Lenze

The Lenze EVS9324-ER is a controller engineered for integration with 4-pole asynchronous motors, providing a substantial power output of 3.0 kW. Operating at a mains current of 7.0 A at 400 volts, it is optimized for industrial use with a thermal dissipation of 200 watts, ensuring efficient thermal management during operation.

The device supports an input power range of 3-phase AC, accommodating voltages from 320 to 528 V and operational frequencies of 45 to 65 Hz. For versatility, the EVS9324-ER offers a DC supply option, functioning effectively within 460 to 740 V. Users have the flexibility of adjusting switching frequencies to either 8 kHz or 16 kHz, depending on application requirements.

At 8 kHz, the rated output current is 7.0 A or 4.7 A, while at 16 kHz, it reaches 5.2 A or 3.64 A. Additionally, the power output at these frequencies is rated at 4.8 kVA for 8 kHz and 5.8 kVA for 16 kHz, providing robust performance for demanding tasks. Peak output currents also vary, with maximums of 10.5 A or 14.0 A at 8 kHz, and 7.8 A or 10.4 A at 16 kHz.

Weighing 5.0 kg, this controller combines substantial power capabilities with a compact design, suitable for various motion control applications.

The Lenze EVS9324-ETV911 is engineered as a proficient servo controller, featuring servo PLC technology for optimal motor control. It is capable of handling a voltage supply between 400 and 480 Volts AC while being rated for 4 horsepower and delivering an output of 3 kilowatts.

This device can accommodate a wide output voltage range from 0 to 480 Volts AC, with a substantial power capacity of 5.8 kilo-volt-amperes, ensuring it meets the requirements of demanding applications. The input frequency specifications range from 50 to 60 Hertz, designed for efficient operation with a 3-phase input phase. The operational temperature for this controller varies, allowing for ambient conditions between -10 and 60°C, while it can withstand storage temperatures from -25 to 60°C.

An LED display provides clear status information and operational data, enhancing user interface interaction. The compact design allows for easy integration through panel mounting, making it suitable for various installation environments. Overall, the EVS9324-ETV911 serves as a reliable choice for motor control solutions within industrial settings.

The EVS9324-ET module by Lenze is an efficient servo controller designed for environments where performance is critical. With an IP20 rating, it offers suitable protection for indoor applications. It is built to operate within a temperature range of 0 to 40 degrees Celsius without experiencing power derating. The EVS9324-ET servo controller requires a mains current of 7A when equipped with a mains filter, supporting a rated motor power of 3.0 kW.

The Lenze EVS9324-ET servo controller can function with rated voltages of either 400V or 480V and is compatible with three-phase mains voltages ranging from 320 to 528 Volts AC, allowing flexibility in various electrical settings. The EVS9324-ET servo controller also supports built-in units, facilitating integration into larger systems. Store the unit in environments between -25 and 55 degrees Celsius, ensuring it remains operational across a wide temperature spectrum.

The Lenze EVS9324-CSV003, part of the Series 9300, functions as a capable servo inverter. With a power output rating of 3 kilowatts, it operates efficiently within an electrical input range of 400 to 480 Volts AC. This device supports 3-phase input and accommodates permissible voltage fluctuations between 320 and 528 Volts AC.

This inverter manages output frequencies that can reach up to 480 Hertz, allowing flexibility for various applications. The output can also vary from 0 to 480 Volts AC. Its specified weight of 15.43 pounds (7 kilograms) supports ease of mounting and installation.

The ambient temperature for operation is rated between -10°C and 60°C, which ensures reliable functionality in diverse settings. For storage, it can withstand a temperature range from -25°C to 60°C.

It features an LED display that allows users to monitor performance easily. The built-in cold-plate technique utilized in its design provides efficient thermal management, ensuring that the inverter operates optimally under load. With a horsepower rating of 4, the EVS9324-CSV003 is suitable for demanding industrial applications. The enclosure rating of IP20 indicates that while it is protected against solid objects larger than 12.5mm, it is not designed for exposure to water.

In the Lenze Series 9300 product line, the EVS9324-EK model serves as an effective servo drive cam controller suitable for various applications. It processes a motor power rating of 3.0 kW (4.0 hp) when supplied with a 400V input. The unit operates within an input voltage range of 320V to 528V AC and is compatible with frequencies between 45Hz to 65Hz.

This drive features a maximum output current of 10.5 A during 8kHz operation, peaking at 7.0 A. In contrast, at a 16kHz switching frequency, the output current is rated at 5.2 A, with peak output capabilities reaching 7.8 A. Notably, the maximum stall current is also recorded at 10.5 A and 7.8 A for 8kHz and 16kHz operation, respectively.

Thermal efficiency is crucial, as the unit has an integrated heat loss rating of 200 W. Should temperatures rise above 40°C, users should account for a derating of 2% for every additional degree Celsius. It weighs 5 kg, making it manageable for installation. The component is designed for altitude performance, operating efficiently up to 1000 meters; however, derating is necessary for higher altitudes.

Lenze designed the EVS9324-EI as a robust servo controller module that provides efficient motor control across various applications. This unit can handle a rated motor power of 4 HP, which makes it suitable for demanding operational tasks.

This servo controller functions well within an operating temperature range of 0 to 40 degrees Celsius, allowing for reliable performance in typical industrial environments. It supports a dual-rated voltage capability, permitting operation at 400V or 480V. The mains voltage range extends from 320 to 528 VAC, making it versatile in diverse setups.

Functioning on a three-phase mains voltage, the EVS9324-EI accommodates both 50 and 60 Hz frequencies, ensuring compatibility with standard electrical systems. The controller can also support built-in units, providing flexibility for installation and integration within various systems.

Regarding storage, the EVS9324-EI can safely remain within a temperature range of -25 degrees to 55 degrees Celsius, ensuring durability during non-operational periods. Additionally, with an IP20 rating, this unit offers a degree of protection against solid objects larger than 12 mm, though it is not designed for water exposure. With these specifications, the EVS9324-EI servo controller is well-suited to meet the needs of various motion control applications.

The Lenze EVS9323-ETV907 servo controller is engineered for applications requiring accurate motor control. It accepts a 3-phase input and operates efficiently across a rated supply voltage of 400 to 480 Volts AC. With a rated active power of 1.5 kilowatts, this controller translates to approximately 2 horsepower, making it suitable for various motor applications.

The device's LED display provides clear operational insights. Its enclosure is rated at IP20, which offers basic protection against dust and accidental contact. Weighing 10.89 pounds (4.94 kilograms), the controller is manageable in terms of installation and setup. The ambient operating temperature ranges from -10 to 60°C, which offers flexibility in deployment in diverse environmental conditions.

This servo controller can withstand vibration up to 9.81 meters per second squared (1G) across the X, Y, and Z axes, ensuring stability during operation. It supports an input frequency of 50 to 60 Hertz and allows output frequency adjustments from 0 to 480 Hertz. The permissible voltage fluctuation that it can tolerate lies between 320 to 528 Volts AC, contributing to its robust performance in varying electrical conditions. For mounting, the design accommodates panel mounting, facilitating straightforward installation in control cabinets.

The EVS9323-ETV911 servo controller by Lenze is designed to deliver robust performance across various applications. With its rating of 1.5 kilowatts, this unit is well-suited for tasks requiring moderate power levels. It supports input frequencies of 50 to 60 Hertz and accommodates a rated supply voltage of 400 to 480 Volts AC. The flexibility of permissible voltage fluctuation ranges from 320 to 528 Volts AC, allowing for adaptability in changing conditions.

With the capability to output voltages up to 480 Volts AC, this controller ensures effective motor operation and control. It utilizes an advanced vector control method, optimizing performance in dynamic applications. The EVS9323-ETV911 weighs 20 pounds (9.07 kilograms), a manageable weight that aids installation, particularly with its panel mount design. This device operates reliably within an ambient temperature range of -10 to 60°C, while it can be stored safely in temperatures from -25 to 60°C, making it robust for varied environments.

Additionally, the controller is equipped with an LED display for easy monitoring and diagnostics, enhancing user interaction and maintenance. Its current rating is specified at 3.9 Amperes, ensuring that it meets the requirements of most servo drive applications. The combination of these features makes the EVS9323-ETV911 a dependable choice for automation needs.

Lenze's EVS9323-ER model functions as a servo register controller, providing essential control in motion applications. It is suitable for a three-phase AC input voltage ranging from 320 to 528 V and can alternatively handle DC input voltages in the range of 460 to 740 V. This versatility allows it to adapt to various setups within the industry.

The controller operates efficiently at frequencies of either 45 to 65 Hz and offers options for switching frequencies of 8 kHz and 16 kHz. At a switching frequency of 8 kHz, the output current reaches up to 3.9 A and reduces to 2.6 A under load conditions. When set to 16 kHz, maximum output current is measured at 2.9 A with a lower load rating of 2.03 A.

Correspondingly, the output power is rated at 2.7 kVA for 8 kHz and 3.2 kVA for 16 kHz, providing the necessary power for various applications. This controller can handle a maximum output current of 5.9 A at the 8 kHz setting and 4.4 A at 16 kHz under optimal operating conditions. Additionally, the nominal mains current at a standard voltage of 400 V is 3.9 A, while the power loss at this voltage level is calculated at 140 W, indicating efficient energy performance.

The EVS9323-ER has dimensions measuring 97 mm high, 350 mm wide, and 250 mm deep, while weighing approximately 5 kg, making it compact and suitable for integration in limited spaces. This model provides a reliable solution for servo applications requiring precise control and robust performance.

Lenze’s EVS9323-ET is designed as a reliable servo controller within the Series 9300 range. Its design accommodates mains currents reaching up to 5.5A without the use of a mains filter. When employed with a mains filter, the current draw is reduced to 3.9A. The EVS9323-ET servo controller provides rated motor power capabilities of up to 1.5 kW, making it suitable for various motor applications.

The EVS9323-ET servo controller supports operation at rated voltages of 400V and 480V, ensuring compatibility with different electrical standards. The mains voltage range for this unit varies from 320 to 528 VAC in three-phase configurations. Environmental conditions have been considered in designing this unit, as it can operate at temperatures between 0 and 40 degrees Celsius without experiencing any derating. For storage purposes, it can withstand temperatures from -25 to 55 degrees Celsius, catering to a broad range of handling situations.

With an IP rating of IP20, the EVS9323-ET servo controller provides minimal protection against solid objects, making it ideal for installation in controlled environments. The built-in unit feature adds to its convenience, offering integration into existing systems seamlessly.

The Lenze EVS9323-CSV003 is a robust servo controller designed for demanding industrial applications. Operating with a mains voltage spanning from 320VAC to 528VAC and accommodating three-phase input, this controller is adept at managing variable loads efficiently. The rated power output stands at 1.5 kW, while it can support standard voltages of 400V and 480V.

Regarding its electrical requirements, the controller draws a mains current of 5.5A when used without a mains filter. However, when the mains filter is incorporated, the current draw reduces to 3.9A, enhancing efficiency during operations. This device is engineered with built-in cold-plate technology, optimizing temperature management within the unit.

Operating conditions for the EVS9323-CSV003 allow for a wide range, functioning effectively between 0 and 40 degrees Celsius. It can be stored safely across temperatures from -25 to 55 degrees Celsius, ensuring flexibility in diverse environments. The controller also has an IP20 rating, which means it offers a degree of protection against objects over 12.5mm but is not designed for exposure to liquids. These specifications make the Lenze EVS9323-CSV003 an essential component for automated systems requiring precise motion control.

The Lenze EVS9322-ET is a sophisticated servo controller designed for efficient application performance. This unit is rated for a motor power of 0.75 kW and functions on a mains current of 2.5 A. It accepts 400 V or 480 V inputs, ensuring compatibility with different electrical systems.

The EVS9322-ET servo controller's mains voltage range spans from 320 up to 528 Volts AC, which is ideal for handling variations in supply. Its three-phase mains voltage type enhances versatility in deployment. This servo controller is also suitable for built-in unit installations, providing additional configuration options for users.

Designed to operate within 0 to 40 degrees Celsius without derating, the EVS9322-ET servo controller maintains reliable functionality in typical temperature ranges. For storage, it withstands temperatures from -25 to 55 degrees Celsius. With an IP20 enclosure rating, this servo controller model provides basic protection against solid foreign objects but is not waterproof, making it appropriate for standard indoor usage.

The device identifies as the EVS9322-ETV004 from Lenze's Series 9300, functioning primarily as a servo controller. This unit supports a horsepower rating of 1, with an active power capability set at 0.75 kilowatt. For operation, it requires a supply voltage within the range of 400 to 480 Volts AC and integrates a 3-phase input phase configuration. This controller maintains a wide ambient operating temperature spectrum, from -10 to 60 degrees Celsius, making it suitable for varied environments.

Additionally, it handles a storage temperature of -25 to 60 degrees Celsius. The controller receives input frequencies of 50 to 60 Hertz and can deliver output frequencies that extend from 0 to 480 Hertz. It employs vector control for effective management of motor performance.

The output voltage is rated from 0 to 480 Volts AC, ensuring compatibility with numerous applications. The physical structure of the controller has an IP20 rating, allowing for protected use in panel-mounted configurations. Users benefit from an LED display which provides real-time operational feedback. An integrated safe standstill function enhances the safety features, contributing to reliable performance across applications.

The Lenze EVS9323-CKV003, classified as a servo cam profiler, is engineered to deliver precise motor control with an output power rating of 1.5 kW or 2 horsepower. This controller is capable of accommodating an input voltage ranging from 320 to 440 V AC, or alternatively, it can utilize a DC input from 450 to 620 V. Depending on the configuration with or without a mains choke, the output voltage will vary. It can provide 94% of the input voltage with a mains choke or match the input voltage directly without it.

This device operates within an input frequency range of 45 to 65 Hz, making it well-suited for a variety of electrical systems. Power dissipation is rated at 140 W, indicating the energy loss during operation. In scenarios that require brief overloads, the controller can sustain a maximum overcurrent for up to 60 seconds, making it versatile for demanding applications.

The EVS9323-CKV003 supports two inverter switching frequencies: 8 kHz and 16 kHz. When engaged at 8 kHz, it maintains a rated output current of 3.9 A, while the maximum output current can reach 5.85 A. In standstill conditions under 8 kHz, the current is recorded at 5.9 A. If operating at 16 kHz, the rated output current lowers to 2.9 A, with a peak maximum of 4.35 A. This flexible performance enables effective and adaptable motor control across its designed applications.

The Lenze EVS9323-CPV003 is a servo position controller tailored for applications requiring precise control over motor operations. Its maximum DC voltage range spans 450 V to 740 V, effectively accommodating different power systems. Typical ratings show a motor output of 1.5 kW or approximately 2.0 hp for 4-pole motors. The device operates optimally within a mains frequency range of 45 Hz to 65 Hz, ensuring compatibility with diverse electrical systems.

Energy consumption is monitored with a power loss of 140 W, reflecting efficient performance across various loads. This controller falls under the IP20 protection rating, providing adequate safeguarding against dust and contact in standard conditions. Regarding environmental resilience, it can be stored within a temperature range of -25 °C to +55 °C, allowing for installation in less regulated locations.

For operational specifications, mains voltage is maintained between 320 V and 528 V, and it can support vertical mounting configurations. The mains current without a choke at 400V is rated at 5.5 A, while with a choke, this current reduces to 3.9 A. The output power capability at 8 kHz reaches up to 2.7 kVA, demonstrating robustness for demanding applications.

Finally, the EVS9323-CPV003 has been built to withstand vibrations, meeting stringent standards, including EN 50178 and EN 61800-5-1, which is critical for maintaining reliability in dynamic environments.

In the realm of servo control systems, the Lenze EVS9322-CPV003 stands out as a reliable unit. This servo control device operates at a nominal power of 0.75 kW for both 400V and 480V applications, making it suitable for various motor configurations. It effectively manages heat dissipation with a maximum output of 110 W.

Regarding input characteristics, the controller draws a current of 3.5 A without a line reactor and 2.5 A with a reactor connected, ensuring efficient operation in various conditions. This model supports a voltage input range from 320V to 528V AC and can withstand a DC input voltage of up to 740V. Additionally, it functions within a frequency range of 45 Hz to 65 Hz.

The EVS9322-CPV003 is specifically designed for installation in an enclosed control cabinet. It is engineered to be mounted upright, which helps facilitate optimal performance. This controller operates reliably in various environmental conditions with storage temperature limits varying from -25°C to +55°C.

Compliance with vibration resistance standards such as EN 50178, EN 61800-5-1, and Germanischer Lloyd ensures it can withstand the rigors of industrial applications. The protection level of IP20 provides sufficient defense against solid contaminants, reinforcing its suitability for numerous operational contexts.

Designed as a reliable servo controller, the Lenze EVS9322-EI module can deliver a motor power of 0.75 kW. It functions effectively within rated voltages of 400V and 480V, providing flexibility for various applications. This unit is engineered to operate across a mains voltage range of 320 to 528 VAC and is compatible with a three-phase power supply.

The EVS9322-EI servo controller module accommodates mains frequencies of 50 and 60 Hz, allowing for use in standard industrial environments. It is designed to support built-in units, which enhances its application versatility. The EVS9322-EI modules maintains performance without derating within an operating temperature range of 0 to 40 degrees Celsius, making it suitable for many operational conditions.

The EVS9322-EI servo controller module's enclosure rating of IP20 provides basic protection against solid particulates, making this controller appropriate for many indoor uses. This device belongs to the Series 9300 lineup, offering standard features and reliability for various servo control applications.

Lenze offers the EVS9322-CSV003, a robust servo controller tailored for precision applications. This module can operate on three-phase input voltage, with a capacity to manage mains voltages between 320 and 528 VAC. It is designed to function at rated voltages of 400V and 480V, so it delivers a rated power of 0.75 kW. The mains current for this unit, equipped with a mains filter, is rated at 2.5A, ensuring effective current management during operation.

Additionally, the model features built-in cold-plate technology, which aids in managing heat dissipation and optimizes performance during extended use. The operational temperature capabilities range from 0 to 40 degrees Celsius, allowing it to function well under typical industrial conditions. The temperature range for storage extends from -25 to 55 degrees Celsius.

This servo controller's IP20 rating indicates a level of protection against solid particles, thus securing its functionality in dust-sensitive locations. Overall, the EVS9322-CSV003 is engineered to meet the demands of modern automation tasks with reliable performance and efficiency.

The Lenze EVS9321-ETV907 servo controller offers reliable control for various automation applications. This unit is engineered to handle a rated supply voltage of 400 to 480 Volts AC, ensuring versatility across different systems. It supports input frequencies between 50 to 60 Hertz. The rated current stands at 1.5 Amperes, enabling efficient operation for connected devices.

With a rated active power of 0.37 kilowatt, this model can deliver up to 0.5 horsepower effectively, making it suitable for moderate power requirements. It features a 3-phase input for streamlined integration into existing setups. The output voltage can be adjusted from 0 to 480 Volts AC, providing flexibility depending on application needs.

Designed for panel mounting, the unit has a robust build with an IP20 protection class, which makes it suitable for less demanding environments. The LED display offers clear operational feedback for user convenience.

In challenging conditions, the EVS9321-ETV907 is capable of withstanding vibrations up to 9.81 meters per second squared (1G) across the X, Y, and Z axes, providing durability in real-world applications. This controller is operational in ambient temperatures ranging from -10 to 60°C. The permissible voltage fluctuation is specified at 320 to 528 Volts AC, ensuring stable performance across varying line conditions. With a weight of 8.6 pounds (3.9 kilograms), this servo controller is robust yet manageable for installation and maintenance.