Dynamic torque calibration cart product parameters
The NJSMD-500MC mobile dynamic torque tool calibration table is a system for torque testing, calibration and verification in the industrial field and laboratory. It is suitable for the calibration of pneumatic tools, power tools, battery tools, tightening machines, torque wrenches and other detection, calibration and calibration.
Simple operation, long service life, less daily maintenance. At the same time, it has signal acquisition, real-time curve display, data storage, processing, printing and other functions.
Overview and function introduction of tool calibration software
n The calibration tool can be identified by the QR code;
n Graphic human-computer interaction interface, simple operation, intuitive data;
n The torque-time curve is displayed in real time during calibration;
n preset different types of tool parameters, edit the measurement program;
n When the tool number is entered or scanned by the scanner, the system can automatically enter the test state;
n Different types of tool parameters can be set, such as electric motor tightening and manual tools;
n Documents and historical data of various tools and sensors can be stored;
n Data can be automatically saved, convenient for users to manage, analyze and trace data;
n Multi-curve comparison and analysis;
n Tool attributes and workstation data can be stored in the database: such as tolerance range, statistical parameters, corresponding calibration workstation, field workstation number and other information;
n After the tool is added/set, the tool and the corresponding calibration station data remain consistent;
n The software will automatically remind each tool of the calibration cycle;
n The software features self-calibration, manual reset functionality, self-diagnosis, and judgment capabilities, providing alarms and alerts for faults and non-compliant test results. It displays real-time charts showing the relationship between calibration values, target values, and upper/lower tolerances. Red numbers indicate non-compliance when test values exceed or fall below the set range, while green numbers signify compliance. The system continuously calculates and displays calibration values, averages, tolerances, statistical data, and test curves in real time.
n The calibration results display window shows statistical parameters such as the average value of calibration results, equipment capability index (Cm/Cmk), and SPC charts. Reports are generated based on user-entered information, containing (but not limited to) the following details: tool model, calibration date and time, calibration data, statistical statistics, charts, and qualification status (qualified or unqualified).
n Equipped with industrial-grade RFID reader and writer for personnel card swiping management;
n The test results are automatically calculated by computer average value, relative error of indication, repeatability of indication, standard deviation, Cm, Cmk, and draw normal distribution graph, X-R diagram, etc.;
n Calibration report can be automatically generated, and Excel template can be used and edited;
n Intelligent torque calibrator has touch operation panel, Chinese interface, easy to operate;
n The screen displays the graphical operation interface, which is beautiful, reasonably arranged, convenient to operate, easy to master and use;
n When connected to the tool, it can automatically match the program to be verified, and has LED light to indicate the matched torque sensor, to avoid human error.
4. Overview and function introduction of the whole life cycle tool management software:
summary
This tool management software is specifically designed for torque calibration cart calibration and testing scenarios in NTS Tech. It focuses on digital management throughout the entire lifecycle of torque tools, featuring functions such as permission grading, automated calibration processes, data traceability, and intelligent alerts. The software aims to enhance tool management efficiency, ensure calibration compliance, and support enterprise quality system certifications (e.g., ISO 9001). Compatible with mainstream operating systems, it supports multi-terminal deployment (B/S architecture) and offers flexible scalability to adapt to future business needs.
Efficiency improvement : Tool management efficiency increased by 50% and calibration cycle shortened by 30%.
Risk control : Reduce the risk of quality accidents through data traceability and early warning mechanism
Cost optimization : extends tool life and reduces unplanned downtime and maintenance costs
Role classification and permission control
nCalibrator : Only for tools assigned to the operation, submit calibration applications, view personal tasks and historical records.
Quality Specialist : Responsible for reviewing calibration data, generating reports, managing tool maintenance plans, and having access to data export.
System administrator : has the highest permission, can configure role permissions, manage tool ledger, maintain system parameters and audit logs.
Operation log tracking : records all user operations (such as data modification, deletion), and supports post-traceability and responsibility definition.
Tool ledger management :
o Establish electronic tool files, including model, serial number, calibration cycle, responsible person, use record and other fields.
o Supports scanning code or RFID tag binding tools to achieve rapid identification and status update.
Intelligent calibration reminder : Calculate the calibration cycle according to the frequency of tool use (e.g., every 5000 uses), automatically generate the calibration date and remind.