- Power range: 2.5 kW–2,300 kW
- Torque: 15,000 Nm–282,000 Nm
- XD means eXtended centre Distance
- Ideal for hoist units
- Large centre distance
MAXXDRIVE® XD parallel gear unit
Industrial gear unit with extended centre distance
Overdimensioning is no longer necessary
With MAXXDRIVE® XD, you will receive the powerful industrial gear units from NORD for all lifting applications. The housing design of the MAXXDRIVE® XD parallel gear unit is precisely matched to the typical installation situation and occurring loads. MAXXDRIVE® XD offers the ideal combination of performance and precision for lifting gear drives:
- The elongated arrangement of the gear stages enables a U-shaped drive design with rope drum and motor on the same gear unit side
- Overdimensioning no longer required thanks to a precisely tailored gear unit design
- One-piece UNICASE™ housing, specially optimised for external loads
- Inspection cover as standard equipment for easy maintenance
Product versions
- Sizes: 9
- Design: M1, M2, M4, M5, M6
- Ratios: 22.4:1 – 400:1
- Available as 3- and 4-stage
- Input version: IEC/NEMA motor adapter or free input shaft
- Optional foot mounting or shaft mounting (with torque arm)
- Various output shafts available: Solid shaft, hollow shaft (key, shrink disc), compliant with DIN 5480
- Optional second input shaft available for greater flexibility in complex drive applications
- Output coupling (drum coupling) available
- Brake attachment possible via input flange or brake console
- Various options from the modular product system
Product characteristics
- Extended centre distance for a U-shaped drive design
- Variable installation and adaptation options: flexible adjustment of input and output shafts
- Long service life thanks to a torsionally rigid UNICASE™ housing, specially optimised for overhanging loads
- Variant reduction: identical housing size and installation dimensions for all ratios (3- and 4-stage)
- Inspection cover for quick access to internal components, simplifying maintenance and increasing operational reliability