Eastwood 24 Inch Electro-Brake (120V)
1 year Warranty Included
100% Satisfaction Guarantee Since 1978
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Product Overview:
Description
The Eastwood 24" Electro-Brake is designed to form bends from simple angles to intricate, compound bends, hems, crimps, boxes and trays.
- Form Bends From Simple Angles to Intricate, Compound Bends, Hems, Crimps, Boxes and Trays
- Works on 16 Gauge Mild Steel, Aluminum and 20 Gauge Stainless Steel
- Bends Metal Up To 24 Inches In Width
- Powerful 3 Tons of Electromagnetic Clamping Force
- Built In Angle Gauge and Material Stop Collar Allows For Ease of Repeatability
A powerful 3 tons of electromagnetic clamping force allows a high degree of accuracy and precision. A built in angle gauge and material stop collar allows for ease of repeatability.
Warranty
Specifications
Power Requirements: 120±10% VAC, 1Ph, 50/60 Hz, 8A
Maximum Material Width: 24" (610mm)
Maximum Material Thickness: 16 gauge mild steel, aluminum - 20 gauge stainless steel
Overall Assembled Dimensions (W x D x H: 18.5" x 27.2" x 35.4" (740 x 690 x 900mm)
Assembled Weight: 159 lbs. (72 kg)
Shipping & Handling
In the Box
Contents
Components
(1) 24" Electro-Brake Assembly
(1) Tray
(1) Support Column with Angle Indicator, Foot Pedal, Power Cord
(2) Leg, Front (with striped tape)
(2) Leg, Rear
(1) Handle w/ Scale, Stop Collar
(1) Foot Plate
(2) Backstop Clamp with Wing Screw
(1) 6mm Hex Key
(11) M10x16 Rounded Socket Head Screw
(5) M8x12 Socket Head Screw
(3) M8x16 Socket Head Screw
(1) 24" x 4" Solid Adjustable Clamp Bar
(1) 24" x 4" Slotted Adjustable Clamp Bar
(1) 24" x 2" Solid Clamp Bar
(1) 11" x 4" Clamp Bar
(1) 5.5" x 4" Clamp Bar
(1) 2.75" x 4" Clamp Bar
(1) 2" x 4" Clamp Bar
(1) 1.5" x 4" Clamp Bar
(1) 1" Clamp Bar
(1) Instruction Manual
Guides & Accessories
Instructions
Click here to download product instructions
Safety Information
Reviews
Questions & Answers
Might this tool be capable of producing an occasional bend on parts larger than 24 inches by overhanging the part on the tool and bending it in a multitude of small steps, moving the part over to bend the full length?
