195N1014
The Danfoss 195N1014 drive is a robust member of the VLT 2800 Low Voltage Drives series designed for precise motor control in industrial automation. It delivers a Main Power of 0.7 kW and operates on a 3 x 380 V AC supply, ensuring compatibility with standard three-phase networks. With an IP20 enclosure rating, the 195N1014 is tailored for indoor cabinet mounting, offering protection against accidental contact while enabling straightforward integration. Its core function is to regulate motor speed and torque through selectable Scalar and Vector (Open-Loop) control modes, making it suitable for diverse low-voltage applications where both simplicity and dynamic response are essential.
In-depth technical specifications include two Analog Inputs (one configurable for 1–10 V, one for 0(4)–20 mA) that allow direct process sensor integration. Six Discrete Inputs and a Relay Output enable flexible I/O mapping for start/stop sequences, interlocks, and fault signaling. The drive incorporates a built-in PID Regulator for closed-loop process control, automatically correcting speed or torque deviations. It handles a continuous Rated Current of 2.1 A with a short-term overload capacity of Max Current (1 Min): 3.4 A, delivering headroom for transient torque demands. The device supports a Max Output Frequency of 1000 Hz, permitting high-speed motor operation in specialized applications.
Additional features enhance the 195N1014’s durability and efficiency. After power removal, the DC-link discharge requires a wait time of four minutes, ensuring safe maintenance procedures. The unit mandates a minimum free distance of 100 mm above and below for adequate airflow and heat dissipation. Its IP20 Rating demands protected indoor installation but guarantees reliable performance in controlled environments. By combining flexible control modes, comprehensive I/O, and industrial-grade protection, the Danfoss 195N1014 drive delivers streamlined operation, energy efficiency, and long-term reliability for a wide range of automation processes.