Voltage Dip & Swell Simulator VDS-2002
Voltage Dip & Swell Simulator VDS-2002
| Parameter | Specification | ||||
|---|---|---|---|---|---|
| Compliant Standard | IEC 61000-4-11 (1994) 、IEC 61000-4-11 (2004) at Output voltage 0 to 100% | ||||
| Number of Phases | Single Phase | ||||
| Test Modes | AC/DC Voltage Interruption test Sensing, direct mode |
Cycle synchronous/asynchronous setting | PC setting | Short/Open modes selection during interruption | |
| Cycle synchronous setting | Main Unit setting | Short mode during interruption | |||
| AC voltage dip and swell test Cycle synchronous/asynchronous setting |
Cycle synchronous/asynchronous setting | PC setting | |||
| Cycle synchronous setting | Main Unit setting | ||||
| AC voltage variations test Sensing mode |
Cycle asynchronous setting | PC setting Main Unit setting (2s, 1s, 2s setting only) |
|||
| EUT | Input voltage range | AC90〜264V 50/60Hz, DC0〜125V ※3 | |||
| Output voltage range | AC0V〜input voltage+20%, DC0V〜input voltage AC290Vmax ※2 | ||||
| Output VA rating | 4.224kVA (continuous) | ||||
| Output current capability | AC | 100% of input voltage | 16Arms (continuous) | ||
| 80% of input voltage | 20Arms （<5S） | ||||
| 70% of input voltage | 23Arms （<5S） | ||||
| 40% of input voltage | 40Arms （<5S） | ||||
| DC | 16A (continuous) | ||||
| MAX Output current capability | AC100〜120V | 250A peak Output voltage 100%, <10ms in direct mode | |||
| AC220〜240V | 500A peak Output voltage 100%, <10ms in direct mode | ||||
| Load regulated Output voltage variation | 100% of input voltage 0 –16 Arms | <5% | |||
| 70% of input voltage 0 –23 Arms | <5% | ||||
| 70% of input voltage 0 –23 Arms | <5% | ||||
| 100% of input voltage 0 –40 Arms | <5% | ||||
| Overshoot / undershoot | <5% 100 ohm loaded in the Sensing Mode | ||||
| Rise time / fall time | 1〜5μs 100 ohm loaded | ||||
| Parameter | Specification | |||
|---|---|---|---|---|
| BASE VOLTAGE | Percent Setting | PC setting | (4%)〜120% percentage with a minimum value of 10V ※1 ※2 | |
| main unit setting | 100% ※1 | |||
| Voltage Setting | PC setting | 10〜290V (0V〜input voltage+20%) 5Vstep ※2 arbitrary setting 1V step |
||
| Accuracy | ±5V Output current 0 to 16A | |||
| TEST LEVEL | Percent Setting | PC setting | Short/Open selectable for 0% | 0〜120% ※1 |
| main unit setting | Short/Open selectable for 0% | 0, 40, 70, 80, 120% 5V step ※1 | ||
| Voltage Setting | PC setting | Short/Open selectable for 0% | 0〜290V (0V〜5V step+20%) 5V step ※2 5V step |
|
| Accuracy | ±5V Output current 0 to 16A | |||
| REPEAT COUNT | No. of Events setting | PC setting | Output current 0 to 16A | |
| main unit setting | 1, 3, 5, 10, 30, 50, 100、or continuous(Cnt) 8 steps | |||
| INTERVAL CYCLES | CYCLE Setting | Synchronous | PC setting | 0.5〜5000.5 CYCLE 0.5 CYCLE steps |
| main unit setting | 1, 3, 5, 10, 30, 50, 100, 300, 500 CYCLE、and 10s 10 steps | |||
| s Setting | Synchronous | PC setting | 1〜100s 1s steps | |
| ms Setting | Asynchronous | 8.3〜100000.0ms(100s) 0.1ms steps | ||
| s Setting | Asynchronous | 1〜36000s(10h) 1s steps | ||
| DIP CYCLES | CYCLE Setting | Synchronous | PC setting | 0.01〜5000 CYCLE 0.01 CYCLE steps |
| main unit setting | 0.5, 1, 5, 10, 12, 25, 30, 50, 250, 300 CYCLE 10steps | |||
| ms Setting | Synchronous | PC setting | 0.1〜100000.0ms (100s) 0.1ms steps | |
| ms Setting | Asynchronous | 0.1〜100000.0ms (100s) 0.1ms steps | ||
| s Setting | Asynchronous | 1〜36000s(10h) 1s steps | ||
| Parameter | Specification | |||
|---|---|---|---|---|
| DIP PHASE (voltage interruptions, dip starting phase) |
PC setting | Synchronous | PC setting | 0〜360° 1° steps |
| main unit setting | 0, 45, 90, 135, 180, 225, 270, 315, 360° 9 steps (45° steps) |
|||
| PC setting | PC setting | 0〜19.9ms 0.1ms steps 50Hz | ||
| 0〜16.6ms 0.1ms steps 60Hz | ||||
| Voltage Variations Test | PC setting | Asynchronous | PC setting | 0.1s〜10s 0.1s steps output voltage 0〜120% |
| Memory capacity | PC setting | Up to 10 tests can be programmed and stored as long as the recording media such as PC HD, FD, etc. allow. | ||
| main unit setting | 5 tests | |||
| Input voltage from EUT | AC100〜240V±10% 50/60Hz |
|||
| Interface | Optical interface Optional optical converter RS-232 or USB selection | |||
| Operating temperature | 15〜35℃ | |||
| Operating humidity | 25〜75%R.H. | |||
| External dimensions / Weight | (W)430 x (H)745 x (D)600mm(excluding protrusions) / approx.150kg | |||
| Power consumption | 120VA (AC100〜240V 50/60Hz) | |||
※1 : percent against input voltage
※2 : not compliant to IEC 61000-4-11(1994) and IEC 61000-4-11 Ed2 (2004) , ed.3 (2020) Standards when voltage output is >100%
※3 : The input voltage must be free of distortion and voltage variations.
Description
VDS-2002 Voltage Dip and Interruption Simulator for IEC 61000-4-11 Testing
Advanced Voltage Dip Simulator for Power Supply Fluctuation and EMC Immunity Testing
The VDS-2002 is a high-performance voltage fluctuation and momentary power failure testing system designed to evaluate the performance, reliability, and operational stability of electronic and electrical equipment under unstable power supply conditions.
The VDS-2002 simulates voltage dips, voltage fluctuations, short interruptions, and momentary power failures in commercial AC power supplies such as AC100V and AC200V systems. This advanced power supply disturbance simulator helps manufacturers verify the immunity and tolerance of electronic devices against real-world power instability conditions.
Voltage Fluctuation and Momentary Power Failure Simulation
Electronic equipment can experience malfunctions, operational errors, or functional deterioration when exposed to unstable power conditions. The VDS-2002 reproduces these real-world electrical disturbances to evaluate how products respond during:
- Voltage dips
- Voltage fluctuations
- Instantaneous power interruptions
- Momentary power failures
- Power supply instability
- AC line disturbances
The simulator helps engineers identify weaknesses in power supply circuits and improve the reliability of electronic products.
IEC 61000-4-11 Compliance Testing
The VDS-2002 is designed to support testing according to:
- IEC 61000-4-11 international standards
- Voltage dip immunity testing requirements
- Instantaneous interruption testing standards
- AC power fluctuation simulation testing
The system enables accurate and repeatable testing for evaluating electronic equipment tolerance against power supply disturbances and temporary voltage loss conditions.
Reliable Immunity Testing for Electronic and Electrical Equipment
The VDS-2002 is widely used to evaluate:
- Equipment malfunction during voltage dips
- Functional deterioration caused by power instability
- Recovery performance after power interruption
- Electrical immunity under unstable AC supply conditions
- Operational stability during voltage fluctuation events
The simulator supports reliability testing for:
- Consumer electronics
- Industrial control systems
- Medical devices
- Automotive electronics
- Communication equipment
- Home appliances
- Power supply systems
- Industrial automation equipment
Power Supply Disturbance Testing for Multiple Industries
The VDS-2002 is used across multiple industries for EMC and electrical immunity testing, including:
- Electronics manufacturing
- Industrial automation
- Automotive electronics
- Telecommunications
- Medical equipment testing
- Consumer electronics testing
- Research and development laboratories
- Quality assurance testing facilities
The system helps manufacturers ensure stable equipment operation under real-world power conditions.
Accurate and Repeatable Voltage Dip Testing
The VDS-2002 provides:
- Precise voltage fluctuation simulation
- Stable AC power disturbance generation
- Repeatable voltage dip testing
- Controlled interruption timing
- Reliable immunity evaluation
- Consistent testing performance
These features ensure accurate power supply disturbance testing and standards-compliant EMC evaluation.
Applications of VDS-2002 Voltage Dip Simulator
The VDS-2002 is ideal for:
- Voltage dip immunity testing
- Momentary power failure testing
- Instantaneous interruption testing
- AC power fluctuation analysis
- Electronic equipment EMC testing
- Power supply stability testing
- Product reliability validation
- Electrical disturbance simulation
- Functional immunity testing
- Compliance and certification testing
Key Features of VDS-2002
- Voltage dip and interruption simulation
- IEC 61000-4-11 compliant testing
- AC100V and AC200V power supply simulation
- Voltage fluctuation testing capability
- Momentary power failure simulation
- Functional immunity evaluation
- Stable and repeatable test performance
- Electronic equipment reliability testing
- Advanced power disturbance simulation
- Industrial-grade EMC testing system
- Accurate interruption timing control
- Multi-industry testing support
Benefits of Using VDS-2002
The VDS-2002 helps manufacturers improve electronic equipment reliability, reduce malfunction risks caused by unstable power supplies, and ensure compliance with international EMC standards. By simulating real-world voltage fluctuations and power interruptions, the system enables engineers to validate product immunity and improve long-term operational stability.
Its advanced voltage dip simulation capability, IEC-compliant testing performance, and reliable power disturbance generation make it an ideal solution for electronics manufacturers, EMC laboratories, industrial automation companies, and product development facilities.
Reviews
There are no reviews yet.