You have no items in your shopping cart.

BOSCH 0601077400 GFM 1000-15 PROFESSIONAL FORK POWER PLIERS

BOSCH 0601077400 GFM 1000-15 PROFESSIONAL FORK POWER PLIERS
€265.00 incl vat
Brand: BOSCH
SKU: EELVTBS-GFM1000-15
In stock
+ -

BOSCH 0601077400 GFM 1000-15 PROFESSIONAL FORK POWER PLIERS

The GFM 1000-15 Professional Fork meter is designed for professionals who need quick and efficient AC current and AC/DC voltage checks. With its open clamp design, you can measure current up to 200 A AC without test leads to save time and effort. This all-in-one tool measures current AC, voltage AC/DC up to 1000 V, continuity, resistance, and has LoZ V AC/DC integrated. With IP54 protection, its robust build ensures resistance to accidental drops from up to 2m and harsh conditions.

Product Specifications

Reliable and robust True RMS Fork meter with inverted LCD screen for quick AC current checks
Enhanced durability with IP54 protection and a comfortable grip for tough jobsites
Measures up to 200 A AC with an open jaw design for faster work
Compact design with a compatible magnet hanger solution (MH 1 Professional) for work in tight spaces

*
*
*

BOSCH 0601077400 GFM 1000-15 PROFESSIONAL FORK POWER PLIERS

The GFM 1000-15 Professional Fork meter is designed for professionals who need quick and efficient AC current and AC/DC voltage checks. With its open clamp design, you can measure current up to 200 A AC without test leads to save time and effort. This all-in-one tool measures current AC, voltage AC/DC up to 1000 V, continuity, resistance, and has LoZ V AC/DC integrated. With IP54 protection, its robust build ensures resistance to accidental drops from up to 2m and harsh conditions.

Product Specifications

Reliable and robust True RMS Fork meter with inverted LCD screen for quick AC current checks
Enhanced durability with IP54 protection and a comfortable grip for tough jobsites
Measures up to 200 A AC with an open jaw design for faster work
Compact design with a compatible magnet hanger solution (MH 1 Professional) for work in tight spaces