Schneider Electric Altivar
Sizes cm (LxHxW): 27,2x23x42
ATV320-11 kW-380..500V-3PH-BOOK
Sizes cm (LxHxW): 42x22,5x25,5
ATV320 11kW 400V 3ph compact
Sizes cm (LxHxW): 41,5x23x27
ATV320-15 kW-380..500 V-3PH-BOOK
Frequency converter Schneider Electric ALTIVAR320C, P=15 kW, Uin=3 х380V/Uout=3 х380V
Sizes cm (LxHxW): 42x22,5x25
Sizes cm (LxHxW): 18,5x18x18,5
ATV320-0,75 kW-380V-3PH-COMPACT
Sizes cm (LxHxW): 32,5x8,2x27,5
ATV320-1,5 kW-380V-3PH-BOOK
Sizes cm (LxHxW): 32,5x9,6x27,5
ATV320-2,2 kW-380V-3PH-BOOK
Schneider Electric ALTIVAR 320C, P=2.2 kW, Uin=3Fx380V/Uout=3Fx380V/p>
Sizes cm (LxHxW): 26,7x24,5x19,5
Sizes cm (LxHxW): 32,5x9,6x27,5
ATV320-3 kW-380V-3PH-BOOK
Sizes cm (LxHxW): 32,5x9,6x27,5
ATV320-4 kW-380V-3PH-BOOK
Sizes cm (LxHxW): 27x24,5x19,1
ATV320-4 kW-380V-3PH-COMPACT
Sizes cm (LxHxW): 27,2x20,5x33
ATV320-5,5 kW-380V-3PH-BOOK
- Altivar Machine ATV320
- 7.5 kW
- 380...500 V
- 3 phases
- book
- Sizes cm (LxHxW): 32,8x20,5x27,2
ALTIVAR 320B, P=7.5 kW, Uin=3Ph380V/Uout=3Ph380V
Sizes cm (LxHxW): 33x19,5x22
- 200…240V
- UL type 1 conforming to UL 508C
- 50...60Hz - 5...5%
- 200…240V - 15...10%
- Sizes cm (LxHxW): 105x57x42
Sizes cm (LxHxW): 110x47x43
ATVProcess 630-90 kW-400V 3phas
Sizes cm (LxHxW): 34,5x26x74
ATVProcess 930-18,5 kW-400V 3phas
Sizes cm (LxHxW): 84x55x33
ATVProcess 930-37 kW-400V 3phas
Sizes cm (LxHxW): 114,5x59x46
ATVProcess 930-75 kW-400V 3phas
- ETIM class: EC001408
- Connection Type: Plug
- Weight: 0.35 kg
- Sizes cm (LxHxW): 23x7,4x16,6
Sizes cm (LxHxW): 22,4x19,2x19,6
AC CHOKES 4MH 10A
Sizes cm (LxHxW): 22x24x21
AC CHOKES 2MH 16A
Sizes cm (LxHxW): 24x20x22
AC CHOKES 1MH 30A
Sizes cm (LxHxW): 32,8x25,6x28,4
AC CHOKES 0,5MH 60A
altivar 0.75 kw
- Installation: wall mounted
- Body: ABS plastic
- Radiator: aluminum
- Certificates: CE, CSA, UL
altivar 1.5 kw
- Ambient temperature: -10°C to +40°C
- Installation: Wall mounted
altivar 11kw
- Communication protocols: Modbus RTU, Profibus DP, CANopen, EtherNet/IP
- Certificates: CE, UL, CSA, CCC
altivar 15kw
Input characteristics:
- Rated voltage: 380-480 VAC
- Voltage range: 300-550 V AC
- Rated frequency: 50/60 Hz
- Frequency range: 47-63 Hz
altivar 2.2 kw
- Efficiency: > 95%
- Power factor: > 0,95
- Overload capacity: 150% for 60 seconds
altivar 22kw
- Analog inputs: 2 current inputs (0-10 mA, -10-10 mA), 2 virtual inputs
- Digital inputs: 6 program inputs (230 VAC/24 VDC)
- Analog outputs: 1 current output (0-10 mA, -10-10 mA), 1 virtual output
- Digital outputs: 2 relay outputs (250 VAC, 30 VDC)
- Communication interfaces: RS-485, Modbus RTU, CANopen
Among a large number of electronic devices, frequency converters attract attention. These technical devices are specially designed to convert network parameters into output currents over a wide frequency range. A feature of modern inverters is the conversion of a wide frequency band. Today we will look at what Schneider Altivar is.
Schneider Electric ATV
Schneider Electric Altivar are frequency converters that are designed to vary the incoming current, which has a standard frequency, into alternating current with increased frequency characteristics.
Manufacturing companies specializing in the production of such devices offer two types of converters that differ in design features:
- equipped with a motor operating in asynchronous mode, supplemented by a rotor functioning as a generator;
- devices of electronic type of action.
Altivar frequency converters are among the electronic type of action that is required for motor control, regardless of typology. The desired action is achieved by creating an output current with specific frequency response. The simplest converters operate on the principle of the quotient of dividing the voltage by the current frequency. Such advanced models use the principle of vector control in their work.
Structurally, Altivar Frequency Converters consist of a rectifier used to convert industrial frequency currents into direct currents, and an inverter or converter used to create the required frequency and amplitude of variable current indicators. Also inside are the transistors needed to provide the correct amount of current used to power the electric motor.
Sometimes, in order to increase the resulting output voltage and power inside the converter, a choke is mounted in the area up to the engine. Reducing the impact of factors causing interference generated by the electromagnetic field can be achieved through the use of an EMC filter.
Altivar Process
The Altivar Process by Schneider Electric is a frequency converter from 0.75 to 800kW with built-in intelligent services that make it unique and provide overhead savings for industries and infrastructure.
Key built-in services and features that Schneider Altivar Process are equipped with:
- Built-in power measurement and power consumption toolbar.
- The built-in pump head and flow charts.
- Low harmonics.
- Monitoring and protection of the actuator.
- Monitor pump deviation from a peak efficiency point.
- Easy maintenance (Dynamic QR code).
- Easy integration into communication networks with a built-in Ethernet port.
- Embedded Web Server.
Applications:
- Water treatment and disposal: pumping stations, pressure boosting stations, borehole pumps, lifting stations, and aeration stations, for compression and transportation of drainage.
- Oil and gas industry: submersible pumps, jack pumps, pipeline pumps, booster pumps, water injection pumps, regasification compressors.
- Mining: flotation and coagulation, dewatering and filtration, mine pumps.
- Cement industry: pre-heating fans, flue gas fans, cooling exhaust fans, vertical roller mills, water supply pumps.
- Metal industry: blast furnace fans, water distribution pumping system, exhaust fans, dust collector fans, coke ovens.
- Food industry: dairy industry (distribution pipeline injection, milk powder dryers, centrifugal pumps), sugar industry (pumps, drying fans).
Main series of Telemecanique Process Frequency Inverters:
- ATV630
- ATV680
- ATV660
- ATV930
- ATV980
- ATV960
Altivar Building and Machine Drives
Altivar Building Drives is a range of frequency converters designed for use in pumping, ventilation, and compressor applications. The power of electric motors is from 0.75 to 75 kW.
These frequency converters are integrated into Building Management Systems (BMS):
- Configurable via network interfaces of BMS systems thanks to built-in communication capabilities.
- Immediate fault detection: broken belt, pump running dry, power failure.
- Reduced repair and maintenance costs: fault signaling, running time, etc.
- Energy consumption control.
Also, frequency converters of this line are equipped with a user-friendly interface:
- Easy configuration, commissioning, and diagnostics: remote graphic terminal (8 languages by default), multi-booter, PCSoft, and SoMove Mobile software, Bluetooth communication capability.
- Compact dimensions for ease of installation.
Altivar Building frequency converters as well as Altivar Machine Drives contain an optimal list of protective functions:
- Long service life.
- Functions demanded by building management systems: fire control, damper control, machine protection, etc.
- Built-in EMC filter.
- Harmonic suppression technology (THDI ≈ 30%).
Main series of Schneider Altivar VFD:
- ATV212
- ATV61
- ATV71
- ATV12
- ATV31
- ATV312
- ATV32
- TV320
- ATV340
If you want to learn more about how to properly install and configure Inverter ATV you should study the Schneider Altivar Manual.
If you have questions about the price of Telemecanique Altivar or you want to buy any model, do not hesitate to contact our managers right now!