Lenze

Lenze's E94AZPS0034N is an installation backplane engineered for efficient use with Lenze 9400 Series single drive axis modules. It accommodates a mains voltage range of 3-phase AC from 180 to 550 volts. When paired with compatible axis modules, it can support typical motor power levels between 0.37 kW and 0.75 kW.

This backplane provides flexibility with brake module options, available with or without an integrated brake module, depending on particular operational needs. The design includes provisions for DC busbar connections, making it suitable for multi-axis system applications. Note that specific DC fuses are required for proper operation of the DC-bus configuration.

The device also offers connections for shielding power and control cables, enhancing overall system performance by reducing electrical noise. Mechanical coupling is achievable with both power supply and DC input modules, allowing for streamlined integration of associated components. This installation backplane is constructed for straightforward assembly in control cabinets and is standardized to fit seamlessly with other Lenze 9400 Series hardware.

Weighing roughly 1.94 lbs (0.88 kg), the backplane is suitable for environments with operating temperatures ranging from 0°C to +40°C. It maintains an IP20 protection class, providing a degree of safeguarding against solid particles. Lastly, compliance with relevant CE standards ensures that the E94AZPS0034N meets essential safety and performance benchmarks.

The Lenze E94P040T4NEM is classified as a PositionServo 940 servo drive tailored for high-performance motion tasks. Functioning with a 3-phase AC power supply, this unit accepts voltage levels from 400 to 480 volts. Regarding current output, it provides a continuous rating of 4 A while handling peak conditions up to 12 A, accommodating demanding operational requirements for precision tasks.

For feedback and control, the E94P040T4NEM utilizes encoder feedback alongside an incremental encoder for secondary feedback, ensuring effective position tracking. The control interface is facilitated through MotionView OnBoard, making setup and adjustments straightforward.

Regarding physical attributes, this device measures approximately 7.49 inches in height, 3.75 inches in width, and 7.49 inches in depth (or 190 mm x 95 mm x 190 mm), while it weighs around 2.2 lbs (1 kg). The operational environment for this drive allows for a temperature range between 0°C and +40°C, providing flexibility in various applications, while the IP20 protection class indicates its suitability for non-harsh indoor environments. Complying with CE and UL standards, it certifies a level of safety and reliability, but it's noteworthy that it does not meet ISO 13849-1 safety compliance.

The Lenze E94AZPS0244N is a robust installation backplane tailored to easily fit in control cabinets. This unit is compatible with single drive axis modules within the Lenze 9400 Series, ensuring seamless integration into various systems. With a mains voltage capacity of 3-phase AC ranging from 180 to 550 volts, it is designed to accommodate significant power demands.

Depending on the chosen axis module, its typical motor power handling varies between 5.5 kW and 11.0 kW. The backplane supports DC busbar connectivity, which allows multi-axis configurations, enhancing its versatility in complex setups. Integrating a brake module is flexible, with options available to include or exclude the feature based on user needs.

Its dimensions are standardized for installation to be compatible with Lenze 9400 Series components. The device weighs roughly 3.99 pounds (1.81 kg), providing a manageable profile during installation. It includes shield connections for power and control cables, improving system integrity against electrical interference. The unit’s mechanical coupling is designed for seamless compatibility with various power supply and DC input modules.

An operating temperature range of 0°C to +40°C ensures reliable performance. The unit’s protection class rating of IP20 provides adequate safeguarding against solid objects greater than 12.5 mm, although it is not designed for moisture exposure. Overall, the E94AZPS0244N is engineered to meet the demands of modern automation applications with precision and efficiency.

The E94AYCPM module by Lenze provides communication capabilities specifically designed for use with the 9400 Series servo drives. This unit operates over the PROFIBUS communication protocols, specifically DP-V0 and DP-V1, allowing for efficient data transfer during operation. It supports process data exchange of up to 32 words, with each word being comprised of 16 bits, in both incoming and outgoing directions.

To manage parameter data, the module employs DRIVECOM for DP-V0 and PROFIDrive for DP-V1, enabling detailed configuration and control of the servo systems. A key highlight of this communication module is its support for safety communication through the PROFIsafe protocol, requiring a connection with the SM301 safety module for enhanced operational safety.

Configuration of the station address can be performed either through DIP switches or by utilizing software, ensuring flexibility in setup procedures. Operating at baud rates between 9.6 kbps to 12 Mbps, the module ensures robust performance across various communication requirements. For connectivity, a 9-pin Sub-D socket is available.

This module needs an external voltage supply of 24 V DC, within the range of 20.4 V to 28.8 V, consuming 130 mA in operation. Its dimensions measure 134 mm in height, 89 mm in width, and 23 mm in depth, with a lightweight design of approximately 0.22 lbs (0.1 kg).

Housed in an IP20 protection class, the module is suitable for controlled environments, with an operating temperature range spanning from 0°C to 40°C. Moreover, it complies with several certifications, including CE and UL, signifying its reliability and adherence to safety standards.

Lenze's E94ASHE0864 drive is an advanced solution featuring a rated power of 45 kW, intended for use in industrial automation settings. Designed for 3-phase AC systems, it operates efficiently at 400 V and has a maximum input current of 86 A. The output characteristics include a voltage range from 0 to 400 V AC, with output frequencies that can reach as high as 599 Hz, allowing for a flexible response to control requirements.

The drive is equipped with 9 digital inputs for control and 4 digital outputs, facilitating effective command and signal processing. Additionally, it supports 2 analog inputs and 2 analog outputs for finer control over motor performance. Communication capabilities are notably extensive, covering protocols such as CANopen, EtherCAT, PROFIBUS, and PROFINET, ensuring compatibility with various industrial networks.

Safety is prioritized in the E94ASHE0864, with dedicated inputs for safety sensors and outputs designed to provide feedback for safe operation. It also features holding brake control, which enhances operational safety. Feedback is provided through both resolver inputs and a universal multi-encoder input, promoting adaptability in different applications.

This drive supports a range of motor types, including both synchronous and asynchronous motors, making it a versatile option for different setups. Its IP20 protection class indicates that it is suitable for use in controlled environments, helping maintain durability in industrial applications.

The Lenze E94ASHE0474 operates efficiently, providing a rated power of 22 kW. It utilizes 3-phase AC voltage at 400 V with an input current rating of 47 A. The output voltage from the drive can vary from 0 to 400 V AC with an output frequency capability reaching 599 Hz.

This drive supports numerous control functions, defined by nine digital inputs and four digital control outputs. Additionally, it features two analog inputs and two analog outputs for versatile signal processing. Communication options are extensive, including protocols such as CANopen, EtherCAT, PROFIBUS, and PROFINET, allowing integration into various automation systems.

Designed with safety in mind, the E94ASHE0474 includes dedicated safe inputs for connecting safety sensors and safe outputs for feedback, as well as control for the holding brake. It allows for effective feedback through both resolver inputs and a universal multi-encoder input.

Capable of driving both synchronous and asynchronous motors, this drive is classified with a protection rating of IP20, making it suitable for indoor applications where dust exposure is controlled.

The E94AYM22 from Lenze's Series 9400 functions as a dedicated memory module compatible with the corresponding servo drives. This module features a flash memory capacity of 2 MB, enabling reliable storage for essential drive parameters and configurations.

Users benefit from the module's configuration options through DIP switches, which facilitate both address and baud rate adjustments. Installation is straightforward, utilizing the MMI module slot designed into the servo drive's structure.

In terms of dimensions, the module measures around 134 mm in height, 89 mm in width, and 23 mm in depth. Lightweight, it weighs approximately 0.09 lbs (0.04 kg), ensuring minimal impact on the overall weight of the system.

With an IP20 protection rating, the E94AYM22 is appropriate for use in controlled environments, with operating temperatures ranging from 0°C to +40°C. It withstands storage conditions from -25°C to +70°C, making it adaptable for various applications. In addition to humidity ratings of 5% to 95% (non-condensing), the module is designed to resist vibrations and shocks as specified in EN 60068-2-6 and EN 60068-2-27, respectively.

With an output power of 11 kW, the E94AMHE0244 drive from Lenze is engineered for high-performance. Its input voltage can be configured for 325, 565, or 705 VDC, allowing flexibility in installation. The output voltage options include 0-230, 400, and 500 VAC, catering to diverse electrical systems.

Operating over a range of 0 to 599 Hz, this unit ensures adaptability in various applications. The input current falls between 23.5 and 35.5 A. The switch frequency of 8 kHz is optimal for reducing noise and improving efficiency.

Protection class is rated at IP20, suitable for indoor applications where moisture exposure is minimal. For effective cooling, the drive utilizes forced ventilation, ensuring stable performance within an ambient temperature range of 0°C to 40°C.

The E94AMHE0244 aligns with CE, UL, and cUL compliance standards for safety and quality assurance. It features control modes for speed, torque, and position, enhancing operational versatility. Communication interfaces such as CANopen, PROFIBUS, and EtherCAT are supported, depending on the module configuration.

Feedback options include incremental encoders, resolvers, and absolute encoders, enabling precision in control applications. This drive offers an impressive overload capacity of 150% for short durations of 60 seconds, enabling it to handle transient conditions effectively. An integrated braking chopper is included to manage energy during braking, improving system efficiency.

Lenze’s E94ASHE0024A33NNPM unit, part of the renowned Series 9400, provides reliable performance with a rated output power of 0.37 kW. It operates efficiently at input voltages of 230, 400, and 500 VAC, relying on a 3-phase supply at either 50 or 60 Hz. The input current can vary, registering at 2.1 A for 230 VAC and 1.8 A when running on 500 VAC. The device offers flexibility with output voltage ratings ranging from 0 to 230, 400, or 500 VAC, with output currents of 1.5 A at 230 VAC and 1.3 A at 500 VAC.

The E94ASHE0024A33NNPM drive accommodates an output frequency that can reach up to 599 Hz, alongside a switching frequency of 8 kHz, facilitating applications that require swift response. Its protection class is rated at IP20, indicating suitability for indoor use in controlled environments. To maintain optimal performance, forced ventilation is implemented for effective cooling.

For operational resilience, this unit can function within a temperature range of 0°C to 40°C. Compliance with CE, UL, and cUL standards further confirms its design for safe implementation across global markets.

The drive supports various control modes, including speed, torque, and position control, offering versatility in motor management. Connectivity options include communication interfaces such as CANopen, PROFIBUS, and EtherCAT, depending on the specific module configuration applied. Furthermore, feedback mechanisms can include incremental encoders, resolvers, and absolute encoders, enabling detailed position and speed monitoring. This drive can handle overload situations, providing 150% capacity for a duration of 60 seconds, ensuring robustness during demanding operational cycles.

Lenze's E94AMHE0174 represents a robust solution for motor control applications. This component achieves a rated output power of 7.5 kW and is designed to accept a range of input voltages: 325, 565, or 705 VDC. It can supply output voltages that vary between 0-230, 400, or 500 VAC, accommodating diverse machinery requirements.

An output current of 16.5 A is supported, and the frequency of its output is adjustable within a range of 0 to 599 Hz. This unit also incorporates an 8 kHz switching frequency, which contributes to its efficient performance across various applications. Cooling is managed through forced ventilation, allowing it to maintain optimal operating conditions within a temperature range of 0°C to 40°C. The protection class rating is IP20, ensuring suitable application in environments where it won't face water or solid intrusion.

Engineered with compliance in mind, this model meets CE, UL, and cUL standards. It is capable of various control modes, including speed, torque, and position control, enhancing its usability across different systems. The E94AMHE0174 supports various feedback mechanisms, such as incremental encoders, resolvers, and absolute encoders, providing flexibility in setup configurations. This device also features a notable overload capacity of 150% for 60 seconds, allowing it to handle transient conditions efficiently. Additionally, there is an integrated braking chopper, further enhancing its performance in dynamic applications.

The E94AMHE0134 model from Lenze’s Series 9400 is designed to offer a rated output power of 5.5 kW, establishing it as a powerful option for various automation tasks. It works with input voltages of 325, 565, or 705 VDC, and can provide output voltages between 0 to 230, 400, or 500 VAC. The output current is rated at 13 Amps.

Flexibility characterizes this drive, as it operates across a frequency range of 0 to 599 Hz, and it features a switching frequency of 8 kHz. Its construction follows the IP20 protection class, safeguarding it against solid contaminants and indirect contacts in controlled environments. Effective operations are ensured through forced ventilation cooling, while the device maintains functionality within a temperature span of 0°C to 40°C.

The E94AMHE0134 complies with multiple standards including CE, UL, and cUL, ensuring it meets rigorous safety and performance regulations for a variety of applications. It provides multiple operation modes, allowing users to control speed, torque, or position as needed, offering significant operational flexibility.

The drive includes various communication interfaces as per module configurations, supporting protocols such as CANopen, PROFIBUS, and EtherCAT. Feedback mechanisms can accommodate incremental encoders, resolvers, and absolute encoders for precise control. This unit is capable of sustaining up to 150% overload for 60 seconds, catering to short-term operational demands. Furthermore, an integrated braking chopper enhances the drive's braking performance, making the E94AMHE0134 a proficient choice for advanced control systems.