Dynamic Motor Analyzer EXP4000

Possibility of complex tests The EXP4000 Motor Analyzer provides extensive motor testing functionality and meets the highest quality standards. It is specially designed to monitor the power circuits, the general condition of the engine, its load and performance directly in production, and allow the operator to conduct a comprehensive analysis of the overall functionality of the engine. These devices provide remote monitoring capability from a motor control center or via an EP connection. Power is supplied to them from a rechargeable battery. The devices are safe in operation and have high reliability even in the most difficult conditions.

Continuous improvement Continuous improvement and new developments demonstrate our commitment to high quality and reliability. These devices allow you to detect the reduction in performance of electric motors and thereby reduce overhead costs, as well as determine the overall efficiency of equipment use, load mismatch, fluctuating and short-term peak loads. The operator receives the results immediately, which makes it possible to calculate the operating efficiency and the exact values ​​of energy losses.

Complex analysis The EXP4000 has seven key features that help improve predictive motor maintenance. It detects possible power network problems that degrade the condition of the electric motor, checks the operation of the motors, monitors the load, monitors the performance of the electric motors and calculates possible energy savings.

Improved processing and organization of data After completing the tests, the operator can save their results for each electric motor separately. This separation improves maintenance as the operator has easy access to information and the ability to analyze graphs. Test results are stored in standard formats of relational databases of the MS Access program. The main print console allows you to quickly create reports that provide the operator with visual confirmation of the condition of the engines. The software allows the user to create various databases to organize the collected information according to given specifications. This approach simplifies data transfer through complex information processing.

Efficiency The EXP 4000 compares favorably with its peers by being able to calculate performance and payback period and identify underperforming motors and then recalculate the payback period when replaced with a new motor. The EXP3000 outperforms other instruments in terms of both accuracy in performance evaluation and ease of use in the field.