High Definition Camera

Transcription

1 High Definition Camera System Installation, Operation, and Maintenance Manual June 2008 Release 1, Version 1.0 AWS Part # 9735

2 Copyright Copyright 2008, by AWS Convergence Technologies, Inc. All Rights Reserved. Manual Copyright, 2008, by AWS Convergence Technologies, Inc. All Rights Reserved. Information in this document is subject to change without notice and does not represent a commitment on the part of AWS Convergence Technologies, Inc. FCC Compliance This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy, and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his, or her, own expense. Release 1, Version June 2008

3 Disclaimer The procedures, methods, and hardware described in this manual are intended to provide general guidelines and instructions for installing the WeatherBug High Definition Camera (HDCam) system. Each installation site is unique and each site may require special considerations that are beyond the scope of this manual. Any questions not covered within this manual should be directed to WeatherBug Weather Station Technical Support at (800) or All procedures, methods, and hardware used to install a WeatherBug HDCam system must conform to all applicable building codes (national, state, and local). Installation subcontractors are responsible for complying with all applicable codes. Buyer and/or installer provided hardware must be equivalent or better (according to industry standards) than that specified in the WeatherBug Installation Manual. The buyer/installer is responsible for any damage caused by installation of the WeatherBug HDCam. THINK SAFETY FIRST! Release 1, Version June 2008

4 Table of Content Copyright... 2 Disclaimer... 3 Table of Content... 4 Table of Figures... 5 Thank You!... 6 Plan Ahead... 7 Safety!... 7 Getting Started... 9 Camera System Parts... 9 Tools Needed Site Evaluation Installation Indoor Preliminary Setup Viewing Live Video and Captured Images Live Video Captured Images Routing the Cable Outdoor Installation Indoor connections Focusing the Camera WeatherBug HDCam Viewer Page Configuration Troubleshooting Maintenance Additional Information Specifications HDCam Lens Power Supply Release 1, Version June 2008

5 Table of Figures Figure 1 - Wall Mounted HDCam Figure 2 Preliminary Equipment Setup Figure 3 - Red Indicator Light Showing HDCam Initiating Power Figure 4 Green Indicator Light Confirming HDCam Power Figure 5 Link Light Indicating Camera Establishing an Internet Connection Figure 6 Main Page Figure 7 HDCam Finder Tool Action Prompt Figure 8 HDCam Finder Tool Security Prompt Figure 9 StarDot Tool Welcome Figure 10 StarDot Tool Installation Location Figure 11 StarDot Tool Shortcut Options Figure 12 StarDot Tool Confirmation of Selected Options Figure 13 StarDot Tool Installation Completion Figure 14 StarDot Tool IP Address Locator Figure 15 WeatherBug HDCam Viewer Page Figure 16 - Web Browser Address Bar Figure 17 - HDCam with Drip Loop Figure 18 HDCam Lens Focus Adjustment and Lens Zoom Adjustment Figure 19 WeatherBug HDCam Viewer Page Showing Location of Config Link Figure 20 WeatherBug HDCam Viewer Page Config Login Figure 21 Network Tab in Config Option of the WeatherBug HDCam Viewer Page Figure 22 HDCam Power Supply Showing Illuminated Indicator Light Figure 23 HDCam Indicator Light Showing Power Connection Established Figure 24 HDCam Link Light Indicating Internet Connection Established Release 1, Version June 2008

6 Thank You! Thank you and congratulations on acquiring the WeatherBug HDCam system. The WeatherBug HDCam captures images of local weather conditions with the advantage of a much higher resolution than with cameras previously offered. The quality of the images from the WeatherBug HDCam is sure to enhance the benefit of your weather system. With very little configuration required, setup for this camera is straightforward and fast. By installing and operating the entire WeatherBug system, you become an essential part of the WeatherBug program, an integrated network of weather stations comprising the largest weather monitoring system in the world. You can monitor a high-quality, live image from the camera using most web browsers connected to a Local Area Network (LAN). The maximum frame rate is 30 frames per second (FPS). Captured images are also available through the internet at Release 1, Version June 2008

7 Plan Ahead Read this entire manual before beginning installation. Retain this manual for future reference for any staff member who may operate the weather station, now or in the future. The WeatherBug HDCam installation can be straightforward and easy to complete if all steps are followed closely. In order to ensure the most efficient installation possible, you MUST follow the steps in Indoor Preliminary Setup BEFORE installing ANY equipment outdoors. The most important aspect of preparation is safety. Installation of the HDCam requires working with electrical cable, drilling through walls or other dense support structures, standing on ladders, and, possibly, walking on roofs. Please carefully read the section below on Safety. Please pay close attention to the section on Site Evaluation. A complete site evaluation determines proper placement of the camera and will prevent the need to have to re-mount the camera and re-route the cables. All additional parts needed (such as ladders, drills, bits, etc.) should be assembled and inspected before beginning installation. WeatherBug cannot accept responsibility for damage caused by these tools so all safety precautions should be adhered to. This would include the use of leather gloves and goggles when appropriate. If there are any questions, doubts, or discrepancies, call WeatherBug Weather Station Technical Support at (800) or support@aws.com. Safety! (Please see Troubleshooting, Maintenance, and Additional Information in this document) Only qualified personnel should install the HDCam. While installation of the HDCam is not particularly difficult, it does usually require installation near the rooftop and working with electrical wiring, which presents some amount of risk. To limit risk to self and property, this manual should be thoroughly read and understood before beginning installation. Adhere to all warnings on the unit and in the operating instructions Release 1, Version June 2008

8 Installation must conform to national, state, and local building code requirements with the most stringent guidelines being adhered to. The HDCam should only be installed by someone comfortable with being on a high ladder or rooftop and who is authorized by the site to perform the installation. Roof and ladder safety is crucial! Allow only qualified Electricians to make electrical connections. Take all reasonable safety precautions double checking a power cable connection could save a life. Stay as far away from other electrical wiring as possible. Never allow the camera housing, the cabling, a drill bit, or any other item to contact electrical wires or conduit. Injury or death could result. A qualified installer will need to securely mount the unit to a supporting structure capable of sustaining the weight of the unit (4.5 pounds) by using appropriate tools and hardware. Failure to properly secure the HDCam could result in the unit separating from the support structure and falling. This would not only damage the camera but could injure anyone standing nearby. If needed, WeatherBug may be able to recommend professional installers and an estimate of the cost. If this is desired, please call WeatherBug Weather Station Technical Support at (800) or support@aws.com. Release 1, Version June 2008

9 Getting Started Camera System Parts Item Part Number HDCam 9710 HDCam Housing 9740 Housing Mounting Arm ft Cat 6 Power over Ethernet Cable 8525 HDCam Power Supply 9745 Network Surge Suppressor 8550 Power Strip ft Cat 5 Network Ethernet Cable 5452 Cable Ties 1168 Please carefully unpack, set out, and identify each part and inspect for damage. If any damage is noticed, please call WeatherBug Weather Station Technical Support at (800) or support@aws.com Outdoor Components Indoor Components 200 ft Cat 6 PoE Cable Network Surge Suppressor HDCam in Housing Power Strip Mounting Arm HDCam Power Supply Cable Ties 5 ft Cat 5 Network Ethernet Cable Release 1, Version June 2008

10 Tools Needed (Not supplied by WeatherBug) Wire cutters and pliers #2 Phillips screwdriver 7/16 Wrench 9/16 Wrench Heavy-duty drill with bits sized up to 1-1/4 bits must be appropriate for material being drilled into (masonry, wood, metal, etc.) and must be long enough to penetrate the support walling from exterior to interior (possibly as much as 10 or more). Socket drivers, designed to be used with a drill, of the size(s) needed to fit the screws intended for use in mounting the HDCam. Fish Tape to pull cable through wall Electrical Tape to tape the ends of cables for protection and to hold connectors and cables together. Bolts/Screws needed to attach the mounting arm to the wall will very according to several factors. Both the composition of the mounting surface and the weight of the unit (4.5 pounds) must be taken into account. An adjustable ladder Leveling device Release 1, Version June 2008

11 Site Evaluation All sites will have certain building restrictions. To get the most out of the camera, a location needs to be chosen that will present the least restrictions. The sky, sun, and clouds are important elements in the captured images. A perfect picture, in this case, includes about 50% sky and about 50% earth. Remember that the camera will be operating throughout the year. A good view in the late fall or winter may be obstructed by tree growth in the spring and summer. Spend time looking at the lighting and shading based on the time of day, types of weather, and time of year. It is best to center the camera facing toward the prevailing winds generally Westerly in the United States. If you invest the time now in site evaluation, your efforts are sure to pay off in the end. The camera must also be securely mounted to avoid distortion of the camera images. The mounting arm must be wall mounted for optimal stabilization. The camera should be mounted high enough so that there is a clear view of the horizon. The unit should be mounted so that it is easily accessible. This will aid in any maintenance or adjustments that may have to be made. Once you have chosen the direction you want the camera to face, it should be mounted on the outermost wall in that direction. This will keep any roofs and unnecessary structures out of your camera view. Select and verify a route to run the cables from the camera to the interior of the building. Figure 1 - Wall Mounted HDCam Note: Any cable routed on the building structure exterior must be secured and routed in a conduit. Keep in mind that the unit comes with 200 feet of cable that must reach from the camera to the network connection. Extensions for the cable may be obtained from WeatherBug by calling (800) or ing support@aws.com. Release 1, Version June 2008

12 Installation Indoor Preliminary Setup *****SETTING THE HDCAM UP INDOORS ON THE NETWORK IS ESSENTIAL FOR THE SUCCESSFUL OUTDOOR INSTALLATION OF YOUR CAMERA. ***** By following these preliminary steps you will have the ability to obtain the internal IP address of the HDCam, which you need in order to view the live video transmitted from the HDCam. It is imperative that you install the camera indoors initially in order to guarantee that the camera is working as it should. In order for the camera to transmit images as it is designed to, TCP port 21 (FTP) outbound MUST be open for the internal IP address of the camera. In order to test the camera indoors you will need the following supplied equipment: HDCam 200 ft cable Power Supply Network Surge Suppressor 5 ft cable You will need to have access to a computer running on the same subnet (network) as the network connection that you will connect the camera to for this test. You will also need an electrical outlet nearby. Release 1, Version June 2008

13 1. Plug one end of the 200 ft Ethernet cable into the camera where the connection is labeled NET (PoE). 2. Plug the other end of the 200 ft Ethernet cable into the power supply where the connection is labeled Data and Power Out. 3. Plug the network surge suppressor into the power supply in the connection labeled Data In. 4. Plug the 5 ft Cat 5 Network Ethernet cable into the network surge suppressor. 5. For internet transmission, plug the opposite end of the 5 ft Cat 5 Network Ethernet Cable into the network connection. 6. For power, plug the power supply into an electrical outlet. Figure 2 Preliminary Equipment Setup Release 1, Version June 2008

14 Once the camera has a power connection and internet transmission, several lights can be seen on the camera for verification. In Figure 3 and Figure 4, the power sequence is apparent through the change from the red light on the top which will appear after connected for about 15 seconds, to the green light on the bottom, which will appear after another 15 seconds. Figure 3 - Red Indicator Light Showing HDCam Initiating Power Figure 4 Green Indicator Light Confirming HDCam Power Release 1, Version June 2008

15 In Figure 5, an orange light is visible near the bottom right corner of the NET (PoE) connection. This orange light will illuminate while the ethernet connection is being established. About 30 seconds later a green light will illuminate on the bottom left side of the NET (PoE) connection. The green light indicates the camera has established an IP address. The green light also indicates the camera is connected to the internet. Until the green light is illuminated, communication with the camera through the network is not possible. The green light indicates that the camera has an Ethernet connection which is crucial for data transmission. Figure 5 Link Light Indicating Camera Establishing an Internet Connection Proceed on to the next section Viewing Live Video and Captured Images in order to verify your camera is sending images properly. Release 1, Version June 2008

16 Viewing Live Video and Captured Images Live Video In order to obtain live video from your camera you will need to acquire the internal IP address of your camera. To do this, you will need to download a program from the internet. Open a web browser on a computer connected to the same subnet as the camera. THE HDCAM ABSOLUTELY MUST BE CONNECTED TO THE SAME SUBNET AS THE COMPUTER USED TO AQUIRE THE INTERNAL IP ADDRESS OF THE CAMERA. To begin, visit Figure 6 Main Page 1. Click on the link that says HD Camera Finder Tool 2. Click Run Figure 7 HDCam Finder Tool Action Prompt Release 1, Version June 2008

17 Figure 8 HDCam Finder Tool Security Prompt 3. Click Run again Figure 9 StarDot Tool Welcome 4. A StarDot Tools Setup window will pop up, click next. Figure 10 StarDot Tool Installation Location 5. Select where you want your StarDot tools installed, click next. Release 1, Version June 2008

18 Figure 11 StarDot Tool Shortcut Options 6. Select the Shortcut options you desire, click next. Figure 12 StarDot Tool Confirmation of Selected Options 7. Click next to proceed with the installation. Figure 13 StarDot Tool Installation Completion 8. Make sure the Launch Program box is selected, click finish. Release 1, Version June 2008

19 Figure 14 StarDot Tool IP Address Locator 9. Once you launch the program you will see the IP address of your HDCam listed. Note: If you do not see an IP address listed you are not connected to the same subnet as the camera and you will need to finish testing in another location where you can guarantee the computer and camera are on the same subnet. If you are certain the camera is connected to the same subnet as the computer you are working on and you have verified the camera is installed properly, than you will need to call WeatherBug Weather Station Technical Support at (800) If your network does not assign DHCP IP addresses, you will need to obtain a null modem cable to program a Static IP address in order to finish installation. A null modem cable and instructions can be obtained by calling the above number. Release 1, Version June 2008

20 Figure 15 WeatherBug HDCam Viewer Page 10. Once you have the IP address, open a web browser and go to the web page for the camera s internal IP address. For example, if the IP address is , you would enter in the address bar of your web browser. You should then arrive at the WeatherBug HDCam Viewer Page for your camera. Figure 16 - Web Browser Address Bar Note: If you will need to set a static IP address for your camera, you will need to refer to the section entitled, WeatherBug HDCam Viewer Page Configuration on page 27. Release 1, Version June 2008

21 Captured Images In order to obtain captured images you MUST have TCP port 21 (FTP) outbound open and you MUST call WeatherBug Weather Station Technical Support at (800) or Your camera must be enabled through headquarters in order for your captured images to be available through the WeatherBug website. Once your camera is enabled, using a web browser on a computer connected to a Local Area Network (LAN), you can view images from your camera by visiting and searching for your location name. Now that you have confirmed that captured images and live video are visible from the HDCam and available on the network, you are ready to proceed with the rest of the installation. Release 1, Version June 2008

22 Routing the Cable It is best to work with a team of at least two people, as cable will have to be handled from both the inside and the outside of the building. Keep in mind the standard HDCam package contains 200 feet of cable. This cable must reach from a network connection to the camera. Note: The 200 ft Cat 6 Power over Ethernet cable provided as part of the HDCam Package is not specific to this camera. Any Cat 5 or Cat 6 Ethernet cable can be interchanged with the cable provided. Also, the HDCam Ethernet Cable is not UV rated. Therefore, the cable must be routed in conduit when running outdoors to protect the cables. The cable should be run inside as much as possible. Cable can be run in ceiling spaces. In order for optimal camera operation, the maximum possible cable length is 328 ft (100 m). 1. With one end of the cable as close as possible to the network connection that will be used and allowing about eight extra feet, tape the end of the cable to something sturdy in the area to hold it in place, keeping in mind that the cable cannot run directly across the floor and will have to be attached to areas such as the base of walls when the job is complete. 2. Run the cable to the general area that the camera will be mounted outside; fish tape may be used here to make this step easier. 3. Tape the cable down as close to where the camera will be mounted as possible. 4. At the outside location where the camera is to be mounted, as close to the camera as you can get, install conduit to cover any outside portion of the cable. Make sure the cable will reach to where the camera will be mounted. Release 1, Version June 2008

23 Outdoor Installation For the following steps you will need to unpack the items listed below: HDCam in Housing Mounting Arm Cable Ties 1. Starting from the camera mounting location, attach the mounting arm to the wall and secure tightly (hardware not included). In addition, make sure the mounting arm is mounted high enough so that the camera is not at more than a 45 degree angle. The direction of the arm should allow the camera to be focused and cleaned with minimal effort. 2. Attach the camera housing to the pivoting bracket using the supplied hardware and a 7/16 wrench. 3. Attach the pivoting camera housing bracket to the mount arm using a 9/16 wrench. 4. Open the camera housing by turning the latch in a counterclockwise direction until you can no longer turn it. Lightly push down on the top of the enclosure while pulling back on the latch. Be careful when you let go of the latch, the top is spring loaded and may fly open if you do not hold onto it. 5. After feeding the outdoor end of the 200 ft Ethernet cable through the bottom opening of the camera housing, connect the cable into the camera where the connection is labeled NET (PoE). Leaving some slack in the cable inside of the housing, turn the outside ring on the bottom opening of the camera housing to secure the cable. 6. Securely fasten the wire harness with the supplied cable ties to the mount arm leaving a slight loop to both reduce tension on the connection as well as allow excess water to do drip off of the cable. Figure 17 - HDCam with Drip Loop 7. Continue to fasten the cable to the arm and down the mounting structure until reaching the location where the cable will enter the building/conduit. 8. Cut off the remaining ends of the cable ties. 9. The HDCam needs to be grounded according to local electrical code. 10. Close the camera housing. Release 1, Version June 2008

24 Indoor connections For the following steps you will need to unpack the items listed below: Network Surge Suppressor Power Strip Power Supply 5 ft Cat 5 Network Ethernet Cable 1. Plug the indoor end of the 200 ft Ethernet cable into the power supply where the connection is labeled Data and Power Out. 2. Plug the network surge suppressor into the power supply in the second connection labeled Data in. 3. Plug the 5 ft Cat 5 Network Ethernet cable into the network surge suppressor. 4. For internet transmission, plug the opposite end of the 5 ft Cat 5 Network Ethernet Cable into the network connection at the location inside of the building. 5. For power, plug the power supply into the power strip and plug the power strip into an electrical outlet. Make sure you plug the power supply into the power strip as this step was not completed during indoor preliminary setup. 6. Once the camera has a power connection and internet transmission, several lights can be seen on the camera, which you should have witnessed while completing the Indoor Preliminary Setup section of this manual on page 12. Refer back to this section for images depicting the necessary light activity on the camera. Release 1, Version June 2008

25 Focusing the Camera Two people are needed to complete this portion of the install. One person will need to work with the installed camera to make the necessary focus adjustments while another person assists with focusing by looking at the images through the WeatherBug HDCam Viewer Page ( your camera ip address ) on a computer on the same network. Open the camera housing. Inside there are two adjustments on the camera. The adjustment located closest to the front of the lens is the Lens Focus Adjustment. The adjustment located closest to the camera is the Lens Zoom Adjustment. 1. Unscrew both lens adjustment knobs. 2. Facing the back of the camera, turn both lens dials counterclockwise until they stop. 3. Then move the Lens Zoom clockwise until the person watching the image says it is zoomed in or zoomed out as much as desired on the center of the view you wish to capture. 4. In order to make the image clear, move the Lens Focus Adjustment clockwise until the desired clarity is reached. This adjustment is very sensitive. To fine focus the camera, only the smallest adjustment is needed. 5. Tighten both lens adjustment knobs in order to lock in your desired settings. 6. Once the camera is focused, if the image is blurry on one side try rotating the actual lens until the image is crisp from one side to the other. Figure 18 HDCam Lens Focus Adjustment and Lens Zoom Adjustment Release 1, Version June 2008

26 Camera setup is now complete. As long as the camera is installed using DHCP and confirmation of image transmission has been completed by calling WeatherBug Weather Station Technical Support at (800) , the camera is fully operational. If the camera requires a static IP address, adjust the camera settings by following the steps in the following section entitled, WeatherBug HDCam Viewer Page Configuration on page 27. Release 1, Version June 2008

27 WeatherBug HDCam Viewer Page Configuration In this section you will have the ability to set a static IP address for you camera. In order to configure your camera you MUST have the internal IP address of your HDCam. If you do not know the internal IP address of your HDCam, please refer to the Live Video section of Viewing Live Video and Captured Images on page 16. Follow the steps to open the WeatherBug HDCam Viewer Page. If you know your IP address, you can refer to Step 10 in the Live Video section of Viewing Live Video and Captured Images for explanation of how to open your live video inside of a web browser window, also known as the WeatherBug HDCam Viewer Page. Once you have the window open click on the word Config on the bottom left of the webpage. Figure 19 WeatherBug HDCam Viewer Page Showing Location of Config Link A window will pop-up prompting you to enter a user name and Password. Your camera has been programmed with a generic user name and password. Your user name is admin and your password is WxBugHD. The password is case sensitive. Release 1, Version June 2008

28 Figure 20 WeatherBug HDCam Viewer Page Config Login Once you are logged in, click on the network tab. Here, you have the ability to change the internal IP address of the camera as well as any other network settings you wish to configure for your HDCam. Once you are finished working with the configuration settings of your HDCam, click apply. You can click on Live Image Page to go back to the live video from your camera. We highly recommend that you leave all other information in the remaining tabs set to default unless a WeatherBug technician is working with you. Release 1, Version June 2008

29 Figure 21 Network Tab in Config Option of the WeatherBug HDCam Viewer Page Note: DO NOT change the Web Server Port or the Video Streaming Port values. Changing these values from their default settings will obstruct the option to view live images from the camera. Release 1, Version June 2008

30 Troubleshooting In cases of malfunction, the most common cause is lack of power to the HDCam. Be sure to check power supplies and connections to ensure that the HDCam has the proper power supply and that the components are turned on. You should see a light illuminated on the power supply as depicted in Figure 22. Figure 22 HDCam Power Supply Showing Illuminated Indicator Light If a power problem is suspected, unplug and re-plug the HDCam power supply. You can verify if you have power by looking for the light discussed in Installation, on page 14, through the window of the front of the housing at the top right corner of the camera. If this light is lit you should have power. Figure 23 HDCam Indicator Light Showing Power Connection Established Release 1, Version June 2008

31 You can also check the light on the back of the camera, below the NET (PoE) connection. You will have to open the camera housing to do this. If the green light is illuminated, you should have an internet connection. If you are unable to see the green light illuminated, go to a computer that you can guarantee is connected to the same network as the camera. Verify that you are not having internet or network problems by visiting a website like Figure 24 HDCam Link Light Indicating Internet Connection Established If you are able to view live video through the WeatherBug Viewer Page, but you are unable to retrieve captured images through you need to verify that TCP port 21 (FTP) outbound is open. In the event that you have gone through the provided troubleshooting steps and your camera is still inoperable, contact WeatherBug Weather Station Technical Support at (800) or support@aws.com. Release 1, Version June 2008

32 Maintenance There is little maintenance needed for the HDCam. As long as the camera housing remains tightly closed, there should rarely be a need to clean anything inside the camera housing. Some sort of blower ( canned air) can be used to remove dust from the camera lens as needed. The window at the front of the housing, where the lens is positioned, may be very loosely wiped with a dry, soft cloth to remove dust and debris. The window can then be wiped with the cloth using a very small amount of water. DO NOT use volatile solvents such as alcohol, benzene, thinners, or ammonia as they may damage the surface finishes. DO NOT use abrasive cleaners, cloths, or sponges. Please keep in mind that most household cleaners (such as Windex, etc.) contain ammonia. Release 1, Version June 2008

33 Additional Information This product has been designed with safety in mind. However, if not properly installed and used, any electrical product can cause fires. To avoid such incidents, please be sure to follow these guidelines. Be sure to follow all general safety precautions. In case of a system breakdown, discontinue use, unplug the unit and all other cables, and contact WeatherBug Weather Station Technical Support at (800) or support@aws.com. In case of abnormal operation: Unit is emitting smoke or an unusual smell Water or other foreign objects enter the housing The unit is dropped or damaged Disconnect the camera power cable and other connecting cables Contact WeatherBug Weather Station Technical Support at (800) or support@aws.com. Release 1, Version June 2008

34 Specifications HDCam Item Frame Transfer Exposure Range Exposure Color Balance Sharpening Dimensions Weight of Camera and Housing Weight of Camera Outside of Housing Case of Camera Operating Temperature Range Specification Up to 30 frames per second (FPS) 1/48,000 second 0.7 seconds Auto/Manual Auto/Manual Auto/Manual 3.23 W x 2.25 H x 4.44 L / 82mm W x 57mm H x 112mm L 4.5 pounds/ 2 kilograms 14 ounces/ 397 grams Aluminum clam shell body, argentan alloy front cover F / C Lens Item Operation Range: Iris Operation Range: Focus Operation Range: Zoom Iris, Focus, and Zoom Control Specification F1.4 F16 C 0.5 m Inf. 4 mm 8 mm Manual Power Supply Item Input Voltage Input Current ( VAC) Minimum Available Output Power Nominal Output Voltage Input (Data In) Output (Data & Power Out) Operating Temperature Range Specification VAC/ Hz 0.5 ampere (max) 15.4 Watts VDC Ethernet 10/100Base-T Ethernet 10/100Base-T, plus 48 VDC F/ C Release 1, Version June 2008