News Release

February 8, 2012

NEC Avio Infrared Technologies Co., Ltd.

NEC Avio Infrared Technologies introduces NEW
"InfReC" Thermal Imaging Camera Model R300Z

with Powerful Wide-Angle to Close-Up Optical Zoom Lens

• InfReC Thermography R300Z

NEC Avio Infrared Technologies Co., Ltd., hereinafter NEC Avio, (Head office: Tokyo, Japan; President: Masayuki Kawashima) today announced release of a new Infrared Thermal Imager, InfReC Model R300Z, as the latest member of the NEC Avio multipurpose, high-performance R300 infrared thermal imaging camera series.

The InfReC R300Z is second to none in its uniqueness. With the newly integrated high quality optical zoom lens, easy viewing and capture of both telephoto and wide-angle fully radiometric infrared images is now possible without the hassle of changing lenses. The optical zoom lens, with a focal length ranging from 10mm to 40mm, provides zoomed images with a ratio from 0.5x to 2x. The R300Z with this integrated zoom lens feature is the "world's only" IR thermography camera in its class and within the industry; this configuration was previously only available in NEC Avio's predecessor IR Camera Model TVS-500EXZ. (*1)

In combination with the camera's digital zoom feature, the R300Z zooms up to 16x magnification to easily isolate and record target objects at great distances while allowing effortless, wide-angle viewing through the same optics. The R300Z is the perfect solution for PPM (Predictive & Preventive Maintenance) and inspection applications to remotely check large objects. Applications such as monitoring and recording thermal profiles of power distribution networks and building/civil engineering structures are ideal for this versatile R300Z infrared thermal imager.

All InfReC Model R300 Series thermal imagers incorporate Japan-made NEC detector with the latest technology to achieve high performance; R300Z in particular yields a spatial resolution (I.F.O.V) of up to 0.59mrad, temperature resolution(NETD) of 0.06°C(at 30°C) and accuracy within ±2°C (*2).

The R300Z's ergonomic case is designed for easy handling and operation. NEC Avio's ongoing technology improvement allowed a 30% reduction of total camera weight compared to the former Model TVS-500EXZ that offered a similar lens capability. The lighter weight together with a well-positioned center of gravity helps minimize fatigue while holding the camera in a comfortable position to capture images in spite of its luxurious but substantial lens tube.

A supplemental viewfinder is another very important R300Z feature for in-the-field use especially when strong natural sunlight reduces the color LCD monitor's visibility; a built-in LED light and laser pointer additionally identify problematic areas in visible image even in a dark environment.

The R300 series cameras, including the R300Z, offer on-board thermal movie recording directly to an SD Card in a fully Radiometric format (*3). Furthermore, each R300 and the R300Z is delivered with PC software 'InfReC Analyzer NS9500PRO' that supports real-time recording, detailed post-analysis and report creation. The software's simple operation also enables easy filming of moving thermal images (simultaneously with visible images) directly to a PC via USB on a real-time basis (*4) (*5).

Without doubt, this new NEC Avio InfReC R300Z is the most suitable, portable Infrared Thermal Imaging Camera of choice for applications where target objects need to be shot from a remote distance; capture the whole picture with a wide-angle shot and zoom up to identify finer details with the convenient telephoto feature, instantly without changing lenses. Contact NEC Avio today for additional details or to schedule a demonstration.

f10mm, 0.5x wide-angle / f40mm, 2x telephoto and 4x digital zoom

Key Features

Optical zoom capability combined with high performance Japan-made infrared detector.

• F.O.V. (Field of View) Horizontal: 43° (f10mm) ~ 11° (f40mm)
• Spatial Resolution (I.F.O.V.): 0.59mrad (f40mm, its F.O.V.: 11° x 8.1°)
• Resolution (NETD):0.06°C (at 30°C, Range1)
• Accuracy:±2°C (*2)
• Minimum focus Distance from 30cm (at f10mm).
• Unique Averaging Improvement feature eliminates or minimizes dragging and blurring effect seen in residual images when shooting moving objects. When using the R300Z Telephoto mode, this feature effectively eliminates blurred images caused by unstable handheld shooting postures.

Averaging (2x telephoto blurred image taken by unstable holding position)

With 'Averaging Improvement' function

Real-time data capturing and outstanding work efficiency with PC.

• Thermal movie recording onto the camera (SD Card) (*3)
• Saving JPEG in fully Radiometric format enables users to review captured images on PC with ordinary picture viewer software. (*6)
• Simultaneous video capturing of thermal/visible images to PC via USB 2.0(*4) (*5)
• 'InfReC Analyzer NS9500PRO' standard software to record, analyze and report.

Excellent camera body balance with viewfinder and tilting LCD for stable and easier holding posture

• Wired controller comes as standard feature for improved operability on a tripod or camera stand.

Useful supporting functions for better operability

• User-friendly graphical user interfaces and multilingual display for intuitive operation
• Easy target identification via
  • 3.1 Mega-pixel CMOS camera and thermal/visual integrated display (*5)
  • Laser pointer and LED light

Various recording & measuring functions

• Continuous digital zoom: x1 to x4
• Measure temperature data at center/max/min points, movable points (up to 10), line profile, average/max/min of ROI (Region of Interest: up to 5)
• "Multi-point emissivity correction" & "Emissivity back calculation" functions for better accuracy.

Basic Specifications

Items	Specifications
Spectral range	8 to 12µm
Detector type	320 (H) x 240 (V) pixels, Uncooled Focal Plane Array (microbolometer)
Frame time	60 frames/second (8.5Hz available : R300ZD)
Measuring range	-40 to 500°C
Thermal Sensitivity (NETD)	0.06°C (at 30°C, Range1)
Accuracy	±2°C or 2% of reading, whichever is greater (*2)
F.O.V. and Spatial resolution by focal length	f10mm	f20mm	f30mm	f40mm
Field of view (H) x (V)	43° x 32°	22° x 16°	14° x 11°	11° x 8.1°
iI.F.O.V.tem	2.4mrad	1.2mrad	0.78mrad	0.59mrad
Focusing range	30cm ~ infinity	1m ~ infinity	3m ~ infinity	3m ~ infinity
Focus system	Mechanical
Temperature measuring	Center point, max/min/designated points(up to 10), BOX of interest (up to 5)
Visible camera	3.1 mega pixels (*5)
Display	3.5" tilting color LCD, viewfinder
Recording mode	Still image, time-interval, moving image, panoramic, composite image, voice annotation (up to 30 seconds)
Storage medium	SD card (SDHC compatible)
Interfaces	USB 2.0, Video (NTSC/PAL), alarm output, external trigger input
Thermal/visible integrated display	Split-screen and composite
Alarms	Sound, message display, color alarm
Protection Rating, Environmental conditions	IP54, Operating temperature: -10 to 50°C/ 90% (No condensation)
Power source	Rechargeable battery pack, AC adapter
Weight	Approx. 1.9 kg (including battery pack)
Dimensions	Approx. 121mm(H) x 105mm(W) x 285mm(D) (excluding projections)

Notes:
R300Z is available with both 60Hz and 8.5Hz frame rates. 8.5Hz version, Model R300ZD, is available to facilitate export procedures. Reference herein to R300Z and R300 series collectively includes both 60Hz and 8.5Hz (D suffix) versions.

• (*1): The R300Z integrated optical zoom lens feature is the only portable thermography camera in the world built with an uncooled VOx detector according to an internal survey as of the end of January 2012.
• (*2): At focal length f10/20/40mm: ±2°C or 2% of reading, whichever is greater. At focal length f30mm: ±3°C or 3% of reading, whichever is greater. (Temperature accuracy may be compromised by slight corner vignetting.)
• (*3): Maximum frame rate for thermal video recording directly on SD card: 10fps (R300Z-NNU) or 8.5fps (R300Z-DNU)
• (*4): Maximum capturing speed (via USB to PC)--Thermal Image Movie: 60fps (R300Z-NNU) or 8.5fps (R300Z-DNU), Visible image Movie: 7.5fps
• (*5): Lens tube affects F.O.V. of visible light camera and LED illuminator to some extent.
• (*6): JPEG extended: NEC Avio's proprietary format for fully Radiometric freeze-frame thermal images does not require any special software to view. For temperature data analysis, dedicated software such as NS9500 (standard accessory) is to be used.
  • Listed specifications, appearance and design are subject to change without notice.
  • Company and commodity names are trade names or registered trade marks of each company.
  • NEC Avio Infrared Technologies Co., Ltd. will not be responsible for any damage of infrared detectors due to incoming strong light (e.g. laser) through lens(es).
  • This product is subject to Japanese Export Control Law. Depending on its destination, prior assessment and authorization may be required. When exporting from country of initial purchase destination, please be sure to follow that country's export regulations as it may require an export permit beforehand.

About NEC Avio's infrared camera brand name "InfReC":

"InfReC" is the coined abbreviation word of 'Infrared Camera' and also has the meaning of 'the Device Recording Infrared Information'. Our product research and development is targeted at improving the quality of life by protecting people and simplifying their daily tasks while measuring temperature, controlling environments, enhancing security, etc.

For questions regarding this News Release, please contact

NEC Avio Infrared Technologies Co, Ltd.
1-5,Nishi-Gotanda 8-chome, Shinagawa-ku, Tokyo 141-8535, Japan
Tel: +81-3-5436-1614
Fax: +81-3-5436-1395

• product-irc-e@ml.avio.co.jp

In North America, please contact:

SOLTEC Corporation
an NEC Avio Infrared Technologies Co., Ltd. company
Tel: (818) 365-0800 Ext. 411
Fax: (818) 365-7839

• Sales@SoltecCorp.com

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