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Excavator Static & Vibratory Roller Attachments

EXA18 Roller Attachment W24 Static Roller Attachment W36 Vibratory Roller Attachment

MBW static wheels are built to standards suitable for vibratory compactors. That means heavier bearings (to 1,100,000 lbs. static load), heavier shafts (to 710,000 lbs. shear strength) with a correspondingly heavy frame that supports the wheel at both ends to minimize frame and shaft deformation. Our static wheels are heavily built because they can be converted to vibratory wheels when need arises.

MBW pioneered the industry's first boom-mounted vibratory wheels in the late 1990s. We are now introducing a whole new generation of vibratory wheels. These new wheels feature a redesigned frame that supports the wheel or drum at both ends to reduce stress concentrations, an improved suspension system that protects isolators from damage due to over deflection and exciter operating temperatures that have been significantly lowered.

EXA18L & EXA18 Vibratory Wheels

The UVW18L is a lightweight (1090 lbs) vibratory wheel for large mini-excavators and rubber tired backhoes 12K to 18K weight.

The EXA18 is a 1,515 lb vibratory wheel with heavier frame and overall construction. This model is recommended for excavators in the 18K to 45K range. Both models have an 18" operating width and are available in vibratory mode only.

W24 & W36 Vibratory Wheels

This highly versatile range of boom or bucket mounted rollers is available in interchangeable 24 and 36 inch working widths, padded or smooth drum configurations, static or vibratory modes. Massive frame supports wheels at both ends to accommodate enormous static and vibratory forces, torque on uneven surfaces and provide maximum life. Shafting and bearings are highest capacity in the industry. Up to 10 times more productive than walkbehind rollers or boom-mounted vibratory plates. Maintenance is low when properly serviced. Recommended for excavators in the 18K to 60K range. Mount to booms via pins or quick coupler. Mount to buckets via quick coupler. All models standard with integral leveling blade.

What Applications Are Best Suited To UVW VIBRATORY ROLLERS?

Trenching Operations
UVWs remove the compaction bottleneck in trenching applications. The result is an overall increase in trench work productivity.

Slope Compaction
UVWs are ideally suited to the compaction of slopes. UVWs are the preferred means of compacting the sloped sides and bottom of irrigation canals to reduce seepage (see "Canal Seepage Reduction by Soil Compaction").

Additional Features

Backfill leveling blade integral to all UVWs. Simple rotation of the UVW positions blade to quickly and uniformly spread backfill material.

Interchangeable 24 and 36 inch wide drum assemblies.

Methods of Attachment to Boom

UVWs attach to host machine booms via pins and bushings or quick coupler systems. MBW will machine bushings to dimensions provided by the user. Alternatively, quick coupler systems can be purchased from MBW or a dealer of the user's choice.

US and International Patents Pending

Articles

SPECIFICATIONS EXAL18 EXA18
Operating Weight 1090 lb
(494 kg)
1515 lb
(687 kg)
Working Width 18 in
(46 cm)
18 in
(46 cm)
Amplitude Variable with Static Pressure Variable with Static Pressure
Centrifugal Force** 5800 lb
(25.8 kN)
5800 lb
(25.8 kN)
Exciter Speed 2600 rpm 2600 rpm
Flow Requirement 10-40 gpm
(38-151 Lpm)
10-70 gpm
(38-265 Lpm)
Pressure Requirement 1500-3000 psi
(103-207 Bar)
1500-3000 psi
(103-207 Bar)

SPECIFICATIONS W24 Static W24 Vibratory W36 Static W36 Vibratory
Operating Weight 1367 lb
(620 kg)
2535 lb
(1150 kg)
1810 lb
(821 kg)
2863 lb
(1298 kg)
Working Width 24 in
(61 cm)
24 in
(61 cm)
36 in
(91 cm)
36 in
(91 cm)
Amplitude N/A Variable with Static Pressure N/A Variable with Static Pressure
Centrifugal Force** N/A 10,000 lbs (44.5 kN) N/A 10,000 lbs (44.5 kN)
Exciter Speed N/A 3000 rpm N/A 3000 rpm
Flow Requirement N/A 10-70 gpm
(38-265 Lpm)
N/A 10-70 gpm
(38-265 Lpm)
Pressure Requirement N/A 1500-3000 psi
(103-207 Bar)
N/A 1500-3000 psi
(103-207 Bar)

** Centrifugal Force is not a measure of compaction performance.

() Metric Measurements. Specifications subject to change without notice.

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