EPTS Series Voltage Dips, Interruptions and Variations Test Option.
The Pacific Power Source EMC Compliance Test Systems can be equipped with an optional Electronic Power Transfer Switch (EPTS) for IEC 61000-4 AC voltage dips, interruptions and variations module. EPTS modules support testing to IEC61000-4-11, IEC61000-4-27 and IEC61000-4-34 up to the maximum required current of 100Arms per phase.
This series consists of several models to accommodate both single and three phase compliance testing at a wide range of power levels. All EPTS systems use the same IEC 61000-4 Voltage Dips Immunity test GUI software.
EPTS Series Overview
The EPTS allows EMC labs and manufacturers to perform full compliance testing of products to the following IEC standards:
IEC 61000-4-11 AC Voltage Dips, Interruptions and Variations to 16A/phase
IEC 61000-4-27 Three Phase AC Voltage Unbalance to 16A/phase
IEC 61000-4-34 AC Voltage Dips, Interruptions and Variations to 75A/phase
They can be included in most ECTS2 Test System Cabinets. The EPTS systems provide a comprehensive and cost effective solution for all of your EMC compliance testing needs!
Key Features for Power Line Compliance Testing
- AC Voltage Dips & Variations Immunity Test Support
- Single Phase and Three phase Configurations
- EMC Test Software for Voltage Dips, Interruptions and Variations Immunity
- Detailed test reports to documents EUT compliance
- Wide Range of Power Levels Available
- Up to 0-240 Vac L-N Test Voltage
- USB control Interfaces
- EPTS Syncs the AC Source to the AC line
IEC61000-4-11, IEC61000-4-27, IEC61000-4-34
When combined with the optional EPTS Power transfer switch, the ECTS2 test system meets the requirement for AC Voltage Dips testing.
Electronic Power Transfer Switch Options
Model | Rated Current Max | Output Form |
---|---|---|
EPTS-16A-1 | 16A | 1Ø |
EPTS-16A-3 | 16A / Phase | 1Ø |
EPTS-32A-1 | 32A | 1Ø |
EPTS-32A-3 | 32A / Phase | 1Ø |
EPTS-75A-1 | 75A | 1Ø |
EPTS-75A-3 | 75A / Phase | 3Ø |
EPTS-100A-1 | 100A | 3Ø |
EPTS-100A-3 | 100A / Phase | 3Ø |