VLT 5032 Danfoss
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The Danfoss VLT 5032 is a frequency converter in the VLT 5000 Frequency Converters series. It features 8 programmable digital inputs with a maximum voltage of 28 V DC and a digital input scan time of 3 milliseconds. This drive supports a closed-loop speed range of 1 to 1000 and an open-loop speed range of 1 to 100, with a true power factor of 0.90.
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Product Description:
The VLT 5032 is an AC frequency converter produced by Danfoss and supplied under the VLT 5000 Frequency Converters series. As a variable-speed drive, it modulates three-phase mains power to regulate induction motor torque and speed in industrial automation lines. This control allows conveyors, pumps, and mixers to follow precise process commands while adapting motor output to changing operating demands.
Input processing on the VLT 5032 provides one analog current channel and two analog voltage channels; the voltage channels present an impedance of 10 kΩ to the control source to minimize loading. The converter provides 8 programmable digital inputs that accept signals up to 28 V DC through a 2 kΩ resistor. These inputs are sampled every 3 ms, so interlocks or sensor edges are captured quickly. Closed-loop regulation spans a ratio of 1:1000 with a speed error of ±1.5 rpm below 1,500 rpm, while open-loop operation covers 1:100 for applications that do not require encoder feedback. Output frequency can be trimmed in steps of ±0.003 Hz, providing fine resolution for slow-running augers or test stands. When a fault occurs, the power section can withstand up to 100,000 A of prospective short-circuit current, supporting installation on high-capacity feeders. The overall system responds to reference changes within 3 ms, helping the motor flux remain closely aligned with the commanded profile.
A true displacement power factor of 0.90 reduces reactive current drawn from the supply, easing demands on upstream power-factor correction equipment. Motor leads may be routed up to 150 m when shielded cable is used, allowing the converter to be installed away from the connected machine while limiting susceptibility to electrical noise. An unshielded cable run may extend up to 300 m when the installation does not require shielding. These cable allowances provide flexibility when routing motor conductors through large industrial facilities, where the converter and driven equipment may occupy separate installation areas.
