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Features :

- 400 Hz measurement: By increasing the power frequency to 400 Hz, transformers and motors can be much smaller and lighter than at 50 or 60 Hz, which is an advantage in aircrafts, submarines, space crafts, and other military equipment and hand-held tools. The 437 II model captures power quality measurements for these types of avionic and military systems.
- Power inverter efficiency: Simultaneously measure AC output power and DC input power for power electronics systems using optional DC clamp.
- PowerWave data capture: Capture fast RMS data, show half-cycle and waveforms to characterize electrical system dynamics (generator start-ups, UPS switching etc.).
- Energy loss calculator: Classic active and reactive power measurements, unbalance and harmonic power, are quantified to pinpoint the fiscal costs of energy losses.
- Troubleshoot real-time: Analyze the trends using the cursors and zoom tools.
- Highest safety rating in the industry: 600 V CAT IV/1000 V CAT III rated for use at the service entrance.
- Measure all three phases and neutral: With included four flexible current probes with enhanced thin flex design to fit into the tightest places.
- Automatic Trending: Every measurement is always automatically recorded, without any set-up.
- System-Monitor: Ten power quality parameters on one screen according to EN50160 power quality standard.
- Logger function: Configure for any test condition with memory for up to 600 parameters at user defined intervals.
- View graphs and generate reports: With included analysis software.
- Battery life: Seven hours operating time per charge on Li-ion battery pack.

**PowerWave data capture**

For some users, loads switching is a cause of power quality problems. When loads switch on, the current draw sometimes causes the voltage to drop to a level that causes other equipment to malfunction. The PowerWave function available in the 435 and 437 Series II models enables users to capture voltage, current and frequency signals simultaneously at a high speed to see which interaction is potentially causing problems. PowerWave goes beyond standard power quality measurements; PowerWave’s fast data capture mode enables system dynamics to be characterized.

Waveforms for voltage and current are continuously captured for the specified time, and are displayed on screen in high detail; the power waveform is derived from the data. In addition, half-cycle RMS values for voltage, current, power and frequency can be stored and retrieved for analysis. This feature is particularly useful for testing of standby generation systems and UPS systems where reliable switch-on can be vital.

These UPM calculations are used to quantify the fiscal cost of energy loss caused by power quality issues. The calculations are computed, along with other facility-specific information, by an Energy Loss Calculator that ultimately determines how much money a facility loses due to wasted energy.

Power inverter efficiency

Power inverters take DC current and transform it into AC current, or vice versa. Solar generation systems usually include an inverter that takes the DC energy from the solar cells and converts it to useful AC power. Inverters can lose performance over time and need to be checked. By comparing the input power with the output power you can determine the system efficiency. The 435 and 437 II models can measure the efficiency of such inverters by simultaneously measuring the DC and AC power of a system to determine how much power is lost in the conversion process.

Unified power measurement

Previously, only experts could calculate how much energy was wasted due to power quality issues; utilities could calculate the cost, but the required measurement process was beyond the reach of average electricians. With the new, patented Unified Power function of the 430 Series II, you can use one handheld tool to determine how much power is being wasted, and calculate exactly what the extra consumption costs. Fluke’s patented Unified Power Measurement System provides the most comprehensive view of power available, measuring:

Parameters of Classical Power (Steinmetz 1897) and IEEE 1459-2000

Detailed Loss Analysis

Unbalance Analysis

These UPM calculations are used to quantify the fiscal cost of energy loss caused by power quality issues. The calculations are computed, along with other facility-specific information by an Energy Loss Calculator that ultimately determines how much money a facility loses due to wasted energy.

AutoTrend - Quickly see the trend

Unique AutoTrend gives you fast insight into changes over time. Every displayed reading is automatically and continuously recorded without having to set up threshold levels or interval times, or having to manually start the process. You can quickly view trends in voltage, current, frequency, power, harmonics or flicker on all three phases plus neutral. And you can analyze the trends using the cursors and zoom function – even while background recording continues.

Product specifications | ||||

Model | Measurement range | Resolution | Accuracy | |

Volt | ||||

Vrms (ac+dc) | 434-II | 1 V to 1000 V phase to neutral | 0.1 V | ± 0.5% of nominal voltage**** |

435-II and 437-II | 1 V to 1000 V phase to neutral | 0.01 V | ± 0.1% of nominal voltage**** | |

Vpk | 1 Vpk to 1400 Vpk | 1 V | 5% of nominal voltage | |

Voltage Crest Factor (CF) | 1.0 > 2.8 | 0.01 | ± 5 % | |

Vrms½ | 434-II | 1 V to 1000 V phase to neutral | 0.1 V | ± 1% of nominal voltage |

434-II and 435-II |
| 0.1 V | ± 0.2% of nominal voltage | |

Vfund | 434-II | 1 V to 1000 V phase to neutral | 0.1 V | ± 0.5% of nominal voltage |

435-II and 437-II | 0.1 V | ± 0.1% of nominal voltage | ||

Amps (accuracy excluding clamp accuracy) | ||||

Amps (ac +dc) | i430-Flex 1x | 5 A to 6000 A | 1 A | ± 0.5% ± 5 counts |

i430-Flex 10x | 0.5 A to 600 A | 0.1 A | ± 0.5% ± 5 counts | |

1mV/A 1x | 5 A to 2000 A | 1A | ± 0.5% ± 5 counts | |

1mV/A 10x | 0.5 A A to 200 A (ac only) | 0.1 A | ± 0.5% ± 5 counts | |

Apk | i430-Flex | 8400 Apk | 1 Arms | ± 5 % |

1mV/A | 5500 Apk | 1 Arms | ± 5 % | |

A Crest Factor (CF) | 1 to 10 | 0.01 | ± 5 % | |

Amps½ | i430-Flex 1x | 5 A to 6000 A | 1 A | ± 1% ± 10 counts |

i430-Flex 10x | 0.5 A to 600 A | 0.1 A | ± 1% ± 10 counts | |

1mV/A 1x | 5 A to 2000 A1A | 1A | ± 1% ± 10 counts | |

1mV/A 10x | 0.5 A A to 200 A (ac only) | 0.1 A | ± 1% ± 10 counts | |

Afund | i430-Flex 1x | 5 A to 6000 A | 1 A | ± 0.5% ± 5 counts |

i430-Flex 10x | 0.5 A to 600 A | 0.1 A | ± 0.5% ± 5 counts | |

1mV/A 1x | 5 A to 2000 A | 1A | ± 0.5% ± 5 counts | |

1mV/A 10x | 0.5 A A to 200 A (ac only) | 0.1 A | ± 0.5% ± 5 counts | |

Hz | ||||

Hz | Fluke 434 @ 50 Hz nominal | 42.50 Hz to 57.50 Hz | 0.01 Hz | ± 0.01 Hz |

Fluke 434 @ 60 Hz nominal | 51.00 Hz to 69.00 Hz | 0.01 Hz | ± 0.01 Hz | |

Fluke 435/7 @ 50 Hz nominal | 42.500 Hz to 57.500 Hz | 0.001 Hz | ± 0.01 Hz | |

Fluke 435/7 @ 60 Hz nominal | 51.000 Hz to 69.000 Hz | 0.001 Hz | ± 0.01 Hz | |

Fluke 437 @ 400 Hz nominal | 340.0 Hz to 460.0 Hz | 0.1 Hz | ± 0.1 Hz | |

Power | ||||

Watts (VA, var) | i430-Flex | max 6000 MW | 0.1 W to 1 MW | ± 1% ± 10 counts |

1 mV/A | max 2000 MW | 0.1 W to 1 MW | ± 1% ± 10 counts | |

Power factor (Cos j/DPF) | 0 to 1 | 0.001 | ± 0.1% @ nominal load conditions | |

Energy | ||||

kWh (kVAh, kvarh) | i430-Flex 10x | Depends on clamp scaling and V nominal | ± 1% ± 10 counts | |

Energy loss | i430-Flex 10x | Depends on clamp scaling and V nominal | ± 1% ± 10 counts Excluding line resistance accuracy | |

Harmonics | ||||

Harmonic order (n) | DC, 1 to 50 Grouping: Harmonic groups according to IEC 61000-4-7 | |||

Inter-harmonic order (n) | OFF, 1 to 50 Grouping: Harmonic and Interharmonic subgroups according to IEC 61000-4-7 | |||

Volts | %f | 0.0 % to 100 % | 0.1 % | ± 0.1% ± n x 0.1 % |

%r | 0.0 % to 100 % | 0.1 % | ± 0.1% ± n x 0.4 % | |

Absolute | 0.0 to 1000 V | 0.1 V | ± 5% * | |

THD | 0.0 % to 100 % | 0.1 % | ± 2.5 % | |

Amps | %f | 0.0 % to 100 % | 0.1 % | ± 0.1% ± n x 0.1% |

%r | 0.0 % to 100 % | 0.1 % | ± 0.1% ± n x 0.4 % | |

Absolute | 0.0 to 600 A | 0.1 A | ± 5% ± 5 counts | |

THD | 0.0 % to 100 % | 0.1 % | ± 2.5 % | |

Watts | %f or %r | 0.0 % to 100 % | 0.1 % | ± n x 2% |

Absolute | Depends on clamp scaling and V nominal | — | ± 5% ± n x 2 % ± 10 counts | |

THD | 0.0 % to 100 % | 0.1 % | ± 5 % | |

Phase Angle | -360° to +0° | 1° | ± n x 1° | |

Flicker | ||||

Plt, Pst, Pst(1min) Pinst | 0.00 to 20.00 | 0.01 | ± 5 % | |

Unbalance | ||||

Volts | % | 0.0 % to 20.0 % | 0.1 % | ± 0.1 % |

Amps | % | 0.0 % to 20.0 % | 0.1% | ± 1 % |

Mains signaling | ||||

Threshold | Threshold, limits and signaling duration is programable for two signaling frequencies | — | — | |

Signaling frequency | 60 Hz to 3000 Hz | 0.1 Hz | ||

Relative V% | 0 % to 100 % | 0.10 % | ± 0.4 % | |

Absolute V3s (3 second avg.) | 0.0 V to 1000 V | 0.1 V | ± 5 % of nominal voltage |

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