详情
Powerside Industrial Power Disturbance Generator
Industrial Power Corruptor (IPC)
Powerside’s Industrial Power Corruptor, or IPC, is a controlled power disturbance generator used to test how sensitive industrial equipment responds to poor quality power. It creates voltage sags, dips, swells, interruptions and dropout events reliably and repeatedly, allowing equipment immunity to be verified before deployment.
The IPC is used for equipment certification, factory acceptance testing, semiconductor tool validation, industrial machine testing, robotics, process manufacturing equipment and building control systems where voltage disturbance immunity is critical.
Test Events
Sags, dips, swells and interruptions
Power Rating
Up to 480V and 200A continuous
Standards
SEMI F47, SEMI E6, IEC 61000-4-11 and IEC 61000-4-34
Recording
Built-in 28-channel data acquisition / oscilloscope
Overview
Many production tools and industrial systems fail not because of equipment defects, but because the incoming power supply experiences short voltage disturbances. The IPC allows these disturbances to be recreated in a controlled and repeatable way so that equipment response can be tested, improved and documented.
It can be used during design validation, factory acceptance testing, compliance testing, troubleshooting and equipment improvement programmes. It helps engineering teams verify whether a machine, tool, process line or control system can ride through power disturbances according to the required standard or site requirement.
Positioning: Controlled power quality disturbance generator for equipment immunity testing, compliance verification and power ride-through validation.
Key Features
Generates Power Disturbances
Creates voltage sags, dips, swells, interruptions and dropout events for controlled equipment testing.
Single-Phase and Three-Phase
Supports single-phase and three-phase voltage disturbance testing, including true phase-to-phase sag and swell testing.
High Power Capability
Handles test systems up to 480V and up to 200A continuous, depending on configuration.
Built-In Standards
Includes standards and curves such as SEMI F47, SEMI E6, IEC 61000-4-11, IEC 61000-4-34, CBEMA, ITIC, MIL SPEC, FAA and others.
Data Acquisition
Built-in 28-channel data acquisition / digital oscilloscope system with voltage and current sensors.
Optional Power Flow Analysis
Optional power flow monitoring, spectrum analyser and vector scope functions for deeper equipment response analysis.
What the IPC Is Used For
| Use Case |
Purpose |
Typical Outcome |
| Equipment Immunity Testing |
Verify whether the equipment can continue operating during voltage sag, dip or interruption events. |
Pass / fail verification against site or standard requirements. |
| Factory Acceptance Testing |
Test sensitive systems before shipment or installation at the customer site. |
Reduced commissioning risk and clearer acceptance records. |
| SEMI F47 Compliance |
Validate semiconductor equipment voltage sag ride-through behaviour. |
Evidence for tool immunity and process continuity requirements. |
| Design Improvement |
Identify weak points in power supply, control power, drives, PLCs or interlock systems. |
Better equipment design and reduced nuisance trips. |
| Power Consumption Profiling |
Analyse inrush current, load profile and energy use during equipment operation. |
Improved understanding of process power behaviour. |
| Root Cause Investigation |
Recreate power quality events that may have caused equipment failure or production interruption. |
Clearer separation between equipment fault and power supply disturbance. |
Standards and Test References
The IPC is used for equipment certification and immunity testing against multiple international and industry standards. It is especially relevant for industries where short voltage disturbances can cause high-cost production interruption.
SEMI F47
Used for semiconductor processing equipment voltage sag immunity testing.
SEMI E6
Used with optional power flow analysis for energy and power-related evaluation.
IEC 61000-4-11
Voltage dips, short interruptions and voltage variation immunity testing.
IEC 61000-4-34
Voltage dips, short interruptions and voltage variations testing for equipment with higher current rating.
CBEMA / ITIC
Power acceptability curves commonly used for equipment disturbance tolerance reference.
MIL SPEC / FAA / Others
Supports additional built-in test references depending on the required application.
Typical Applications
Semiconductor Manufacturing
Validate process tools and microprocessor manufacturing systems against sag immunity requirements.
Robotics
Test robot controllers, drives and control power systems under simulated voltage disturbance conditions.
Continuous Process Manufacturing
Evaluate biotech, automotive, plastics and other continuous process systems where interruption is costly.
Building Controls
Test elevator controls and large building control systems for ride-through behaviour.
Machine Builders
Verify equipment design before delivery to customers with strict power immunity requirements.
Industrial QA / FAT
Use during quality acceptance testing, troubleshooting and compliance documentation.
Technical Highlights
| Parameter |
Specification |
| Product Type |
Industrial power disturbance generator / power quality immunity test system |
| Voltage Range |
100 to 480Vrms, 50Hz or 60Hz, single-phase or three-phase |
| Load Current |
Up to 200A per phase continuous, depending on model; up to 600A peak |
| Sag / Swell Magnitude |
0% high impedance to 125% of nominal voltage in 2.5% steps, limited to maximum 550Vrms |
| Sag / Swell Duration |
User-selected duration from 1 cycle to 34 seconds in 1-cycle steps |
| Dropout / Interruption Duration |
0.3 to 34 seconds |
| Switching Method |
High-speed gapless switching using IGBT package with patented override design for long-duration events |
| Data Acquisition |
Built-in 28-channel data acquisition / digital oscilloscope system with voltage and current sensors |
| Internal Channels |
13 internal voltage channels, 6 internal current channels and 3 protective earth current monitoring channels |
| External Channels |
3 front-panel ±600V AC/DC channels and 6 front-panel ±100V AC/DC channels |
| Instrument Power |
100 to 240Vac ±10%, 50/60Hz, 4A max |
| Operating Environment |
Indoor use, altitude up to 2000m, temperature 5°C to 40°C |
| Format |
19-inch rack-mount unit in rugged polyethylene case |
Power Flow and Recording Options
The IPC can be used not only to create power disturbances but also to record how the equipment behaves during the disturbance. With the power flow analysis option, the system supports power flow monitoring, vector scope, oscilloscope and spectrum analysis functions.
- Record voltage and current waveforms during sag, swell and interruption events
- Analyse inrush current and process power profile
- Support SEMI E6 power flow analysis requirements
- Use oscilloscope and spectrum tools for deeper troubleshooting
- Generate stronger evidence for engineering reports and compliance documentation
Why IPC Testing Matters
Power disturbance immunity is difficult to prove without repeatable testing. A machine may work well in the factory but still trip at site because of supply dips, voltage swells, transfer events, utility disturbances or upstream faults. IPC testing helps identify these weaknesses before production is affected.
- Verify ride-through capability before site installation
- Reduce risk of production stoppage from voltage sag events
- Improve design of control power, UPS, drives, PLCs and interlocks
- Support customer acceptance and compliance documentation
- Provide repeatable test evidence instead of assumptions
Saturn Pyro Support
Saturn Pyro supports Industrial Power Corruptor applications for equipment immunity testing, SEMI F47 verification, factory acceptance testing, power disturbance troubleshooting and power quality engineering projects. The IPC can also be used alongside PQube / PQube 3 power quality monitoring to compare controlled test results with real site disturbance data.
- SEMI F47 and IEC power immunity test support
- Industrial equipment ride-through testing
- Power disturbance troubleshooting and report preparation
- Power quality engineering support for semiconductor and manufacturing plants
- Integration with power quality monitoring and IoTWatt 4.0 event visibility where required
Industrial Power Corruptor Testing Support
Saturn Pyro supports Powerside Industrial Power Corruptor applications for semiconductor manufacturing, robotics, process manufacturing, elevator controls, machine builders, industrial FAT, power immunity testing and power quality troubleshooting projects in Malaysia.
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