ABB IRC5P Stand Alone Controller Upgrade Datasheet

IRC5P integrates our high speed process control, IPS, with ABB


ABB IRC5P Stand Alone Controller Upgrade Datasheet - cover page
Brand
Category
Alone Controller
Document type
Datasheet
Language
English
Pages
3
File format
PDF
File size
421 KB
Published
23 June, 2014
Updated
25 September, 2023
MD5 checksum
B6C7190B697D0B8AB6C7264FE457D222

About this manual

The ABB IRC5P is a stand-alone controller upgrade designed for the IRB 5400 S4P generation (6 and 7 axis models). It integrates high-speed process control (IPS) with ABB's superior motion technology to provide full control of the paint process, reduce cycle times, and save paint. The system includes the Ex-certified FlexPaint Pendant and RobView 5 for managing and supervising the paint installation.

What's inside

  • Robotics
  • Controller Upgrade
  • Backward compatibility
  • Increased uptime
  • Manage your installation
  • Test your paint equipment
  • Power and productivity
  • Specification
  • RobView 5
  • PC Tools

Specifications

DimensionsW: 725mm, D: 710 mm, H: 1450 mm
Weight180 - 200 kg
Protection degreeIP54
Ex classificationI2 G Exib px IIB T4
Ambient temperature (Operation)0°C to +48°C
Ambient temperature (Storage / transport)-25°C to +55°C
Relative humiditymax. 95% non-condensing
Mains voltage200 - 600 V AG, three-phase
Mains frequency48.5 to 61.8 Hz
Transformer6.7 kVA
Power consumption (Stand by)< 300 W
Power consumption (Production)700 - 2200 W (average)
Backup battery7000 h
Programming languageRAPID
Controller softwareRobotWare Paint

Frequently asked questions

Which robot models are compatible with the IRC5P?

Only the IRB 5400 S4P generation, 6 and 7 axis models are compatible with the stand alone IRC 5P.

Can old cables be connected directly to the new controller?

Yes, old cables can be connected directly to the new controller.

What programming language is used for the IRC5P?

The programming language used is RAPID.

What is the power consumption during production?

The power consumption during production is between 700 and 2200 W on average.

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