0 34 to 3 0 hp 0 25 to 2 2 kw 1 7 to 9 5 a.
Lenze inverter manual.
Inverter lenze i550 operating instructions manual protec ip31 ip66 nema 1 nema 4x outdoor 0 5 15 hp 0 37 11 kw 30 pages inverter lenze e70ac series hardware manual.
8400 topline frequency inverters for controlled dynamic motion.
These instructions are only valid for smv frequency inverters with software revision 4 23 or.
Radwell also repairs lenze d.
Smd dc drives pdf manual download.
Type d built in unit in push through design c built in unit.
E panel mounted unit 55 aerzen ser no.
K for detailed information refer to the manual edk82ev222 id no.
The basic i510 inverter covers a power range from 0 25 to 15 kw and the universally applicable i550 which enables communication via all common fieldbuses covers a power range from 0 25 to 132 kw.
Made in germany 1d74 industrial control equipment d 31855 aerzen hans lenze str.
Frequency inverter 0 25 kw 4 0 kw.
Lenze d servo motor inverter.
Lenze s inverters are scalable and always offer you the right solution for speed and torque controlled motion and for position controlled single axis and.
2 lenze smvector 13554876 edbsv01 en v21 0 this documentation applies to the smv frequency inverter and contains important technical data regarding the installation operation and commissioning of the inverter.
10 4 2 4 migration of lenze inverter drives 8200 8400 192 10 4 3 holding brake control 193 10 4 3 1 basic setting 194 10 4 3 2 automatic brake mode automatic operation 195 10 4 3 3 brake holding load 196 10 4 3 4 brake closing threshold 198 10 4 3 5 manual release of the holding brake 200 10 4 4 load loss detection 202.
The frequency inverters of the i510 and i550 series support a power range from 0 25 to 132 kw.
1 ac 230 240 v.
Lenze d manual datasheet cross reference circuit and application notes in pdf format.
Easily achieve high dynamic performance and precision.
In many applications modern servo and frequency inverters are the key component of a cleverly designed solution they are true masters when it comes to open and closed loop control of motors.
