175Z4335
Wake Industrial LLC is not an authorized distributor of this product.
MPN: VLT5027PT5C20STR3DLF10A00C0
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In-Stock, Ships 1-2 Days
The Danfoss 175Z4335 is part of the VLT 5000 Frequency Converters series, featuring a compact enclosure and IP20 protection class. This frequency converter operates on three phases and includes a local control panel (LCP) for display. Its gross weight is 28.1 kilograms, and its net weight measures 25.6 kilograms.
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Product Description:
The 175Z4335 frequency converter from the Danfoss VLT 5000 line is made to control the speed and torque of AC motors in industrial automation settings. The product has a black top panel and a rectangular silver metal frame. In the upper left corner of the screen is a control keypad with an LCD screen and navigation buttons for quick setting of parameters and monitoring features.
The 175Z4335 frequency converter needs 43.3 A of current and can work with 3-phase 380–500 V at 50/60 Hz. The output gives a 3-phase voltage that can be changed from 0 to Uin. The range is from 0 to 1000 Hz. The total current ranges from 37.5 A to 44 A at its highest point. The converter has a power output of 31.6 kVA. The chassis has an IP20 rating, which means it can only be used indoors for basic tasks and does not guard against water or dust. When there is no load, the highest temperature that the machine can handle is 40 °C, and when there is light, it can handle 45 °C. The U, V, and W labels on the motor output connections make them easy to find. The drive comes with an LCP, 1A+1B filter, and Profibus DP/FMS transmission features that make it easy to connect to automation networks.
The <175Z4335 frequency converter>> can work with medium-sized motor systems because it has a minimum output current rating of 37.5 A and a power rating of 31.6 kVA. The product also has a highest current rating of 44 A, which means it can handle short-term overloads. The IP20 grade for the chassis tells you how much dust and water it can handle. For industrial control uses, the frequency converter gives stable performance.
Frequently Asked Questions about 175Z4335:
Q: Why does the 175Z4335 include 1A + 1B filter functionality?
A: The drive includes 1A + 1B filter to reduce electrical noise. It ensures compliance with EMC requirements. This improves communication performance and stabilizes power quality for connected motors and systems.
Q: How does the 175Z4335 support integration through Profibus DP/FMS?
A: The drive supports Profibus DP/FMS communication. It allows quick configuration and diagnostics. It integrates seamlessly into industrial networks. This feature enhances system coordination and enables effective communication with controllers and monitoring systems.
Q: Why do the terminals of the 175Z4335 include U, V, and W labels?
A: The terminals are labeled U, V, W for clarity. These labels define motor output phases. This structure ensures correct wiring connections, minimizes errors, and enhances reliability in motor speed and torque control.
Q: How does the 175Z4335 deliver a power capacity of 31.6 kVA?
A: The drive delivers 31.6 kVA through optimized voltage and current handling. This capacity supports medium-sized motors. It enables continuous operation. It ensures stable performance under varying load requirements and electrical system demands.
Q: Does the 175Z4335 provide flexibility with its 0–1000 Hz frequency range?
A: Yes, the 0–1000 Hz frequency range allows wide motor speed adjustment. It supports variable applications. This flexibility enhances motor efficiency, enables precise control, and broadens compatibility across diverse industrial motor systems.
