USER GUIDE FOR ARGUS®4 VIDEO ACCESSORIES
THERMAL IMAGING VIDEO ACCESSORIES SAFETY NOTES Before using this product, the customer shall read and understand all the instructions and warnings. e2v technologies does not accept responsibility for damage or injury resulting from failure to follow the instructions provided. WARNINGS: • The Argus 4 Video Accessories are despatched from e2v technologies in a safe condition. Any unauthorised modifications may compromise safety and invalidate the warranty.
RADIO COMPLIANCE Before using any transmitter accessory read the notes in sections 14, 15 & 16 appropriate to the product and country of use. It is the users’ responsibility to ensure that the frequency and power of operation are permitted in their locale. Failure to do so may result in illegal radio operation and prosecution.
® USER GUIDE FOR THE ARGUS 4 VIDEO ACCESSORIES This document explains to the user how to operate the Argus®4 External Video Accessories and applications for their use.
SECTION 1 – General Overview The main applications for the Argus™4 video accessories are in remote command overview, training, evidence gathering and investigation. The user is offered a number of different solutions for viewing the camera images at a distance and for recording video from the camera. The user can choose between a fully configured system and the option to use the camera with existing equipment or to build a more complex system.
SECTION 2 - Argus®4 Transmitter and Battery Pack P7030TX ® This accessory allows an Argus 4 camera to transmit video over Wi-Fi to a suitable receiver and to be viewed on a computer connected to it. This is incorporated in a battery pack that provides power for both transmitter and camera.
Fit the transmitter unit to the camera as shown below and click into place. Switch on the camera with the red button as normal and a picture will be seen on the display. To commence transmitting video, a long push on the right-hand button is required. When the camera is sending video the ‘transmit’ icon is shown on the camera, circled in red on the image opposite. A further long push will turn the transmission off.
SECTION 3 - Argus®4 Receiver Station P7030RRS ® This accessory allows reception and viewing of an Argus 4 camera transmitting video over Wi-Fi.
INSTRUCTIONS FOR USE Switch on the computer and ensure that the camera is transmitting. The network adaptor will be recognised by the computer and may connect immediately to the camera. If the camera is not connected automatically, or the wrong camera or network is connected, view the ‘network monitor’ window by clicking the icon and refresh when the camera is switched on and transmitting.
The screen opposite confirms that a connection has been established. Click ‘Disconnect’ when it is desired to end the connection. Disconnection will also occur automatically if the transmitter is turned off or goes out of range. Reconnection is normally automatic when the transmitter is back in range. When a connection is established run the Ateme Player via the icon on the Desktop. Video will then appear in the Ateme Player window and start playing automatically.
SECTION 4 - Argus®4 Receiver Kit P7030RKT ® The Argus 4 receiver kit is a USB wireless network adaptor that allows the transmitted video from the camera to be viewed on a PC/Laptop. The receiver kit is supplied with: • • • • • Wireless network adaptor and 1.
Direct the hardware wizard to search the Wireless adaptor CD for files. Insert the network adaptor CD into the CD drive of the computer. Agree to the installation. Click ‘Finish’ to close the wizard. Do not agree to the wireless connection at this point. The hardware is now installed. The computer should now be adjusted with the network settings.
Open the ‘Network connections’ of the computer either from: The system tray icon Or Start/Control Panel/Network Connections Or Start/Settings/Network Connections ©e2v technologies (uk) limited 2010 107553 09 Aug 2010 DAS762156AA (UK) Version 11, page 12
Pick the new wireless connection. Which other connections are present will depend upon the computer specification. In the example shown opposite, there is a firewall port, a wired network socket and also an internal wireless network port. Select properties and the TCP/IP properties.
On the General tab click on “Use the following IP Address”. To ensure that a simple system will avoid address clashes, generate the computer address using the method below. Use the transmitter serial number as the last two numbers in the address. e.g. for transmitter serial number 20.017, use 10.133.20.17 as the computer address. Enter the IP address selected for the computer in the IP address boxes, 10.133.20.17 in this example. Click in the Subnet mask box and enter 255.255.0.0. Enter 1.1.1.
USE WITH ACCESS POINT SOFTWARE As noted above when used with Win2000, and optionally with newer operating systems, the wireless adaptor can be run using the manufacturers’ own software. Operation is essentially similar in that the camera transmitter is detected in a survey screen and a connection is then made to it. The installation will be described in the documentation included with the access point. An example of using Linksys software with a Linksys access point is shown below.
SECTION 5 - Argus®4 External Power and Video Adaptor P7030EPVA ® This accessory allows an Argus 4 camera to be powered from an external DC power source and for the video from it to be viewed on a computer over a wired network connection, or on a video monitor using a BNC lead.
INSTALLATION The EPVA requires a DC power source of between 10 and 30 V DC. A vehicle accessory plug is provided (cigarette lighter), or this may be removed for direct connections to be made. Do not connect directly to a mains voltage supply. The supply should be capable of supplying up to 10 W (1 A at 10 V or 300 mA at 30 V). Reverse polarity protection is provided in the EPVA.
To change the camera so that it sends output video from switch-on, connect the camera to a PC that has the customer software installed on it using the USB lead supplied with the camera. Run the software and select Camera – change customisable settings. Tick the box ‘Change Network Settings’ and tick the box ‘MPEG4 Streaming Enabled’. Click ‘Save to Camera’.
INSTRUCTIONS FOR USE Powering a Camera Fit the battery substitute unit to the camera as shown below and click into place. Plug the cable into to the junction box and camera. Plug the DC power lead into a suitable outlet, and switch on if necessary. The camera will now turn on and a picture will be seen on the display. The camera is controlled by the power applied to it; the power switch does not control the camera when it is being powered externally.
SECTION 6 – Analogue Output Battery Pack P7030AVBP ® This accessory allows a suitable Argus 4 camera to provide an analogue video output signal over a BNC lead to a suitable display device. This is incorporated in a battery pack that provides power for the camera. Connection to the camera is by replacing the standard battery with the unit supplied. There are no user serviceable parts inside.
Connection to the camera is by fitting the Analogue output Battery Pack in place of the standard battery on the camera. Video output from the camera must be started either by a long push on the righthand button or remotely via the customer software. Alternatively, the camera may be set always to turn on with output video sending as described in FAQ 1. When the camera is sending video the ‘transmit’ icon is shown on the camera, circled in red on the image. The analogue video signal is in NTSC 60Hz format.
SECTION 7 – Video Capture Battery Pack P7030VC ® This accessory allows recording of video from any Argus 4 camera, and the downloading of it to a PC for viewing later. This is incorporated in a battery pack that provides power for the recording device and the camera.
Fit the video capture battery pack to the camera as shown right and click into place. Switch on the camera with the red button as normal and a picture will be seen on the display. To initialise the video recording, a long push on the right-hand button is required. The transmit icon will appear on the viewing screen as circled on the image below right. Once the initialisation process has been completed, after approx 15 seconds, the video capture battery pack will start to record the video.
INSTRUCTIONS FOR PLAYBACK The files can be played back using the Ateme Player supplied on the enclosed CD; see section 8 of the manual for installation instructions. The files can also be played back on other media players (including Windows Media player) if the correct CODEC for MPEG-4 is present. The CODEC for other media players can be found on the internet. To play back the saved video, connect the video capture battery pack to a Laptop/PC using the ® USB Lead supplied with your Argus camera.
SECTION 8 – LRT System The Long Range Telemetry (LRT) video transmission system is an advanced premium system offering exceptional range as well as full quality pictures and higher levels of security than the WiFi system. ® This system allows an Argus 4 camera to transmit video over a digital video link to the receiver and to be viewed on the receiver screen. The transmitter is incorporated in a battery pack that provides power for both transmitter and camera.
INSTALLATION To meet legal requirements, the LRT transmitter is shipped with the RF output turned off, and the transmitter set to a ‘nominal’ frequency. THE EQUIPMENT WILL NOT OPERATE AS SHIPPED Before operating the device, it is the user’s responsibility to determine an acceptable frequency and power level and obtain any necessary licences from the appropriate local authorities to operate the transmitter. The data required for a typical licensing submission is given in the specification section.
Select the COM port where the transmitter is connected and click on Connect. The word “Connected” should now turn green, and the Connection status indicator show green. The boxes will fill with the current settings. Now click ‘Advanced’ Now set the frequency and adjust the power level if necessary to meet the license conditions granted to you. 1. Enter the output frequency in MHz. This example shows a DTX1400 set to a frequency of 1395 MHz. The frequency entered is the centre frequency.
Check that the correct frequency is now shown 1. Click the RF output button to switch on the radio. Note the Video lock is green; this means that the camera analogue video is being detected by the transmitter. If this is red, check that the camera has analogue video output. 3. It is possible to save the configuration to make future set-up easier. This is especially the case if other adjustments have to be made, for instance to suit a command vehicle setup.
Select the COM port where the transmitter is connected and click on Connect. The word “Connected” should now turn green. Enter the transmitter. frequency of the Click ‘Apply’. The screenshot shows a typical display when a camera is transmitting nearby. The signal strength and quality from each antenna are shown. The green indicators show that video is being received and decoded correctly.
Advanced adjustments should not normally be needed, but the following should be noted: 1. These parameters are not automatically detected in the transmission and have to be set for transmitter and receiver, and must match or the system will not work. 2. Always set for 525 NTSC, this is the camera output 3. If preferred, set the screen to go black when no signal is present. 4. The receiver can be set to display signal strength.
INSTRUCTIONS FOR USE Camera / Transmitter The transmitter battery pack contains a standard battery and may be charged with the standard camera charger accessories, the mains charger supplied with the camera (P7030BC+CS) and the vehicle charger (P7030TBC). It contains circuitry to give the same camera display of the battery state as a standard battery, although run time is reduced when transmitting, giving a typical 2 hours in ambient temperatures.
When the camera is sending video the ‘transmit’ icon is shown on the camera, circled in red on the image opposite. A further long push will turn the transmission off. Transmission also ceases when the battery is nearly empty to extend the final few minutes of run time. The default setting for the camera is that it is not sending output video as this conserves power when in normal battery powered use.
Receiver The receiver contains a battery pack and is charged using the charger provided. Both AC and DC versions are available. Do not charge with the standard camera charger accessories. Do not use this charger to charge camera batteries. The receiver is switched on with this switch on the side. The state of charge is indicated by the colour LED. This is normally green, changing to yellow when approximately 1 hour remains and then changing to red approximately 20 minutes before the battery is exhausted.
SECTION 9 - Ateme Player Installation Ateme Player Installation The Ateme player software is supplied to allow viewing of the camera digital video data stream on a PC. The software is pre-installed on the P7030RRS. Installation is only necessary on usersupplied PCs or where a different configuration is desired. Run setup.exe from the Ateme folder on the CD supplied. Follow the instructions in the readme.txt file to register the software to remove the logo from the player.
If a camera is connected by wireless or through a wired connection, video will then appear in the Ateme Player window and start playing automatically. If no video appears, then study the FAQ section to investigate the problem further. The desktop icon may be modified to run a given camera address with a single click. Several icons may be created, allowing one for each camera, for example. 1. Right-click the short cut for the ATEME player and select properties. 2.
The Ateme player has several preset video sizes that are selected as shown opposite. F4 (double size) and ALT+ENTER (full screen) are the most likely to be of use. It is also possible to drag the window to resize although this is not recommended. It can have unforeseen consequences in creating image artefacts and aspect ratio problems. The following optimisations are recommended for the Ateme player: The screen aspect ratio should be fixed using the method shown opposite.
The delay between the camera image and that displayed should be reduced from the default value. Enter the “Control” drop-down menu in Ateme Player and select ‘Ateme Filters’ and then ‘RTP Client’. The properties then appear. window will Set the “Buffering, in milliseconds” value down from the default of 3000 to a much lower figure; it should be set to 30. Note that a setting of 0 may be found to be unsatisfactory. Click ‘Apply’ and ‘OK’.
SECTION 10 - Applications and Advanced Use There are several connection methods available as detailed below, each more suited to certain applications and configurations. Connecting One Camera to One Computer (Point-to-Point - Wired) This is applicable to the EPVA. A data connection is established directly between the camera and the network device inside or attached to the computer. The computer must have either a spare network socket or a USB to network adaptor.
Select the network connection where the camera is connected, then navigate to the TCP/IP properties window as shown opposite.
On the General tab, click on “Use the following IP Address”. Enter the IP address of the computer as 10.133.1.2. Click in the Subnet mask box, and enter 255.255.0.0. Enter 1.1.1.1 as the Default gateway Enter 2.2.2.2 as the preferred DNS server. These are dummy values for this simple connection. The window should now be populated as shown opposite. Click OK, followed by OK again.
Connect the camera to a computer with the USB lead and run the customer software. Select the ‘Change Customisable Settings’ option. Tick the ‘Change Network settings’ box. Enter the desired IP address. Click ‘Save to Camera’. The camera does not use automatically assigned DHCP IP addresses. It is recommended that the address(es) used for cameras be denied to DHCP address allocation in the router set-up.
Connecting to a Computer (Wireless – Point-to-Point) This is the configuration described for the receiver accessories and is the simplest connection to a camera through the Transmitter battery pack. With all cameras having the same IP address, one transmitter can be swapped between several cameras without further set-up. However, ensure that only one transmitter is in use at any one time. See also FAQ 19 and 20 for advice on using more than one transmitter at a time.
Connecting to a Computer (Wireless – Networked) This configuration enables several cameras to operate at once and a combination of wired and wireless cameras to be operated together. Additionally the display computer may also be positioned away from the receiver potentially doubling the range. A router offers some performance benefits in managing the network in a busy wireless environment. It also allows wired camera connections and may allow other networking functionality or internet access for example.
The transmitter control module can be reset to a known configuration by applying a magnet to the module adjacent to the antenna as shown. Hold the magnet in position for 30 seconds while the transmitter is turned on. The reset state is: • • • • • • Connection Channel IP address DHCP SSID Encryption Ad-Hoc 1 10.133.220.
SECTION 11 - FAQ and Troubleshooting 1. Can I make the camera transmit/send/record video all the time? Yes. To change the camera so that it sends output video from switch-on, connect the camera to a PC that has the customer software installed on it using the USB lead supplied with the camera. Run the software and select Camera – change customisable settings. Tick the box ‘Change Network Settings’ and tick the box ‘MPEG4 Streaming Enabled’. Click ‘Save to Camera’.
3. There is a delay between the video on my camera and the digital video being displayed on my computer. ® If you notice a delay between the video being displayed on the Argus 4 camera and the video being displayed on the PC, then this is likely to be due to buffering of the video data by the player. This buffering can be reduced in the Ateme player as follows: Enter the “Control” drop-down menu in Ateme Player and select ‘Ateme Filters’ and then ‘RTP Client’.
4. My video picture has frozen and will not start again. Firstly, check whether the camera is still transmitting; the power may have disconnected or the user may have turned off transmission. In the case of a wireless system, it is also possible that the camera has not gone out of range or the battery may be flat. ® This is most likely due to a break down in communication between the Argus 4 camera and the computer, particularly in the case of a wireless system. • • • Press stop and play on the player.
7. How do I change the size of the video picture on the computer display? The Ateme player has several preset video sizes selected as shown below left. F4 (double size) and ALT+ENTER (full screen) are the most likely to be of use. It is also possible to drag the window to resize although this can have unforeseen consequences in artefacts and aspect ratio. The recommended settings are show below.
8. What is the battery indicator showing with the EPVA? The battery indicator behaves normally when using a Transmitter battery pack or Analogue Output Battery Pack, although runtime is reduced when transmitting. The battery indicator will always show full when using the EPVA. It is not measuring the vehicle or computer battery. 9. What camera software versions do I need? There are some compatibility issues with early cameras of type P7030.
The following player versions have been tested using Win2000, XP-pro and XP-home: Ateme Player: Quicktime: VLC Player: MPlayer MPlayer UI 2.1.13.2 6 and 7 0.8.4a 1.0-rc1 1.2-pre2.35 See user CD http://www.apple.com/quicktime/download/win.html http://www.videolan.org/vlc/ http://www.mplayerhq.hu http://mpui.sourceforge.net/ Note that both VLC and MPlayer are ‘open-source’ players with many variants available. 11.
16. Can I change the antennas on the receiver? Changing the receiver antenna may cause an infringement of regulatory requirements. The receiver antenna should only be replaced with an alternative antenna that has a gain of up to 3 dBi. The LRT receiver allows the use of either the straight antennas or any two of the three in the receiver station lid shown below. Further details are given in section 8 dealing with the LRT system. 17.
The LRT system offers much greater range and has been tested between a basement and first floor location in an adjacent building. 19. How many cameras can I connect at once? For the Wi-Fi systems, no more than 3 cameras can be supported on a single wireless channel due to the data rate required. Indeed, 2 may be the practical limit in many situations where other networks are present or reception is poor.
23. What IP addresses should be used by the system? The following IP address allocations are suggested to ensure that all products have a unique address at all times and will therefore avoid conflicts if coming within range of similar products owned by others. P7030 cameras are all set to 10.133.1.20 as delivered from e2v. This ensures that any camera will appear at the same address to the player, allowing one transmitter to be shared among a number of cameras. This does present a small risk of conflict.
24. How do I change the camera IP address to suit my network? This is performed using the customer software through the USB connection to the camera as described in the camera documentation and used for downloading pictures. Note that the camera does not operate with automatically assigned DHCP IP addresses and that the address selected must not be in use anywhere else on the same subnet for any device. Therefore, in order to have two cameras connected, at least one IP address must be changed.
25. How do I change the Wi-Fi channel or other settings? This may be of use where there is a known source of interference, for example another Wi-Fi system. Note that, although there are up to 14 channels, several are not permitted in most countries and that only 1, 6 and 11 are independent. The adjustment of these settings in the module is different across the various versions of module firmware; please consult the factory for assistance.
SECTION 12 - Specifications Wi-Fi Systems Operating frequency Data format Range Transmission standard – 2.4 GHz 320 x 240 pixel colour camera image at 10 fps MPEG 4 RTSP video stream over port 554 at 600 kb/s Up to 350 m (1150 feet) line of sight. Performance in buildings is dependent upon construction. Interference and other transmitting devices may also reduce range. IEE802.
Receiver Kit P7030RKT The exact device supplied may vary from that shown due to IT product evolution. The following basic requirements will be met: Connectivity Lead length Transmission standard - USB 1.5 m 2.
Analogue Output Battery Pack P7030AVBP Battery Data Battery type Capacity Battery life Charge time Recharge cycles - Ni-MH Rechargeable 2000 mAH 4 hours @ ambient temp 22 °C (72 °F) 2 hours nominal 500 to 80% initial capacity Video Output Connector Signal Format - BNC 75 Ω 1 V p - p 75 Ω NTSC 525-line 60 Hz (EIA RS-170) Mechanical Overall dimensions Weight (H x W x D) - 60 x 125 x 65 mm (2.4 x 5 x 2.
Video Capture Battery Pack P7030VC Battery Data Battery type Capacity Battery life Charge time Recharge cycles - Ni-MH Rechargeable 2000 mAH 3 hours @ ambient temp 22 °C (72 °F) recording 4 hours @ ambient temp 22 °C (72 °F) not recording 2 hours nominal 500 to 80% initial capacity Data Output Connector - Video Format - Fischer 102 series Use the lead supplied with camera (P7030PC) to convert to a standard USB A plug MPEG-4 320 x 240 10 Hz Mechanical Overall dimensions Weight (H x W x D) - 60 x 125 x
LRT Transmitter DTX1400 and DTX2400 Battery Data Battery type Capacity Battery life Charge time Recharge cycles - Ni-MH Rechargeable 2000 mAH >75 minutes @ ambient temp 22 °C (72 °F) transmitting 4 hours @ ambient temp 22 °C (72 °F) not transmitting 2 hours nominal 500 to 80% initial capacity Mechanical Data Overall dimensions - with 1400antenna (H x W x D) with 2400antenna (H x W x D) without antenna (H x W x D) - Weight - 189 x 126 x 69 mm (7.5 x 5.0 x 2.7 inch) 150 x 126 x 69 mm (6.0 x 5.0 x 2.
LRT Receiver DRX1400 and DRX2400 Mechanical Data Overall dimensions - without antenna (H x W x D) - Weight - 189 x 290 x 65 mm (7.5 x 11.5 x 2.4 inch) 2 kg (4lb 6 oz) nominal Environmental Data –10 °C to +50 °C –10 °C to +40 °C battery charging Operating temperature Sealing - The Receiver is splash-proof to IP42. Storage - The receiver can be stored for short periods.
LRT Receiver Station DRRS1400 and DRRS2400 Mechanical Data Overall dimensions - (H x W x D) - Weight - 415 x 320 x 165 mm (16.4 x 12.6 x 6.5 inch) 5 kg nominal Environmental Data Sealing Storage - The Receiver is splash-proof with the lid open The receiver station is IP67 when closed and locked. The receiver can be stored for short periods. It is recommended that for maximum effective operational life, the storage temperature is kept between –10 °C and +40 °C (14 °F and 104 °F).
SECTION 13 - FCC Statement (All products) NOTE: Unless specified elsewhere described in this user guide this equipment has been tested by verification and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. The P7030EPVA operating in LAN mode is a class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures. Operation is subject to the following two conditions: 1.
SECTION 14 - Compliance and Legal Notices (P7030TX Transmitter) Compliance Information for 2.4 GHz Wireless Products, relevant to the EU and other countries following the EU Directive 1999/5/EC (R&TTE Directive). The transmitter is a class 2 device.
CE Marking The following standards were applied during the assessment of the product against the requirements of the Directive 1999/5/EC: Radio: EN 300 328 EMC: EN 301 489-1, EN 301 489-17 Safety: EN 60950 For all products, the Declaration of Conformity is available below and as a .pdf file on the product CD. For the P7030TX Transmitter and Battery Pack, the following CE mark, and notified body number where applicable, are added to the equipment.
©e2v technologies (uk) limited 2010 107553 09 Aug 2010 DAS762156AA (UK) Version 11, page 66
FCC STATEMENT The P7030TX Transmitter and battery pack includes a radio module that has been tested and found to comply with FCC part 15C. The FCC Identifier is RTAB-WLNB which is shown on the label fitted to the side of the unit. The P7030TX Transmitter and battery pack does not contain as user adjustable components. Any unauthorised modification would invalidate the FCC certification.
SECTION 15 - Compliance and Legal Notices (DTX1400 LRT Transmitter) Compliance Information for 1.4 GHz Wireless Products, relevant to the EU and other countries following the EU Directive 1999/5/EC (R&TTE Directive). The transmitter is a Class 2 device.
©e2v technologies (uk) limited 2010 107553 09 Aug 2010 DAS762156AA (UK) Version 11, page 69
SECTION 16 - Compliance and Legal Notices (DTX2400 LRT Transmitter) Compliance Information for 2.4 GHz Wireless Products, relevant to the EU and other countries following the EU Directive 1999/5/EC (R&TTE Directive). The transmitter is a Class 2 device.
CE Marking The following standards were applied during the assessment of the product against the requirements of the Directive 1999/5/EC: Radio: ETSI EN302064-2 EMC: EN 301 489-28 Safety: EN 60950 For all products, the Declaration of Conformity is available below and as a .pdf file on the product CD. For the DTX2400 Transmitter and Battery Pack, the following CE mark is added to the equipment.
Norway (NO) Frequencies are available licence exempt up to 2 W EIRP with operating frequencies of 2327 and 2390 MHz. Other frequencies are available under licence. Spot frekvenser for 2327 og 2390 MHz finnes konsesjon fritatt opptil 2W EIRP. Andre frekvenser er tilgjengelig under lisensen. Spain (ES) UN-109 (National Picture of Attribution of Frequencies (C.N.A.F.) specifies that the spot frequencies of 2421, 2449 and 2477 MHz are available and is licence exempt up to 500 mW EIRP.
©e2v technologies (uk) limited 2010 107553 09 Aug 2010 DAS762156AA (UK) Version 11, page 73
FCC STATEMENT The DTX2400 LRT Transmitter includes a radio module that has been tested and found to comply with FCC part 90. The FCC Identifier is PW9-DTX2400, which is shown on the label fitted to the side of the unit. The DTX2400 LRT Transmitter is only certified for use with antenna with a gain up to +3 dBi. The DTX2400 LRT Transmitter does not contain any user adjustable components. Any unauthorised modification would invalidate the FCC certification.
SECTION 17 - Warranty 1. EXPRESS WARRANTY e2v Technologies ("e2v") warrants that this product is free from mechanical defects or faulty workmanship for one (1) year from the date of shipment, provided it is maintained and used in accordance with e2v’s instructions and/or recommendations. This warranty does not apply to expendable or consumable parts whose normal life expectancy is less than one (1) year. Replacement parts and repairs are warranted for ninety (90) days from the date of shipment.
User Notes ©e2v technologies (uk) limited 2010 107553 09 Aug 2010 DAS762156AA (UK) Version 11, page 76
e2v technologies (uk) limited Waterhouse Lane Chelmsford Essex CM1 2QU, UK Telephone: +44 (0)1245 493493 Facsimile: +44 (0)1245 492492 e2v technologies inc.
