Säkerhet/Övervakning & Highspeed

Elma Vision SW-2MP-B-4G

Bullet övervakningskamera i FULLHD upplösning 1980x1020 pixlar och kommunikation via 4G GSM data simkort. 

Kamerna kan användas/nås via Android / IOS APP eller via VSM Client på PC.

Händelser, video och snapshots sparas internt i minnet i kameran eller om det man har satt det till PCns hårddisk. Med PC Client så kan man övervaka med upp till 16 kameror samtidigt.
Kameran är IP66 och kräver ingen installation då det är Plug and Play.
Kameran har inbyggd IR LED "Night Vision" och levereras med ett utbytbart SD kort (128GB) samt 12V strömförsörjning.
 

SecuriTEST IP är ett nytt, smart och robust instrument för test på CCTV installationer. Instrumentet är försedd med en stor användarvänlig touchskärm där det är enkelt att välja de önskade funktionerna. SecuriTEST IP är både en installationstester och även en felfelsökningstester för digital / IP, HD-koaxial och analog CCTV-kamerasystem.

SecuriTEST IP ökar produktiviteten från början till slut. Instrumentet kan försörja kamerorna med spänning på både PoE / PoE + -sidan och på den vanliga 12VDC-sidan. Kameraerna kan anslutas direkt via RJ45 och BNC samt trådlöst via Wi-Fi. Man kan dessutom välja automatisk anslutning och nätverks konfiguration av IP-kameror. Instrumentet är försedd med inbyggd DHCP-server.

Det är enkelt att använda kameror och välja de parametrar som man vill testa och dokumentera. Instrumentet är försedd med internt minne på 10 GB och det kan kompletteras med SD-kort på 8 GB. Där kan du spara många testrapporter, skärmdumpar och videor. Rapporten kan enkelt överföras till PC och kan bl.a. innehålla tid och plats, instrumentdata, kamerainformation, nätverksdata och bildinformation.

Med QuickIPTM ger SecuriTEST IP tekniken som är nya i IP kamerasystemer, en snabb och enkel installation av kamerorna, utan att vara nätverksexperter.

SecuriTEST IP levereras med.: Väska, bärrem, strömförsörjning, kabelsökare / fjärrkontroll, 3m patchkabel Cat 5 UTP, 3m koaxialkabel med hanne BNC-kontakter i båda ändar, 3m 12VDC kabel för kamera tillförsel, RS485 kabel med uttag och två krokodilklämmor 0,5m ljudkabel med krokodilklämmorl, 8GB micro SD-kort, USB-kortläsare och quickguide.

Elma Vision Einar 5 är en plug-n-play smart kamera med inbyggd programvara för igenkänning av nummerplåtar (ANPR). Konfiguration av kameran görs direkt via IP-adressen snabbt och enkelt. Kameran används för nummerplåtsregistrering av in- eller utfart på områden. Via en GPIO-port skickas en signal till bom eller portstyrning samt möjlighet för att skicka vidare informationen till en betalningsanläggning.
 
Elma Vision Einar 5 kan fungera som en stand-alone kamera, eftersom den har inbyggt minne. Kameran har en 5MP färgsensor med automatiskt justerbar optik, samt inbyggd infraröd LED-belysning. Dessa funktioner gör det möjligt att zooma och fokusera efter behov och ställa in för speciella ljusförhållanden och nummerplåtar med färgad bakgrund. Kameran strömförsörjs via POE, vilket gör installationen enkel och säker. Nummerplåta känns igen på en avstånd från ca. 1,5m - 12m. 

Einar 5 levereras med monteringsbeslag, IP67-förskruvning för RJ45-kontakt samt installations-/användarvägledning. 

The FLIR Elara FR-345-EST is an affordable, fixed-mount radiometric camera for accurately measuring skin temperature at medium- to high-throughput entry control points. Equipped with on-edge, intelligent face detection, Elara FR-345-EST issues on-screen prompts to individuals when they need to remove glasses, while also guiding them to the correct position for best measurement. The non-contact camera automatically locates and measures the inner canthus (corner of the eye) within one second and provides an instant pass/fail graphic to the individual. Integration with VMS systems further streamlines workflow and decision-making for facilities, while helping security personnel maintain a safe distance from potential health risks. Elara FR-345-EST does not require or save personally identifiable information (PII) for skin temperature screening.

The Phantom T4040 captures 4Mpx resolution images at speeds not previously possible. Our proprietary sensor with back side illuminated (BSI) architecture ensures 40Gpx/s data throughput is sustained and a max frame rate of 440,000 fps. A peak Quantum Efficiency rating above 90% ensures the sensor’s ability to capture images at lower light levels. 

4 Mpx resolution offers significant benefits over traditional 1Mpx high-speed cameras for subjects with high level of detail or objects with movement across a larger field of view.  Flow Visualization techniques including Particle Image Velocimetry are improved due to the precise rendition of the particles’ shape, size, and location. Digital image correlation also benefits from the increased resolution by allowing researchers to collect more data over a larger surface area. 

With a 9.27 µm pixel size the camera is well suited for subjects that require high magnification, from the biomechanical study of insect wing movement to the high-tech world of microchip development. The compact T-Series camera body offers lens mount options that easily connect to specialized optics. 

The T4040 includes EDR (Extreme Dynamic Range), providing mitigation for bright flashes by dynamically adjusting exposure in saturated areas of the image. It also includes on-camera controls, video outputs and CineMag capability which are the features necessary for remote, standalone operation.

The Phantom TMX 6410 utilizes a back side illuminated CMOS sensor designed for high-speed imaging. The 64 Gigapixel throughput allows for extreme frame rate speeds that are capable of delivering up to 1.5M fps with a 95ns minimum exposure time with our FAST option. All frame rates are actual data, with no interpolation, for the most accurate results. This is only possible because of the advancements of utilizing back side illuminated sensors in high-speed imaging.  In BSI sensors, the metal components that can block incident light from the photodiodes are located in the back of the sensor, and can be designed to reduce processing overheads, making the power of a TMX possible. 

At the full 1 Mpx resolution of 1280 x 800 the TMX 6410 records at almost 66,000 fps.  The 6410 provides larger resolutions than possible before for applications needing high frame rates. For example, the 6410 can reach over 300,000 fps at 1280 x 160 or 640 x 320 (binned). These incredible speeds mean that data management is vital to ensuring as little downtime as possible. Like other TMX models up to 512GB of onboard RAM and the Phantom CineMag (non-volatile storage) data management options are available. 

The TMX 6410 has access to all of the traditional Phantom features that make camera use easy.  Both on-camera controls and compatibility with our Phantom Camera Control software assist in ensuring that researchers of a variety of industries and applications have the tools they need to make their experiments a success. 

Interchangeable lens mounts (PL, C, M42 and Canon EOS) are also available to help customize the same camera to a variety of application needs.

The Phantom TMX 7510 is the world's first high-speed camera to utilize back side illumination. Implementing this technology has allowed Vision Research engineers to develop a custom sensor capable of unprecedented speeds without sacrificing the image quality that Phantom cameras are known for. 

BSI technology provides increased processing efficiency, allowing TMX cameras to maintain their high throughput levels even as frame rates increase. The TMX 7510 has 75 Gigapixel throughput which can provide over 76,000 fps at a full 1 Mpx resolution of 1280 x 800.  At reduced resolutions the camera will record at over 770,000 fps in standard mode and up to 1.75M fps and 95ns in with the FAST mode. 

One truth of high-speed imaging that never changes is that, 'with increased speeds comes the need for increased light'. The unique back side illuminated sensor found in the Phantom TMX 7510 deals with this issue by locating the metal parts of a traditional sensor that interfere with incident light to the photodiode to the back of the sensor. Moving those key elements to the back of the sensor allows even more light to reach each pixel, improving light sensitivity and QE. 

This revolutionary platform is part of a generation of cameras that deliver greater throughput, premium features, and enhanced performance. Flexibility is key to ensuring that the TMX 7510 is capable of producing images that scientific analysts require.  The ability to select binning mode allows for a variety of resolutions without sacrificing speed. In standard mode the TMX 7510 can reach over 300,000 fps at 1280 x 192 (long, thin rectangle), but if switched into binning mode the same speeds are possible at 640 x 384 (shorter and wider rectangle). The difference in resolution options means that researchers are better able to fit the camera sensor output to the size and shape of their high-speed event.  These incredible speeds mean that data management is vital to ensuring as little downtime as possible. The Phantom TMX 7510 has up to 512GB of onboard RAM, can be fitted to use our custom non-volatile data storage, the Phantom CineMag, and comes equipped with 10Gb Ethernet download as a standard. All of these workflow tools are available on every TMX. 

Like most Phantom cameras the TMX 7510 has interchangeable lens mounts (PL, C, M42 and Canon EOS) which enables the use of high quality and specialized optics without limitation. The camera mount can be customized for each particular test as needed. 

The Phantom v2640 Onyx is a special model of Phantom camera only available for rent through Vision Research and select partners in different regions.  Adapted from our v2640 scientific camera the Onyx delivers the world's fastest 4 Mpx camera to the media and production industry. The Onyx includes an all-black housing and optical low pass filter (OLPF) to reduce aliasing artifacts caused by the sensor's bayer pattern CFA. 

Image quality for media and production is of the highest importance and the Phantom v2640 Onyx has multiple features that aid in producing pristine images. The very low noise rating of 7.2e- (the lowest of any Phantom camera) and the 64dB dynamic range (the highest of any global shutter Phantom camera) work well together making the Onyx a great choice for high-speed VFX production.
    
Interchangeable lens mounts increase flexibility by adapting to Nikon, PL, C, and Canon EF with electronic control.  The correlated double sampling (CDS) in standard mode provides clean image with dark regions.

Phantom 4K imaging standards are known for delivering crisp and consistent results in the Media and Sports Broadcast industries. The Phantom VEO4K 590 brings those standards to scientific and research related applications.

The unique 4K high-resolution sensor is available in color or monochrome. This ensures that image professionals can analyze fine details without compromising speed and function. 

User flexibility and workflow are increase through quickly interchangeable lens mounts.  The VEO4K sensor is 35mm and the camera can utilize industry standard Nikon, PL, C, and Canon EF (with electronic control) mounts.  

The VEO4K 590 housing, like all VEO cameras, is compact, lightweight (6 lbs/2.8 kg), and ruggedized to increase the durability in harsh environments. Both body styles - the L (light, found in laboratory settings) and the S (full, found where extra controls and features are needed) - are milled from aluminum and have the sensor and internal components protected to ensure that airflow does not allow dust and other environmental hazards onto the electronics. This helps ensure long-time reliability.

The Phantom VEO4K 990 brings the high imaging standards of the Phantom Flex4K to scientific and research related applications for motion analysis. The compact body allows for portability and unrestricted camera configurations including microscopes and multiple-camera rigs. 

Available in color or monochrome, the 35mm 4K sensor delivers images at 9 Gpx/s with low image noise. This ensures that researchers can analyze fine details without compromising speed or other functionality. 

The Phantom VEO4K 990 can utilize Nikon, PL, C, and Canon EF (with electronic control) mounts. The ability to easily change lens mounts on location adds to the flexibility of the VEO4K 990 and increases usability without excessive downtime. 

The VEO4K 990 has two housing options. Both styles have sealed electronics to ensure that airflow does not allow dust and other environmental hazards onto the sensitive components.  The L (light, found in laboratory settings) and the S (full, found where extra controls and features are needed) are made from milled aluminum and are lightweight (6 lbs/2.8 kg), and have been ruggedized to increase durability in harsh environments.

Phantom VEO4K-PL and PL-RLS cameras bring the high imaging standards of the Phantom Flex4K to a portable and rugged body style. The compact body increases the flexibility of use including such applications as robotic arms and drone flight. 

The 35mm 9.4 Mpx sensor produces sharp highly-detailed images at high frame rates and upholds the low noise requirements of the industry, particularly in rolling shutter mode. 

While the VEO4K-PL does come with a standard PL mount there is user flexibility through the optional and interchangeable lens mounts.  Nikon and Canon EF (with electronic control) mounts are also available to increase workflow needs. 

The VEO4K-PL housing comes standard in the VEO S-style body with full features for maximum portability. The body is made from milled aluminum, has sealed electronics (to protect from air and dust), is lightweight (6 lbs/2.8 kg), and is ruggedized to increase the durability in harsh environments.

The Phantom T2410 is a 24 Gpx/s throughput camera ideal for material research, industrial product testing and high-speed motion analysis. The T-Series platform is designed to perform in imaging techniques like digital image correlation and when using advanced optics. The custom BSI sensor delivers fast exposures, and with a quantum efficiency rating of 80.3% (QExFF mono) has ability to shoot in environments with limited supplemental light. Binned mode combines pixels 2X2 - this is a key feature for increased vertical resolution at the camera’s top frame rates. Binning is available on mono and color cameras; however, the output will switch to mono when used on a color camera. 

The T2410 includes premium features to enable a variety of applications including: 

• EDR (Extreme Dynamic Range) provides flash mitigation for ballistic studies by dynamically adjusting exposure in saturated areas of the image. 
• Programmable I/O to interface with DAQ systems and a variety of measurement sensors, which can be recorded and viewed as metadata in Cine files.
• Remote, standalone operation is achieved by using the on-camera controls, video monitor and CineMag.

The Phantom Miro C321J and C321 are the next evolution in offering 3GPX/sec throughput, with a maximum frame rate of 1480 fps at full 1920 x 1080 resolution. These cameras provide very high quality, low noise images, and include an ability to set a new CSR default that provides a high-quality image right at boot-up for fast and convenient set-up. They are small, rugged, and built in the same form factor as other Miro C cameras, making them perfect to incorporate into already established automotive crash test imaging solutions. Tested and proven to withstand shocks of up to 170G and vibration of 24 Grms, the cameras also come with an internal back-up battery and Flash, to ensure critical test images are captures and saved.

The cameras use a sensor with tightly packed 10 micron pixels for great light sensitivity. When combined with advanced features shots are delivered quickly with clear detail. 25 shots can be saved into the 240GB Flash before downloading is required, ideal for situations with repeat setups or experiments. These new features can help improve speed and image quality both on the auto test floor and in cutting edge laboratories. The combination of on-camera battery and the non-volatile Flash keeps data safe in the event of power loss.

The Phantom C211 camera reinvents the capabilities of our popular C-Series cameras for industrial environments. The high performance sensor delivers over 2,540 FPS at 720p HD while maintaining the compact and housing requirements of a Phantom C-Series camera. This makes our imaging solutions accessible by researchers in a larger variety of applications and more in-depth research. 

Maximum data collection is possible through our renowned high image quality and standard features like quiet fans and Image-Based-Auto-Trigger(IBAT).  IBAT allows camera operators to set parameters that will trigger the automatic capture of an event based on real-time image analysis.

The combination of a small 5.6 micron pixel sensor and a C-mount lens mount means that this camera can extend into laboratory settings and be mounted to a microscope. The increased versatility of both mounted and unmounted use and low price point make the Phantom C211 a high-speed camera that is perfect for entry level use. 

Phantom camera users can benefit from the Phantom support and community.  We are the premiere high-speed camera company, our history and dedication to the industry has also made us the largest global company. Our case studies, white papers, and application resources offer valuable information. Speaking with our highly skilled support and application engineers, or attending a Phantom Academy can help a camera operator ensure that they and their company are receiving the most out of their investment.

The Phantom Miro N5 is perfect for destructive testing.  Built in two separate parts, the head and the base, it is built to capture every possible image it can when it counts. The low-cost head unit is easy to replace as CXP protocol immediately transfers the very last image possible to the sturdy base.

Since the large base is separate from the tiny camera head the 3 meters of cable is perfect for reaching small and hard-to-reach places. The N5 base is available in a standalone or Miro JBox 2.0 version, contains the 240GB non-removable CineFlash and battery.  Memory can be partitioned up to 63 times allowing continuous recording feature to record and download multiple shots making the Miro N5 perfect for machine trouble shooting.

The unique imaging features of the Phantom VEO 1310 are more accessible in the Phantom VEO 1010 model. A temporal dark noise rating of 13.6 e- provides exceptional image quality even in darker environments, requiring less supplemental light. Binning mode is included for a boost in frame rate at lower resolutions. 

The custom 1.2 Mpx sensor provides more resolution than most 1Mpx high-speed cameras, resulting in a greater active pixel area to capture side-to-side and vertical movement. The VEO 1010 captures over 8,000 fps at full resolution, over 30,000 fps at 640 x 480, a range of frame rates ideal for impact analysis and other areas of industrial motion analysis. 

Interchangeable lens mounts increase flexibility – Nikon F, PL, C and Canon EF (with electronic control) mounts are available. This allows the camera to adapt to high quality and advanced optics that are often required to get the best data of the subject at hand. 

All Phantom VEO cameras utilize the same base housing, milled out of aluminum with sealed components to ensure the camera will continue to perform in harsh outdoor and range environments. As a result, VEO cameras are known for their reliability.

The powerful imaging performance of the Phantom VEO 1310 is now readily available in the Phantom VEO 610 The custom sensor has a low temporal dark noise rating of 13.6 e- which enables detailed dark environment imaging with less supplemental light. Phantom binning mode is included for a boost in frame rate and ISO at lower resolutions. 

The custom 1.2 Mpx sensor allows imaging at 6.75 Gpx/second throughput capturing over 5,610 fps at full resolution and over 20,800 fps at 640 x 480.  This range of frame rates is a great starting point for applications such material testing, particle imaging, and general high-speed motion analysis.  

Lens mounts options – Nikon F, PL, C and Canon EF (with electronic control) make for increased application and imaging flexibility by allowing the camera to adapt to high quality and advanced optics that are often required to get the best data of the subject at hand. 

All Phantom VEO cameras utilize the same base housing, compact and rugged design at 6 lbs (2.7 kg) milled out of aluminum with sealed components to ensure the camera will continue to perform in harsh outdoor and range environments. As a result, VEO cameras are known for their reliability.

The Phantom S641 supports cutting edge machine vision applications  with up to 6 Gpx/sec throughput and many ease-of-use and efficiency features. Two simple, easy-to-use fiber cables carry up to 48 Gbps of images and data to frame grabbers. The S641 also accommodates high frame rate applications that require just one 40 Gbps fiber cable, for added simplicity. Two Regions of Interest (ROI) are available, increasing efficiency and flexibility. A mechanical shutter and EOS lens compatibility allow remote black referencing and focus control to improve image quality. The S641 also comes with GPIO ports for Trigger and signaling.

The Phantom S991 builds on the industry leading technology of the S990 by incorporating fiber cables for data transfer.  The two fiber cables are easy to connect and can carry up to 70 Gbps of images and data to the frame grabbers.  This significantly improves setup and ease of use. 

Imaging flexibility is enhanced through adjustable capacity settings.  Using just 1 fiber cable for 1/2 capacity operation (4 Gpx/sec) allows researchers to achieve full frame rates at smaller resolutions while full capacity operation (8 Gpx/sec) offers large to maximum resolution for highly detailed imaging. 

CXP-over-fiber delivers the immediately accessible imaging a simple process by dividing it between two frame grabbers then stitching them back together. The image is then stitched back together for fast algorithm application which means no waiting to download data to apply critical decision-making algorithms.