In stock of our partners
Altivar Machine ATV320
In stock of our partners
Altivar Machine ATV320
atv312 4kw
- Power factor: 0.95 or higher
- Waveform: Pulse width modulation (PWM)
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 11 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 11 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 11 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 11 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 15 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 15 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 15 kW |
atv312ho37n4
- Analog inputs: 2 analog inputs (0...10 V, -10...10 V)
- Digital inputs: 4 digital inputs (24 V DC)
- Analog outputs: 1 analog output (0...10 V)
- Relay outputs: 1 relay output (SPST, 250V DC/24V AC, 5A)
atv312ho75m2
- Analog inputs: 2 analog inputs (0...10 V, -10...10 V)
- Digital inputs: 4 digital inputs (24 V DC)
- Analog outputs: 1 analog output (0...10 V)
- Relay outputs: 1 relay output (SPST, 250V DC/24V AC, 5A)
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 4 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 5.5 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 7.5 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 7.5 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 7.5 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 0.18 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 0.18 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 0.37 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 0.37 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 0.37 kW |
ATV312H037N4 Schneider Electric Speed Drive (0.5HP)
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 0.55 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 0.55 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 0.55 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 0.75 kW |
| Product destination | Asynchronous motors |
| Product specific application | Pumping station with photovoltaic arrays |
| Assembly style | With heat sink |
| Device short name | ATV312 |
| Motor power kW | 0.75 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 0.75 kW |
| Product destination | Asynchronous motors |
| Product specific application | Simple machine |
| Assembly style | With heat sink |
| Component name | ATV312 |
| Motor power kW | 0.75 kW |
Inverter Schneider ATV312 is just one of a thousand products sold by the largest manufacturer in its field. This French enterprise, whose structure includes several related businesses, began operations in the thirties of the last century, but the real breakthrough happened only in the eighties.
Schneider Electric provides solutions for various types of tasks related to power control in the fields of power engineering, construction, infrastructure and data processing.
At the same time, the producer does not limit its specialization, on the contrary, expanding the assortment. Now the company is engaged in the production of devices for automation and electrical products.
The main task of Schneider is to provide the ability to manage technological processes in an efficient but reliable, safe, and environmentally friendly way.
Schneider Electric Altivar 312
Altivar 312 VFD is designed for asynchronous motors. This model is compact, easy to use and reliable in operation. Drive works with most automation devices, and it is easy to put it into operation.
Schneider Telemecanique offers full power range of ATV312: 1.5 kw, 2.2 kw, 4kw, 5.5 kw, 7.5 kw and other.
ATV 312 benefits:
- a whole range of opportunities for entering, adjusting and saving drive settings using So Move technology (including phones), remote terminals, bootloader (including multi);
- adaptability to communication networks through the use of communication cards;
- enhanced communication devices;
- simplified interface, that assumes the ability to configure the device via a mobile phone, as well as an intuitive menu and the ability to control the drive through the converter terminal;
- small size;
- simplicity of introduction in use and low maintenance.
ATV312 is suitable for simple production mechanisms, which include:
- Transport equipment (small conveyors, electric hoists, etc.).
- Packing equipment.
- Special machinery (mixers, mixers, textile machines, etc.).
- Pumps, compressors, and fans.
Eltra Trade company provides the best prices for full product range of Altivar 312 Schneider: ATV312H, ATV312HU, ATV312HD.
Altivar 312 VFD working
A frequency converter is a static conversion device that is designed to adjust the frequency of an electric current. It is mainly used to control the speed of rotation of asynchronous motors and allows you to increase the efficiency of their work, as well as reduce the wear of components.
The Schneider Electric Altivar 312 frequency converter is designed to control asynchronous motors powered from 200 to 600 V and power from 0.18 to 15 kW. The Altivar 312 is rugged, compact, and easy to commission. Built-in functions are adapted for their use in simple production mechanisms.
Easy commissioning and a modern product concept offer a cost-effective and reliable solution for simple compact machine (OEM) designers and integrators. The Altivar 312 is easily integrated into most automation systems thanks to the optional communication cards available.
Examples of supported solutions:
- Extensive options for loading, editing, and saving drive configurations using a variety of tools such as SoMove commissioning software (SoMove), SoMove software for using mobile phones, remote terminals, as well as configuration devices - loader and multi-loader.
- Adaptability to communication networks and buses by simply replacing the I/O control card of the inverter with one of the communication cards.
- A user interfaces similar to that of the Altivar 12 drive, making commissioning easier and faster adaptability to different applications.
Advantages of the ATV 312
Let's take a look at the benefits of the converter:
- CANopen Daisy Chain, DeviceNet, Profibus DP.
- Simplified interface.
- Setting via mobile phone (Bluetooth).
- Intuitive menu navigation.
- Drive control from the inverter terminal.
- Numerous application functions.
- Optimize drive performance with auto-tuning.
- Built-in EMC filters.
- Reliability in any conditions.
Altivar 312 Schneider Installation Manual
And now let's pay attention to some points of the instructions for Schneider Altivar 312:
- The transducer is mounted in a vertical position ± 10°.
- Do not install the inverter near heating elements.
- Leave enough space so that the air needed to cool the device can circulate from the bottom to the top.
- Free space in front of the device: >10 mm.
- It is recommended to remove the protective film from the top of the inverter (see the figures below).
- It is recommended to install the inverter on a heat sink surface.
Installation methods
There are 3 ways to install it:
- Free space u 50 mm on each side with protective foil. This method is suitable for inverter operation at ambient temperature < 50 °C.
- The inverters with the protective films removed are installed close to each other (the degree of protection becomes IP20).
- Free space u 50 mm on each side. To operate the inverter at an ambient temperature > 50 °C, the protective films must be removed. The degree of protection becomes equal to IP20.
Mounting recommendations
Power supply and circuit protection
The transmitter must always be grounded in order to comply with the regulations for high leakage currents (above 3.5 mA). If the regulations require the use of a differential protection device at the input, then it is necessary to use a type A device for the inverter with a single-phase supply and a type B with a three-phase supply. Choose a customized model including:
- filtering of high-frequency currents;
- a time delay that excludes any shutdown caused by a load of parasitic capacitances when the supply voltage is turned on. Time delay is not possible for 30 mA devices. In this case, use devices that are resistant to accidental shutdowns.
When installing multiple inverters, use differential protection devices for each inverter.
Separate power cables from low-voltage circuits (sensors, PLCs, instrumentation, televisions, telephones, etc.).
When using cables longer than 50 m between the inverter and the motor, install output filters.
Control circuits
Separate control circuits from power cables. For control and speed reference circuits, use shielded twisted-core cables with a twist pitch of 25 to 50 mm, with the shield earthed at both ends.
Equipment grounding
Ground the inverter in accordance with the requirements of the regulations. Use an earth conductor with a cross-section of at least 10 mm², in accordance with the requirements for limiting leakage current.
If you need more detailed information about this frequency converter, then we recommend that you read the Schneider Electric atv312 user and programming manual.
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