PLANETARY GEAR UNIT (IPR SERIES)

DESCRIPTION: Our IPR Series is specially designed for applications and sectors that request high torque within restricted area. The design of our IPR gear units not only provide high performance ratings into compact dimensions, but the large range of configuration makes it suitable for a wide range of sectors and applications, with torque ranging from 1.000 Nm to 2.500.000 Nm the new IPR Series is suitable for drilling, marine, mining, mobile and industrial applications.

SPECIFICATIONS

Planetary Gear Unit IPR Series

Our Planetary Gear Unit IPR Series is specially designed for applications and sectors that request high torque within restricted area. The design of our IPR gear units not only provide high performance ratings into compact dimensions, but the large range of configuration makes it suitable for a wide range of sectors and applications, with torque ranging from 1.000 Nm to 2.500.000 Nm the new Planetary Gear Unit (IPR Series) is suitable for drilling, marine, mining, mobile and industrial applications.

With more than 20 Series of standards housings the IPR range is completing an existing range of more than 1.000.000 products references available at I-MAK.

Product advantages Planetary Gear Unit (IPR Series)

Large torque range from 1.000 to 2.500.000 Nm
Various output shaft configurations including splined shaft according to DIN 5480
Wide selection of cooling options
Multiple double gearbox input configuration available
Large range of ratio from 3 to 9793

Catalogue Planetary Gear Unit (IPR Series)

Type	Torque (max.)	Shaft diameter
IPR 101	1100 Nm	Ø 42
IPR 103	1700 Nm	Ø 42
IPR 105	3520 Nm	Ø 65
IPR 107	5110 Nm	Ø 65
IPR 109	7020 Nm	Ø 80
IPR 111	12210 Nm	Ø 90
IPR 113	18020 Nm	Ø 90
IPR 115	18020 Nm	Ø 90
IPR 117	30760 Nm	Ø 110
IPR 119	30760 Nm	Ø 110
IPR 121	37500 Nm	Ø 120
IPR 123	60800 Nm	Ø 140
IPR 125	69310 Nm	Ø 160
IPR 127	99000 Nm	Ø 170
IPR 129	140900 Nm	Ø 180
IPR 131	184000 Nm	Ø 230
IPR 133	215000 Nm	Ø 230
IPR 135	332800 Nm	Ø 295
IPR 137	390000 Nm	Ø 295
IPR 139	572300 Nm	Ø 340