SP1401 frequency inverter 3AC-400V; Recovery module up to 1,4 kW | Residual post demonstrator

Frequency inverter vector-controlled for synchronous and asynchronous motors also usable as an supply/regenerative module with a power up to 1,4 kW - Motor power 0,75 kW - Operation with higher overload 150% for 60 s -2,1 A - Motor power 1,10 kW - low overload operation 110% for 60 s -2,8 A Built-in device: IP20; IP54 in through-mounted Grid connection: 380-480 V3AC ±10%, 48…65 Hz Engine connection: 0-Uin V3AC; 0-550 CL/0-550 (OL) Hz Ambient temperature: -10 to +40(50)° C., atmospheric humidity <93% without condensation max. Überlast: 150% for 60 sec. (OL) / bzw. 120% for 60 sec. (OL); 175% (CL) switching frequency: einstellbar 3 bis 16 kHz (ohne power derating) safety function: "safe stop" nach EN 954-1 Kat. 3 Smart Card: im accessories - zur Sicherung und Übertragung der Parameter Schnittstelle: RS485 mit RJ45 connector (2-wire) Bremsschalter: eingebaut, resistance > 74 Ohm (Optional) Net filter: EMV filter class according to EN61800-3 Dimensions BxHxT: 100 x 368 x 219 mm incl. PID controllers, with integrated adjustable DC brake; programmable digital inputs 5x for start/stop/rotation direction, etc.; analogue input for poti etc.; programmable digital output 3x + relay outputs; programmable analog output 2x; with universal encoder input with 14 possible signal types up to 400 kHz; Switching to negative or positive logic 24VDC 5 different operating modes can be selected via parameters: Open loop, U/f control without speed sensor - Open loop, extended vector control without speed sensor Closed loop, vector control with speed sensor - Regulation for brushless servomotors - feedback with reactive power control Functions: output frequency (rotational speed) can be adjusted continuously via the optional external potentiometer, i.e., speeds up to max. 180000 1/min; torque/current limitation adjustable; Maximum voltage adjustable; emergency stop; two acceleration and braking times up to 3.600 s (one hour) adjustable with different ramp shapes; can be controlled with 15 different fixed frequencies via BCD coding of the digital inputs; engine trapping function; motor pokies; any frequency-proportional speed can be displayed; Type-in mode (JOG function) the nominal frequency value can also be controlled via 0-10V or 0(4)-20mA; setpoint/frequency allocation; frequency bands can be masked; scalable SPS with pluggable SM modules Option: As standard, the UniDrive is delivered without a control panel, this reduces the costs for multi-axis applications (plugged in during operation IP54); open to various field buses; additional encoder input; placing in service software; SolutionsSoftware (for winders, flying saw, pump control); Addition I/O modulus; external braking resistance (integrated at 1+2 size); potentiometer 10 kOhm lin.’; installation in IP65-enclosure; output filter; DC choke; SM application modules with synchonization between several converters Protection: Current/torque limit; overload, overcurrent, overvoltage, short circuits, undervoltage, overtemperature; earthing error; phase error input+output; Pre-alarms; Self-test The installation of the converter may only be carried out by professionals with basic electrical knowledge. Make sure the motor is designed for 230V3AC. Check the bridges in the engine terminal box. The converter has a basic interference suppression (according to EN61800-3). A frequency inverter is not in itself a system which can operate reasonably independently, but must always be regarded as a component of the entire drive system. Since we have no influence on the installation and wiring of the frequency inverter by the end customer, we cannot assume any guarantee for compliance with the EMV limit values of the overall drive system. However, the manufacturer has carried out the necessary certifications for common installations of frequency inverters and has established installation guidelines based on this. The frequency inverters comply with the applicable guidelines if the EG installation declaration is observed. This is documented by the CE character on the frequency inverter.