Engine Test Room Management and
Automation System
Easily manage the engine test rooms’ control processes with the Motor Azma software.
A powerful tool for optimizing engine testing
Motor Azma is software designed by DinaSoft to control all activities within the engine test room. Its primary goal is to assist automotive engineers and technicians in conducting engine tests more efficiently and effectively.
In an engine test room, the engine is connected to various other equipment and operates under demanding conditions. Given the high cost of equipment and the challenging nature of the tests, using a powerful central software to control and manage all activities becomes essential.
Motor Azma software provides all the necessary features for engine testing through its graphical and control capabilities, along with high-speed communication. Additionally, this software enables the definition and execution of tests around the clock, even without user presence.
Modules of Motor Azma Software
Easily address all the needs related to test rooms with just a few simple clicks
Scheduling and Planning:
This module allows users to schedule engine tests, set test parameters, and assign test technicians to specific tasks. It enables users to define the test protocol, select the appropriate testing equipment, and specify test conditions such as temperature, pressure, and humidity.
This module typically includes a calendar view for managing test scheduling and also provides notifications to inform users of upcoming tests or any changes in the test schedule.
- Automatic definition of all tests and execution of tests without the need for operator presence.
- Definition of data collection and warning thresholds.
Data Analysis:
Collects data from sensors and other monitoring devices during engine tests and provides real-time data analysis. It includes features for configuring and managing the data collection system, defining data collection parameters, and visualizing data in real time.
Calibration and Control:
This module is responsible for controlling and calibrating testing equipment, including dynamometers, fuel flow meters, and exhaust gas analyzers. It typically includes tools for configuring and controlling testing equipment, monitoring equipment performance, and performing calibration procedures to ensure accurate and consistent measurements.
- Communication with Peripheral Equipment: Ability to communicate with peripheral devices and send appropriate commands during automated tests.
- User Access Levels: Different user access levels for testing (operator, engineering, and management).
Data Management and Storage:
This module manages the storage and retrieval of engine test data, including test parameters, test results, and other related information. It typically includes features for data backup and recovery, data security, and data archiving. This module may also include tools for managing data permissions and access control, as well as providing an audit trail of access and modifications to the data.
- Intelligent Data Logging and Collection: A smart set for recording and collecting engine information with a sampling rate ranging from 1 to 10 Hz.
- Quick Data Recording: Rapid data recording before and after engine shutdown in emergency conditions to analyze potential causes of engine failure and stoppage.
Test Automation:
This module enables users to automate specific aspects of engine testing, such as configuring testing equipment, executing test scripts, and analyzing test results. It typically includes features for defining test scripts, automating testing procedures, and scheduling automated tests.
- Defining Limits: Define two upper limits and two lower limits for each channel or measurement parameter.
- Special Capabilities: Equipped with special capabilities for setting water and oil temperature conditions for specific functional tests.
Motor Azma software modules
With just a few simple clicks, address all the needs related to test rooms.
Scheduling and Planning:
This module allows users to schedule engine tests, set test parameters, and assign test technicians to specific tasks. It enables users to define the test protocol, select the appropriate testing equipment, and specify test conditions such as temperature, pressure, and humidity.
This module typically includes a calendar view for managing test scheduling and also provides notifications to inform users of upcoming tests or any changes in the test schedule.
- Automatic definition of all tests and execution of tests without the need for operator presence.
- Definition of data collection and warning thresholds.
Calibration and Control:
This module is responsible for controlling and calibrating testing equipment, including dynamometers, fuel flow meters, and exhaust gas analyzers. It typically includes tools for configuring and controlling testing equipment, monitoring equipment performance, and performing calibration procedures to ensure accurate and consistent measurements.
- Communication with Peripheral Equipment: Ability to communicate with peripheral devices and send appropriate commands during automated tests.
- User Access Levels: Different user access levels for testing (operator, engineering, and management).
Data Management and Storage:
This module manages the storage and retrieval of engine test data, including test parameters, test results, and other related information. It typically includes features for data backup and recovery, data security, and data archiving. This module may also include tools for managing data permissions and access control, as well as providing an audit trail of access and modifications to the data.
- Intelligent Data Logging and Collection: A smart set for recording and collecting engine information with a sampling rate ranging from 1 to 10 Hz.
- Quick Data Recording: Rapid data recording before and after engine shutdown in emergency conditions to analyze potential causes of engine failure and stoppage.
This module enables users to automate specific aspects of engine testing, such as configuring testing equipment, executing test scripts, and analyzing test results. It typically includes features for defining test scripts, automating testing procedures, and scheduling automated tests.
- Defining Limits: Define two upper limits and two lower limits for each channel or measurement parameter.
- Special Capabilities: Equipped with special capabilities for setting water and oil temperature conditions for specific functional tests.
View your questions about the Motor Azma software in this section
Automotive engine test room software is a specific type of engine testing software used in the automotive industry for testing car engines.
This software is designed to simulate the behavior and performance of automotive engines in a testing environment, allowing engineers to evaluate the performance of various engine components and systems under different operating conditions.
Automotive engine test room software typically includes a set of tools for designing and modeling car engines, as well as tools for simulating engine behavior and performance. These tools can include computational fluid dynamics (CFD) software, finite element analysis (FEA) software, and other specialized tools for simulating engine performance.
Additionally, automotive engine test room software often includes data collection and control systems that enable engineers to monitor and control various engine parameters during testing. This can include measuring engine speed, torque, power, temperature, and other key performance metrics.
The primary purpose of automotive engine test room software is to assist engineers in optimizing engine performance, fuel efficiency, emissions, and reliability.
By simulating various operating conditions and evaluating the performance of different engine components and systems, engineers can identify potential issues and optimize engine design before conducting physical testing.
This can help reduce development costs and time to market for new vehicle models while also improving the performance and efficiency of automotive engines.
The features of Motor Azma software include:
- Automatic definition of all tests and execution of tests without the need for operator presence.
- Definition of data collection and warning thresholds.
- A smart set for recording and collecting engine information with a sampling rate ranging from 1 to 10 Hz.
- Rapid data recording before and after engine shutdown in emergency conditions to analyze potential causes of engine failure and stoppage.
- Definition of two upper limits and two lower limits for each channel or measurement parameter.
- Special capabilities for setting water and oil temperature conditions for specific functional tests.
- Communication with peripheral equipment.
- Ability to communicate with peripheral devices and send appropriate commands during automated tests.
- Different user access levels for testing (operator, engineering, and management).
Comprehensive and Practical Engine Testing Book
This book provides a comprehensive guide to the principles and practices of testing internal combustion engines.
