the data transfer to 3SI servers, this product has provisions to host a wide range of LTE modems. The following information represents AT170503US integration example with a Telit LTE modem ME866. Other modems may require a layout modification (limited to U5 area only). NOTE: only FCC and/or IC certified modems shall be used for the purpose of integration with AT170503US. 1.2 Sub-sections AT170503US contains the following sub-sections: Please refer to Q6KAT170503US Block Diagram exhibit for more information. Sub-section TYPE FREQUENCY [MHz] COMMENT GNSS receiver 1559 – 1610 WiFi transceiver 2412 - 2462 Beacon transceiver 2402 - 2480 Bluetooth Beacon transmitter 216.475 UHF Battery charger charger N/A Optional use Processor system logic 40
FCC ID: Q6KAT170503A IC: 5043A-AT170503A 1.3 Interface definitions. 2. J1 External Battery connector (header pin) 2.1 J1 description This connector is intended for connections to externally mounted batteries, when internal 3SI battery is not required. (NOTE: all J1 signal lines are parallel with J4 and J8 connectors). For details on battery operating voltage range refer to “Q6KAT1705093US Theory of Operation” exhibit. 2.2 Modem pinout information Pin Signal I/O Function 1 PLUS I Positive battery terminal 2 MINUS I Negative battery terminal 3 TS I Thermistor REF SIGNAL TYPE I/O FUNCTION CONNECTOR COMMENT J1 DC input Auxiliary battery Header Optional battery connector J2 DC input DC power Header Optional J3 Digital Bi-directional Test port Header For factory use only J4 DC input Main battery connector Header Internal battery J5 RF Bi-directional LTE modem diversity port U.FL optional J6 RF Bi-directional Modem transceiver port U.FL External antenna J7 DC input DC power Micro USB Primary charger source J8 DC input Auxiliary battery Header Optional battery connector J9 RF input GNSS receiver input U.FL External antenna J10 RF output UHF beacon diagnostics U.FL optional P1 Digital Bi-directional Expansion connector Header Expanded functionality U5 Digital Bi-directional Hosted LTE modem Solder pads xE866 family of LTE modems manufactured by Telit
FCC ID: Q6KAT170503A IC: 5043A-AT170503A 3. J2 DC Power Connector (header pin) 3.1 J2 description This connector is intended for optional connection to external battery charger power sources when connection through J7 is not required. The J2 signal lines are parallel with J7 lines. 3.2 J2 pinout information Pin Signal I/O Function 1 PVBUS I Positive DC source terminal 2 GND I Negative DC source terminal 4. J3 Test Port (Hirose 14-pin female) 4.1 J3 Description This port is used for factory test and diagnostic purposes only. Integrators or users do not require to access this port. 5. J4 Internal Battery connector (knife contacts) 5.1 J4 connector description This connector provides connection to the internally mounted battery. The J4 signal lines are parallel with J1 and J8 lines. 5.2 J4 pinout information (NOTE: all J8 signal lines are parallel to J1 and J8 connectors) Pin Signal I/O Function 1 PLUS I Positive battery terminal 2 MINUS I Negative battery terminal 3 TS I Thermistor
FCC ID: Q6KAT170503A IC: 5043A-AT170503A 6. J5 Modem Diversity port (U.FL) 6.1 J5 connector description This connector is reserved for future connection to modem diversity antenna input port. Currently not placed in production. The characteristic impedance of this connector is 50 Ohms. 7. J6 Modem main antenna port (U.FL) 7.1 J6 connector description This U.FL RF connector provides connection to modem transceiver input port via an RF switch to an external LTE antenna. The characteristic impedance of this connector is 50 Ohms.
FCC ID: Q6KAT170503A IC: 5043A-AT170503A 8. J7 DC power connector (micro USB) 8.1 J7 connector pin arrangement 8.2 J7 pinout information 9. J8 auxiliary battery connector (header, 3 pin) 9.1 J8 connector description J8 connector is designed be optionally placed to connect an auxiliary battery to this radio product. 9.2 J8 pinout information (NOTE: all J8 signal lines are parallel to J1 and J4 connectors) Pin Signal I/O Function 1 PLUS I Positive battery terminal 2 MINUS I Negative battery terminal 3 TS I Thermistor 10. J9 GNSS input connector (U.FL) 10.1 J9 connector description This connector allows attachment of an external GNSS active (i.e. amplified) antenna to the AT170503US product. The expected range of incoming signals is 1559 – 1610 MHz. This connector is rated for 50 Ohms characteristic impedance. Pin Signal I/O Function 1 VBUS I Power for charger 2 N/C - NOT CONNECTED 3 N/C - NOT CONNECTED 4 N/C - NOT CONNECTED 5 GND I Ground
FCC ID: Q6KAT170503A IC: 5043A-AT170503A 11. J10 beacon output connector (U.FL) 11.1 J10 connector description J10 connector is intended to be used during the test and/or development phase and is normally not installed in production. 12. P1 expansion connector (header, 14 positions) 12.1 P1 connector description This port enables the system functionality expansion through addition of auxiliary sensors or actuators. 12.2 P1 connector pinout information Pin Signal I/O Function 1 GND I Ground 2 VBAT I Battery power from expansion module 3 EXP-INT I Expansion module interrupt 4 EXP-SPI-CLK I/O Expansion module generic interface control signal 5 EXP-ENABLE O Expansion module Enable signal 6 EXP-SPI-MISO I/O Expansion module generic interface control signal 7 V1.8_uP O 1.8V IO power from device to Expansion module 8 EXP-SPI-MOSI I/O Expansion module generic interface control signal 9 EXP-I2C-SDA I/O Expansion module generic interface control signal 10 EXP-SPI-CS I/O Expansion module generic interface control signal 11 EXP-I2C-SCL I/O Expansion module generic interface control signal 12 EXP-BATT-TS O Expansion module battery thermistor signal 13 VBAT I Battery power from expansion module 14 GND I Ground 13. U5 modem hosting socket (solder pads) 13.1 U5 description U5 pad grid was designed to host LTE M2M xE866 modem family manufactured by Telit. The modem selection is driven by the type of LTE network to support i.e. Verizon or AT&T. All modems belonging to xE866 family share the same pinout and can be placed directly on the reserved solder pads. Other types of modems may require layout modifications (U5 area only).
FCC ID: Q6KAT170503A IC: 5043A-AT170503A 13.2 U5 modem pin grid layout
FCC ID: Q6KAT170503A IC: 5043A-AT170503A 13.3 U5 modem pinout information 13.3.1 USB HS 2.0 communications port Pin Signal I/O Function Comment E5 USB_D+ I/O USB differential Data (+) NOT CONNECTED E6 USB_D- I/O USB differential Data (-) NOT CONNECTED 13.3.2 Asynchronous Serial Port (USIF0) - Data + HW Flow Control Pin Signal I/O Function Type A4 C103/TXD I Serial data input (TXD) from DTE CMOS 1.8V A5 C104/RXD O Serial data output to DTE CMOS 1.8V A2 C108/DTR I Input for (DTR) from DTE CMOS 1.8V A1 C105/RTS I Input for Request to send signal (RTS) from DTE CMOS 1.8V B1 C106/CTS O Output for Clear to send signal (CTS) to DTE CMOS 1.8V B2 C109/DCD O Output for (DCD) to DTE NOT CONNECTED CMOS 1.8V A3 C107/DSR O Output for (DSR) to DTE NOT CONNECTED CMOS 1.8V B3 C125/RING O Output for Ring (RI) to DTE CMOS 1.8V 13.3.3 Asynchronous Auxiliary Serial Port (USIF1) Pin Signal I/O Function Type C1 TX_AUX O Auxiliary UART (TX Data to DTE) NOT CONNECTED CMOS 1.8V C2 RX_AUX I Auxiliary UART (RX Data from DTE) NOT CONNECTED CMOS 1.8V
FCC ID: Q6KAT170503A IC: 5043A-AT170503A 13.3.4 SIM card interface Pin Signal I/O Function Type C7 SIMVCC - External SIM signal – Power supply for the SIM 1.8V Only B7 SIMRST O External SIM signal – Reset CMOS 1.8 A7 SIMCLK O External SIM signal – Clock CMOS 1.8 A6 SIMIO I/O External SIM signal – Data I/O CMOS 1.8 X SIMIN I Presence SIM input CMOS 1.8 13.3.5 Digital I/O Pin Signal I/O Function Type C5 GPIO_01 SIM_IN I/O INT Main Function: GPIO01 Configurable GPIO Alternate Function: SIM_IN NOT CONNECTED CMOS 1.8V C6 GPIO_02 SIM_IN I/O INT Main Function: GPIO02 Configurable GPIO Alternate Function: SIM_IN NOT CONNECTED CMOS 1.8V D6 GPIO_03 SIM_IN I/O INT General Purpose IO Alternate Function: SIM_IN NOT CONNECTED CMOS 1.8V D5 GPIO_04 SIM_IN I/O INT Main Function: GPIO04 Configurable GPIO Alternate Function: SIM_IN ANT-SELECT-EXT/INT# CMOS 1.8V B5 GPIO_05 SIM_IN I/O INT Main Function: GPIO05 Configurable GPIO Alternate Function 1: SIM_IN NOT CURRENTLY USED CMOS 1.8V B4 GPIO_06 ALARM SIM_IN I/O INT Main Function: GPIO06 Configurable GPIO Alternate Function 1: ALARM Alternate Function 2: SIM_IN NOT CONNECTED CMOS 1.8V C4 GPIO_07 STAT_LED SIM_IN I/O INT Main Function: GPIO07 Configurable GPIO Alternate Function 1: STATLED Alternate Function 2: SIM_IN NOT CONNECTED CMOS 1.8V D8 VDDIO_IN I IO bus Supply input Power 13.3.6 ADC and DAC Pin Signal I/O Function Type F4 ADC_IN1 AI Analog/Digital converter input NOT CONNECTED A/D E4 DAC_OUT AO Digital/Analog converter output NOT CONNECTED D/A
FCC ID: Q6KAT170503A IC: 5043A-AT170503A 13.3.7 RF Pin Signal I/O Function Type G2 MAIN_ANT I/O LTE Main Antenna (50 ohm) RF 13.3.8 Miscellaneous Functions Pin Signal I/O Function Type G4 RESET* I Reset Input VBATT G6 VAUX PWRMON O 1.8V stabilized output Power ON monitor Power D3 PSM_WAKE I PSM Wake Up Analog E8 PSM_STATUS O PSM Status CMOS 1.8V F8 PSM_ENA_OUT O NOT CONNECTED CMOS 1.8V 13.3.9 Power Supply Pin Signal I/O Function Type E2 VBATT - Main power supply (Baseband) Power E0 VBATT_PA - Main power supply (Radio PA) Power E1 VBATT_PA - Main power supply (Radio PA) Power B0 GND - Ground Power D0 GND - Ground Power F0 GND - Ground Power G0 GND - Ground Power D1 GND - Ground Power F1 GND - Ground Power G1 GND - Ground Power D2 GND - Ground Power F2 GND - Ground Power C3 GND - Ground Power E3 GND - Ground Power F3 GND - Ground Power G3 GND - Ground Power F6 GND - Ground Power A8 GND - Ground Power G8 GND - Ground Power A11 GND - Ground Power G11 GND - Ground Power
FCC ID: Q6KAT170503A IC: 5043A-AT170503A 13.3.10 Reserved Pin Signal I/O Function A0 RESERVED - NOT CONNECTED C0 RESERVED - NOT CONNECTED G5 RESERVED - Optionally connected to MODEM-RING for NE866 PSM mode support B6 RESERVED - NOT CONNECTED D7 RESERVED - NOT CONNECTED E7 RESERVED - NOT CONNECTED F7 RESERVED - NOT CONNECTED G7 RESERVED - NOT CONNECTED B8 RESERVED - NOT CONNECTED C8 RESERVED - NOT CONNECTED A9 RESERVED - NOT CONNECTED B9 RESERVED - NOT CONNECTED C9 RESERVED - NOT CONNECTED D9 RESERVED - NOT CONNECTED E9 RESERVED - NOT CONNECTED F9 RESERVED - NOT CONNECTED G9 RESERVED - NOT CONNECTED A10 RESERVED - NOT CONNECTED B10 RESERVED - NOT CONNECTED C10 RESERVED - NOT CONNECTED D10 RESERVED - NOT CONNECTED E10 RESERVED - NOT CONNECTED F10 RESERVED - NOT CONNECTED G10 RESERVED - NOT CONNECTED B11 RESERVED - NOT CONNECTED C11 RESERVED - NOT CONNECTED D4 RESERVED - NOT CONNECTED F5 RESERVED - NOT CONNECTED F11 RESERVED - NOT CONNECTED E11 RESERVED - NOT CONNECTED D11 RESERVED - NOT CONNECTED
FCC ID: Q6KAT170503A IC: 5043A-AT170503A 14. Integration procedure - Select a xE866 Telit modem that covers desired LTE bands o the modem must be FCC and/or IC approved - Add the modem as U5 to AT170503US schematic - Perform on-board antenna optimization for the desired frequency range o Antenna geometry (if required) o Matching network (if required) - Perform EMC evaluation to validate continued FCC and IC compliance 15. Product labeling - Place on the product the label with the following content: CONTAINS: FCC ID: Q6KAT170503A, [MODEM FCC ID] IC: 5043A-AT170503A, [MODEM IC ID] 16. Tune Up Information The module tuning is performed during the manufacturing process. The integrated product requires no further tuning. The user cannot access nor alter any tuning parameters.

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