Basler acA1300-60gm Industrial Area Array Camera

Complete Parameter Analysis of Basler acA1300-60gm Industrial Area Array Camera
This is a black-and-white GigE industrial camera from the Basler ace Classic series. It is mainly designed for high-speed motion object detection and is a classic entry-level model for machine vision in production lines. The original factory part number is 106200.

I. Core Imaging Parameters
Sensor Configuration
Chip Model: e2v EV76C560 Black and White CMOS, 1/1.8-inch specification
Effective Resolution: 1282×1026 (approximately 1.3 million pixels), pixel size 5.3μm×5.3μm
Shutter Mode: Global shutter + Rolling shutter dual mode selectable. The global shutter can eliminate the distortion of trailing motion of high-speed moving targets
Full Frame Frame Rate: Stable 60fps at full resolution, pixel bit depth 12bit
Spectral Range: Visible light band imaging, no near-infrared enhancement
Lens Interface: Compatible with C/CS mount industrial lenses, suitable for regular vision lens selection

Interfaces, Power Supply and IO Configuration
Data Interface: Standard GigE Gigabit Ethernet, compatible with GigE Vision/GenICam universal protocols, compatible with mainstream vision software such as HALCON, OpenCV, LabVIEW
Power Supply Scheme: Supports PoE network power supply (IEEE802.3af), power consumption approximately 2.6W; Alternatively, an external 12VDC independent power supply can be used, power consumption approximately 2.0W
Trigger IO: 1 optical coupler input, 1 optical coupler output, supports three acquisition modes: hardware trigger, software trigger, and free running
Protection Grade: Body IP30, suitable for long-term operation in workshop regular conditions

Dimensions and Weight
Bare Machine Size (without lens, connector): 42×29×29mm, compact structure suitable for installation in narrow workstations
Overall Machine Weight < 90g, lightweight and easy to fix

Applicable Application Scenarios
Relying on the advantages of global shutter + 60fps high-speed black and white imaging, it is mainly used for:
Electronic production lines: PCB soldering defect detection, small item sorting, component size measurement
High-speed assembly lines: Food packaging appearance quality inspection, part counting and positioning
Supporting scenarios: Industrial microscopic imaging, simple intelligent snapshotting, regular industrial quality control workstations