Santerno Sinus M Inverter

General-purpose inverters for three-phase asynchronous motors The drives of the Sinus M series come with two speed control modes for three-phase asynchronous motors. Those control modes are user-selectable and ensure optimum performance in terms of accuracy and energy saving for each specific industrial application. Maine features – Keypad remoting kit– NEMA1 kit for the terminal board– N.1 External relay with +24Vdc coil– External comms kit with Modbus/Profibus DP protocol conversion board. Additional protocols available on demand: CANopen, CC-Link, Modbus/TCP, Profinet, Lonworks, etc.– Additional EMC Filter featuring higher class than the integrated filter– Three-phase input inductors– DC Input inductors– Three-phase output inductors (DU/DT filters), recommended for cable paths longer than 100m– Braking resistor– Output ferrites One product fitting any application – N.2 types of control: V/f and Vector Sensorless Control– Integrated braking unit– Possibility of connecting a DC inductor (depending on the model)– Integrated potentiometer– Start/stop buttons– Degree of protection IP20– RS485 serial port with MODBUS RTU communications protocol– Smart remotable keypad– Overload up to 150% of the rated current for 60s– Overload up to 200% of the rated current for 0.5s– Max. torque 180% Tn– Output frequency adjustment from 0 to 400Hz– Output ground fault detection with inverter running– Input voltage range -10V to +10V– Lower motor noise thanks to random modulation and carrier frequency up to 15kHz– External brake control– EMC compliance to EN 61800-3, 2nd edition, SECOND ENVIRONMENT 2, Category C3 for industrial networks– Standard compliance: CE, EAC, RCM and UL– Compatible with the Easy Harmonics software computing harmonic current damping– Compatible with the “REMOTE DRIVE” software for the remote control of the deviceFunctions – Stall prevention and overvoltage fault prevention– N.8 speed settings– Up to n.3 prohibit frequency settings– PID function– “S” ramps– Fire Mode function– Automatic and manual torque boost– Kinetic energy buffering– Energy Save function– Tension control– Speed Search function– Motor auto-calibration for optimum performance– Timed digital outputs