Installation Instructions for KEYENCE XG-8000 Series Line Scan Camera Version Vision System

Positioning and Applicable Scope

Special Installation Manual for XG-8000 Series Line Scan Camera, aimed at XG-8702L (P)/8502L (P) controllers and XG-HL02M/04M/08M line scan cameras, used to guide system safety installation, hardware connection, initial debugging, communication configuration, and specification confirmation.

Safety and regulatory requirements

1. Security level

Power supply: Only 24VDC is allowed, and overvoltage is strictly prohibited

Environment: Moisture and dust proof, away from high pressure, avoid vibration

Operation: Power off wiring, prohibit disassembly, do not turn off the power while the program is running

CE：EMC Class A， Cable * * ≤ 30m * *, with magnetic ring added

2. Prohibited scenes

Human safety protection, explosion-proof environment, direct sunlight camera

Hardware composition and interfaces

1. Core model

Type, Model, Key Parameters

Controller XG-8702L (P) high-end, supports 8192 pixel line scan

Controller XG-8502L (P) comes standard and supports 4096 pixel line scan

Line scan camera XG-HL02M 2048 pixels, minimum line scan 24 μ s

Line scan camera XG-HL04M 4096 pixels, minimum line scan 24 μ s

Line scan camera XG-HL08M 8192 pixels, minimum line scan 45 μ s

2. Expansion unit

Light source expansion: CA-DC21E, 2 channels/unit, up to 4 units

Communication extension: CA-NCL10E, supports CC Link

Camera Expansion: XG-E800, up to 2 line scanners/4 table arrays

3. Standard interface

Power supply: 24VDC ± 10%

Camera: Dedicated CA-CH high-speed line

Communication: RS232C × 2, Ethernet USB2.0

I/O: 20 in/36 out, high-speed trigger, flash synchronization

Storage: SD1/SD2 dual card slots, supporting SDHC

Installation and wiring specifications

1. Installation requirements

Direction: Install according to the markings and do not invert

Ventilation: Up, down, left and right * * ≥ 50mm * *, front * * ≥ 90mm**

Fixed: DIN rail or M4 screw

Camera: Insulated installation, with a reserved space of 30mm above

2. Core wiring

Power supply: AWG14~22, grounding class D ≤ 100 Ω

Camera: Only using CA-CH series high-speed cables

Encoder: RS422 wire drive or 24V open collector

Light source: CA-DC21E, DIP switch selection 12V/24V

Communication: Ethernet Category 5e cable, USB only connected to dedicated software

Initial installation and debugging process

Power on initialization: language, resolution (SVGA/XGA)

Encoder enabled: offline configuration, select RS422/open collector electrode

Light source activation: Process diagram turned on, select DC constant light

Image acquisition settings

Mode: Fixed acquisition/Continuous acquisition

Trigger: Timing/Encoder Synchronization

Parameter: Shutter * * ≥ 3 μ s * * faster than the line cycle

image calibration

Brightness/sharpness LED adjustment

Shadow correction (uneven light compensation)

Line scanning intensity calibration tool

I/O and Communication Specifications

1. I/O parameters

Input: 26.4V max, ON voltage * * ≥ 10.8V**

Output: NPN/PNP, 50mA/point, 8-channel high-speed flash

Encoder: RS422 differential, 5V/150mA output

2. Communication ability

Interface speed usage

RS232C 9600~230400bps no protocol/PLC Link

Ethernet 10/100/1000M TCP/IP, FTP, EtherNet/IP

USB 2.0 PC software connection

CC Link 156k~10Mbps remote device station

Core Performance Specifications

1. Controller

Processor: Multi core DSP

Program: 1000 units per card, external switching

Image: 1000 images per program, JPG/BMP

Working temperature: 0~45 ℃

2. Line scan camera

Sensitivity: Monochrome CMOS

Line frequency: HL02M/04M 41.7kHz, HL08M 22.2kHz

Shutter: 2 μ s~20000 μ s

Lens: C-Mount/Dedicated M40

3. Light source module CA-DC21E

Output: 2 channels, 12/24V switching

Power: 30W per channel, total 40W

Response: 1ms~20ms

Temperature: 0~50 ℃

Software support

XG VisionEditor: Process diagram editing, interface DIY, simulation

XG VisionTerminal: Remote Desktop, Log Collection, File Transfer

Support: Windows XP/Vista/7

Key questions and answers

Question 1: How many line scan cameras can be connected to the XG-8000 line scan system at most? What are the mandatory requirements for wiring and expansion?

answer:

Supports up to 2 line scan cameras;

Must be paired with XG-E800 camera expansion unit+XG-EC80L line scan input unit;

The camera must use a CA-CH dedicated high-speed cable, with a maximum length of 10m and an amplifier that can reach 30m;

Maximum power supply current: 3.8A for dual cameras, requiring a 24V/6A or higher power supply.

Question 2: What are the reasons for the stretching/compression/offset of line scan camera images? How to quickly make corrections?

answer:

Reason: The triggering cycle of the line does not match the workpiece speed, and the shutter speed is unreasonable;

Correction method:

The shutter must be faster than the line period by more than 3 μ s;

Move down the image → reduce the line period; Move the image up → Increase the line period;

Calculate the number of rows based on the field of view accuracy as the target height divided by the pixel resolution.

Question 3: How to set the voltage and wiring for the CA-DC21E light source expansion unit? How many light sources can be carried at most?

answer:

Voltage: Set 12V/24V through DIP switch, which must be consistent with the rated light source;

Wiring: Input terminal connected to 24VDC, output terminal connected to positive and negative LED lights;

Quantity: 1 CA-DC21E with 2 channels, system maximum 4=8 light sources;

Protection: With overcurrent protection, attention should be paid to heat dissipation and continuous lighting time for strong light.