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FLIR HS-XR Command 640 x 480 Thermal Monocular 30 Hz Body Only
The NTSC-configured FLIR HS-XR Command 640 x 480 Thermal Monocular is a handheld thermal imaging device that enables operators to see, record, or relay images and videos of thermal signatures through fog, smoke, and foliage during the day or at night. At the core of this device is the 640 x 480 VOx uncooled microbolometer that operates at room temperature and provides a 9 Hz refresh rate. This versatile thermal imager offers compatibility with the interchangeable QD35, QD65, QD100 lenses and provides a 2x digital zoom, and a number of palettes and digital enhancements like the FLIR Proprietary Digital Detail Enhancement. You can save 640 x 480 JPEG images and AVI videos to an SD memory card or relay 640 x 480 NTSC or PAL videos to external displays and recorders. To enhance user experience, the monocular offers a simple but effective control pad and an in-view menu.
This thermal imaging device is packaged into a lightweight, durable, and ergonomic polymer body. Its rubberized covering provides a non-slip grip, and its rubber eye cup offers comfort and protects eyepiece optics from rain and snow. The housing also has two hand straps for handheld operation and a 1/4"-20 socket for use on a tripod.
- Imaging Performance & Optics
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- 640 x 480 VOx microbolometer
- 9 Hz refresh rate
- 2x digital zoom
- Compatible with optional QD35, QD65, or QD100 lenses
- Video, Display, Memory
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- FLIR Proprietary Digital Detail Enhancement
- Display with brightness adjustment
- 640 x 480 JPEG photos and AVI videos
- Black hot, white hot polarity modes
- Default NTSC video output
- Construction Details
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- Durable and lightweight polymer housing
- Rubber covering for a non-slip grip
- Impact-resistant
- Two hand straps
- Rubber eyecup
- 1/4"-20 tripod socket
- Waterproof
FLIR HS-XR Specs
| Array Configuration | 640 x 480 VOx microbolometer |
| Spectral Response | 7 - 13.5 µm |
| Magnification | 2x digital zoom |
| Refresh Rate | 30 Hz |
| Video Output | PAL |
| Battery / Runtime | 4 x rechargeable NiMh AA batteries / 4-5 h, 100 h on stand-by |
| Weatherproofing | IP67-rated, waterproof |
| Temperature Ranges | -4 to 140°F (-20 to 60°C) |
| Dimensions | Width x height: 3.3 x 2.7" (83.8 x 68.6 mm) Length: Not provided by manufacturer |
| Weight | Actual weight is not provided by manufacturer Less than 24.8 oz (703 g) |
FLIR HS-XR Command 640 x 480 Thermal Monocular 30 Hz Body Only
- 640 x 480 VOx Microbolometer
- Compatible with QD35/65/100 Lenses
- 2x Digital Zoom
- 7.5 - 13.5µm Spectral Response
- 320 x 240 JPEG Images/AVI Videos
- 9 Hz Refresh Rate
- NTSC Default Video Output
- Shuttered Eyecup
- IP67-Rated, Waterproof
- Made in USA
Thermal Imaging
Please note that most thermal devices are built per order. It may take 3-5 days or more for your order to ship. If timely shipping is important to you, please, contact us to verify availability prior to ordering.
Thermal devices can produce various types of images. Some are color others are monochrome. In either case change in shade or color indicates temperature differences.
Here is how thermal imaging devices work...
A special lens focuses the infrared light emitted by all of the objects in view.
The focused light is scanned by a phased array of infrared-detector elements. The detector elements create a very detailed temperature pattern called a thermogram. It only takes about one-thirtieth of a second for the detector array to obtain the temperature information to make the thermogram. This information is obtained from several thousand points in the field of view of the detector array.
The thermogram created by the detector elements is translated into electric impulses.
The impulses are sent to a signal-processing unit, a circuit board with a dedicated chip that translates the information from the elements into data for the display.
The signal-processing unit sends the information to the display, where it appears as various colors depending on the intensity of the infrared emission. The combination of all the impulses from all of the elements creates the image.
There are a few key Manufacturers when it comes to thermal imaging.
ATN: produce such well knows devies as ThOR-HD thermal scope, BINOX-THD thermal binoculars, and OTS-HD thermal monocular.
FLIR/Armasight: the largest maker of consumer level thermal products is well knows for their full product line. Zeus thermal scopes, Q14 and Scout monoculars, Helios and Scout binoculars and many more.
Pulsar: a very popular brand for digital night vision and thermal imaging. Key products include Pulsar Trail and Apex thermal scopes and Pulsar Helion and Quantum thermal monoculars.
Seek: mobile device mounted thermal cameras are the main products of this brand.
Delivery Time and Manufacturing Process for FLIR HS-XR Command 640 x 480 Thermal Monocular 30 Hz Body Only PAL:
Most of our manufacturers do not keep products like FLIR HS-XR Command 640 x 480 Thermal Monocular 30 Hz Body Only PAL assembled on the shelf. Night Vision tubes are kept separate from the body of the unit. When the order is placed, the manufacturer starts the order processing and assembly process which includes the following:
- Order processing - we collect all the necessary information including address and phone numbers. We also make sure that our customer ordered the correct product for their needs and that the product can be exported by US law to the country of destination. In some cases a signed export compliance form is required.
- QC - in this step the manufacturer will inspect all individual parts which will be used to assemble the night vision device for any defects.
- Production & Assembly - during production, all the parts are put together. Night Vision tubes in inserted into the body of the unit and all the complex electronics for the device are connected. This process takes place in a special lab called the "clean room" as even a small speckle of dust can cause undesired optical effect.
- QA - one the night vision device is assembled, it goes through a rigorous testing process to make sure it meets all the expected specifications and all parts function as expected. For this most manufacturers have a special "dark room" designed to allow testing of the units without causing incidental damage to the night vision tube by exposure to bright light.
- Packaging - this is a key process as well. In most case your night vision device will be shipped to you directly from the manufacturer but sometimes needs to be sent to us first. In either case items need to be packaged securely to avoid any kind of damage during transportation.
- Shipping - as described above items will most of the time ship from the manufacturer. For most domestic orders (unless shipping to POB or AFB) a premium shipper like FedEx or UPS will be used.
Only by following the above steps can we along with our manufacturers bring you - our customer - night vision products of highest quality, However as you can understand the above process can take several days to complete. For example if your device fails QA, the entire process restarts. Also at QC stage a manufacturer may realize that the tube they have in stock has a defect and a replacement tube needs to be ordered. Due to the complexity of this process, it is prudent to expect 3-4 business days for production and handling of the purchased device. Keep in mind that this process is designed to guarantee your satisfaction with the night vision device of your choice. It occasionally possible to expedite the process for urgent orders but addional fees or other restrictions may apply.
