The Ceres V 640 is based upon the Dione 640 OEM thermal imaging core with 640×480 pixels and 12 μm pixel pitch. The camera offers superior thermal imaging capabilities, thanks to the state-of-the-art microbolometer detector and on-board image processing.
The Ceres V 640 camera outputs full frame images at 60 Hz via either a CameraLink or GigE Vision interface — all GenlCam compliant.
The compact size, excellent image quality and GenlCam compliant interfacing allow for easy integration in demanding industrial, scientific and security thermal imaging applications.
The camera comes either in a no-lens configuration (camera only with M24x0.5 and M34x0.5 optical mount), or with four different HFOV (Horizontal Field-Of-View) options: 8, 12, 24 or 50 degrees.
Benefits & Features
• Compact and high-resolution
• Superior on-board image processing performance (optimized image quality)
• GenICam compliant
• Uncooled operation
• Flexible optical mount and lens options
| Ceres V 640 GigE | Ceres V 640 CL | |
| Approximate dimensions – excluding lens [width x height x length] [mm] | 45 x 45 x 75 | 45 x 45 x 67 |
| Weight [gr] | 207 | 200 |
| Optical interface | M24 & M34 x 0.5 | M24 & M34 x 0.5 |
| Connector GigE | RJ45 | - |
| Connector CameraLink | - | SDR-26 |
| Connector power | Unified connector (Lemo 1B) | Unified connector (Lemo 1B) |
| Connector trigger | Unified connector (Lemo 1B) | Unified connector (Lemo 1B) |
| Connector general I/O | Unified connector (Lemo 1B) | Unified connector (Lemo 1B) |
| Ceres V 640 GigE | Ceres V 640 CL | |
| Ambient operating temperature range [°C] | From -40 to +70 | From -40 to +70 |
| Storage temperature [°C] | From -40 to +85 | From -40 to +85 |
| Power consumption [W] | 4 | 3.5 |
| Power supply voltage | DC 12 V | DC 12 V |
| Shock | 40 g, 11 ms, MIL-STD810G | 40 g, 11 ms, MIL-STD810G |
| Vibration | 5 g (20 to 2000 Hz), MIL-STD810G | 5 g (20 to 2000 Hz), MIL-STD810G |
| IP rating | IP40 | IP40 |
| Regulatory compliance | RoHS, CE | RoHS, CE |
| Ceres V 640 GigE | Ceres V 640 CL | |
| Image format [pixels] | 640x480 | 640x480 |
| Pixel pitch [µm] | 12 | 12 |
| Detector type | Microbolometer | Microbolometer |
| Integration type | Rolling shutter | Rolling shutter |
| Active area and diagonal [mm] | 7.68 x 5.76 (diagonal 9.6) | 7.68 x 5.76 (diagonal 9.6) |
| Detector NETD (Noise Equivalent Temperature Difference) [mK] | <60 (at 30Hz, 300K, F/1) | <60 (at 30Hz, 300K, F/1) |
| Spectral range [µm] | 8-14 | 8-14 |
| Pixel operability | >99.5% (excluding 3 peripheral rows and columns) | >99.5% (excluding 3 peripheral rows and columns) |
| Max frame rate [Hz] (full frame) | 60 | 60 |
| Integration time range [µs] | 20 - 65 | 20 - 65 |
| Command and control | GigE | CL |
| Digital output format | GigE | CL |
| Trigger | Unified connector (Lemo 1B) | Unified connector (Lemo 1B) |
Our ultraviolet cameras are based on the proven design of the FXO series. The fast CoaXPress-12 interface provides outstanding performance in terms of ultra-low trigger latency, faster frame rate and constant data rate. The 10GigE interface option is an economical, highly stable alternative with advantages for long data lines up to 100m. Sony Pregius UV sensors combine high resolution, high dynamic range and superior sensitivity in the wavelength range of 200 – 400 nm.
Our ultraviolet cameras are optimized for deployment in industrial automation processes thanks to advanced signal voltages, temperature stability, I/O control, integrated strobe controller, and feature-rich firmware.
Technical highlights:
The FXO stands for excellent image quality. The fast CoaXPress-12 interface gives the camera outstanding properties in terms of trigger latency and constant data rate.
An excellent, low-noise image with high dynamics is complemented by a comprehensive feature set. The Sony Pregius S sensors used are characterized by high light sensitivity and best homogeneity. Signal voltages, temperature resistance, I/O control, integrated strobe controller and firmware features are geared towards applications in demanding industrial automation.
Technical highlights:
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