
VarioCAM® HDx head 600 security
VarioCAM® HDx head security 600, thermal infrared camera system for fixed use, provides price-conscious users the entry to thermography-based solutions for security and surveillance applications at high-end level.
- Uncooled high-performance detector in (640 × 480) IR pixels format for noiseless long-term observations
- Robust light metal housing allows application under harsh environmental conditions
- Personnel detection range up to 2.0 km
- Vehicle detection range up to 4.2 km
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Detector Format
High resolution thermal images for temperature measurement
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Motor Focus
Precise, remote and quick motorised focusing
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Detection Range
Detection of vehicles and persons at very large distances
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Rugged Light Metal Housing
Easy and inexpensive installation in harsh process environments
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Thermal Resolution
Precise detection of smallest temperature differences
Unrestricted Operation of the Infrared Camera in Harsh Industrial Environments
The robust light metal housing (protection degree IP67*) provides reliable protection for the high sensitive optronics of the device. In addition, it guarantees trouble-free operation even in harsh industrial environments and keeps constant the excellent optical and metrological performance parameters of the device over a long service life. In this way a long-term and trouble-free operation of the VarioCAM® HD head is guaranteed. The usage of a high-quality LEMO connector technology ensures a high protection degree of the infrared camera even for computer-based network operations. For applications in extreme ambient conditions there are suitable protective housings available, for example made of stainless steel. These are optionally equipped with a cooling, heating or both.
Permanent Autofocus for Optimal Focusing
Constantly changing object scenes require manual or automatic refocusing activated by the user. The integrated permanent autofocus function facilitates this work. In case there is a scene change the camera automatically adopts fast and precise the optimal focusing.
High-precision Calibration of Infrared Cameras Enables for High Accuracy of Measurements
The infrared camera VarioCAM® High Definition is calibrated using special algorithms. The specially developed calibration algorithm, with more than just a few calibration curves, is used for compensation of temperature fluctuations. Therefore, highest measuring accuracy and repeatability even at changing environmental temperatures is ensured. The exceptional high measuring accuracy can be reached across a wide temperature range.
Detection of Minor Defects through High Thermal Resolution
The thermal resolution describes the process to dissolve slightest temperature differences and thus, can display this measurement value. The infrared cameras of the VarioCAM® HD series have a high thermal resolution of up to 0.02 K that helps to display even slightest temperature differences with accuracy. In combination with the high-performance lenses this helps to detect critical faults at an early stage and display these in excellent quality.
Comprehensive Range of Precision Interchangeable Lenses Enables for a Wide Range of Applications
Due to the comprehensive range of lenses for infrared cameras, a wide range of measurement objects is available, starting with micro thermography to telephoto lens applications for objects in a large distance. The optics of the VarioCAM® HD series were designed as uncompromising full lenses with an opening number of 1.0, highest transmission and transmission quality as well as low distortion.
Spectral range | (7.5 … 14) µm |
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Pitch | 17 μm |
Detector | (Uncooled Microbolometer Focal Plane Array |
Detector format (IR pixels) | (1,024 × 768) |
Temperature measuring range | (-20 … 550) °C, up to 1,200 °C* |
Measurement accuracy | ± 5 °C or ± 5% |
Temperature resolution @ 30 °C | Better than 0.1 K |
Frame rate | Full frame: 30 Hz, sub frames*: 60 Hz (640 × 480) / 120 Hz (384 × 288) / 240 Hz (1,024 × 96) |
Window mode | Yes |
Storage media | External control computer for camera control and data aquisition* |
Depending on model |