Contents

SAFETY PRECAUTIONS
CONDITIONS OF USE FOR THE PRODUCT
INTRODUCTION
CONTENTS
RELEVANT MANUALS
TERMS
1 CC-Link IE Field Network Basic CONNECTION
- 1.1 System Configuration Example for Connecting a Vision Sensor
  - Configurations
  - Connection and wiring of a vision sensor
- 1.2 Basic Operations for a CC-Link IE Field Network Basic Connection
  - Basic operation process for a CC-Link IE Field Network Basic connection
  - Signals used for a CC-Link IE Field Network Basic connection
- 1.3 Setting the Vision Sensor
- 1.4 Setting a Programmable Controller
  - Registering a profile
  - Setting a programmable controller
  - Creating a program
- 1.5 Writing Data to a Programmable Controller
- 1.6 Checking Operations
2 SLMP SCANNER CONNECTION
- 2.1 System Configuration Example for Connecting a Vision Sensor
  - Configurations
  - Connection and wiring of a vision sensor
- 2.2 Basic Operations for an SLMP Scanner Connection
  - Basic operation process for an SLMP scanner connection
  - Basic operations for an SLMP scanner connection
  - Signals used for an SLMP scanner connection
- 2.3 Setting the Vision Sensor
- 2.4 Setting a Programmable Controller
  - Registering a profile
  - Setting a programmable controller
  - Creating a program
- 2.5 Writing Data to a Programmable Controller
- 2.6 Checking Operations
  - Controlling the vision sensor by using native mode commands
3 I/O CONNECTION
- 3.1 System Configuration Example for Connecting a Vision Sensor
  - Configurations
  - Connection and wiring of a vision sensor
- 3.2 Setting the Vision Sensor
- 3.3 Setting a Programmable Controller
  - Setting a programmable controller
  - Creating a program
- 3.4 Writing Data to a Programmable Controller
- 3.5 Checking Operations
- 3.6 Using CIO-MICRO I/O module
4 EtherNet/IP CONNECTION
- 4.1 System Configuration Example for Connecting a Vision Sensor
  - Configurations
  - Connection and wiring of a vision sensor
- 4.2 Basic Operations for an EtherNet/IP Connection
  - Overview
  - Basic operation process for cyclic (Implicit) communications
  - Input/Output Assemblies used for cyclic (Implicit) communications
  - Basic operation process for message (Explicit) communications
- 4.3 Setting the Vision Sensor
- 4.4 Setting a Programmable Controller
  - Setting a programmable controller
  - Writing parameters
  - Configuring communication settings in EtherNet/IP Configuration Tool
  - Creating a program
- 4.5 Writing Data to a Programmable Controller
- 4.6 Checking Operations
  - Checking operations of cyclic (Implicit) communications
  - Checking operations of message (Explicit) communications
REVISIONS
TRADEMARKS

Mitsubishi VS20C-12F410 Connection Guide

Mitsubishi VS20C-12F410 Sensor manual cover

Pages 144

Year 2021

Language(s)

of 144

Connection Guide

144 pages

Setting Guide

176 pages

Mitsubishi VS20C-12F410 Sensor Specification

The Mitsubishi VS20C-12F410 Sensor is a highly advanced optical sensor designed for precision applications in industrial automation. It features a compact and robust design, allowing seamless integration into various industrial environments. The sensor operates effectively with a detection range optimized for small to medium-scale objects, providing reliable performance across diverse operational conditions. It utilizes an infrared LED as its light source, which ensures consistent and accurate detection capabilities even in low-light situations. The sensor boasts a fast response time, enhancing its suitability for high-speed applications where rapid detection is critical. Its operational voltage ranges from 12 to 24 VDC, supporting flexibility in power supply configurations.

The VS20C-12F410 is engineered with a focus on durability and reliability, encapsulated in a sturdy housing that offers protection against dust and moisture, complying with IP67 standards. This makes it suitable for use in harsh industrial environments. Its output configuration is a NPN transistor output, providing straightforward integration with various control systems and ensuring compatibility with existing industrial automation setups. The sensor's design also incorporates an adjustable sensitivity feature, allowing for fine-tuning based on specific application needs to ensure optimal performance.

Additionally, the Mitsubishi VS20C-12F410 Sensor is equipped with advanced noise immunity features, minimizing the risk of false detections caused by environmental interference. This ensures high accuracy and reliability, making it an ideal choice for applications requiring precise object detection and positioning. Its compact size and top-tier performance make it a versatile solution for industries looking to enhance automation efficiency and productivity. With Mitsubishi's reputation for quality and innovation, the VS20C-12F410 stands out as a reliable component in the field of industrial sensing technology.

Mitsubishi VS20C-12F410 Sensor F.A.Q.

What is the optimal installation distance for the Mitsubishi VS20C-12F410 Sensor?

The optimal installation distance for the Mitsubishi VS20C-12F410 Sensor is between 20mm to 200mm, depending on the specific application and target material.

How do I calibrate the Mitsubishi VS20C-12F410 Sensor for accurate readings?

To calibrate the sensor, follow the manufacturer's calibration procedure in the user manual, which typically involves setting the sensor zero point with a known reference and adjusting the sensor output accordingly.

What troubleshooting steps should I follow if the sensor is not detecting objects?

Ensure the sensor is correctly connected to the power supply and that the detection range is properly set. Check for any obstructions or misalignment and verify the sensor's output signal.

What maintenance is required for the Mitsubishi VS20C-12F410 Sensor?

Regularly clean the sensor lens with a soft, dry cloth to remove dust and debris. Inspect the wiring and connectors for wear or damage, and ensure the sensor is securely mounted.

Can the Mitsubishi VS20C-12F410 Sensor be used in outdoor environments?

Yes, the Mitsubishi VS20C-12F410 Sensor can be used outdoors, but it should be shielded from direct exposure to harsh weather conditions to ensure optimal performance and longevity.

How can I integrate the Mitsubishi VS20C-12F410 Sensor with a PLC system?

Connect the sensor's output to the appropriate input channel on the PLC. Configure the PLC to interpret the sensor's signals according to the application's requirements, as detailed in the integration section of the user manual.

What should I do if there is a signal interference with the Mitsubishi VS20C-12F410 Sensor?

Check for nearby devices emitting electromagnetic interference and increase the distance between them and the sensor. Use shielded cables and ensure proper grounding to minimize interference.

How do I check the output signal of the Mitsubishi VS20C-12F410 Sensor?

Use a multimeter to measure the sensor's output voltage or current signal, ensuring it matches the specifications for the detected object. Refer to the sensor's data sheet for expected output values.

What are the indications of a failing Mitsubishi VS20C-12F410 Sensor?

Indications of a failing sensor include inconsistent output signals, failure to detect objects within range, and physical damage to the sensor or its components.

How can I extend the lifespan of the Mitsubishi VS20C-12F410 Sensor?

Regular maintenance, proper installation, avoiding exposure to extreme conditions, and following the manufacturer's operational guidelines will help extend the sensor's lifespan.