EM TEST PFS 503N-series Power Fail Simulator
Description
PFS 503N-series Simulator for Dips, Short Interruptions and Voltage Variations as per IEC 61000-4-11 and IEC 61000-4-34
Electronic and electrical equipment may be affected by voltage dips, short interruptions and voltage variations of the power supply. Testing is required to proof that electronic and electrical equipment do not fall into unsafe operation conditions.
EM TEST PFS 503N-series Power Fail Simulators represents a real three-phase Power Fail simulator. Not only phase-by-phase testing is possible, but any combination of phases as well as all three phases can be simultaneously tested. Therefore, the PFS 503N-series is equipped with six individually controlled semiconductor switches. Each switch is electronically short-circuited protected.
MODEL OVERVIEW
PFS 503N32 3x480V AC, max. 32A per phase 277V AC (L-N), 360V DC
PFS 503N32.1 3x690V AC, max. 32A per phase 400V AC (L-N), 600V DC
PFS 503N63 3x480V AC, max. 63A per phase 277V AC (L-N), 360V DC
PFS 503N63.1 3x690V AC, max. 63A per phase 400V AC (L-N), 600V DC
PFS 503N100 3x480V AC, max. 100A per phase 277V AC (L-N), 360V DC
PFS 503N100.1 3x690V AC, max. 100A per phase 400V AC (L-N), 600V DC
Features
- Standalone test generator for dips, short interruptions and voltage variation
- Full-compliant three-phase system as per IEC 61000-4-11, Ed.2:2004 and IEC 61000-4-34 for testing delta and star supply systems
- 6 electronic switches, short-circuit protected
- Rated voltage up to 3x690V AC, 600V DC
- Nominal current up to 100A per phase
- DC signal to control external variac
- Front panel operation
- Standard Test routines
- USB and GPIB interfaces
01
02Specifications
| PFS 503N-series MODEL CONFIGURATION | |
| PFS 503N32 | 3x480V AC, max. 32A per phase
277V AC (L-N), 360V DC |
| PFS 503N32.1 | 3x690V AC, max. 32A per phase
400V AC (L-N), 600V DC |
| PFS 503N63 | 3x480V AC, max. 63A per phase
277V AC (L-N), 360V DC |
| PFS 503N63.1 | 3x690V AC, max. 63A per phase
400V AC (L-N), 600V DC |
| PFS 503N100 | 3x480V AC, max. 100A per phase
277V AC (L-N), 360V DC |
| PFS 503N100.1 | 3x690V AC, max. 100A per phase
400V AC (L-N), 600V DC |
| POWER SWITCHES | |
| Three-phase application | |
| Voltage (L-L) | 3x480V AC resp. 3x690V AC |
| Frequency | 50Hz/60Hz |
| Single phase application | |
| Voltage(L-N) | 277V AC resp. 400V AC
360V DC resp. 600V DC |
| Frequency | 50Hz/60Hz and DC |
| Current AC/DC | Max. 32A (PFS 503N32/N32.1)
Max. 63A (PFS 503N63/N63.1) Max. 100A (PFS 503N100/N100.1) |
| Peak current | PFS 503N32/N32.1: Better than 500A
PFS 503N63/N63.1 and PFS 503N100/N100.1: Better than 1,000A as per IEC 61000-4-34 |
| Fall/rise time | Between 1us and 5us for abrupt changes, generator loaded with resistive load |
| Switches are electronically protected against short-circuit | |
| OUTPUTS | |
| 3-Phase application | L1, L2, L3, N and PE on the rear panel |
| 1-Phase application | L, N and PE on the front panel |
| TECHNICAL DATA | |
| INTERFACES | |
| Serial | USB |
| Parallel | IEEE 488, addresses 1 to 30 |
| Analog output | 0 to 10 V DC to control an external motor variac |
| GENERAL DATA | |
| Dimensions | 19″/6 HU |
| Weight | approx. 28kg
PFS 503N100/N100.1 approx. 35kg |
| Supply voltage | 115V/230V +10/-15% |
| Fuses | 2 x T 1A (230V) or 2 x T 2A (115V) |
