Product Description
Danfoss created the FC-301P4K0T4134F8236; a prime example of the complexity of electrical engineering in industrial automation. The voltage range that this three-phase variable frequency drive (VFD) is intended to function in is 400–480V AC, which is typical for many industrial power systems. This broad voltage range guarantees compatibility with various power sources and offers installation freedom. The device's 30A current capacity is critical in determining how much power it can provide to an electric motor. This significant current capacity increases the VFD's adaptability in various automation applications by allowing it to regulate a large variety of motors.
Following the IP54 protection standard is essential to the FC-301P4K0T4134F8236's design. This worldwide standard shows the drive's resistance to environmental influences. The "5" denotes defense against dust intrusion, keeping particles from disrupting the delicate circuitry. Protecting the equipment against unintentional spills or water spray, which are prevalent in industrial environments, is symbolized by the "4". This strong environmental protection adds to the VFD's durability and steady performance by guaranteeing dependable operation even under trying circumstances.
The FC-301P4K0T4134F8236 complies with Class II protection regulations, further improving its safety profile. Double insulation, which adds an extra degree of protection against electric shock, is indicated by this categorization. This is especially crucial in industrial settings with a higher chance of electrical risks. The temperature range in which the VFD works is -10°C to 45°C. The FC-301P4K0T4134F8236, which weighs 4 kg and has dimensions of 150 x 200 x 300 mm, is a good combination of portability and capability. Because of its very tiny size, it may be installed on equipment where space is limited or in often packed control cabinets. The apparatus is intended to function at 50/60 Hz frequencies, corresponding to the typical power grid frequencies in most areas. This compatibility ensures smooth integration into the current electrical infrastructure.