Fluke 5335300 FLUKE-1775/FPC Three-Phase Power Quality Analyzer Kit with 1 Year Standard Premium Care Support and Flexible Current Probes (4 Probes)
Description
Description
Fluke 5335300 Description
The Fluke 1775/FPC three-phase power quality analyzer helps you automatically measure and document key power and power quality parameters, capture fast transients, and generate professional reports using included analysis software. This kit includes flexible current probes, a soft carrying case, and one year of Standard Premium Care Support.
Fluke 5335300 Includes
- (1) Three-Phase Power Quality Analyzer
- (1) Fluke Energy Analyze Plus Software
- (1) Soft Carrying Case
- (4) Flexible Current Probes
- (1) 1 Year Standard Premium Care Support
Fluke 5335300 Features
- Three-phase power quality analyzer for power and PQ measurements
- Automatically captures critical power quality data at the start of a session
- High-speed voltage transient capture to help identify damaging events
- Intuitive user interface for quick navigation between measurement screens
- Supports energy studies for power and energy consumption profiling
- Basic and advanced harmonics studies to identify sources of distortion
- Power quality troubleshooting with graphical event visualization
- Inrush measurement for load switching events
- Flicker measurement for switching equipment disturbances
- Event waveform capture to visualize dips and swells
- Mains signaling monitoring
- Interfaces include USB, Ethernet, Wi-Fi and Bluetooth
- Safety rated 600 V CAT IV and 1000 V CAT III
- Includes one year of Standard Premium Care Support
Fluke 5335300 Specifications
| Model | 1775/FPC |
| Catalog Number | 5335300 |
| Phases | 3 |
| Max Current AC/DC | 6000A/2000A |
| Flexible Current Probe Rating | 1500 A |
| Flexible Current Probe Length | 18 in |
| Interfaces | USB, Ethernet, Wi-Fi, Bluetooth |
| Safety Rating | 600 V CAT IV; 1000 V CAT III |
| Support Plan | 1 Year Standard Premium Care Support |
1773/1775/1777 | Users manual
1773/1775/1777 | Safety sheet
1773/1775/1777 | Quick reference guide
1773/1775/1777 | Product specification
Energy Analyze Plus | Software reference manual
Fluke 1773, 1775, 1777 | Calibration manual
1770 Technical Data Sheet
Power Quality Mini Brochure
Data Center Solutions
Global Data Center Brochure
One Fluke to Rule It All In the Data Center
Payment & Security
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Compare Fluke 1770 Series Power Quality Analyzers
Choose which Fluke 1770 Power Quality Analyzer works for you. Each model is able to measure three-phase power quality and log data automatically.
Frequently Asked Questions
Can the Fluke 1777 capture transients fast enough to protect server equipment?
Can the Fluke 1777 capture transients fast enough to protect server equipment?
Yes. The 1777 samples at 20 MHz, which means it can catch the fastest nanosecond transients that damage sensitive server hardware and storage systems. The 1775 samples at 1 MHz for microsecond transients. Both trigger automatically when a transient is detected, so you do not miss anything.
Do I need special training to run a power quality study?
Do I need special training to run a power quality study?
No. The 1770 Series walks you through setup with a guided menu. It automatically selects the right measurement parameters for your system type. It also checks your connections and tells you if something is off before you start logging. Most technicians are up and running in minutes.
How do I get data off the instrument?
How do I get data off the instrument?
You have several options: Wi-Fi, wired Ethernet, USB-A, or USB-C. An optional LTE module is also available for cellular connectivity. The included Energy Analyze Plus software on your PC pulls the data down and builds reports automatically. You can also pull files directly to a USB flash drive right from the unit.
Can this analyzer handle the harmonics from UPS systems and variable frequency drives?
Can this analyzer handle the harmonics from UPS systems and variable frequency drives?
Yes. The 1770 Series measures harmonics up to 30 kHz and captures up to 100 harmonics on voltage and current. It compares your results to IEEE 519 limits automatically and flags anything out of compliance. This is critical for data centers with large UPS banks and server loads.
What is the Energy Loss Calculator and how does it help in a data center?
What is the Energy Loss Calculator and how does it help in a data center?
The Energy Loss Calculator is available on the 1775 and 1777 models. It shows you where electricity is being wasted in your system and calculates losses from cable heat, reactive power, load imbalance, harmonic distortion, and neutral current. For a data center, even a small percentage of wasted energy across a large load adds up fast. The ELC puts a dollar figure on each source of loss so you can make the case for fixes.




