KEYENCE CV-X320F 2 megapixel camera supporting type Controller

Rated Power Supply:

24V DC ±10%

Logic Input Current Draw:

2.6 Amps maximum

Camera Connectivity Ports:

2 direct inputs

Onboard Storage Capacity:

Dedicated SD Card slot interfaces

External I/O Array:

18 inputs, 29 outputs

Video Display Interface Output:

SVGA 800 × 600 pixels (24-bit color) output terminal

Operating Ambient Temperature:

0°C to +50°C (32°F to 122°F)

Operating Humidity Envelope:

35% to 85% Relative Humidity, strictly non-condensing

Q1: What makes Keyence different from other industrial automation companies?

A: Keyence stands out globally due to its unique combination of consultative direct sales and a fabless manufacturing model. Unlike competitors who rely on third-party distributors, Keyence deploys its own highly trained application engineers directly to factory floors to solve customer problems. Additionally, by outsourcing physical production (fabless), Keyence focuses 100% of its resources on research, development, and rapid product innovation, allowing them to release cutting-edge sensor and vision tech ahead of the market.

Q2: What is Keyence’s technological approach to solving the trade-off between inspection speed and precision in machine vision?

A: Keyence bypasses the hardware limitations of single-exposure sensors by utilizing custom-designed multi-spectrum and multi-lighting technologies coupled with proprietary high-speed ASICs. Instead of capturing a single image, their systems capture multiple ultra-fast images sequentially under different directional LED strobe frequencies in milliseconds. The vision controller then stitches these exposures together at the hardware layer, mathematically separating shape from color and texture. This allows the system to eliminate surface glare and inspect ultra-fine physical defects simultaneously on high-speed moving lines.

Q3: How do Keyence measurement systems maintain sub-micron accuracy in harsh, vibrating industrial environments?

A: High-precision laboratory tools usually fail on a shaking factory floor, but Keyence overcomes this through integrated optical stabilization and continuous auto-sampling algorithms. For instance, their inline laser displacement sensors utilize a technology called standard optical 2D CMOS matrices combined with high-frequency sampling rates. By continuously oversampling the surface data and applying real-time digital filtering loops directly inside the sensor head, the system mathematically filters out high-frequency mechanical ambient vibrations, delivering stable sub-micron measurements without requiring isolated mounting tables.

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