DP-1000S USER MANUAL For programming these devices: GPS-201/GPS-202 GPS-205 GPS-206 GPS-208 PT-101 CES WIRELESS TECHNOLOGIES, CORP. 925-122 South Semoran Boulevard Winter Park, Florida 32792 DP1000S v4p1.doc Revision 4.1 November 1, 2011 © Copyright CES WIRELESS TECHNOLOGIES CORP. (2011) The information contained in this document is subject to change without notice and should not be construed as a commitment by CES WIRELESS TECHNOLOGIES CORP.
TABLE OF CONTENTS TABLE OF CONTENTS.............................................................................................................................2 FIGURES....................................................................................................................................................3 TABLES......................................................................................................................................................4 WARRANTY...........................
FIGURES Figure 1: Device Selection...........................................................................................................................7 Figure 2: DP-1000S Main Window.............................................................................................................7 Figure 3: System Information......................................................................................................................8 Figure 4: GPS Reporting Options.
Figure 50: Verify GPRS Status response...................................................................................................38 Figure 51: Verify GPRS Activation response displaying successful GPRS activation..............................38 Figure 52: Response to Read Firmware Version........................................................................................39 Figure 53: Response to Read Package Version.................................................................................
WARRANTY Complete Warranty details can be found at the CES Wireless web site: www.ceswireless.com CES Wireless Technologies Corp., (CES Wireless), warrants this product to be free from defects in material and workmanship for 12 months from date of shipment. If such malfunction occurs, it will be repaired or replaced (at our option) without charge for materials or labor if returned to the factory.
1.0 Introduction This manual contains instructions on how to configure the GPS-201, GPS-202 GPS-205, GPS-206, GPS208 and the PT-101 using DP-1000S version 7.5. NOTE: DP-1000S Version 7.4.0.1 and up require the use of FleetControl Version 4.5 and up. If you are using DP-1000S Version 7.4.0.1 and do not have FleetControl Version 4.5 or greater contact CES Wireless Technologies before programming any devices. 2.
Figure 1: Device Selection If the configuration values entered were saved when the application was closed (optional) those values will be read and the application will display that saved configuration. The System and GPS values saved are common between the GPS-201, GPS-202, GPS-205, GPS-206, GPS-208 and the PT-101.The other values are different for each product and are saved individually. 2.
2.2 System Setup The System Information section contains the fields necessary to program the GPS-201, GPS-202, GPS205, GPS-206, GPS-208 or the PT-101 to connect to and send data on the GPRS network. It also includes the Unit ID field, which must be unique for each unit in the fleet (regardless of the device type), the Wake Up Packet Interval field, the Automatic Reset Interval field and the GSM Registration Reset options.
Unit ID: A unique Unit ID is entered in this field. This value must be unique for each unit on the system. If the device is to be used on FleetLinc or the DataGate you must contact CES Wireless Technologies to obtain a unique Unit ID. Server IP Address: In order for the device to send data to the proper location it must be programmed with the IP Address of the Server where the Fleet-Control application is running.
GSM Registration Reset Options: This option provides the capability of having the device perform a soft reset when it cannot connect to the GSM network within the specified period of time. This is useful if the device will travel to areas where the GSM coverage is poor. 2.3 GPS Reporting Options The GPS Reporting Options contains selections for how/when the device is to report its position. There are 3 sections in the GPS Reporting Options.
Minimum Time (seconds) Maximum Time (seconds) Distance (meters) Description 0 0 0 0 0 0 300 300 0 1000 0 1000 300 300 * 0 0 1000 300 3600 1000 Time/Distance Reporting is disabled. Position is sent every 1000 meters. Position is sent every 300 seconds (5 minutes). Position is sent every 300 seconds if the vehicle has not moved 1000 meters. Position will be sent every 1000 meters if the vehicle is moving and traveling the distance of 1000 meters in less than 300 seconds.
Figure 6: Other GPS Options Enable GPRS Queue: Enabling the GPRS Queue instructs the device to store its packets if GPRS is unavailable. This is important to select if you want the device to store position packets when it is out of its cellular coverage area. These packets will then be downloaded when the device returns to an area where it has cellular coverage. Include GPS Mileage: By checking this the device will send its GPS mileage value with all packets.
2.4 GPS201 and GPS-202 Options The GPS-201 and GPS-202 support one input and an ignition input. The configuration of these are discussed in this section. Figure 8: GPS201 and GPS202 Input Configuration Input 1: If a position packet is to be generated when the state of Input 1 changes, check Enable in the Input 1 section. Note that there are two options for Input 1 reporting and that both are selected by default.
Figure 9: GPS-205 I/O Input 1: If a position packet is to be generated when the state of Input 1 changes, check Enable in the Input 1 section. Figure 10: Input 1 Reporting Options Note that there are two options for Input 1 reporting and that both are selected by default. If an input 1 state change with position packet is to be sent when input 1 goes from a high state to a low state then select “Send on High to Low”.
GPS Status Reporting Options: The status of the GPS signal can sent, if desired. It can be sent when the signal is valid and when the signal is invalid for a programmable number of seconds. Figure 12: GPS Status Reporting Options The GPS-205 uses Input 4 to report the state of the GPS signal. If programmed to send a packet when GPS is valid, the GPS-205 will send an Input 4 low to high state change packet (with position).
detects that it has entered or exited a GeoStatus area it will perform the programmed action and will not look for any other GeoStatus actions. Figure 15: GeoStatus Display To set the GeoStatus options double click on any cell in the desired row. The GeoStatus configuration form will be displayed.
Figure 16: GeoStatus Configuration Details Enter the information for the GeoStatus on this form. The coordinates are entered in decimal degrees. The value to enter can be obtained via FleetLinc or Power-trak3. The key data is limited to a maximum of 5 numeric characters. An entry of at least one character is required. Coordinate Information: In FleetLinc or PowerTrak3 go to the map view and zoom into the area where the GeoStatus should be.
Figure 17: SMS Options Destination: To configure the GPS-205 to send an SMS check Enable and then select the destination. The destination can be an e-mail address of a mobile telephone number capable of receiving SMS. Select the destination type and then enter the destination. Individual SMS Options: For each SMS event to be configured select the Event from the drop down list of events. Upon doing this a default message will be placed in the Message to Send text box.
NOTE: By default the output is in the high state. Figure 18: GPS-206 I/O Options (both Inputs 1 and 2 are enabled) 2.6.1.1 Input 1 Input 1 can be disabled, set to send only on a high to low transition, set to only send on a low to high transition, to send on both changes of state, to enable the advanced configuration of the input or to place a call. Figure 19: Input 1 Options Each of these options are explained below. 2.6.1.1.
When the input is enabled to send on low to high state change it will send a packet indicating this state change. It will not send a packet when the state goes from high to low. 2.6.1.1.4 Send on Both When the input is enabled to send on both it will send a packet indicating either state change. 2.6.1.1.5 Advanced Configuration In addition to standard input state change reporting the GPS-206 can be programmed for additional actions in the event of a state change.
Figure 21: Advanced Input Configuration - Enabled 2.6.1.1.3 Call Input 1 on the GPS206 can be used to place a call to one pre-programmed number, to answer an incoming call or to disconnect an active call. This functionality requires the use of a momentary switch on the input. A device is available for this from CES (CES P/N zzzzzzzzz). Call Functionality only works for Input 1. When the input is configured for a call the Call Configuration area will be displayed for the call enabled input.
2.6.1.2 Input 2 The options for Input 2 are the same as those for Input 1 with the exception that only Input 1 can be used to place or answer calls. 2.6.1.3 Advanced I/O Options The Advanced I/O Options require the use of the Auxiliary Expansion Cable (CES P/N: HRNS-060). This cable provides the capability to add 6 more digital inputs and 2 more digital outputs to the GPS206 bringing the total to 8 inputs, ignition input and 3 outputs.
Input 5, Idle State: The final option is for the unit to send its idle state. The GPS-206 can be configured to not send its state, to send a moving state or to send an idle state. Figure 25: Idle Vehicle Reporting Options Note: If the device will be used in a vehicle that will have a large number of starts and stops it is highly recommended that this option is NOT USED. If used it may generate a large number of packets and could cause the device to use more data than is allowed on its data plan.
FleetLinc the coordinates of this point will be displayed in the lower right corner. In PowerTrak3 the coordinates of the point will be displayed in the status bar at the bottom of the map view. 2.6.3 GPS-206 SMS Options The GPS-206 can be configured to send an SMS when specific events occur. There is the capability to configure the GPS-206 to send an SMS for 6 different events.
If interfacing the GPS-206 to a Garmin Nüvi PND the interface needs to be enabled in the GPS-206. This is done by checking the Enable Garmin FMI checkbox as shown in Figure 25. The garmin FMI section is located on the GPS tab. If the Garmin FMI needs to be unlocked the Garmin FMI Password will also be required. Once the FMI is unlocked the password does not need to be sent again even if the programming of the GPS-206 changes. The Garmin FMI interface in the GPS-206 must be licensed.
Input 3: Input 3 can send a packet when its state goes low, when it goes high, or for both state changes. See note above. NOTE: Depending upon programming, it is possible for the GPS-208 to send an Input 3 High state change event if a device reset occurs. Ignition Input: The state of the ignition can be sent when on, off or both. When voltage is detected on the Ignition Input it transitions to the high (on) state. When voltage is not detected it transitions to the low (off) state.
Figure 29: PT-101 GPS Status Reporting Options The PT-101 uses Input 4 to report the state of the GPS signal. If programmed to send a packet when GPS is valid, the PT-101 will send an Input 4 low to high state change packet (with position). If programmed to send a packet when GPS is invalid for a specified number of seconds, the PT-101 will send an Input 4 high to low state change packet (without position since position is known to be invalid).
required to trigger an GeoStatus Entry or GeoStatus Exit event. It prevents a false reading when the device is on the threshold of the GeoStatus. Set GeoStatus with Button Press: The PT-101 can set the region for GeoStatus #25 by pressing the GeoStatus button. To configure the radius that will be used enter it here. Figure 33: PT-101 Set GeoStatus with Button Press Options It is important to enable GeoStatus #25 in the GeoStatus section for proper operation of this functionality.
Note: The use of SMS often requires the entry of a Gateway Number. Please contact your cellular service provider to see if this is required and, if so, to get the value to be used. Figure 35: PT-101 SMS Options Destination: To configure the PT-101 to send an SMS check Enable and then select the destination. The destination can be an e-mail address of a mobile telephone number capable of receiving SMS. Select the destination type and then enter the destination.
Figure 36: PT-101 User Defined Button Options To enable the User Defined Button check Enable. Now select the desired action. If selecting a Status Key the status number and key data needs to be configured. If selecting a GeoStatus the radius of the GeoStatus must be entered. If selecting input or position there is no additional configuration. An Input 1 High packet will be sent when the button is pressed. 2.
Figure 38: File Menu Open: This selection allows an existing device configuration file to be opened. The default location for the configuration files is in the Fleet-Control application data folder. ON a Windows XP system the path to this folder is C:\Docments and Settings\All Users\Application Data\CES Wireless Technologies\FleetControl. Save: This selection will save the current configuration of the DP-1000S in the configuration file format.
Figure 40: Select Com Port For the correct com port to use with the GPS-208 or PT-101 follow these steps. Note: The driver for the GPS-208 or PT-101 must be installed and the GPS-208 or PT101 must be connected to the computer via a USB port. Please see Appendix A for more information on installing the drivers for the PT-101 and Appendix for more information on installing the drivers for the GPS-208. 1. Open the Com Port selection form (Configure, Com Port). 2.
2.13 Program Menu The selections on the Program are: Set to Factory Defaults, Read System Information, Compare System Information and either Mode-Manual or Mode-Program. Figure 42: Program Menu Set to Factory Defaults: Sends the reset to factory defaults command to the device. Note: this command is also the first command sent when the Send Configuration button is clicked. Read System Information: Reads the System Information from the device and displays it in the System Information section.
Figure 43: Sequential programming prompt. Note that the Unit ID entered will be the first one programmed. To start the sequential programming click OK. Otherwise, click Cancel. If OK was selected this prompt will be displayed Figure 44: Sequential programming – Send Config button dialog. The first Unit ID will be programmed when the Send Config button is clicked. Upon completion of the programming of the unit there will be another prompt.
Figure 46: Begin programming from a file prompt. To begin the programming from a file process click the Yes button. A file dialog will now be displayed. Use this to locate the text file containing the Unit IDs. Select the file and click Open. This prompt will now be displayed Figure 47: Unit ID file has been read. The first Unit ID will be programmed when the Send Config button is clicked.
Figure 48: Test Commands tab GPRS Connection Commands This section provides the functionality to determine if the attached device is able to successfully access and connect to the cellular network and, if not, what the cause for failure may be related to. Verify GSM Status: This button sends a command to the attached device to verify if it is registered on the GSM network.
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Figure 49: Verify GSM Status response Verify GPRS Status: This button sends a command to the attached device to verify if it is registered on the GPRS network. The possible responses to the command are the same as that for verifying the GSM status. GPRS connectivity is required for data transmission. Figure 50: Verify GPRS Status response Verify GPRS Activation: This button sends a command to the attached device requesting its network assigned IP Address. If the device returns “000.000.000.
• • • • • service option not supported requested service option not subscribed service option temporarily out of order NSAPI already used protocol errors The preferred response is “no PDP reject cause”. The other responses will provide insight to the cellular carrier representative in regards to troubleshooting the connection. Firmware Commands The buttons in this section provide the capability to determine the Firmware and Package Versions in the attached device.
3.0 Support If you need help, we are easily accessible …. Telephone: Call 407-679-9440, and ask for product support. Fax: 407-679-8110 Email: support@ceswireless.com Skype: Please email support@ceswireless.com to obtain your currently assigned support engineer’s Skype address. Product support may ask you to E-MAIL a copy of the programmed parameters to us for analysis. To do this, go to FILE on the DP-1000S main menu, and click on SAVE AS. Note the path to the saved file in the save file dialog.
Appendix A: Installing the Device Drivers for the PT101 In order for the computer to recognize the PT101 device the device drivers for the PT101 must be installed. The device drivers are located on CD-Soft1 as well as on the CES FTP server. On CD-Soft1 the drivers are located in the PT101 USB Device Drivers folder. The file name is PT101_Drivers.zip. Open the compressed file and extract its contents to your computer. The suggested path for the drivers is C:\PT101 USB Device Driver.
Choose the Install from a list or specific location (Advanced) selection and click Next. Figure 56: Found New Hardware Wizard Screen 3 Select the options as shown in the image above. If the file from CD-Soft1 was extracted to a folder other than the recommended folder click on the Browse button to locate the folder. Click Next when done. Figure 57: Found New Hardware Wizard Screen 4 The following form may appear.
Figure 58: Windows logo verification If it does click on the Continue Anyway button. Figure 59: Found New Hardware Wizard Screen 5 Click on Finish. The Windows Found New Hardware Wizard will be displayed one more time. Follow the steps above for the Mini-MT USB device. When done the computer will have been prepared to communicate with the PT101.
Appendix B: Installing the Device Drivers for the GPS-208 In order for the computer to recognize the GPS-208 device the device drivers for the GPS-208 must be installed. The device drivers are located on CD-Soft1 as well as on the CES FTP server. On CD-Soft1 the drivers are located in the GPS-208 USB Device Drivers folder. The file GPS208_32bit.zip has the drivers for 32 bit systems and GPS208_64bit.zip has the drivers for 64 bit systems.
Choose the Install from a list or specific location (Advanced) selection and click Next. Figure 62: Found New Hardware Wizard Screen 3 Select the options as shown in the image above. If the file from CD-Soft1 was extracted to a folder other than the recommended folder click on the Browse button to locate the folder. Click Next when done. The following form may appear. Figure 63: Windows logo verification If it does click on the Continue Anyway button.
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Figure 64: Found New Hardware Wizard Screen 5 Once the drivers have been installed this final form will be displayed. Click on Finish. The Windows Found New Hardware Wizard will be displayed two more times. Follow the steps above for the Enfora MT 2500 Modem. When done the computer will have been prepared to communicate with the GPS-208.
Revision History Revision 1.0 1.1 1.2 2.0 2.1 2.2 3.0 3.1 4.0 4.1 Description Initial Release for GPS-206 Added Advanced Input Configuration for the GPS-206. Added sequential programming and programming from file instructions. Added Phone Call Configuration for the GPS-206. Added Garmin FMI support. Updated images. Added configuration information in support of the GPS-201 and GPS-202 devices. Added Appendix A. This has details on the installation of the drivers for the PT101.
