Industrial Distribution - Lenze AC Tech
Servo Drives
PositionServo 940 and 941
The PositionServo gives users the ability to choose the level of control needed, whether it’s basic torque and velocity controls or full programmable coordinated motion.
With 17 programmable I/O points and the ability to work with standard synchronous motors or asynchronous motors, the PostionServo makes machine control easy with one packaged solution.
Key Features:
- Postion, Torque, Velocity control modes
- Integrated incremental encoder
- Integrated resolver with scalable emulated encoder output
- 80-528VAC
- 2-18AMPS continuous RMS current
- 300% peak current
- 17 programmable I/O points
ECS Servo Drives
Optimized for highly dynamic, multi-axis applications, the ECS Servo drive works with central supply and axis modules that can be overload by 100-220%.
ECS is supplied as standard with two CAN interfaces. A plug-in communication module provides the link with various additional fieldbus systems. The connection system is pluggable to speed up installation.
Key Features:
- 4-64Amps maximum output current
- 2-27Amps continuous current at standstill
- Safe Torque Off function
9400 Servo Drives
StateLine 9400 Servo
Mainly noted for its quick commissioning, the Stateline 9400 has the standardized DS402 / IEC 61800-7-2 device profile and is the perfect adapted servo inverter for central topologies.
HighLine 9400 Servo Drives
The HighLine 9400 Servo Drives delivers intelligence to the drive and is designed for decentralized Motion Control applications.
Servo Motors
MAS Synchronous Servo Motors
The economical MAS Series Brushless Servo Motors provide high precision servo control for low to mid-level industrial-grade applications.
These motors come standard with 1m of cabling for motor power and feedback, and have power ranges from 200W to 1kW.
MCS synchronous servo motors
The robust MCS Synchronous Servo Motor offers minimal detent torques, which ensures smooth running characteristics and make for an excellent control response.
The motors sizes have been carefully graded and offer rated torques from 0.25 to 10kW. As a result, finding the optimum motor for any drive task is easy.
MCA Asynchronous Servo Motors
The compact design and low inertia of these motors, make the MCA Asynchronous Servo suitable for applications that require high-response.
MCA motors support a power rate of 0.8 to 20.3kW, as well as rated torques of up to 61.4Nm.
Gearing
AC Gear Motors & Gearboxes
GST Helical Gearbox
Rugged general purpose helical gearing
- 1, 2, and 3-stage parallel axis
- 0.06 to 45kW
- Robust cast iron housing
- High permissible torques
- Closely stepped speed reduction ratios
GFL Shaft-Mounted Helical Gearbox
The gearbox has a space-saving design and is easy to mount.
- Shaft-mounted conserves space
- 2 and 3-stage parallel axis
- 0.12 to 45kW
GKK Bevel Gearbox
The 2-stage helical-bevel gearbox with disconnect clutch, with its compact dimensions and high radial power capacity, is particularly well suited to materials handling applications.
- Monorail overhead conveyor drives
- Light and heavy load applications
- 0.12 to 5.5kW
GKR Bevel Gearbox
This 2-stage, right-angle gearbox for use in low to medium applications is characterized by its high efficiency, lightweight design and wear-free gear teeth.
- Lightweight aluminum case
- 2-stage right angle gearbox
- 0.06 to 7.5kW
GKS Helical-Bevel Gearbox
The excellent performance of these 3 and 4-stage integrated right-angle gearboxes sets them apart. Thanks to the robust cast iron housing, high permissible torques and closely stepped speed reduction ratios, they can meet even the most stringent of requirements.
- Rugged gearbox in grey, cast-iron case
- 3 and 4-stage integrated right angle gearbox
- 0.12 to 45kW
GSS Helical-Worm Gearbox
These economical, low noise 2 and 3-stage helical-worm gearboxes are the perfect compromise between 1-stage worm gearboxes, which offer an excellent price/performance ratio, and helical-bevel gearboxes, which offer a high degree of efficiency.
- Rugged gearbox in grey, cast-iron case
- Low noise
- 2 and 3-stage gearbox
- 0.12 to 15kW
Geared Servo Motors
GST Helical Geared Motor
The 2 and 3-stage parallel-axis gearboxes are primarily used as shaft-mounted gearboxes. Low gear teeth backlash combines with friction-locked shaft-hub connections at both drive and non-drive ends to maximize accuracy.
- Rugged general purpose helical gearing
- 2 and 3-stage parallel axis gearbox
- Rated output torques up to 6000Nm
GFL Shaft-Mounted Helical Geared Motor
The 2 and 3-stage parallel-axis gearboxes are primarily used as shaft-mounted gearboxes. Low gear teeth backlash combines with friction-locked shaft-hub connections at both drive and non-drive ends to maximize accuracy.
- Shaft-mount conserves space
- 2 and 3-stage parallel axis gearbox
- Rated output torques up to 11000Nm
GPA Planetary Geared Motor
GPA servo planetary geared motors promise precision positioning, with a high load capability, torsional resistance, and low backlash.
- Compact, low moment of inertia
- Low backlash, to 2 angular minutes
- Rate output torques up to 1000Nm
GKR Bevel Geared Motor
A high degree of efficiency and wear-free gear teeth are what set the 2-stage right-angle gearboxes apart. Thanks to their high power density, when used in conjunction with the lightweight gearbox, the servo motors provide a compact and easy-to-use drive solution for mechanical engineers.
- Lightweight aluminum case
- 2-stage right angle gearbox
- Rated output torques up to 450Nm
GKS Helical-Bevel Geared Motor
The excellent performance of these 3 and 4-stage integrated right-angle gearboxes is what sets them apart. Thanks to robust cast iron housing, high permissible torques and closely stepped speed reduction ratios, they can meet even the most stringent of requirements
- .Rugged gearbox in grey cast-iron case
- 3 and 4-stage integrated right angle gearbox
- Rated output torques up to 10000Nm
GSS Helical-Worm Geared Motor
This geared motor, which is available in rugged 1, 2 and 3-stage designs, is ideal for a wide and varied range of applications. Its high permissible radial forces and closely stepped ratios set it apart, along with low backlash, thereby facilitating adaptation to the required machine or process parameters.