Multiquip Concrete Vibrator UM12325 9/10 Inch Head 9 1/2 Foot Flexible Shaft Construction Tool (115V, 3 4/5 Amps, Concrete Slump Consolidation)

Only 1 left
SKU: UM12325
Regular price $429.00 USD

Multiquip UM12325 Handheld Electric Concrete Vibrator Assembly

The Multiquip UM12325 Handheld Electric Concrete Vibrator Assembly is a 115V professional construction tool featuring a 9/10-inch head and a 9 1/2-foot flexible shaft engineered to consolidate concrete in narrow forms. Fabricated with a 3 4/5-amp double-insulated motor delivering up to 15,500 VPM, this assembly eliminates trapped air pockets to guarantee structural integrity.

Best Used For:

  • Narrow Wall Form Consolidation: Eliminating trapped air bubbles within tightly spaced concrete wall forms and congested rebar matrices.
  • Foundation Footing Pours: Ensuring maximum structural density and smooth surface finishes across deep concrete footings.
  • High-Slump Concrete Placement: Consolidating 3-inch or higher slump mixes smoothly without segregation in restricted architectural spaces.

Key Performance & Safety Features

  • High-Frequency Output: Operates between 12,000 and 15,500 VPM for rapid, thorough concrete consolidation.
  • Compact Head Profile: Features a narrow 9/10-inch diameter to fit easily between tightly packed reinforcing steel bars.
  • Double-Insulated Motor: Enhances job site electrical safety by operating completely without ground wire requirements.
  • Sealed Fan Defense: Prevents wet concrete splash and abrasive masonry dust from infiltrating the motor housing.

What's Included

  • (1) Multiquip UM12325 Handheld Motor Unit
  • (1) 8 1/5 ft. Flexible Shaft
  • (1) 9/10 in. Vibrator Head

Technical Specifications

Model Number UM12325
Head Diameter 9/10 in.
Shaft Length 8 1/5 ft.
Overall Length 9 1/2 ft.
Voltage 115V / 120V
Amperage 3 4/5 Amps
Power 280 Watts
Frequency (VPM) 12,000 - 15,500 VPM
Amplitude 3/64 in.
Total Weight 11 1/2 lbs

Pro-Tip: Insert the vibrator head vertically into the concrete quickly and pull it out slowly at a uniform rate to ensure all entrapped air pockets escape without leaving voids.