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![SVS-VISTEK SHR [10GigE]](https://www.jm-vistec.com/wp-content/uploads/2023/01/SVS-SHR-300x300.png)
Highest resolution with large pixels and large sensor format: The SHR shines with up to 245 MP resolution when the task at hand requires uncompromising image quality.
Large pixels have many advantages when it comes to image quality in cameras, the physics here are clear. Some high-end tasks require the highest resolutions and impeccable image quality, which cannot be achieved without correspondingly large pixels for the optimum transfer function. This also applies to the highest resolutions. Tasks made for the SHR series.
Large sensors require special care in the camera to ensure a homogeneous image. Shading correction for demanding optical tasks and user-defined defect pixel correction ensure outstanding linearity, homogeneity and low noise.
We connect CMOS sensors in this category with the most powerful interfaces in order to make full use of the sensor’s high data rates. All cameras in the SHR series offer extensive I/O functions with sequencer and integrated strobe controller.
Highest resolution with optimized frame rate
Sony CMOS sensors with rolling and global shutter
Mono and Color (Bayer Pattern, Auto White Balance)
512 MB internal image memory
8 or 12 bit transmission
M72 thread (FFD 19.55)
User-defined Defect Pixel Correction
ROI, Look Up Table, Binning, Gamma, Offset
GenICam compatible
Exposure time: Trigger manual/auto/external
Integrated multi-channel LED strobe controller
Industrial TTL-24V I/O interface with SafeTrigger, programmable logic functions, sequencers and timers, RS23
The SHR series offers image quality at the highest level with the highest resolutions. This is made possible by the special physical features offered by large pixels in large-format sensors. Added to this is the highest structural precision in sensor adjustment in a solid, thermally highly optimized housing. The large M72 lens mount with a flange distance of 19.55 mm can be adapted to any lens.
The economical and high-performance 10GigE interface offers up to 1.25 GB/s data transfer for these large images. A special frame grabber is not required.
Highlights of the SHR series (some features only on some models):
Highest resolution with large pixels and large sensor format: The SHR shines with up to 245 MP resolution when the task at hand requires uncompromising image quality.
Large pixels have many advantages when it comes to image quality in cameras, the physics here are clear. Some high-end tasks require the highest resolutions and impeccable image quality, which cannot be achieved without correspondingly large pixels for the optimum transfer function. This also applies to the highest resolutions. Tasks made for the SHR series.
Large sensors require special care in the camera to ensure a homogeneous image. Shading correction for demanding optical tasks and user-defined defect pixel correction ensure outstanding linearity, homogeneity and low noise.
We connect CMOS sensors in this category with the most powerful interfaces in order to make full use of the sensor’s high data rates. All cameras in the SHR series offer extensive I/O functions with sequencer and integrated strobe controller.
Highest resolution with optimized frame rate
Sony CMOS sensors with rolling and global shutter
Mono and Color (Bayer Pattern, Auto White Balance)
512 MB internal image memory
8 or 12 bit transmission
M72 thread (FFD 19.55)
User-defined Defect Pixel Correction
ROI, Look Up Table, Binning, Gamma, Offset
GenICam compatible
Exposure time: Trigger manual/auto/external
Integrated multi-channel LED strobe controller
Industrial TTL-24V I/O interface with SafeTrigger, programmable logic functions, sequencers and timers, RS23
The SHR offers low-noise CMOS sensors with the highest resolution and large pixels in medium format. The high-quality harmonization of the pixels guarantees an impeccable image. Highest structural precision in sensor adjustment in a solid, thermally highly optimized housing make the SHR with its lens shading correction the ideal partner for the most demanding optical tasks.
CoaXPress is currently the fastest standardized interface for industrial cameras over long distances with thin cables. The industrial I/O interface facilitates integration.
Conveyor Bearing Block attaches to the extrusion body and holds the bearing used for the rollers on the conveyor. Block includes the bearing, T nut, and fasteners. The bearing fits the ½” diameter shaft of the rollers. Designed for easy bearing replacement when needed. The block has a boss to position and guide the block onto the extrusion fastener slot.
Tension Block – Use this block at the idle roller end to give precise belt tension adjustment. Use this in conjunction with the AFC-1 bearing blocks. This block attaches into the extrusion T slot with included fasteners. The included tension adjustment screw can be turned with a standard open end wrench.
Conveyor Kit includes everything you would need to build a conveyor except the motor, extrusion, and conveyor belt. This kit gets you a drive kit, bearing blocks, tensioners, rollers, and stands. Includes (3) AFC-1, (2) AFC-10, (1) AFC-20-DK, (2) AFC-14V-X.X, and (quantity) AFC-7-SKF. Reference the web site for information on configuring your custom kit application.
Conveyor rollers are available for 1.5”, 3.0”, and 4.5” frame widths. Roller can be used for a drive or idle roller. Rollers feature a standard 6mm centered V belt driver for both drive and belt tracking. This V belt groove aligns with the T slot in the extrusion so that the belting material is guided the entire length of the conveyor.
Roller Pulley is used on the drive roller of the conveyor. Set screw lock to the roller shaft. Belt drive is with a 5mm pitch timing belt drive for no slip applications.
Motor Pulley is used on the drive motor of the conveyor. Made to fit the ¾” motor shaft. Set screw lock to the motor shaft. Belt drive is with a 5mm pitch timing belt drive for no slip applications.
Under drive motor plate is used to mount the drive motor to the side of the conveyor body extrusion. Plate attaches with included T-nut plate and fasteners. Boss locates the plate into the extrusion T slot. Bearing included for the drive roller shaft. Mounting pattern for 90° gear motor. Should not be used without the AFC-21 Under drive belt cover.
Drive Kit includes all the parts needed to build the conveyor drive except the motor and roller. Includes (1) AFC-18, (1) AFC-19, (1) AFC-20, (1) AFC-21, and (1) AFC-22.
Under drive belt cover – use with the AFC-20 Under drive motor plate to enclose and protect the conveyor belt drive. Solid construction for protection of the drive in industrial use applications.
Timing belt 5mm pitch X 15mm wide timing belt used with the roller and drive pulley to transfer the gear motor drive to the conveyor roller.
Stand Foot Plate attaches to the 3.0” extrusion used on a stand base. Bolt pattern for the extrusion orients at the 45° angle needed. Plate makes a stable base that has provisions for both leveling screws and floor anchor points.
Stand Guide attaches to the bottom of the 1.5” extrusion used in making a stand. This block provides additional lateral support when the extrusion is inside 3.0” stand base extrusion.
Stand Lock Plate attaches to the end of the 3.0” stand base extrusion end tapped holes. The 1.5” adjustable stand extrusion orients at a 45° angle to fit inside the 3.0” extrusion. Included with this plate is the handle kit to lock the adjusting extrusion and easily set the height.
Stand kit without foot includes everything needed except the extrusion to build an adjustable height stand without the foot plate. Extrusions must have the end holes tapped to attach the plates. Included (1) AFC-6, (1) AFC-7, and (1) AFC-7H.
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info@jm-vistec.com
10 Kaki Bukit Ave 1, #07-06, Singapore 417942
