DuoDrive Integrated Gear Unit and Motor
DuoDrive is a ultra-modern integrated gear unit/motor concept with hygienic washdown design. It combines a high-efficiency IE5+ motor with a single-stage helical gear unit in one housing. Due to its optimized system efficiency, high power density, and very low noise emissions, it is extremely well-suited for packaging systems. Together with its simple Plug-&-Play commissioning, the complete DuoDrive solution results in a significant reduction in Total Cost of Ownership (TCO) compared to other drive systems.
Advantages
- Latest generation permanent magnet synchronous motor (PMSM) integrated in a single-stage helical gear unit housing
- Reduced Total Cost of Ownership and fast Return on Investment
- Compact, smooth body design for durability and space savings
- Available with IP69K surface treatment
NORDAC ON/ON+ Variable Frequency Drives
NORDAC ON/ON+ VFDs were developed to meet the special requirements of horizontal conveyor technology and for use with the new IE5+ synchronous motor (NORDAC ON+). They are characterized by an integrated Ethernet interface, full Plug-&-Play capabilities, and a very compact design. NORDAC ON/ON+ variable frequency drives are a reliable, economic solution for IIoT environments.
Highlights
- Performance: Up to 4 hp
- Protection class: IP55, IP66
- Wall-mount or motor-mount
Advantages
- Plug-&-Play solution for fast commissioning
- Operation of asynchronous and synchronous motors
- PLC functionality for drive-related functions (PLC onboard)
- Compact, space-saving design due to integration of Ethernet communication
IE5+ Ultra High-Efficiency Synchronous Motors
The new generation of NORD IE5+ synchronous motors feature a compact, hygienic design with smooth surfaces for high corrosion resistance and easy cleaning (TENV design) or a finned version for optimized heat dissipation (TEFC design). These motors are available with IP69K surface treatment (when supplied as a complete gear unit). A motor-integrated encoder comes standard and an integrated mechanical brake is optional.
Highlights
- Performance: 0.5 - 5 hp
- Worldwide approvals and acceptance
- Flexible motor mounting: direct mounting, NEMA, IEC
Advantages
- Highest operational efficiency with IE5+ technology
- Reduction of variants through constant torque over a wide speed range
- Easy to clean and corrosion-resistant
- Fanless motor design
- Reduced TCO and fast ROI
- Non-ventilated variant (TENV) for hygienic wash-down areas
- Ventilated variant (TEFC) with a high overload capacity
- Fully matched NORD modular system solution with gear unit, motor, and variable frequency drive
LogiDrive®
With LogiDrive, NORD delivers an energy efficient, low maintenance solution with a flexible, modular design and maintains efficiency event at partial load and low speeds. This makes LogiDrive especially effective for high-volume warehousing, manufacturing, and packaging systems.
The LogiDrive solution includes:
- High efficiency 2-stage bevel gearbox
- IE3, IE4, or IE5+ motor
- Decentralized variable frequency drive
- Power plug connector
- M12 connectors
- Incremental encoder
- Pre-assembled cables
- High overload capacity
- Standardized hollow shaft diameters
As a complete package, LogiDrive provides flexibility, increased energy efficiencies, and can reduce variants to improve ROI. The VFDs and IE5+ motors support large speed ranges to deliver automation for stacker cranes, automated guided vehicles, a wide variety of conveyors, and more.
Condition Monitoring for Predictive Maintenance
The Industrial Internet of Things (IIoT) is ushering in a new era that focuses on the acquisition and accessibility of data from intelligent, connected devices. Analyzing this data can provide valuable insight to increase operational efficiency, reduce costs, and accelerate processes.
With condition monitoring, drive and status data are recorded periodically or continuously to optimize the operational safety and efficiency of machines and plants. Important information can be derived from the data analysis to proactively maintain systems, reduce downtime, and increase the efficiency of the entire plant.
Advantages
- Early detection and avoidance of undesired operating conditions
- Avoidance of unplanned downtimes
- Time-based maintenance is replaced by status-based maintenance
- Machinery and plant downtimes can be planned based on drive and process data
- Reduction of service and material costs
- Longer service life of components and machines
- Increased system availability
