Lenze

The Lenze EVS9331-ESV004 is a robust servo inverter featuring a 'Safe Standstill' function to ensure enhanced protection in various applications. It operates effectively across a specific mains voltage range of 3 AC 320 to 528 V and within a frequency of 45 to 65 Hz. This device supports two distinct switching frequencies, 8 kHz and 16 kHz.

A significant weight of 59 kg characterizes this unit, along with a notable power loss quantified at 1470 W, reflecting efficient operation. It accommodates motor power ratings of 55.0 kW at both 400V and 480V levels.

The inverter can handle considerable overcurrent with capabilities of 150% for 1 minute and 200% for 10 seconds, providing flexible responses to transient conditions.

Output power at an 8 kHz frequency measures up to 76.2 kVA at 400V, and 87.3 kVA at 480V. The corresponding output current is rated at 110.0 A for 400V and 105.0 A for 480V at 8 kHz. In terms of performance at a 16 kHz switching frequency, output current levels are 70.0 A at 400V and 65.0 A at 480V.

Should maximum output current be required at 8 kHz, the inverter can deliver up to 165.0 A for 400V systems and 157.5 A for 480V systems. This extends to maximum output current levels of 105.0 A at 16 kHz for 400V and 97.5 A for 480V.

For standstill current, this servo inverter can maintain up to 110.0 A (400V) and 105.0 A (480V) at 8 kHz, while it can handle 70.0 A at 400V and 58.0 A at 480V under 16 kHz settings.

Engineered for high-performance applications, the Lenze EVS9330-ER is a servo register controller with advanced specifications. It functions within a broad input voltage range, accommodating three-phase electricity between 320V and 528V and operating at frequencies from 45 Hz to 65 Hz. The nominal power rating stands at 45 kW, applicable at both 400V and 480V supply levels.

At an 8 kHz switching frequency, this controller supports a maximum output current of 89 A for 400V and 84 A for 480V power levels. The apparent power ratings are 51.5 kVA and 69.8 kVA for the two voltage configurations, respectively. Additionally, users have the flexibility of switching frequencies, which can be adjusted between 8 kHz and 16 kHz. With this feature, the max output current capacity is reduced at 16 kHz, registering at 58 A for 400V and 55 A for 480V.

Measurement-wise, the EVS9330-ER has dimensions of 340 mm in height, 591 mm in width, and 285 mm in depth, making it a relatively compact device, weighing 36.5 kg. This device is designed to dissipate up to 1100 W of heat at 400V, ensuring reliability during operation.

When operating, temperature limits range between 40°C and 55°C, where the unit experiences a power derating of 2% per degree above 40°C. This specification ensures that the unit operates safely and effectively under varying thermal conditions.

The Lenze EVS9331-EK is engineered as a servo cam controller optimized for a diverse operating environment. It can manipulate an input voltage range spanning from 320V to 528V AC, coupled with an operational frequency between 45 and 65 Hz. This advanced controller also accepts a DC supply voltage that lies between 460V and 740V, showcasing its capability for high-performance applications.

Rated for a motor power of 55 kW, equivalent to 73.5 HP, this unit effectively operates at both 400V and 480V settings. In terms of output performance, the EVS9331-EK delivers a power rating of 76.2 kVA, while the maximum output current can reach 165 A. For stable operation, the standstill currents are specified at 110 A for an 8 kHz frequency and 70 A for 16 kHz. Users can select either of the switching frequencies to match their application needs.

An overcurrent capacity feature permits 1-minute temporary overcurrent conditions while under base load, enhancing performance resilience. With a reported power loss of 1470 W, the efficiency of the system remains considerable. The motor voltage can soar up to three times the input voltage, accommodating various motor configurations.

Designed with a mains filter current rated at 125 A, the EVS9331-EK supports the integration of RFI filters to mitigate interference in sensitive environments. Weighing in at 59 kg, this servo cam controller is built to endure demanding conditions, making it suitable for a range of industrial applications.

The Lenze EVS9331-EI servo controller is engineered for precision control in automation. This device supports rated voltages of 400V and 480V, making it adaptable to various electrical systems. It operates over a mains voltage range of 320 to 528VAC with a three-phase configuration, which is essential for industrial applications.

The EVS9331-EI servo controller is rated for a motor power output of 73.5 HP, ensuring it can drive demanding applications efficiently. This unit is versatile in its operational environment and is suitable for either 50 or 60 Hz mains frequency. The standard version of this controller is designed to function without derating in ambient temperatures from 0 to 40 degrees Celsius.

With an IP20 rating, the EVS9331-EI servo controller protects internal components against solid foreign objects larger than 12.5 mm, though it does not offer water protection. Furthermore, it can be stored in temperatures that range from -25 to 55 degrees Celsius. This specification ensures the EVS9331-EI servo controller can withstand varying storage conditions, maintaining integrity for future use.

Lenze's EVS9330-ESV004 functions as a highly capable servo inverter, particularly suitable for precise motor control applications. This inverter has motor power ratings set at 45.0 kW for 4-pole asynchronous motors, which makes it effective for robust operational demands. Operating within an input voltage range of 320 to 528 volts AC, the inverter can accommodate a frequency range of 45 to 65 Hz, ensuring versatility across different setups.

An input current of 78.0 A is required with filter integration, which provides efficient performance in fault-prone situations. Additionally, the inverter has an alternative DC voltage capability ranging from DC 460 to 740 V. The operational weight of this unit is noted at 36.5 kg, which signifies a solid construction designed for durability.

At an 8 kHz output frequency, the EVS9330-ESV004 delivers 61.6 kVA output power when operating at 400 V and 69.8 kVA at 480 V, complemented by an output current of 89.0 A at 400 V and 84.0 A at 480 V. Moreover, it can handle a maximum output current of 133.5 A at 400 V and 126.0 A at 480 V, demonstrating its capability to manage substantial load demands.

The device features additional output specifications, with a maximum standstill current of 80.0 A at 400 V and 72.0 A at 480 V when running at 8 kHz. At a 16 kHz output frequency, the output current drops to 58.0 A for 400 V and 55.0 A for 480 V.

Overall, this inverter module provides high functionality and dependable performance suitable for challenging industrial environments, combining a blend of advanced features with reliability.

The Lenze EVS9328-ER functions as a dependable servo register controller. It operates on a voltage range designed for three-phase systems, specifically from 320 volts to 528 volts, at frequencies of 45 to 65 Hz. At 400V, it delivers a rated motor power of 22 kW, while at 480 volts it can supply up to 30 kW.

Users will find that the device peaks at 47 A output current at 8 kHz for 400V settings and 44.7 A for 480V settings. The apparent power achievable is 32.6 kVA at the lower voltage and 37 kVA at the higher voltage.

For frequency modulation, the controller supports adjustable switching between 8 kHz and 16 kHz. Peak output currents at 16 kHz are rated at 30.6 A for 400V and 28.2 A for 480V, contributing to a robust power delivery. The apparent power at these frequencies is approximately 22.2 kVA at 400V and 25 kVA at 480V.

The power dissipation ratings at 400V stand at 640 watts. Additionally, the total weight of the EVS9328-ER vehicle is 12.5 kilograms, making it manageable for installation in various settings.

The Lenze EVS9329-ET is a highly functional servo controller that operates effectively in various industrial settings. This controller can handle mains voltages ranging from 320 to 528 VAC and is specifically designed for three-phase applications. The device supports integrated units, enhancing its functionality and application scope.

It is capable of driving motors with ratings of 30 kW and 37 kW and operates efficiently within a defined temperature range. The EVS9329-ET sustains performance in an ambient temperature range from 0 to 40 degrees Celsius without experiencing derating issues. This servo controller's IP20 rating indicates its suitable use in environments that do not demand high levels of ingress protection.

The device draws up to 53 A of current for installations where mains filtering is necessary. Additionally, it is built to withstand storage conditions from -25 to 55 degrees Celsius, ensuring reliability under varying environmental challenges. The controller is rated for voltages of 400V and 480V, making it adaptable to different electrical systems.

The Lenze EVS9330-EI model is a robust servo controller tailored for industrial applications. Designed for three-phase systems, this device accommodates a mains voltage range between 320 VAC and 528 VAC, ensuring versatility in power supply integration. It also provides rated voltage configurations of 400V and 480V for improved operational flexibility.

The controller functions efficiently at mains frequencies of 50 and 60 Hz, making it adaptable to various system conditions. With the capability to handle a maximum motor power of 60 HP, the EVS9330-EI is suitable for various motor control tasks, enhancing system performance.

Operating temperatures are maintained between 0 and 40 degrees Celsius without derating, highlighting the controller's stability in standard operating environments. An IP20 rating indicates that this unit is dust-resistant and appropriate for enclosed spaces with minimal exposure to liquids. Storage temperatures extend from -25 to 55 degrees Celsius, facilitating secure conditions for equipment when not in use. Its support for built-in units also ensures streamlined integration into complex automation systems.

The Lenze EVS9328-EK is classified as a servo cam controller specialized for automated processes. It has a substantial weight of 12.5 kg. This controller is capable of handling mains voltage between 320V and 528V AC, with frequency compatibility ranging from 45Hz to 65Hz. The design supports motor voltages up to three times the input supply, offering significant flexibility in motor integration.

Under standard operational conditions, the motor power capacity is rated at 22.0 kW, equivalent to approximately 30.0 hp when running at 400V AC. The unit can provide a continuous output current of 30.6 A at a frequency of 16 kHz, while at 8 kHz, the continuous current rises to 47.0 A. Maximum output current at this same frequency can reach 70.5 A, validating its application in demanding environments. For peak conditions at 16 kHz, the output current can be as high as 45.9 A. The controller also experiences a continuous stall current of 47.0 A during 8 kHz operation and maintains a stall current of 30.6 A during 16 kHz operation.

A thermal consideration must be noted as well: the unit's derating factor is set at 2.5% for each degree Celsius exceeding a temperature of 40°C. This recalibration will aid in maintaining stable operation in elevated temperature conditions. Additionally, the operational power loss is quantified at 640 W, which must be addressed in system designs for effective thermal management. Overall, the EVS9328-EK controller’s detailed specifications make it suitable for sophisticated servo control applications.

Operating effectively as a Servo PLC, the Lenze EVS9328-EIV911 stands out with a rated power of 30 kW, equivalent to 40 horsepower, providing adequate performance for numerous applications. This device accommodates an input voltage range of 320V to 528V AC and 450V to 740V DC, lending flexibility for integration into various systems. With an ability to output between 34.9 and 37.2 kVA, it ensures efficient energy usage.

Utilizing both V/f control and vector control methods, the EVS9328-EIV911 covers a diverse range of operational requirements with precision. It can be installed vertically within control cabinets, offering ease of integration in limited spaces. The servo PLC also exhibits impressive overcurrent capability, permitting up to two times the rated current for short durations, addressing potential peak demand situations.

The maximum output current supplied is 44.7 A when a mains choke is utilized, highlighting its robust performance characteristics. This model operates effectively at a mains frequency between 50 Hz and 60 Hz, while also adjustable switching frequencies of 8 kHz or 16 kHz, depending on the operational need.

For durability, it holds an IP20 protection rating as standard, while an IP41 rating is achievable when utilizing push-through technology, providing enhanced protection against the ingress of dirt and moisture. This versatility and reliable performance make the EVS9328-EIV911 suitable for environments within the ambient temperature range of 0°C to 50°C.

Lenze’s EVS9327-ET servo controller is an integral component of effective motor control solutions. This model is engineered to handle rated motor power levels of 20.5 to 25 horsepower, making it compatible with applications requiring significant driving force. It is designed to function within a mains voltage range of 320 to 528 VAC in a three-phase configuration, ensuring compatibility with multiple electrical systems.

Operating temperatures are held from 0 to 40 degrees Celsius without any derating, providing reliability in various thermal environments. Furthermore, the unit can withstand extreme storage temperatures, from -25 to 55 degrees Celsius, allowing for installation in varying conditions without impacting performance.

Regarding electrical specifications, the EVS9327-ET supports a mains current of 43.5 Amperes when operating without a mains filter. It can drop to 27 Amperes when a filter is employed, making it adaptable for different configurations. The device is rated IP20, indicating protection from dust and direct contact, which is adequate for certain controlled industrial conditions.

This servo controller also supports the integration of built-in units, thus simplifying installation and reducing space requirements. Overall, the Lenze EVS9327-ET is engineered to deliver efficient performance across various operating conditions, ensuring compatibility and robustness for industrial applications.

The Lenze EVS9327-EK is a sophisticated servo cam controller that excels in dynamic control applications. This controller operates with an input voltage range of 320V to 528V AC, making it suitable for various electrical setups. Working within a frequency of 45Hz to 65Hz, it ensures compatibility with numerous motor types.

This device provides substantial power for demanding tasks at a motor power rating of 15.0 kW or 20.5 hp (when using 400V AC). In its 8kHz mode, it achieves an apparent power output of 22.2 kVA with a standard output current of 32.0 A, which can go up to a maximum output of 48.0 A. When operating in 16kHz, the controller maintains a standard output current of 20.8 A and supports a peak of 31.2 A.

The stall current is also stable, rated at 32.0 A for continuous use at 8kHz and 20.8 A at 16kHz, ensuring the motor's efficient operation under load. Operational power loss is measured at 430 W when running with I rx.

The motor voltage range is designed to span from 0 to three times the input voltage, offering flexibility in application. Note that for ambient temperatures exceeding 40°C, the device experiences thermal derating of 2.5% per Kelvin, minimizing the risk of overheating. With a compact mass of 12.5 kg, it remains lightweight yet robust. The EVS9327-EK is rated for operation up to 1000 meters in altitude, although derating applies above this level to ensure reliable performance.

The Lenze EVS9327-EI is a versatile servo controller within the Series 9300 line. It efficiently supports built-in units, offering substantial control capabilities for various applications. Designed to operate within a temperature span of 0 to 40 degrees Celsius, this unit can handle ambient conditions without any derating effects. The IP20 rating indicates suitable protection from dust and contact, making it ideal for standard industrial settings.

This controller can provide up to 25 HP motor power, with rated options available at 20.5 HP. It is engineered to work with mains voltages typically found in industrial environments, offering compatibility with 400V and 480V systems. The permissible mains voltage range extends from 320 to 528 VAC, ensuring flexibility for integration across different setups.

Operating on three-phase power, the unit is designed for robustness and reliability in demanding conditions. The device is also rated for mains frequencies of 50 and 60 Hz, accommodating the specifications of various regional power grids. Additionally, it can withstand storage temperatures between -25 and 55 degrees Celsius, ensuring performance stability during periods of non-operation.