PORTMAN ELECTRONICS HEU-100 HEAVY EQUIPMENT UNIT User Manual

PORTMAN ELECTRONICS (DONGGUAN) CO., LTD. HEAVY EQUIPMENT UNIT Users Manual

Users Manual

GPS GPRS TRACKING AND ALARM SYSTEM HEU OPERATION & INSTALLATION MANUAL
In Commercial Confidence 1REV: 2.8 (Standard, HEU-v4.0, HEU-I) I . BRIEF INTRODUCTION GPS GPRS Tracking and Alarm System utilize the GPS and car alarm functions in one unit. You can monitor the vehicle location and control the car alarm remotely. In addition, the unit will send event report if any trigger occurs. It has built-in 2 outputs and 5 inputs to perform essential alarm functions. The standard report sent by the unit includes the information: (1) unit’s ID, (2) status, (3) time, (4) GPS’s latitude and longitude, (5) speed, (6) direction, (7) report configuration parameters, and (8) event number. The reporting mode can be categorized as ‘time’ report, ‘distance’ report, or ‘intelligent’ report. User can choose the reporting mode and related parameters via the PC setup program or the remote server. The device has built-in 9 Geofence and 1 Self Geofence sets in circular shape; it will send the report to the server if the Geofence event is triggered. The UNIT must be initialized by PORTMAN PC setup program in order to make communication with the remote server /call center. There are four main sections that allow users to program the device, (1) User detail (Device ID, server IP, and port, GPRS APN….) (2) Geofence (9 circular Geofence and 1 Self Geofence,) (3) Report (Time, Distance, Intelligent mode, Low battery, Course change…) (4) ALARM Setup (to enable or disable the event generated by the inputs, e.g. ACC…and set the conditions for sleep mode) Those data is saved in device’s EEPROM and will not be lost even if the power is failure. A unique Self-Geofence report: user can press the Self-Geofence button to turn On or Off the self-Geofence function. The system will record the current position and use a pre-defined circular Geofence radius to guard the vehicle. If the vehicle moves out of the Geofence zone, a report will be sent. When there is no GPRS service or the server is offline, the unit will send SMS report to the SMS number if defined. And the number of short message can be set from the pc setup program or remote setup program. After connect the server, all the report will be sent out again. The server can not only configure the device just like the PC setup program does, but it also can send the command to control the device. The unit can communicate with the server via UDP, TCP or SMS protocol. Flash memory for recording reports up to 900 reports. It can be read out from the PC setup program via serial port. User configurable sleep mode: The unit will go to sleep mode when ACC off, this feature is configurable. “GPS” or “GPRS” can be selected to power off. Also you can select both of them go to sleep mode. User can setup the automatically wakeup time during the sleep mode to ensure the device is working. The system can send out a wakeup report to the server after waking up. During the sleep mode, if any of the inputs are triggered, the system will wake up and send relevant reports to the server. The input triggers for waking the device up are selectable. All the auto report (Time, Distance, Intelligent…) will not be send when ACC off.
In Commercial Confidence 2In addition, the system has a built-in rechargeable battery (12V 1.2A/H) for emergency use. The system will send an emergency “power cut” report when all of the external power is removed. User can check the external battery capacity status from the server. There system has another important security function-GPS Antenna Presence Detection. The system will send an emergency “GPS antenna failed” report when the GPS antenna is removed Waterproof casing design II. BASIC FUNCTIONS FUNCTIONS APPLICATIONS GPS GPS receiver will output a complete position, velocity, and time (PVT) solution in the NMEA Version 3.0 protocol GPRS, SMS GPRS use standard TCP or UDP communicate protocol. If the GPRS service is failed, the SMS mode will be turned on for emergency use. 5 Input 1. In-vehicle ACC 2. 2 general input port 3. Valet Switch+LED 4. Tamper Switch 5. Built-in 3-D acceleration sensor 2 Output 1.Built-in cut relay NO output 2. Siren 2 Button Valet Switch with 1 LED indicator 1. Activate Self-Geofence (press button1 once.) Deactivate Self-Geofence (press button1 once.) 2. Help request report (press button1 for 2 seconds.) 3. Panic report (press button 2 once). 4. Emergency-release. (Press button1+2 three times when ACC ON) 5. Intelligent power saving and control. (Press button1+2 for 5 sec.) PC-setup Initialize the unit and program the device, including Network APN, server IP address, user message, report control, and Geofence setting, etc … Note that Network APN and server IP details must be set before the installation. Standard Report Automatic report for AVL tracking purpose: Fixed time report Fixed distance report Intelligent report (combine time and distance) Event Report Speeding report Low battery report Geofence trigger report ACC on/off Unit box is open/closed GPS antenna disconnect A/D input trigger, e.g. air bag deploy Acceleration sensor trigger………… History data store 900 reports can be saved in unit, and can be read from server and pc-setup
In Commercial Confidence 3 III. PANEL INSTALLATION AND WIRING DIAGRAM REDGREENYELLOW IV. STATUS INDICATOR The system has three statuses LED; the following is their corresponding description: Red: Power indicator. When the unit power on, the led will light all the time. Yellow: GPRS indicator. This LED will flash when the device received the signal of the GSM base station. Green: GPS indicator. This LED will turn continuously on when the unit received a valid GPS data.
In Commercial Confidence 4 Valet Switch LED: Button switch + LED diagram is listed below, including 2 Buttons and 1 LED. LEDButton 1Button 2 HEU valet switch operation. 2 buttons are defined as Button 1 and 2, please refer to the above diagram 1.) Self-Geofence: Press Button 1 once to activate self-Geofence. LED will be continuous ON. Press the button again to deactivate self-Geofence. LED will be OFF. 2.) Help button: Press Button 1 for 2 seconds: send HELP request message to the server. LED will flash 3 times. 3.) Panic Button: Press Button 2 once, the unit will send emergency report to the server. LED will flash 6 times. Press Button 2 once, panic will be released. 4.) Emergency-Release Button: Press Button 1+2 together for 3 times when ACC on, the unit will emergency Release. LED will flash 9 times. 5.) Intelligent power saving and control: Press button1+2 for 5 seconds., the unit will cut power of backup battery. V. PC SETUP AND SYSTEM INITIATION PC setup Procedure: 1.) Connect the 3 pin serial cable to HEU PC setup port. 2.) Open the PC setup program. 3.) Select the correct COM port for communication. 4.) Power on the device or press the reset button for at least 1 second. 5.) Click “ok” to start the program Note that, if the connection fails, please check the cable connection is secured correctly. Press the reset button for a longer time, e.g. another 2 seconds. A. LOGIN dialog window Connect 3 pin DB9 serial cable to HEU PC setup port. Choose the correct COM port, and click “OK”. Note that: it is necessary to power on and reset the PORTMAN device soon after starting the PC setup program. PC setup program will detect the hardware for 60 seconds. If no hardware is detected, it will exit. During the opening up screen shown as below, user can press “Esc” key to terminate the program.
In Commercial Confidence 5B. Version No. Checking The below interface will last until correct HEU Version No. is checked. (You should run this program before turn on power of HEU) C. MAIN INTERFACE 1.[User detail]: (1) Set Device ID for HEU. The device must be unique in order to be identified by the server. (2) Set Access Point Name (APN), User Name (GPRS), Password (GPRS). The maximum length of the APN, User name and Password is 49 characters. Note that, some service providers do not require USER name or PASSWORD, hence, user can leave blank in this section. (3) “TCP/UDP” address and Port number of alarm center being set, HEU will send message to these address. Note that only one TCP or UDP server will be used at the same time. (4) HEU can save 900 reports (900-1) recently; Click ‘Export’ button can export them into Excel or Notepad.
In Commercial Confidence 6 2. [Geofence]: Setup the Geofence (in circular shape) parameters in this window. The format will be center of the Geofence and the related radius. User can also set the radius for the self-Geofence in this field. The self-Geofence can be activated/deactivated from the 2 button LED switch. 3.[Report]:
In Commercial Confidence 7In the working mode, the system will use the configurations as defined in this section. To activate the automatic report, please select “√” in checkbox and fill in data in the textbox. The reports will be summarized as (1) Intelligent report Parameters: On/Off, Report time when moving, Report time when stop, and Moving Speed (min. Speed is 0.1 km/Hr, max. Speed is 1000 km/Hr). (2) Intelligent history report (record the report in the system’s flash ram) Parameters: On/Off, Report time when moving, Report time when stop, and Moving Speed (min. Speed is 0.1 km/Hr, max. Speed is 1000 km/Hr). (3) Fixed time report Parameters: On/Off, and time. (4) Fixed distance report Parameters: On/Off, and distance. (min. distance is 0.1 km, max. distance is 100 km). (5) Course change report Parameters: On/Off, and course change in degree. (6) Low battery warning report (to alert user when the battery level is low) Parameters: On/Off, and warning battery level for report. For example, 60 to represent 60% lower level report. The system will ignore the parameter with a value ‘0’ to prevent continuous non-stop reporting. Power cut report: default is on. When the external power is cut, a POWER CUT report will be sent to the server. (7) Speeding report: (min. speed is 0.1 km/Hr, max. speed is 1000 km/Hr). Parameters: on/off, and speed 4.[Trigger report and sleep mode setup]
In Commercial Confidence 8ALARM report Alarm report(s) is also configurable. User can customize the events generated by the in-vehicle input to be sent to the server. To enable the particular trigger reports by click the box. Sleep mode (when ACC OFF) (1) HEU can go to sleep mode when ACC goes off. (The average lasting time after ACC OFF is 5 minutes.) In sleep mode, both GPS & GPRS will be disabled. All the auto report (Time, Distance, Intelligent…) will not be send when ACC goes off. (2) During the sleep mode, the system can wait up automatically and send a wake up diagnostic report. (3) The automatic wakeup time is configurable. (Minimum duration is 5 minutes; maximum duration is 1000 Hours). (4) If any of the inputs are triggered while in the sleep mode, the system will wake up automatic report and then send reports to the server. The input triggers for waking the device up are selectable. If the GPRS connection is failed, for emergency purpose, HEU will send out SMS report if number is defined. [Button description] (1)Initialize: clear all saved parameters in HEU. (2) Request All: request all parameters that is saved previously in HEU (3) Request: request parameters in the current page (4) Apply: set the parameters in the current page (5) Apply All: save all the parameters into HEU (6) Load: load the saved configuration file (*.heu) (7) Save: save the parameters into a files (*.heu). (8) Exit: exit the PC-Setup program; the system will exit the PC setup mode into the working mode. INTERNAL BATTERY PROTECT MECHANISM: To protect internal battery, we added a mechanism to HEU, when the internal battery voltage drop to 9v,HEU will keep to detect battery voltage for 2 minutes, if the battery voltage keep 9v continuously during this 2 minutes period. HEU will send a “battery shut down event” to server to notice user. After this event is sending out, HEU only can work another 30 minutes. After HEU goes into “battery shut down” mode, HEU will check the battery continuously, if the battery charges to 12v for 2 hours, it can work again. APPENDIX I HEUSPECIFICATIONS Physical Parameters Enclosure dimensions 160(L)*113(W)*73(H) Weight About 600g Electrical Rated DC Supply voltage 24V DC supply voltage range 10V－40V Battery charge current 20-100mA Current (Sleep) 7mA (Both GPS and GPRS are off)
In Commercial Confidence 9Current (only GPS Sleep) 30mA Current (only GPRS Sleep) 21mA Current (Sleep & internal battery charge) 3~10 mA Current (GPRS online) 35~45mA (@24V) Current (GPRS transmission) 70~80mA(@24V) Current (Peak) 100~120mA(@24V) GPRS* * Data provided by Sony Ericsson Frequency Range (MHz) 900&1800 / 850&1900 models Channel spacing (Hz) 200 GPRS connectivity GPRS multi-slot class 8 GPRS mobile station class B SIM card interface 3V or 5V SMS storage Capacity 40 in ME Antenna Connector Built-in Antenna Impedance 50ohms GPS* * Data provided by Trimble Protocol NMEA0183 Baud Rate 9600 Signal 1575MHz Accuracy Horizontal <6 meters (50%), <9 meters (90%) Altitude <11 meters (50%), <18 meters (90%) Velocity 0.06 m/sec. Hot Start: <14 sec. (50%), <18 sec. (90%) Warm Start: <38 sec. (50%), <45 sec. (90%) Cold Start: <90 sec. (50%), <170 sec. (90%) Antenna Type Active 3.3V Antenna Connector Male SMA IO Connection 1* three pin connector on board PC_SETUP cable 1*button on board RESET 1*temper SW on board Temper SW 1* 10pin connector Power supply (2wires), 2 input (2wires) ACC (1WIRE) cut relay (2wires) siren (1wire) valet SW+LED(2wires) Fuse box Inside a 3A glass fuse GPS antenna External GPS antenna
In Commercial Confidence 10 Communication GPRS \SMS Environmental Operating Temperature -20°C to +55°C Storage Temperature -40°C to +85°C Optional Accessories 1. Integrated Antenna for 900/1800 or 850/1900 MHz two types 2. External GPS Active Antenna 3. Valet Switch+LED Appendix II Event code summary GROUP A: (BASIC event) 101 Over the defined maximum speed limit 102 Self-diagnostic report 103 Course changes (direction changes) bigger than defined angles. 104 Exit defined Circular Geofence area0 105 Enter defined Circular Geofence area0 108 Fix time report 109 Fix distance report 110 Intelligent time and distance report 111 Low battery report. 113 Press Valet switch to use ‘Panic’ button. (We have add on a PANIC function button, and this event occurs when this button is pressed.) 114 Exit defined Circular Geofence area1 115 Enter defined Circular Geofence area1 118 Wakeup report 119 Tamper switch is open 120 Tamper switch is closed 122. GPS antenna be cut 124 Exit defined Circular Geofence area2 125 Enter defined Circular Geofence area2 134 Exit defined Circular Geofence area3 135 Enter defined Circular Geofence area3 144 Exit defined Self-Geofence area4 145 Enter defined Self-Geofence area4 154 Exit defined Circular Geofence area5 155 Enter defined Circular Geofence area5 164 Exit defined Circular Geofence area6 165 Enter defined Circular Geofence area6 174 Exit defined Circular Geofence area7
In Commercial Confidence 11175 Enter defined Circular Geofence area7 184 Exit defined Circular Geofence area8 185 Enter defined Circular Geofence area8 194 Exit defined Circular Geofence area9 195 Enter defined Circular Geofence area9 150 Press Valet switch to send ‘Help’ request GROUP C In-vehicle INPUTS Event 253 (in-vehicle ACC) ACC on Example: The ‘EVENT 253’ will be generated and sent to the server when ACC is on. 254 (in-vehicle ACC) ACC off Example: The ‘EVENT 254’ will be generated and sent to the server. 257 Acceleration sensor triggerd Example: The ‘EVENT 257’ will be generated and sent to the server when acceleration sensor is triggered. 259 General INPUT1 ON Example: The ‘EVENT 259’ will be generated and sent to the server when general INPUT1 is triggered by low pulse. 260 General INPUT1 OFF) Example: The ‘EVENT 260’ will be generated and sent to the server when general INPUT1 is triggered by high pulse. 261 General INPUT2 ON) Example: The ‘EVENT 261’ will be generated and sent to the server when general Input2 is triggered by low pulse. 262 General INPUT2 OFF) Example: The ‘EVENT 262’ will be generated and sent to the server when general Input2 is triggered by high pulse.. OUTPUT command ACK event 303 ARM (in-vehicle output) command Success 304 Panic mode (in-vehicle output) command Success 305 Anti-Car jacking (in-vehicle output) command Success 306 Emergency Release (in-vehicle output) command Success 308 Disable sleep function 309 Enable sleep function 402 GPRS connection request (SMS command) 403 GPRS disconnection request (GPRS command, let the UNIT go into GSM mode. 405 Stop store forward 406 Read the UNIT’s firmware version. 407 Check the UNIT Geofence status. 408 Read external battery level
In Commercial Confidence 12 Report Setup ACK event 502 Setup the Circular Geofence or Immediate Geofence parameters 505 Setup SMS telephone number. 507 Clear SMS date and max. SMS set 531 Setup Fixed time report 532 Setup Intelligent report 533 Setup Intelligent history report 534 Setup the Maximum speed limit 535 Setup the Self-diagnostic report 536 Setup the fixed distance report 537 Setup Course change report 539 Remote setup server IP and port 540 Setup Low Battery report 579 Setup tamper switch change report 580 Setup ACC tamper switch change report 581 Setup general input1 detect report 582 Setup general input2 detect report 583 Setup shock sensor input detect report CONNECTED WIRES LIST 1. Red wire 18awg – System power (+24V Constant) The RED wire supplies power to the system. Connect this to a constant +24V volt source. 2.Yellow wire 18awg –––Cut relay NO This wire connects to the cutter relay NO contact; when the system is armed, the wire will connect to the other cut relay yellow wire. 3.Yellow wire 18awg –––Cut relay COM This wire connects to the cutter relay COM contact; when the system is armed, the wire will connect to the other cut relay yellow wire. 4.Yellow wire 22awg–– ACC Sensing Input This wire should be connected to vehicle ACC. When the vehicle ACC is ON, the wire can sense a high voltage to inform the system act. 5. White wire 18awg--- Siren output This wire can connect to a siren (+), which can provide maximum 1.5A current. 6.Black wire, Ground The wire connects the system ground. This is main ground connection of system. Make this connection to a solid section of the vehicle frame. Do not connect this wire to any existing ground wires supplied by the factory wire loom; make the connection to the vehicle's frame directly. 7. Brown wire 22awg: General Trigger Input1 This wire can be activated by a low digital trigger input, normally the port maintains high level. 8. Brown/Yellow wire 22awg: General Trigger Input2 This wire can be activated by a low digital trigger input; normally the port maintains high level. 9.Black Cable for LED & Valet Switch
In Commercial Confidence 13 Installation drawing
In Commercial Confidence 14 VII. Federal Communications Commission (FCC) Statement 7.1 You are cautioned that changes or modifications not expressly approved by the part responsible for compliance could void the user’s authority to operate the equipment. 7.2 This 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 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. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference 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 connected. -Consult the dealer or an experienced radio/TV technician for help. VIII. 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. IX. FCC RF Radiation Exposure Statement: (1) This Transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. (2) This equipment complies with FCC RF radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with a minimum distance of 20 centimeters between the radiator and your body.
In Commercial Confidence 15 9TH BUILDING, TONGFUYU INDUSTRIAL PARK, LONGHUA TOWN, BAOAN, SHENZHEN CITY, CHINA. Tel: +86-755-28140190 Fax: +86-755-28140201

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