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ABB AC 800PEC High Performance Control System
hat is why we have designed the AC 800PEC,extending the capabilities of ABB’s well-known automation technology to handle the high-speed algorithms of processes such as power electronic applications.
Taking the technology a step further it is a dual core processor unit that combines these high speed controls with the low-speed process control tasks usually carried out by separate PLC(programmable logic controller) units. Embed into a robust and flexible system structure with integrated standard communication, the AC 800PEC is unique in the field of industrial process controllers. The AC 800PEC is the ultimate approach for high demands.
Taking the technology a step further it is a dual core processor unit that combines these high speed controls with the low-speed process control tasks usually carried out by separate PLC(programmable logic controller) units. Embed into a robust and flexible system structure with integrated standard communication, the AC 800PEC is unique in the field of industrial process controllers. The AC 800PEC is the ultimate approach for high demands.
disturbances
• A special potline-to-earth resistance measure ment system based on an AC 800PEC family available (PERMS)
• Maximum power regulation- To prevent over-shooting of power consumption and to support your power generators
• Maximum DC voltage regulation for stabilizing your process
Electrical arc furnace applications
• Stable arc detection
• Different control modes (constant current,constant power or constant resistance)
• Fast link to power quality system (PQS)ELREG (electrode regulation; anode hydraulic system control) features included:
• Electrode manual control (analog or digital)
• Electrode fast lift function (with or without separate fast up valve)
• Automatic arc strike function
• Automatic arc restrike function
• Adaptive electrode control according to furnace behavior or heat stage
• Superimposed integral control circuit
• Voltage fluctuation measurement (stability index calculation)
• Arc-to-roof detection/protection
• Arc-to-roof protection during arc strike sequence
• Hydraulic oil pressure supervision and electrode protection
• Cave-in detection
• High-voltage detection
• Counter pressure valve control logic
• Voltage-to-ground supervision
• Roof voltage monitoring
• Electrode auto raise function after furnace off command (distance or position selectable)
• Blocking valve control
• Electrode speed limitation for electrode and arm protection
• Future features- Automatic proportional valve linearization check- Automatic proportional valve linearization- Dynamic voltage setpoint control for a stable melting process
Chemical applications:
• OLTC step compensation for smooth process control- IDC current step compensation for smooth current change when stepping up
• Power factor compensation by OLTC
• Predictive maintenance features can be included
• Software protection packages including:- DC over current protection- AC over- and undervoltage protection- AC phase unbalance protection- System unbalance protection for 12 pulse systems
• DC earth fault detection available by 3 voltmeter method
• Process pulse block loop with SIL 3 level
• Voltage ride-through in case of incoming voltage dips
Electrowinning industries (copper & zinc):
• IDC current step compensation for smooth current change when stepping up
• Power factor compensation by OLTC
• Predictive maintenance features can be included
• DC overcurrent protection
• AC over- and undervoltage protection
• AC phase unbalance protection
• System unbalance protection for 12 pulse systems
• Master DC current control for parallel rectifier units
• DC open loop detection during start-up
• DC open loop protection during operation
DC power supplies for graphite electrode plants
The graphitisation process demands a large variation of voltage and current from the DC power supply.
• Constant DC power suppy for the process irrespective of changing process resistance - Possible due to the very fast cycle times of AC 800PEC controller.
• Customer tailed process recipes can be added and modified from the operator panel in order to meet the specific customer requirements.
• After adding the corresponding recipes, the rectifier follows the predefined DC current, DC voltage and maximum allowed power set points, including all necessary graphitisation specific protection functions.
- EMERSON
- Honeywell
- CTI
- Rolls-Royce
- General Electric
- Woodward
- Yaskawa
- xYCOM
- Motorola
- Siemens
- Rockwell
- ABB
- B&R
- HIMA
- Construction site
- electricity
- Automobile market
- PLC
- DCS
- Motor drivers
- VSD
- Implications
- cement
- CO2
- CEM
- methane
- Artificial intelligence
- Titanic
- Solar energy
- Hydrogen fuel cell
- Hydrogen and fuel cells
- Hydrogen and oxygen fuel cells
- tyre
- Chemical fiber
- dynamo
- corpuscle
- Pulp and paper
- printing
- fossil
- FANUC
- Food and beverage
- Life science
- Sewage treatment
- Personal care
- electricity
- boats
- infrastructure
- Automobile industry
- metallurgy
- Nuclear power generation
- Geothermal power generation
- Water and wastewater
- Infrastructure construction
- Mine hazard
- steel
- papermaking
- Natural gas industry
- Infrastructure construction
- Power and energy
- Rubber and plastic
- Renewable energy
- pharmacy
- mining
- Plastic industry
- Schneider
- Kongsberg
- NI
- Wind energy
- International petroleum
- International new energy network
- gas
- WATLOW
- ProSoft
- SEW
- wind
- ADVANCED
- Reliance
- YOKOGAWA
- TRICONEX
- FOXBORO
- METSO
- MAN
- Advantest
- ADVANCED
- ALSTOM
- Control Wave
- AB
- AMAT
- STUDER
- KONGSBERG
- MOTOROLA
- DANAHER MOTION
- Bently
- Galil
- EATON
- MOLEX
- Triconex
- DEIF
- B&W
- ZYGO
- Aerotech
- DANFOSS
- KOLLMORGEN
- Beijer
- Endress+Hauser
- MOOG
- KB
- Moxa
- Rexroth
- YAMAHA
- Johnson
- Westinghouse
- WAGO
- TOSHIBA
- TEKTRONIX
- BENDER
- BMCM
- SMC
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