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Altivar Process for 3-phase asynchronous and synchronous motors is a frequency converter specially designed for market segments:
• Water and Waste
• Oil and Gas
• Foods
• Mining & metallurgy industry
Altivar Process helps improve equipment performance and reduce costs by optimizing energy consumption and user comfort.
The integrated safety and automation features that Altivar Process has meets the requirements of the most demanding applications.
With different communication cards, it can seamlessly integrate into your automation architecture. And with many configurable I/O's by default, making it easily adaptable for specific applications.
Altivar Process can also be delivered as a customised solution developed by Schneider Electric based on customer specifications.
Functions:
• Accurate measurement for monitoring energy consumption (deviation <5%)
• Detection of abnormal process energy consumption
• Built-in Ethernet with direct access to the system configuration and monitoring
• Integration of pump curves to optimize the process best operating point
• Optimized pump protection based on actual operating point
• Sensorless flow measurement
• Measurements are expressed in working units (e.g., m3/h, kWh/m3)
• Limitation of overvoltages at motor terminal
• Access to technical documentation through dynamic QR-code
• Continuous real-time and historical measurements with customizable dashboards
• Based and preventative maintenance tracking functions (e.g. temperatures with the PT100/1000 probe, fan monitoring etc.)
Integrated safety function 1: STO (Safe Torque Off) SIL3 (2 inputs)
Number of preset speeds 16.
• Water and Waste
• Oil and Gas
• Foods
• Mining & metallurgy industry
Altivar Process helps improve equipment performance and reduce costs by optimizing energy consumption and user comfort.
The integrated safety and automation features that Altivar Process has meets the requirements of the most demanding applications.
With different communication cards, it can seamlessly integrate into your automation architecture. And with many configurable I/O's by default, making it easily adaptable for specific applications.
Altivar Process can also be delivered as a customised solution developed by Schneider Electric based on customer specifications.
Functions:
• Accurate measurement for monitoring energy consumption (deviation <5%)
• Detection of abnormal process energy consumption
• Built-in Ethernet with direct access to the system configuration and monitoring
• Integration of pump curves to optimize the process best operating point
• Optimized pump protection based on actual operating point
• Sensorless flow measurement
• Measurements are expressed in working units (e.g., m3/h, kWh/m3)
• Limitation of overvoltages at motor terminal
• Access to technical documentation through dynamic QR-code
• Continuous real-time and historical measurements with customizable dashboards
• Based and preventative maintenance tracking functions (e.g. temperatures with the PT100/1000 probe, fan monitoring etc.)
Integrated safety function 1: STO (Safe Torque Off) SIL3 (2 inputs)
Number of preset speeds 16.
- Article number: 3344941
- Suppl. article no: ATV650D18N4E
- Ean no: 3606480701665
- Material class QO571B
Technical data
- Type: ATV650D18N4E
- Design: 3-phase with main circuit breaker
- Number of phases input: 3
- Mains voltage: 380-480 V
- Nominal output current I2N: 39.2 A
- Max. output at linear load at rated output voltage: 18.5 kW
- Max. output at quadratic load at rated output voltage: 18.5 kW
- Height: 678 mm
- Width: 264 mm
- Depth: 330 mm
- Type of converter: U converter
- Application in industrial area permitted: Yes
- Application in domestic- and commercial area permitted: Yes
- Max. output voltage: 480 V
- Degree of protection (IP): IP55
- Number of phases output: 3
- Supporting protocol for PROFIsafe: No
- Supporting protocol for CAN: No
- Supporting protocol for Data-Highway: No
- Supporting protocol for TCP/IP: Yes
- Supporting protocol for INTERBUS-Safety: No
- Integrated breaking resistance: No
- Supporting protocol for PROFINET IO: Yes
- Supporting protocol for SafetyBUS p: No
- Number of analogue inputs: 3
- Number of analogue outputs: 2
- Number of digital inputs: 6
- Number of digital outputs: 0
- Number of HW-interfaces other: 0
- Number of HW-interfaces serial TTY: 0
- Number of HW-interfaces parallel: 0
- Number of HW-interfaces industrial Ethernet: 1
- 4-quadrant operation possible: Yes
- Max. output frequency: 500 Hz
- With PC connection: No
- With optical interface: No
- With control element: Yes
- Mains frequency: 50/60 Hz
- Relative symmetric net frequency tolerance: 5 %
- Relative symmetric net voltage tolerance: 10 %
- Number of HW-interfaces USB: 0
- Supporting protocol for ASI: No
- Number of HW-interfaces RS-485: 1
- Number of HW-interfaces RS-422: 0
- Supporting protocol for DeviceNet: Yes
- Supporting protocol for KNX: No
- Supporting protocol for INTERBUS: No
- Supporting protocol for Modbus: Yes
- Number of HW-interfaces RS-232: 0
- Supporting protocol for SERCOS: No
- Supporting protocol for SUCONET: No
- Number of interfaces PROFINET: 0
- Supporting protocol for LON: No
- Supporting protocol for other bus systems: No
- Supporting protocol for AS-Interface Safety at Work: No
- Supporting protocol for BACnet: No
- Supporting protocol for DeviceNet Safety: No
- Supporting protocol for EtherNet/IP: Yes
- Supporting protocol for Foundation Fieldbus: No
- Supporting protocol for PROFINET CBA: No
- Supporting protocol for PROFIBUS: Yes
- REACH Date: 2025-07-18
- REACH contains candidate substances: Bly | 1,2-dimetoxietan, Dimethyl Glycol, 1,2-dimethoxyethane | Boroxid, Diboron trioxide | Lead oxide, Blyoxid, Blymonoxid, C.I. Pigment Yellow 46 , C.I. 77577, Litharge, Lead(II) oxide | Octamethylcyclotetrasiloxane (D4) | Titanat, bly
- REACH Information obligation: Yes
