Product Description
The FC-202P30KT2131F1062 is a variable frequency drive designed for optimal performance. This model boasts a compact footprint measuring precisely 80 x 398 x 200 mm, making it suitable for installations where space is limited. It's engineered for efficiency, having a power loss of just 25 W. Consider the impressive 80 A current capacity. Moreover, the drive operates within a frequency range of 50/60 Hz. For safety, a rated leakage current of 35 mA is maintained, and the drive adheres to an EMC Level of Class A. This device is built for robust industrial applications. One might also note the substantial 6 kg weight, a testament to the drive's durable construction. A cross-section of conductor measuring 25 mm² ensures reliable power delivery. This VFD is capable of operating in environments with temperatures reaching up to 45°C.
The FC-202P30KT2131F1062 is more than just a collection of specifications; its design promotes reliable operation in demanding industrial environments. The compact dimensions of the unit allow for flexible installation options, even in tight spaces often found in industrial control panels. This space-saving design doesn't compromise performance, as evidenced by the robust current capacity, enabling control of substantial motor loads. The low power loss translates directly into reduced operating costs and contributes to a more energy-efficient system overall. Furthermore, compliance with a Class A EMC level ensures minimal electromagnetic interference, crucial in environments sensitive to electronic noise. The specified maximum operating temperature provides a clear indication of the drive's ability to withstand the heat commonly encountered in industrial settings.
The careful consideration given to safety features is readily apparent in aspects like the low leakage current, further enhancing its reliability in critical applications. The inclusion of a specific cross-section of the conductor underscores the emphasis on efficient and safe power transmission. Each technical detail contributes to the overall performance and longevity of the device.