Hikrobot MV-CH140-90YM-M58S-NF

Imaging role and adjacent models

Imaging with MV-CH140-90YM-M58S-NF centres on its Gpixel Gsprint 5514, 4608 × 3072 format and 339 fps output. The CMOS sensor uses a global shutter; the pixel pitch is 5.5 × 5.5 µm; the image path is CoaXPress with Micro-BNC interface; the optical interface is M58 × 0.75. The monochrome output suits measurements and contrast-based inspection where color separation is not the measured feature.

The stated imaging characteristics support dynamic measurement, high-speed contour tracking and transient event capture. The global shutter keeps the 4608 × 3072 frame temporally aligned on moving or indexed objects, while 339 fps sets the available acquisition cadence. Power over CoaXPress is supported, alongside the 12 V DC to 24 V DC input. The 12-pin P10 connector provides the listed control lines for coordinating acquisition with the machine.

Against neighbouring area cameras, MV-CH140-60GM offers 4708 × 2824 with 9 fps over Gigabit Ethernet, whereas MV-CH140-90YM-M58S-NF retains its 4608 × 3072 and CoaXPress with Micro-BNC interface profile. Prefer it when Gigabit Ethernet is the required image interface. MV-CH650-90YM-M58S-NN shifts the choice to mono imaging through CoaXPress with Micro-BNC interface with 71 fps @ 9344 × 7000. Prefer it when 71 fps @ 9344 × 7000 acquisition matches the line cadence.

Specifications

Selection and applications

Mono inspection at 4608 × 3072. Geometric capture of moving or indexed parts. Acquisition at 339 fps over CoaXPress with Micro-BNC interface.

Minimum kit: Start with MV-CH140-90YM-M58S-NF, a lens with the M58 × 0.75 interface, a cable for CoaXPress with Micro-BNC interface, and power over CoaXPress or a 12 V DC to 24 V DC supply.

Nearby in the range: MV-CH140-60GM — Prefer it when Gigabit Ethernet is the required image interface.; MV-CH650-90YM-M58S-NN — Prefer it when 71 fps @ 9344 × 7000 acquisition matches the line cadence..

Cables and accessories for this model

Compatibility per manufacturer data.

Data cables

CoaXPress

I/O & power cables

12-pin IO

Power

Power

Mounting

Camera mounts

All accessory families →

FAQ

What does the shutter architecture mean for MV-CH140-90YM-M58S-NF on moving parts?

MV-CH140-90YM-M58S-NF uses a global shutter that exposes the 4608 × 3072 frame on one timing basis, supporting geometric capture of moving and indexed parts. It reaches 339 fps.

How is MV-CH140-90YM-M58S-NF connected for image transfer and power?

MV-CH140-90YM-M58S-NF transfers images through CoaXPress with Micro-BNC interface. Power over CoaXPress is supported, alongside the 12 V DC to 24 V DC input. Power consumption is Typ. 15.1 W @ 24 V DC.

Which lens interface and sensor coverage does MV-CH140-90YM-M58S-NF need?

The optical chain for MV-CH140-90YM-M58S-NF is anchored by the M58 × 0.75 interface. The 5.5 × 5.5 µm pixels also set the lens-resolution target for a 4608 × 3072 frame. After coverage and resolving power are checked, choose focal length from the required scene geometry.

What should the enclosure plan account for with MV-CH140-90YM-M58S-NF?

MV-CH140-90YM-M58S-NF has an IP40 enclosure and a 60 × 60 × 77 mm body. The working range is 0 to 50 °C. The humidity range is 20 to 95 % RH. Listed camera mass is Approx. 790 g; include it in the bracket and motion-load calculation.

Which technical differences separate MV-CH140-90YM-M58S-NF and MV-CH140-60GM?

MV-CH140-90YM-M58S-NF records mono images with 339 fps through CoaXPress with Micro-BNC interface; its lens connection is M58 × 0.75. MV-CH140-60GM records mono images with 9 fps through Gigabit Ethernet and uses C-mount optics. Prefer it when Gigabit Ethernet is the required image interface.

Which I/O, exposure or format controls does MV-CH140-90YM-M58S-NF provide?

MV-CH140-90YM-M58S-NF uses the following control connection: 12-pin P10 connector; opto-isolated input ×1, opto-isolated output ×1, bi-directional non-isolated I/O ×1, RS-232 ×1. These lines provide the electrical path for an input, output and bidirectional I/O around the 339 fps acquisition stream.