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ABB ACS 800

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ABB ACS 800 Specification

Connector Type
Terminal Block / Busbar

Efficiency
Up to 98%

Feature
Direct Torque Control (DTC), built-in EMC filter, modular design

Humidity %
5% 95% non-condensing

Surface Finish
Powder coated

Mounting Type
Wall-mounted / Floor-standing

Insulation Material
High-grade electrical insulation

Operating Temperature
-15C to +50C

Overheating Protection
Integrated thermal protection

Power Factor
0.98 (typical, with active input rectifier)

Shape
Rectangular

IP Rating
IP21 / IP55 (depending on model)

Product Type
AC Drive / Variable Frequency Drive (VFD)

Application
Industrial motor control, fans, pumps, conveyors, HVAC, and more

Protection Level
Overload, short circuit, earth fault, under/over voltage

Frequency (MHz)
0 599 Hz

Rated Voltage
380-500 V AC

Energy Consumption
High efficiency design reduces energy use up to 25%

Output Type
Variable Frequency AC Output

Color
White / Light Grey

Dimension (L*W*H)
Dependent on model, from 210 x 266 x 225 mm and larger

Weight
Varies by model (typically 10-800 kg depending on frame size)

Input Voltage
380-500 V AC

Size
Multiple frame sizes available

Phase
Three Phase

Material
Industrial grade metal enclosure

Connection Type
Screw Terminals / Busbar (on higher ratings)

Analog Inputs/Outputs
2 AI, 2 AO (expandable)

Motor Control Type
Sensorless vector, closed loop, and open loop

Safety Features
Emergency stop, safe torque-off (STO)

Communication Protocols
Built-in Modbus, available Profibus, DeviceNet, Ethernet/IP options

Maximum Output Current
Depends on selected drive rating, up to 2450A

EMC Compliance
Built-in EMC filter (EN61800-3) for 1st and 2nd environment

Digital Inputs/Outputs
6 DI, 3 DO (expandable)

Start/Stop Control
Local keypad, remote digital and analog inputs

Control Panel Display
Alphanumeric keypad with backlight and multilingual support

Cooling Method
Air cooled (fan) or liquid cooled (L models)

Compliance Standards
CE, UL, cUL, RoHS

Braking Unit
Integrated in most frames

Programming Interface
Panel, PC tool (DriveWindow)

ABB ACS 800 Trade Information

Main Domestic Market
All India

About ABB ACS 800

The ACS 800 drives are regenerative single drive modules equipped with active supply unit.They are full performance regenarative drives in a compact package.All important features and options including LCL line filter module,IGBT supply module,inverter module,common mode filters are in package.thwe power range is from 75 to 1700kw.All the drives,regardless of the power and voltage,have the same customer interface and I/O,making system design and training easier

Modular Design for Versatile Applications

The ABB ACS 800 supports modular construction, available in different frame sizes and cooling methods, enabling seamless adaptation to small or large-scale installations. It features variable frequency AC output and sensorless vector, open, or closed-loop control for high accuracy and flexibility. The drive is suitable for use in industrial settings, including manufacturing, HVAC, and processing plants.

User-Friendly Control Panel and Programming

Equipped with an alphanumeric keypad and backlit display, the ACS 800 offers intuitive operation and multilingual support. Programming and configuration can be managed directly from the panel or through the DriveWindow PC software, simplifying parameter adjustments and diagnostics for operators.

Integrated Safety and Protection Features

For enhanced security and reliability, the ACS 800 incorporates emergency stop, safe torque-off (STO), thermal protection, and advanced fault handling, including overload, short circuit, and voltage anomalies. Its built-in EMC filter ensures compliance with EN61800-3 for both first and second environments.

FAQs of ABB ACS 800:

Q: How is the ABB ACS 800 installed and connected to a motor system?

A: The ACS 800 is designed for easy installation, with multiple frame sizes suitable for wall-mounted or floor-standing setups. Connection to the motor is made via screw terminals or busbar, depending on the rating. The control panel and terminal block facilitate wiring for digital and analog I/O, providing integration with external systems.

Q: What communication protocols are supported and how do they benefit industrial integration?

A: The ACS 800 comes with built-in Modbus, and options for Profibus, DeviceNet, and Ethernet/IP. These protocols allow the drive to seamlessly connect to various automation networks, enabling remote monitoring, configuration, and control, which enhances productivity and simplifies maintenance processes.

Q: When should I use air cooled versus liquid cooled models of the ACS 800?

A: Air cooled (fan type) models are typically suitable for standard environments where ventilation is sufficient, while liquid cooled (L models) are ideal for installations with limited space or higher ambient temperatures. Selecting the appropriate cooling method ensures optimal operating temperature and drive lifespan.

Q: Where can the ACS 800 be used for maximum efficiency gains?

A: The ACS 800 excels in industrial applications such as pumps, fans, conveyors, and HVAC systems. Its high efficiency design can reduce energy consumption by up to 25%, making it beneficial in environments where energy savings are a priority, and control precision is essential.

Q: What safety features does the ACS 800 provide during operation?

A: Safety features include an integrated emergency stop, safe torque-off (STO), and comprehensive protection against overload, short circuit, earth fault, and voltage fluctuations. These mechanisms help safeguard personnel and equipment in compliance with CE and UL standards.

Q: How do you configure or program the ACS 800?

A: Configuration can be performed directly on the control panel display using the alphanumeric keypad with multilingual support, or remotely via the DriveWindow PC tool. Both methods allow for adjusting parameters, monitoring performance, and setting up communication options with minimal effort.

Q: What are the main benefits of using ABB ACS 800 in industrial settings?

A: Key benefits include improved energy efficiency, robust safety and protection features, extensive communication capabilities, and precise motor control. Its modular design, high reliability, and compliance with global standards make it a preferred solution for modern industrial automation.

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