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VMS-333 & VMS-Mobile User Guide Version 1.23 FCC Notice 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.
Scenario 2: Connect VMS-333 to DSLR still camera ................24 Scenario 3: Connect flash feedback cable to the DSLR camera PC connector ........26 Scenario 4a: Connect VMS-333 to DSLR camera and Laser Range Finder .......... 27 Scenario 4b: Use the VMS-DMRT ......................28 Scenario 5: Connect VMS-333 to Video Camera and Boreal Laser .............
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Light indicators (LEDs) ......................... 38 Audio indicators ..........................39 7.0 Using an Android Device with the VMS-333 and DSLR Cameras ........... 40 7.1 Connect the Android device to the VMS-333 ................... 40 7.2 Optional: Connect the Android device directly to a Nikon DSLR camera......... 40 7.3 Start up VMS-Mobile and examine the home screen ..............
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Home > Configure > Parameters > Intervalometry Mode > Field of View ........... 113 Home > Configure > Load KML ......................114 Appendix B. Pin-out Diagrams ....................115 B.1 Connectors on VMS-333 ......................... 115 FT ............................... 115 GPS ..............................115 PWR ..............................
Preface Who is this guide for? This User Guide is for anyone who will be installing or using the VMS-333 and VMS-Mobile Android application. If you are reading this, you are probably one of the following types of people: ...
1.1 What is VMS-333 and what does it do? When it comes to right-of-way patrol, whether you are flying over power lines, boating along the coast, or driving along a railroad line, the VMS-333 is the ideal device for geotagging audio and video data in real time.
VMS-333 is one type of VMS device; the Digital Mapping Reconnaissance Toolkit (DMRT) is another. With the VMS-333, all peripheral devices are connected by cables and must be held by hand or placed in a car, plane, or helicopter. With the DMRT, all peripheral devices are held within an easy-to-carry, rigid framework.
Version 1.23 1.4 Why use VMS-333 and VMS-Mobile? The VMS-333 benefits a wide variety of industries that do right-of-way patrol over highways, gas and oil pipelines, transmission lines, shorelines, and rivers. You may want to use it because: ...
Make sure the power switch is in the OFF position when connecting to an external power source. 2.2 Parts Inventory This section identifies all the parts you need to properly operate the VMS-333. Photos of each part appear in Parts Diagrams.
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Flash Hot Shoe to the External Feature Trigger cable. Once connected, this cable provides positive feedback to VMS-333 that the camera has successfully captured a photo. The feedback appears as a large green light on the VMS- Mobile Home screen or on the Android LED...
VMS-333 & VMS-Mobile User Guide Version 1.23 Software If you plan to display the videos and photos collected with VMS-333 on a map, you need Red Hen MediaMapper, which is NOT included with VMS-333. Item Description Operating system Windows XP, Windows 7 Professional and above Red Hen MediaMapper Version 5.3...
Version 1.23 2.3 Parts Diagrams This section shows you what each part in the hardware inventory looks like for easy recognition. Primary Parts Red Hen Systems VMS-333 GPS hardware GPS receiver (wired) Cables Flash Feedback cable Computer serial (9-pin) cable Audio cable 3.5mm male-to-male 4"...
Video camera-to-video recorder cable Your camera may use an SDI cable. The camera is not included in the VMS-333 Kit The ends of this cable are keyed, which means they have a notch in them to ensure ...
3.1 Identify the VMS-333 components The VMS-333 has a variety of buttons and ports on the front and side of it, as well as some adjustable screws on the bottom of it. There are currently two versions of labeling as shown below.
C (DSLR/PWR). Port where you plug in the power supply (can handle 12-28 volts) to power the VMS-333 unit. Alternatively, you can also use this port to connect a Nikon DSLR camera with a 10-pin connector to the VMS-333 unit.
MediaMapper and when you click the icon, you see the associated photo. Note. If the VMS-333 unit is nearby, you can use the FT button instead of the cabled feature trigger. You can even use both, since each will produce a different icon on the map.
Status. Indicates the status of the NanoFLASH. Audio port. Can be used to test the VMS-333 and NanoFLASH connection (connect this to the headset or speaker to test). Remote. Connects to a thumb trigger that lets you manually start and stop recording (this is useful if the NanoFLASH box is too far away to press the red button on the side).
1. Activate an accompanying Bluetooth GPS Receiver, such as the GlobalSat BT GPS Receiver, in close proximity to your VMS-333. 2. Once the GPS receiver has obtained a GPS fix, the data will be forwarded to the VMS-333, via the Bluetooth connection. A GPS fix will then automatically be established on your VMS-333.
Version 1.23 5. Setting up the VMS-333 You’re almost ready to start using the VMS-333. There are just a few more tasks to complete so everything is set up. Note: This section does not apply if your VMS-333 is already part of a Digital Mapping Reconnaissance ToolKit (DMRT).
You may also decide to take audio notes as well. The photo below shows the typical configuration for such a scenario. Note: The values in parentheses ( ) indicate alternative labels that may appear on your VMS-333 unit. Video...
This scenario is useful for capturing a series of still images. When connected to a Nikon DSLR camera, the VMS-333 acts as an intervalometer. This means it controls how often, for how long, and how many shots are taken to create a collection of continuous corridor image strips.
1. If you use the External Feature Trigger cable for this purpose, you cannot use it to mark features. 2. Additionally, you must configure the VMS-333 for the feedback feature to work. For details on to configure the settings using VMS-Mobile, see Control the way the VMS-333 feature triggers behave: External Feature Trigger—Flash Feedback...
The photo below shows the typical configuration for such a scenario. Note: If you only need to take still photos and no LRF measurements, you can remove the LRF from the configuration. The values in parentheses ( ) indicate alternative labels that may appear on your VMS-333 MPORTANT unit.
If you are performing intelligence surveillance and reconnaissance on foot or by vehicle, you may find it easier to use the VMS-DMRT instead of the VMS-333. This is because the VMS-DMRT has the VMS device and all peripheral devices all firmly positioned within a light-weight, handheld frame, making the devices much easier to carry.
Scenario 5: Connect VMS-333 to Video Camera and Boreal Laser If you purchased the Pipe-I Kit, you will be using the VMS-333 in conjunction with the Boreal Laser to detect fugitive gas emissions. This means you will connect the VMS-333 to the Boreal laser, via a splitter cable.
FT button whenever you see an interesting feature. 8. If you are using a headset, plug it into the COM port of the VMS-333, using the COM adapter cable. This allows you to make audio notes and to hear the sounds coming from the VMS-333 when it is recording data.
BEFORE powering on the system. For example, if you connect a power supply to the wrong port, VMS-333 will not turn on; if you plug the GPS receiver into the wrong port, you will not get any GPS signals and will be unable to geotag the video.
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47-Ohm resistor a. Ground loop filter. Removes low-frequency noise that could be introduced into the recorder. Plug the female end of the filter’s audio cable (input) into the VMS-333 audio port (1-4) and the male end (output) into the Panasonic recorder.
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6. Connect GPS to VMS-333 Always connect the GPS to Port B (GPS). 7. Connect power to VMS-333 The VMS-333 will take power from either Port C (DSLR/PWR) or D (COM), but C is most common. 8. Connect COM to VMS-333.
Before you begin using the VMS-333, it is best to test your setup. 1. Check the VMS-333 status indicators (data lights, GPS lights, power lights, and sound) to make sure the receiver has a navigational fix and is sending GPS data to the camera. For details, see Attention to Indicators.
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The 3.5mm audio cable takes all the geo-spatial data that the VMS-333 has compiled and records it to the left audio channel, and embeds it into the video. e. Make sure that channel 1 (the left audio channel) is receiving an audio signal. See illustration below.
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2. Operate the video camera according to its User’s Manual and record a minute or two of video outside when the GPS has a fix. The VMS-333 sends GPS data to the video as you record. 3. Play the video. You should hear the “modem” tones that indicate GPS data has been recorded to the camera.
6.0 Using the VMS-333 with Video Recorders Now that you have tested the setup, it's time to start using your VMS-333 in the air, on land, or at sea. This device is protected against reverse polarity. However, do not drop the device or get it wet.
Red Data LED is continuously on There is some kind of serious system error that needs to be resolved. This occurs if the VMS-333 is getting more data than it can put in the audio channel, causing bandwidth overflow. This may be because the data is reported too often or unnecessary strings are being sent.
A normal GPS fix is obtained by the VMS-333. more than it is off) Blue GPS light is on continuously. A differential GPS fix is obtained by the VMS-333. A differential GPS fix provides better accuracy than the normal GPS fix.
When an Android device, such as a tablet or mobile phone, runs the VMS-Mobile application, you can remotely control the VMS-333 (and in turn, a DSLR camera), no matter where you are. You can also load a map, mark features, control a DSLR camera, and more.
Top of Screen (cont’d ) The following information appears in the information area at the top of the screen only if the GPS receiver has a current fix and you are connected to the VMS-333 via Bluetooth: N/S. Latitude ...
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VMS-333 & VMS-Mobile User Guide Version 1.23 K. Speed in knots C. Magnetic compass direction. This is NOT a True North, declination-adjusted value. M. Scalar magnetometer field strength in MicroTesla Units. The color of the value indicates the relative strength of magnetic interference: yellow is low/good and red is high/bad.
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Control Camera and LRF. Control a DSLR camera and Laser Range Finder that are connected to the VMS-333. Mark Features. Mark features of interest. Configure. Configure data, parameters, feature triggers, VMS-333 buttons, and more. Turn Intervalometry ON/OFF. Turn on and off intervalometry. When ON, photos and Laser ...
7.4 Upload new firmware to the VMS-333 The Red Hen Systems Support Team will do this for you. This task involves connecting the VMS-333 to the computer via a USB and then uploading the hexadecimal code to the VMS-333 unit using the Hyper Terminal interface.
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VMS-333 & VMS-Mobile User Guide Version 1.23 3. Next, you must define the area on the screen where you want to download the offline maps. You can either define a rectangular area or a linear area as follows: a. To define a rectangular area, select Define Map Area from the expanded map options menu at the bottom of the screen.
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VMS-333 & VMS-Mobile User Guide Version 1.23 c. To define linear areas associated with a previously recorded track log, click Load GPS Data from the expanded map options menu at the bottom of the screen. A list of track logs appears. Select one of them.
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VMS-333 & VMS-Mobile User Guide Version 1.23 c. As mentioned before, downloading can take some time. It’s a good idea to periodically check the Downloading Maps progress bar by accessing it from the Android pull-down notification bar at the top of the device.
VMS-333 & VMS-Mobile User Guide Version 1.23 7.6 Work with offline maps Note: Make sure you pressed Offline Maps from the Home screen and have displayed the expanded map options menu. Once offline maps are downloaded and displayed on your Android device, you can select the following functions from the expanded map options menu.
Once loaded, the information from KML files is rendered as a custom Map Layer for viewing on Google Earth. Such a map layer is useful for outlining a region over which you are conducting your VMS-333 mission so you know when you have reached the boundaries of that region.
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Photo location indicating where the DSLR camera shutter was triggered. Photo locations are numbered (beginning at 1). They are included in the place mark popup descriptions. Point of interest location where the VMS-333 feature trigger or VMS-Mobile Mark Features button was pressed. The twelve user-customized feature names are present in the placemark pop-up descriptions.
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VMS-333 & VMS-Mobile User Guide Version 1.23 6. If you click a point of interest , you will see additional details: POI: Custom name of the soft feature trigger, if there was one. UTC: Time and date the feature was noted.
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VMS-333 & VMS-Mobile User Guide Version 1.23 If you click either ruler icon, you get additional details. UTC: The time at which the LRF measurement was taken. Local Date Time: Date measurement was taken. Altitude: Altitude of LRF.
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VMS-333 to crash. Google is currently fixing these errors. VMS-333 currently supports only a subset of KML elements (XML tags) for lines, polygons, placemarks, and ground overlays. Additional KML elements will be added in the future. The currently supported KML tags include the following: ...
(continuous) features or conditions. Note: When the VMS-333 is connected to a video camera, features of interest will be noted in the audio track of the video recording. Features of interest are also stored in the VMS-Mobile track log and KMZ files.
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The blinking indicator also provides positive feedback that the VMS-333 is properly receiving and processing these auto-repeating color feature trigger messages. Note: When you press any feature trigger button on this screen, you may optionally hear a female voice say the name of the button.
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VMS-333 & VMS-Mobile User Guide Version 1.23 6. re is an example of what you might see when you view the KMZ file generated by VMS-Mobile in Google Earth. The individual features are marked with default place marks Custom...
VMS-333 & VMS-Mobile User Guide Version 1.23 7.9 Load a feature definition file Home > Mark Features > Android menu > Load Feature Definition File > Load - OR - Home > Configure > Feature Definitions > Load The buttons you see on the Mark Features screen have been created from a feature definition file. If the buttons are not the ones you need, load a different feature definition file.
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Defining your feature definition files on a PC or laptop helps ensure the same feature definitions are used consistently across many VMS-Mobile devices when your organization deploys and uses multiple VMS-333 devices. For details, see Edit a feature definition file.
VMS-333 & VMS-Mobile User Guide Version 1.23 7.10 Edit a feature definition file Home > Mark Features > Android menu > Load Feature Definition File > Edit - OR - Home > Configure > Feature Definitions > Edit - OR – Transfer these files to your PC or laptop and edit them: VMSMobile/feature_definitions/*.txt) What if you loaded the correct feature definition file, but the buttons on the Mark Features screen need modification? You must edit the feature definition file.
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VMS-333 & VMS-Mobile User Guide Version 1.23 2. If you plan to select and edit the file from your Android device, rather than a PC or laptop, continue with the next steps. Note: You can only edit one feature definition file at a time on your Android device.
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VMS-333 & VMS-Mobile User Guide Version 1.23 6. Now you can return to the Select Feature Definition File dialog and select the edited (or new) file. When you press Load, a new set of buttons will appear on the Mark Features screen.
VMS-333 & VMS-Mobile User Guide Version 1.23 7.11 About feature definition files A feature definition file contains the data that determines what buttons appear on the Mark Features screen, which in turn determine what features you can make note of.
For an example of the actual file that you can paste into a text editor, see VMS-Mobile Feature Trigger Button Definition File for VMS-333 / VMS-DMRT As a reminder, a Feature Trigger Button Definition file explains how to define Feature Trigger Buttons that will appear on the Mark Feature screens.
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VMS-333 & VMS-Mobile User Guide Version 1.23 You can also provide an Icon Image to go with the Text Button. When you do so, the icon will appear on the button instead of the text label and the feature will be marked with the specified Icon.
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VMS-333 & VMS-Mobile User Guide Version 1.23 Examples of Actual Button Definitions (12 buttons maximum) #00FF00 GOOD #FFFF00 FAIR #FF8C00 CRITICAL #FF0000 LOST Stop Sign Speed Limit Road Sign Traffic Lights Surface Damage Pot Hole The next page contains a sample feature definition file you can copy and paste from this PDF file into a text editor.
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* ======================================================================== * VMS-Mobile Feature Trigger Button Definition File for VMS-333 / VMS-DMRT * ======================================================================== * This Feature Trigger Button Definition file explains how to define Feature Trigger Buttons that will appear on the Mark Feature screens. These buttons can indicate discrete features or continuous features/conditions.
If you briefly press the feature trigger, nothing happens. c. Mom. FT & Hold Toggle Interval. When you briefly press and release the VMS-333 internal feature trigger, you mark a single feature. However, when you hold down the VMS-333 internal feature trigger for a longer period of time, you turn on intervalometry so photos are taken at regular intervals.
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VMS-333 External Feature Trigger cable to the DSLR camera. d. Take Photo. When you briefly press and release the VMS-333 external feature trigger, you snap a single photo. e. Trigger LRF. When you briefly press and release the VMS-333 external feature trigger, you trigger the LRF to take a measurement.
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DSLR photo EXIF header. 5. Press the Back button to save your choices and return to the Buttons screen. 6. Now when you press the VMS-333 feature trigger, an event occurs according to the option you selected.
In VMS-Mobile, the large green light on the home screen lights up briefly when the VMS-333 receives the flash feedback signal. If the Android screen is turned off, the Android tricolor LED turns green when the camera flashes.
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VMS-333 & VMS-Mobile User Guide Version 1.23 d. Focus and Sutter. Performs the Half-Press ON function followed immediately by the Full-Press ON function. This means it focuses the camera, then takes and stores the photo. This is probably the button you will use most often. Note: This is not a toggle button. It does not stay on and is released when you lift your finger from the touch screen.
7.15 Configure VMS-333 parameters Home > Configure > Parameters Using VMS-Mobile, you can specify values for various parameters that control the VMS-333, the camera, and the Laser Range Finder (if you are using one). 1. From the VMS-Mobile home screen, press Configure > Parameters and the Configure VMS-333 Parameters screen appears.
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Set Laser Range Finder parameters. b. LRF Data Hold (sec). This defines the number of seconds VMS-333 retains the most recent LRF measurement data when you have configured the VMS-333 for manual photo capture (not automatic). For more details, see Set Laser Range Finder parameters.
Intervalometry parameters are used to trigger camera shots or Laser Range Finder measurements based on time interval, distance traveled, or field of view when the VMS-333 is also connected to a DSLR still camera or a Laser Range Finder. The VMS-333 contains flash memory that “permanently” stores the parameters you set.
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The distance between pictures is specified in meters, where the maximum distance is more than you will ever need—about 2.6 million miles! c. Field-of-View. VMS-333 triggers the camera to take photos at a rate according to the field of view of the camera lens, as well as aircraft speed, aircraft altitude, and ground altitude.
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Filling in the spreadsheet: The vertical and horizontal field of view value is calculated by filling in a special Red Hen Systems spreadsheet that comes with the VMS-333. The spreadsheet produces the value based on the user- entered camera details such as focal length of the lens, the size of the image sensor, and the intended altitude along the flight path.
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To determine above-ground altitude, you can do EITHER of the following: Use the altitude data from the laser rangefinder if you have one. The rangefinder is attached to the feature trigger port (Port A or FT/LRF) of VMS-333 and set to range periodically in time. - OR - ...
On LRF data received. Automatically snap a photo once VMS-333 receives data from the LRF b. LRF Data Hold (sec). This defines the number of seconds VMS-333 retains the most recent LRF measurement data when you have configured the VMS-333 for manual photo capture (not automatic).
7.18 Configure VMS-333 data Home > Configure > Data Using VMS-Mobile, you can specify the type of data the VMS-333 sends the camera. 1. From the VMS-Mobile home screen, select Configure > Data. The Configure Data screen appears with a number of switches you can turn ON and OFF, depending on what data you want sent to the DSLR camera.
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VMS-333 and Blue2CAN devices, configure the specific devices for use as follows: 1. Turn off all VMS-333 and the Blue2CAN devices or move out of range of them. 2. Next, turn on only the VMS-333 and Blue2CAN devices you want to connect to.
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The values appear at the top of the map. Test a. Test Comms Link (Red LED). When ON, turns on the VMS-333 red LED to indicate the VMS-333 is operational and connected to VMS-Mobile. 2. To view more advanced configuration settings, press and hold (“long press”) Configure > Data. The Configure VMS-333 Data screen appears with additional Advanced section above the Audio Feedback section at the top of the screen.
Version 1.23 7.19 Configure VMS-333 buttons You can specify how you want physical button pushes handled on the: VMS-333 (both the buttons on the unit and on the cable), camera, and LRF. For details, see Control the way feature triggers behave.
Press the button on top of the LRF b. Press the button on the cable that connects the LRF to VMS c. Press the red button on VMS-333. This triggers the LRF to take a measurement and triggers the camera to take a photo. For details, see Control the way feature triggers behave.
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4. Manually or automatically take photo. a. By default, VMS-333 gives you a 10-second interval to manually take a photo with the DSLR after the ranged data is received. During that interval, VMS-333 emits a series of high beeps, one per second, until a low beep indicates the end of the time interval.
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AUX Port Baud Rate to 0 (Auto-Baud). For details, see Configure VMS-333 Parameters. Let the VMS-333 use its “auto-baud” system to determine the baud rate. Here is how it works: When the communication parameters of your LRF do not match the default VMS-333 communication parameters, the first measurement received after power up will be used to determine the correct setting.
VMS-333: Look at the blue LED on the VMS-333: if it is blinking, you have a normal fix (30 m accuracy); if it is solid blue, you have a WAAS fix (3 m accuracy); and if it is not on, there is no fix.
Home > Configure > Parameters Home > Configure > Feature Triggers If you plan to use the Laser Range Finder with the VMS-333 or with the Digital Mapping Reconnaissance Toolkit (DMRT), and you want to manually or automatically take LRF measurements at periodic intervals using intervalometry, you must set up the system appropriately.
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VMS-333 & VMS-Mobile User Guide Version 1.23 3. Some additional configuration is still required to successfully use intervalometry with a Laser Range Finder. a. Return to the Home page and press Configure > Feature Triggers. The Configure Feature Trigger dialog appears.
“blocked” by another application. 5. If VMS-Mobile will not connect to the VMS-333, make sure that Bluetooth is enabled in the Android System Settings screen. If VMS-Mobile takes a long time to connect to the VMS-333 (more than 30 seconds) try disabling and then re-enabling Bluetooth in the Android System Settings screen.
9.3 Red Hen Systems Support Team If you reviewed the most common fixes, read the instructions in the manual, and still have problems, it’s time to contact the Red Hen Systems Support Team. Before you do so, make sure to write down this information: 3.
VMS-333. a. Hold down the built-in red feature trigger on the VMS-333 and then connect the other end of the USB cable to your PC and release the feature trigger button. This ensures that you are in Firmware Load mode.
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VMS-333 & VMS-Mobile User Guide Version 1.23 USB cable, you will see a message pop up in the bottom-right side of the task bar indicating that drivers are installing. You will also see a vertical rectangle with a spinning green circle in the task bar. Wait until the circle stops spinning and a message appears indicating whether or not the driver installation was successful.
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3. You are now ready to connect a terminal emulator to the COM port that was created when you plugged the USB cable into the VMS-333 in Step 2. You must use a terminal emulator to set the VMS-333 connection parameters. The emulator you choose depends on the operating system you are using.
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VMS-333 & VMS-Mobile User Guide Version 1.23 h. If you see multiple ports, you must figure out which one is used by VMS-333. Unplug the USB cable from VMS-333 and plug it in again to see which port disappears and reappears on the Device Manager list –...
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Unplug the USB cable again. Hold down the built-in red feature trigger on the VMS-333 while you re-plug in the USB cable. This ensures that you are in Firmware Load mode. When the GPS red light turns on, release the feature trigger so the red light flashes four times.
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VMS-333 & VMS-Mobile User Guide Version 1.23 d. Based on the information, select the appropriate serial port from the Connect To dialog, then click OK to close the dialog. 5. The COM Port Properties dialog appears. a. If you are a System Administrator who will...
When a menu appears, press L to start the boot loading process. You are then prompted to send a file. Note: Do NOT paste the text you just copied; doing so will lock up the VMS-333. c. When a green indicator appears on the terminal emulator screen, right-click the indicator to start loading the firmware stored in your clipboard.
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7. Once you successfully load the firmware on the VMS-333, the firmware is permanently stored in non-volatile (flash) memory in the VMS-333, ready for subsequent use. You do not need to reload it each time you use the device. VMS-333 permanently “remembers” the firmware, even when the power has been switched off and on.
Note: When you plug in the USB cable into the VMS-333 USB port, do NOT hold down the red VMS- 333 feature trigger button. This ensures you are now in Command mode. 2. You are now ready to connect a terminal emulator to the COM port that was created when you plugged the USB cable into the VMS-333.
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Steps 2h to h. When you see multiple ports, you must figure out which one is used by VMS-333. Unplug the USB cable from VMS-333 and re-plug it in to see which port disappears and reappears on the Device Manager list – that is the port associated with the VMS-333.
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VMS-333 & VMS-Mobile User Guide Version 1.23 5. Based on the information, select the appropriate serial port from the Connect To dialog, then click OK to close the dialog. a. The COM Port Properties dialog appears. Set these serial communication values.
You will see a result like this: $PRHS,VAL,[version#] 4. Enter values for the following four VMS-333 parameters that affect the operation of the DSLR and LFR: s, q, i, e. But before you change any values, make sure to view the current values: a.
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All photos taken during this time interval have the same range and GPS data embedded in them. As long as the VMS-333 continues beeping, GPS data is stored in the EXIF header of the photo.
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6. The parameter values are now set and stored permanently in flash memory. They persist, even when you power down the VMS-333. 7. You can close the terminal emulator window, unplug the USB cable, and disconnect the VMS-333 from your computer.
VMS-333 & VMS-Mobile User Guide Version 1.23 Appendix A. Quick Reference for VMS-Mobile Screens This appendix serves as a quick reference for the various screens of the VMS-Mobile Android application. The title of each screen tells you what to click to bring up that screen.
VMS-333 & VMS-Mobile User Guide Version 1.23 Home > Mark Features (example) Home > Mark Features > Android menu Home > Mark Features > Android menu > Load Feature Definitions For details, see: Mark individual features of interest and continuous conditions.
VMS-333 & VMS-Mobile User Guide Version 1.23 Home > Configure Home > Configure > Feature Definitions Home > Configure > Feature Definitions > Load Loads a feature definition files and populates the Mark Feature Screen. For details, see Home > Mark Features...
VMS-333 & VMS-Mobile User Guide Version 1.23 Home > Configure > Feature Triggers For details, see: Control the way feature triggers behave Home > Configure > Feature Triggers > Home > Configure > Feature Triggers > Internal Feature Trigger External Feature Trigger...
VMS-333 & VMS-Mobile User Guide Version 1.23 Home > Configure > Feature Triggers > Home > Configure > Offline Maps > Android DMRT Feature Trigger menu For details, see: Control the way feature triggers For details, see: Load offline maps you want to...
Note: When using VMS-333 with an external GPS that has a data logger or hand-held computer, the VMS-333 hardware unit is connected directly to the GPS receiver, NOT to the data logger. You will have one receiver port connected to the data logger, and another receiver port used as the data output to the VMS-333 hardware unit’s GPS port.
VMS-333 & VMS-Mobile User Guide Version 1.23 GGA. Global Positioning System Fix Data This string provides the time, position, and fix related data for a GPS receiver. Source: NMEA 0183 – Standard for Interfacing Marine Electronic Devices, Version 3.0, July 1, 2000...
VMS-333 & VMS-Mobile User Guide Version 1.23 RMC. Recommended Maximum Specific GNSS Data This string conveys the time, date, position, course, and speed data provided by a GNSS navigation receiver. This string is transmitted at intervals not exceeding 2 seconds and is always accompanied by RMB when a destination waypoint is active.
RED HEN SYSTEMS, LLC, except that RED HEN SYSTEMS, LLC will, at its option, repair or replace the internal GPS card for a one (1) year period following USER’s purchase of the Product; (ii) any Product which has been modified, repaired or altered, except by RED HEN SYSTEMS, LLC;...