Circuit Breaker Timing Interval Test Kit

Circuit Breaker Timing Interval Test Kit

Brief Description:

The Circuit Breaker Time Interval Analyzer (MAB-05) is an advanced instrument designed to measure and evaluate the operational performance of circuit breakers in electrical systems. This instrument is specifically focused on measuring the critical time intervals associated with the close, open, and close-open actions of circuit breakers. These time intervals are essential for ensuring that circuit breakers react appropriately during fault conditions, protecting the system from potential damage and maintaining operational safety.

By integrating IoT (Internet of Things) technology, the instrument offers real-time monitoring, remote operations, and cloud-based analytics, making it a powerful tool for optimizing the reliability and performance of electrical systems


Product Detail

Features

 

Feature Description
Measurement Range 0 to 999 milliseconds with 1ms resolution.
Battery Operated Portable design for field use.
Android Application Compatibility Real-time monitoring and control via mobile app.
RS 232 Connectivity Easy integration with external systems.
Data Storage Stores up to 100 data entries for historical analysis.
Graphical LCD (128x68) Clear data visualization and event tracking.
Inbuilt Clock Accurate date and time stamping of results.
Intuitive Interface Easy access menu for quick setup and operation.
Thermal Printer Option Direct printing of results and reports.

 

Specifications

 

Specification Details
Channels 3 and 4 channel models
Breaker Control 250/25A solid-state relay with potential-free contacts
Accuracy ±0.5%
Mode Open, Close, and Close-Open operations
Input 230V AC, 50Hz ±10%
BMS Support Battery Management System for Li-ion 12V/2.2Ah battery
Weight 5 kg
Dimensions 300 × 250 × 150 mm
AC/DC Operation Works with both AC and DC voltage

 

Standard Accessories

  • Connecting Cables-10Meter
  • Power Cord

 

 

 

 

Note:

                                 The specifications and data provided may undergo modifications due to ongoing research and development.



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