Schneider Electric Altivar 930

Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeFloor-standing
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeFloor-standing
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeFloor-standing
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeFloor-standing
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeFloor-standing
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeFloor-standing
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
  • Altivar Process ATV900

  • ATV930, 7.5kW/10 hp

  • 500V/690 V

  • IP00

Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount

Altivar Process ATV900, ATV930 220 kW, 400/480 V, w/o braking unit, IP00

Altivar Process ATV900 / ATV930, 315 kW, 400/480 V, w/o braking unit, IP00

Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount

Altivar Process ATV900, ATV930, 22kW/30 hp, 500V/690 V, IP00

Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount
Device applicationIndustrial application
Device short nameATV930
VariantStandard version
Product destinationAsynchronous motors
Synchronous motors
Mounting modeWall mount

Altivar Process ATV900, ATV930, cabinet Integration, 30 kW, 380 - 480 V,  IP20

To regulate the operation of an asynchronous motor in order to prevent a decrease in its efficiency, special devices are used - frequency converters. Their job is that they smoothly change the speed of rotation of the engine by changing the frequency of the supply voltage. Next, we will talk about the Schneider Electric Altivar 930.

Schneider ATV 930 is a frequency converter of the Altivar Process series. It is used to control the speed of rotation of electric motors for general industrial purposes. The change in the output signal is carried out using the PID controller. Power 30 kW, supply voltage 380-480 V.

Altivar Process 930 Variable Frequency Drives

The ATV 930 frequency converter is designed for use in industrial processes such as:

  • Oil and gas industry: screw well pumps, mud pumps, electrically driven downhole pumps, sucker rod pumps, draw works, drilling rig rotors/top drive, regasification compressor units.
  • Metallurgy and mining: specialized cranes and ship loaders, blending machines and stackers, shredders, mills/drums, agitators, crushers, and conveyors.
  • Food industry: agro-industrial and food processing applications, including mixers/grinders, conveyors, centrifuges and tumble dryers.
  • Water treatment, water supply, and sanitation: equipment of settling pools for treatment facilities and water treatment plants.

ATV900 series inverters have first-class application control algorithms, maximum process equipment efficiency, and communication capabilities.

The Altivar Process is a frequency converter that reduces operating costs in industrial and utility industries with built-in intelligent services and functionality:

  • Built-in control and process control.
  • The "Start and Stop" function reduces power consumption when stopped.
  • Monitoring the deviation of the current pump mode from the point of maximum efficiency.
  • Built-in power measurement and power consumption toolbar.
  • Ability to configure the device using Smart Process Object technology.
  • Harmonic suppression technology and reliable cooling.
  • Easy integration into power grids.
  • Full set of control functions.
  • Built-in pressure-flow graphs of the pump (the ability to set 5 points of the graph).
  • Protection and monitoring of the actuator.
  • Built-in Ethernet port for easy integration into communication networks.
  • Compact and modular design.
  • Local and remote control (PLC, remote terminal, HMI).
  • Low harmonics (THDi < 48% at 80% load or THDi < 5% for low harmonic drives).
  • Embedded web server.
  • Ease of maintenance (dynamic QR code).

Advantages

The main advantages of the Schneider Electric Altivar 930 are:

  1. Implementation of equipment management, energy consumption, and overall performance. Thanks to this, in terms of overall equipment efficiency and cost of ownership, the new concept of frequency converters meets the basic requirements of infrastructure and production;
  2. Downtime is reduced by 20% at no additional cost;

Preventive maintenance based on monitoring the technical condition of the equipment leads to sustainable cost reduction.

Quality process control

The Altivar Process ATV930 frequency converter provides extensive communication options and maximum motor performance:

  • Continuation of work even in the event of a disconnection thanks to network technology.
  • Efficient control of any type of motor in an open or closed-loop control system.
  • Reduce downtime with event logging and an integrated web server to help you resolve issues in the shortest possible time and keep your maintenance under control.
  • Process transparency and data transfer to the control system via dual Ethernet port.
  • Continuous control of process parameters.
  • Torque and speed control when using elastic or rigid connections.
  • Ability to use communication between frequency converters: full control of the equipment in any type of connection.
  • A complete list of protective features to reduce downtime and increase efficiency.

Schneider Electric has a wealth of experience and knowledge in the development and application of drive technology, which allows us to design precision devices that are easy to integrate into production and meet the requirements of your processes:

  • Reduced commissioning time.
  • Minimal risks in design and delivery.

Compact and modular, the Altivar Process withstands operation even under harsh conditions (both in terms of environmental and electrical parameters), ideal for retrofit, retrofit, or new installations.

The operation of Altivar Process units during deceleration or braking to a standstill is ensured by the braking resistors by dissipating the braking energy. Braking resistors provide maximum transient braking torque:

  1. The resistors are thermally protected by a built-in thermal sensor and are IP20 and IP23 rated.
  2. The resistances must be installed outside the cabinet, in compliance with the requirements for cooling conditions.

If you want to learn more about the frequency converter and its functions, then you can read the Schneider Electric Altivar 930 manual.

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