| Brand | MEGACON |
| Type | MCCA3 |
| Aux. Volts/Aux. S. | 200-240V |
| Input | 0-3, 15A |
| Output | 0-1mA |
| Part Number | 881.18.000.023 |
| Description | Measur. Converter |
| Weight | 500 gm |
| Condition | New 1 PCS |
| Ref No | 33814 |
Key Features and Specifications
Accuracy and Precision: The MCCA3 boasts very high accuracy typically at ±0.5% of the measured value. For applications requiring precision current measurement, the accuracy becomes essential.
Range and Scalability: This can measure AC currents in a range from a few amperes to hundreds of amperes, offering scalability across applications.
Output Compatibility: The output of the transducer can be set to the standard signals that are 0-5V, 0-10V, or 4-20 mA, respectively, which would work with the majority of the data acquisition systems and PLCs.
Ease of Installation: Its compact size and clip-on design were developed with user-friendliness in mind to make installation hassle-free without requiring the alteration of existing wiring.
Durability: It is ruggedly designed for harsh industrial conditions, with an enclosure that safeguards against dust, moisture, and mechanical stresses.
Advantages of Megacon MCCA3
Increased System Efficiency: This is through ensuring that the system operates in a more efficient way by offering an accurate current measurement, hence helping save energy.
Improved Safety: The device is useful in identifying conditions of overcurrent, which are likely to result in damage of equipment and risks to safety.
Cost-Effective Maintenance: Faults in flow current can now be detected to avoid costly fixes and downtime via the preventive maintenance features of MCCA3.
Compliance and Reporting: It promotes compliance with power standards and can provide critical statistics for reporting as well as statistical analysis.
Applications
These are some typical applications of this device:
Industrial Automation: It is used as a motor watcher, heater as well as monitor for other bulky electrical loads.
Energy Management: For monitoring power usage and energy efficiency in facilities management.
Protective Relaying: In electrical networks as part of protective relay systems.
HVAC Systems: Monitoring currents in HVAC systems for optimal performance.
