Omron MX2 Basic instruction manual Press on/off button

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MX2 Basic English

Caution! Allow an interval of at least three minutes between two successive measurements!

1Sit comfortably at a table with your feet flat on the floor and rest your arm on the table.

2Relax your arm and turn your palm upward.

Caution! Cuff at heart height during measurement!

MX2 Basic

MX2 Basic

MX2 Basic

SYS

SYS

SYS

mmHg

mmHg

mmHg

DIA

DIA

DIA

mmHg

mmHg

mmHg

PULSE/min

PULSE/min

PULSE/min

3Press on/off button.

Caution! Wait for zero and the heart symbol to continue!

MX2 Basic

SYS mmHg

DIA mmHg

PULSE/min

4Press start button

Note: the unit inflates the cuff to 170 mmHg. If required the unit automatically increases the pressure by 40 mmHg.

Note: press and hold the start button to set pressure higher than 170 mmHg. Caution! Do not inflate over 280 mmHg!

5

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Contents MX2 Basic Page How to obtain meaningful blood pressure readings Table of contentsIntroduction Tips for use OverviewFit cuff PreparationInsert batteries Connect cuffControl functions OperationMeasurement Press on/off button Read display Calibration Error causes and rectificationsMaintenance and spare parts Indication Error Cause RectificationSpare parts Technical dataMX2 Basic English Classification of blood pressure Symptoms of high blood pressureGeneral information about blood pressure Blood circulationTreatment of high blood pressure Blood pressure measurementREP

MX2 Basic specifications

The Omron MX2 Basic is a versatile and robust motion controller designed for various automation applications. Built with user-friendly interfaces and advanced technologies, the MX2 Basic aims to enhance machine performance and improve productivity.

One of the standout features of the MX2 Basic is its high-speed processing capabilities. With a powerful CPU, it enables real-time control of motion, allowing for rapid response times crucial in high-speed applications. The controller supports multiple axes, making it suitable for synchronized movements in complex systems. This flexibility makes it an ideal choice for robotics, packaging machinery, and assembly lines.

The MX2 Basic integrates various communication protocols, such as EtherCAT and RS-485, facilitating seamless integration within different network environments. This multi-protocol support enhances its interoperability with other devices, enabling users to construct a unified system that can be easily modified or expanded in the future.

One of the notable technologies incorporated into the MX2 Basic is its advanced algorithm for motion control. This algorithm optimizes the acceleration and deceleration profiles, ensuring smooth transitions during operation. Such performance enhancement reduces wear and tear on machinery components, ultimately leading to lower maintenance costs and longer equipment lifespans.

Another essential characteristic of the MX2 Basic is its extensive set of built-in safety features. The controller is designed in compliance with international safety standards, ensuring reliable operation even in demanding environments. Features like emergency stop capabilities, overcurrent protection, and monitoring functions contribute to a safer workplace, reducing the likelihood of accidents during automated processes.

The MX2 Basic also comes equipped with intuitive software tools designed to simplify programming and configuration. Users can leverage graphical programming interfaces, which minimize the learning curve for new operators and allow for quick setup and adjustments. This accessibility can drastically reduce downtime associated with programming changes or troubleshooting, enabling facilities to maintain productivity levels.

In summary, the Omron MX2 Basic is a cutting-edge motion controller that combines high-speed processing, robust communication protocols, advanced motion control algorithms, safety features, and user-friendly programming tools. Whether in manufacturing, packaging, or robotics, the MX2 Basic delivers precision, reliability, and efficiency, making it a preferred choice in the industrial automation landscape.