Fluke GFL-1500 Solar Ground Fault Locator

Name: Fluke GFL-1500 Solar Ground Fault Locator
Price: 7499.99 USD
Availability: BackOrder

Identifies and locates active ground faults in PV systems from a central test location.

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Manufactured

By Fluke

Includes

FREE Ground Shipping
FREE Lifetime Tech Support

Availability

Call for availability

Product Manual Product Specs

Features

Measurement category:
- Transmitter and Receiver: CAT II 1500 VDC / CAT IV 600V
- Clamp: Not category rated, use on insulated conductors only up to 1500V
Operating voltage:
- Transmitter and Receiver: 1500 VDC / 600 VAC
- Clamp: Non-contact; use on insulated conductors only up to 1500V
Trace signal operating frequency for transmitter and receiver:
- FAULT & MAP: 6.25 kHz
- OPEN: 32.764 kHz
Trace signal current output for transmitter (typical):
- FAULT & MAP:
  - Array HIGH mode: 30 mA RMS
  - Array LOW mode: 6 mA RMS
  - Unit HIGH mode: 120 mA RMS
- OPEN:
  - Unit HIGH mode: 100 mA RMS
  - Unit LOW mode: 30 mA RMS
Available standalone or with 1 year Premium Care

What's in the Box

GFL-1500 Transmitter
GFL-1500 Receiver
GFL-1500 Clamp
MC4 Test Leads 1500 V rated test leads
Alligator clips
MC4 unlocking tool
Soft carrying case
Backpack style shoulder strap
AA Alkaline batteries (14)

The Fluke GFL-1500 Solar Ground Fault Locator is a frontline troubleshooting tool that helps quickly pinpoint active ground faults in solar photovoltaic (PV) systems. It produces a traceable signal in the array, allowing for fast, intuitive, non-contact tracing directly to the fault location, cutting back on troubleshooting times and reducing exposure to electrical hazards.

The GFL-1500 replaces complex, manual diagnostics with an easy-to-follow trace signal, streamlining fault isolation. The three-piece troubleshooting system is designed to optimize technician workflow in the field, enabling faster and more confident fault resolution.

The GFL-1500 utilizes FaultTrack Technology to detect active faults and generate a traceable signal through the fault path, enabling technicians to follow that signal from the transmitter through the faulted path to the precise point of failure.