Lenze

The E82CV752K2C frequency inverter from Lenze represents a robust solution within the Series 8200 lineup. This unit operates at a rated motor power of 7.5 kW, making it suitable for moderate industrial requirements. With a configuration for 3-phase voltage, it accepts mains voltages ranging from 100 to 264 volts AC and covers a mains frequency span of 45 to 65 Hz.

Users can expect output voltages from 0 up to the rated mains level, allowing for flexible operational settings. The output frequency is adjustable between 0 and 650 Hz, catering to various motor speed applications. With a power loss specification of 320 watts, this inverter is designed for effective energy management.

The protection class rating of IP20 denotes that it fits well in environments where minimal dust and moisture are present, though additional housing may be required for harsher conditions. The unit also supports vector control, enhancing its performance in dynamic applications where speed and torque precision are essential.

This inverter is built to endure a range of temperatures, suitable for ambient operating conditions from -10°C to +55°C. Additionally, the inverter can be stored in environments that drop as low as -25°C and rise up to +60°C. These specifications make the E82CV752K2C a versatile choice for diverse industrial applications.

The Lenze E82CV552K2C operates as a frequency inverter designed primarily for use as a base controller. This model is compatible with a mains voltage of 230V and supports a three-phase system. It can deliver an output power of 5.5 kW, which is equivalent to 7.5 HP.

The rated mains current for this inverter is documented at 29.3A when used without a mains choke. Utilizing a mains choke reduces the rated current to 21A. This inverter also has an output DC power capability of 1.1 kW, underscoring its versatility in various applications.

Weighting in at 3.0 kg, the E82CV552K2C uses advanced cold plate technology to effectively manage heat dissipation during operation. The internal power loss when working is measured at 83W, escalating to 167W when conducted through the cooler. The thermal resistance remains efficient, rated at less than or equal to 0.13 K/W. As an electronic product, it emphasizes reliable performance across diverse industrial settings.

In the realm of drive technology, the Lenze E82CV751K2C serves as a frequency inverter that primarily functions as a base controller within the Series 8200. It is engineered to manage a rated mains current of 9.0A when connected in a single-phase configuration. If a mains choke is included, the current drops to 7.5A. Conversely, when in a three-phase setup, the inverter handles up to 5.2A without a choke and 3.6A with one in place.

Operating efficiency is expressed through a dissipated power loss of 40W, which underscores its thermal performance as determined by a thermal resistor rating of less than or equal to 1.5 K/W. The inverter's lightweight design, tipping the scales at merely 0.9 kg, facilitates installation and integration into various systems. Its construction utilizes a cold plate technology that is specific to this type of device, ensuring optimal thermal management.

The E82CV751K2C inverter is fully electronic, utilizing vector control to enhance motor drive mechanics, making it ideal for intricate motion control applications. It delivers power with specifications that reach up to 0.75 kW or equivalently, 1 horsepower. Designed for flexibility, this unit accommodates both single-phase and three-phase voltage applications under 230V mains voltage, offering the versatility needed for diverse usage scenarios.

Lenze's E82CV551K2C is a frequency inverter designed to function as a base controller in various applications. This product utilizes vector control to deliver performance outputs of up to 0.75 kW. Operating from a mains voltage of 230V, it is compatible with both single-phase and three-phase power supplies.

The device has a relatively low weight of 0.9 kg, which contributes to its flexibility in installation. A noteworthy aspect is the expected dissipated power loss of 33W, which indicates the heat generated during operation. Thermal management is enhanced thanks to its “cold plate” design, which is type-dependent and ensures that the thermal resistor rating remains below or equal to 1.5 K/W.

Current ratings are crucial for applications. When using a single-phase configuration, this inverter allows for a rated mains current of 6A without using a mains choke, reducing to 5.6A with one. For three-phase configurations, the current is rated at 3.9A without a choke and drops to 2.7A when a mains choke is present. The E82CV551K2C combines electronic efficiency with effective thermal management for comprehensive motor control solutions.

Lenze's E82CV402K2C is classified as a frequency inverter, primarily functioning as a base controller in various applications. It employs vector control technology to facilitate efficient operation. With a mains voltage of 230V and structured for three-phase connections, this inverter can provide an output power of 4.0 kW, equating to approximately 5.0 horsepower.

The unit's design incorporates cold plate technology, which is dependent on the specific type utilized. With a total weight of 2.4 kg, this electronic product installs conveniently into different systems. Its thermal management is enhanced by maintaining a thermal resistor rating at or below 0.13 K/W, contributing to operational efficiency.

This inverter delivers a direct current output of 0.8 kW, aiding in versatile applications. During operation, the rated mains current reaches 21.3A for three-phase connectivity, which decreases to 16A when a mains choke is integrated. The design accounts for power dissipation, indicating an internal loss of 63W, with an additional loss of 127W to the cooler. Together, these features outline the inverter's capacity and suitability for demanding industrial tasks.

Part number E82CV402K4C from Lenze's Series 8200 is an adept frequency inverter designed to function as a base controller. This model incorporates capabilities for vector control, allowing for improved motor performance and efficient operation. Its dimensions are 240 mm in width, 100 mm in height, and 140 mm in depth. Weighing approximately 2.9 kg, it is easily manageable in various setups.

The device is designed to operate with 3-phase AC power, specifically rated at 400V. It can handle a voltage range from 320V to 550V AC, offering flexibility in various electrical environments. Supporting frequencies of 45 to 65 Hz allows this inverter to meet different application needs. It is capable of delivering a typical motor power of 4 kW efficiently.

For additional power options, an alternative DC supply range of 450V to 775V DC is available, enhancing its adaptability for different motor controls. The unit is rated with an IP20 protection class, indicating basic protection against dust and physical contact. Operating temperature conditions for the E82CV402K4C extend from -10°C to +55°C, while ambient storage temperatures range from -25°C to +60°C. This makes the inverter suitable for a variety of environments while ensuring reliable performance.

Lenze's E82CV302K4C is classified as a frequency inverter and operates as a base controller. It has been engineered as a cold plate variant suitable for demanding environments. The unit's compact dimensions measure 240 mm by 100 mm by 140 mm and it has a weight of 2.9 kg, making it manageable for installation within various control configurations.

Designed for 3-phase AC systems, it operates at a rated mains voltage of 400V AC. This inverter supports a mains voltage range of 320 to 550V AC, providing flexibility in voltage supply conditions. Additionally, the specified operating frequency ranges between 45 and 65 Hz, which allows it to cater to different operational requirements effectively.

This inverter also supports vector control, which significantly enhances motor performance and precision during operation. Rated for a typical motor power output of 3 kW, it ensures adequate power delivery for various applications. For applications requiring DC power, this unit can also accept an alternative supply voltage ranging from 450 to 775V DC.

Ambient conditions for operation are rated between -10°C to +55°C, while the inverter can be stored in environments as low as -25°C, extending to +60°C. This product is engineered for robust and reliable functionality in industrial settings.

Lenze's E82CV371K2C frequency inverter, part of the Series 8200 line, serves as a base controller. This electronic device leverages vector control technology and is specified with an output power rating of 0.37 kW or 0.5 horsepower. It is designed to function with a mains voltage standard of 230 volts and supports a voltage range between 180 and 264 VAC while accommodating frequencies from 0 to 65 Hz.

The inverter is lightweight, at just 0.6 kilograms, and implements 'cold plate' technology that is dependent on the specific type. An important aspect of its operation is the rated mains current, which is 5 amperes without employing a mains choke. If the choke is integrated, the current requirement adjusts to 4.2 amperes.

When considering heat dissipation, the inverter has a power dissipation requirement of 27 watts, indicating how much energy will be dissipated through the heatsink. Furthermore, it has a thermal resistor value of less than or equal to 1.5 K/W, ensuring efficient thermal management during operation. It’s crucial to note that alternative DC supplies are not compatible with this unit.

Lenze’s E82CV302K2C is classified as a frequency inverter designated for use as a base controller. It delivers a substantial output power of 4.0 kW, equivalent to 5.0 HP. This unit operates on a three-phase system with a mains voltage rating of 230 volts, making it suitable for a broad range of applications.

Incorporated within the design is the cold plate technology, which is contingent on the specific type. Operating with vector control, it ensures effective motor management and performance optimization. The current specification indicates a rated mains current of 18.7A without a mains choke, reducing to 14.4A when one is applied.

Internal power dissipation from this inverter is notable at 50 watts, with an additional 100 watts lost in the cooler. A thermal resistor maintains optimal performance, with values less than or equal to 0.3 K/W contributing to its efficiency. Weighing in at 2.4 kg, the unit balances functionality with a manageable form factor, making it a solid choice for various configurations.

The Lenze E82CV223K4B201 frequency inverter belongs to the Series 8200 and serves as a base controller designed for advanced motor control needs. This device operates on a 3-phase AC voltage system, accommodating a wide mains voltage range of 320 to 550 volts AC. It functions efficiently at rated voltages of 400 and 500 volts, delivering substantial power to motors. Specifically, the typical motor power output is rated at 22 kW for 400V AC applications, while at 500V AC, it can reach 30 kW.

This inverter supports vector control, facilitating precise speed and torque management across various industrial applications. The unit is classified with an IP20 rating, ideal for environments with minimal exposure to particles. It is important to note that the E82CV223K4B201 model does not come with an EMC filter, which may be a consideration for specific operational requirements.

For thermal management, it features a cold plate variant, enhancing the inverter's efficiency during operation. It is built to withstand ambient temperatures from -10°C to +55°C during operation. In terms of storage, this inverter can function well in conditions ranging from -25°C to +60°C, allowing flexibility for different environments where it may be installed. This combination of specifications makes the E82CV223K4B201 suitable for a range of tasks in industrial settings, providing reliable performance across diverse operational requirements.

The Lenze E82CV222K4C is a versatile frequency inverter and base controller within the Series 8200 lineup, emphasizing efficiency in motion control. This specific inverter is of the cold plate variant, which improves thermal performance and facilitates installation in various configurations. With a protection class rating of IP20, it ensures a degree of dust and moisture resistance suitable for typical industrial environments.

The inverter measures 240 mm in height, 60 mm in width, and 140 mm in depth, fitting well in tighter spaces. Overall weight is 1.6 kg, contributing to ease of handling and installation. The device supports vector control for precise motor performance under variable loads, enhancing efficiency in automated processes.

Operating at a rated mains voltage of 400V AC, this inverter accepts an extensive range of 320V to 550V AC. It can operate effectively with a frequency of 45 to 65 Hz. Furthermore, for specific applications requiring DC, it can utilize an alternative supply voltage ranging from 450V to 775V DC. The rated typical motor power is 2.2 kW, making it suitable for various motor sizes.

The ambient operating temperature range extends from -10°C to +55°C, enabling its use in diverse conditions. For storage needs, it can endure temperatures from -25°C to +60°C. This combination of features makes the E82CV222K4C a robust choice for various industrial applications where reliable motor control is essential.

Lenze's E82CV153K4B201 is a robust frequency inverter and base controller tailored for diverse industrial applications. This unit is a cold plate variant and comes with an IP20 rating, indicating its appropriate usage in controlled environments where direct exposure to debris or humidity is minimal. However, it does not include an EMC filter, which may be an important consideration in certain installations.

The inverter is designed to operate on a 3-phase AC power supply with a rated mains voltage of either 400V or 500V. It supports vector control, enhancing motor performance by allowing precise speed and torque management. The device functions across a mains voltage range of 320V to 550V AC, while it can also accommodate an alternative DC supply of 450V to 775V.

Operating frequency for this inverter is set between 45 Hz and 65 Hz, making it adaptable for different motor specifications and requirements. Typical motor power ratings are 15 kW for 400V applications and reach 18.5 kW when operated at 500V.

Designed to withstand ambient temperatures between -10°C and +55°C for operational use, the inverter ensures that it can perform under a broad spectrum of conditions. Additionally, it can be stored in temperatures ranging from -25°C to +60°C, ensuring reliability and durability in varied environments.