Multiquip Concrete Vibrator UM12825 1 1/10 Inch Head 9 1/2 Foot Flexible Shaft Construction Tool (120V, 3 4/5 Amps, Deep Wall Consolidation)

In stock
SKU: UM12825
Regular price $399.00 USD

Multiquip UM12825 Handheld Electric Concrete Vibrator Assembly

The Multiquip UM12825 Handheld Electric Concrete Vibrator Assembly is a 120V portable construction tool featuring a 1 1/10-inch steel head and a 9 1/2-foot overall flexible shaft reach engineered for deep wall consolidation. Driven by a 3 4/5-amp double-insulated motor producing up to 15,500 VPM, this system removes internal air voids to ensure maximum structural integrity in dense pours.

Best Used For:

  • Deep Concrete Wall Pours: Eliminating trapped air pockets and honeycombing in extended height foundation walls and tall forms.
  • Structural Column Consolidation: Compacting stiff 3-inch or higher slump concrete mixes within narrow structural support columns.
  • Congested Footing Matrices: Navigating dense steel rebar spacing effortlessly using a compact 1 1/10-inch vibrator head profile.

Key Performance & Safety Features

  • Extended Flexible Reach: 8 1/5-foot shaft provides generous vertical coverage for deep-set concrete forms and columns.
  • High-Frequency Output: Operates between 12,000 and 15,500 VPM for rapid, thorough concrete consolidation.
  • Operator Comfort Grip: Integrated vibration-dampening handle minimizes fatigue during extended consolidation sessions.
  • Sealed Motor Protection: Sealed fan system blocks wet concrete splash and abrasive dust from entering the housing.

What's Included

  • (1) Multiquip Handheld Motor Unit (115V)
  • (1) 8 1/5 ft. Flexible Shaft
  • (1) 1 1/10 in. Vibrator Head

Technical Specifications

Model Number UM12825
Head Diameter 1 1/10 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 7/100 in.
Total Weight 11 1/2 lbs

Pro-Tip: Insert the head quickly into the fresh concrete lift and slowly withdraw it at roughly 1 inch per second to give trapped air bubbles sufficient time to rise to the surface.