Unbreakable Hammer Gets Tough

Oct. 1, 2005
Rammer's in-Series hammers are built to meet the demands of the rental market and to offer contractors the most up-to-date hammer technology. The most

Rammer's in-Series hammers are built to meet the demands of the rental market and to offer contractors the most up-to-date hammer technology. The most distinctive feature of the in-Series hydraulic hammers is the trapezoidal tool that offers benefits over traditional small hammer tools. The non-breakable tool provides extended service-life combined with superior productivity.

“One of the biggest features is the unbreakable tool,” says Al Springer, national sales manager for Allied Construction Products. “It's impossible to break the tool in the hammer.” Tools typically break because the tool gets stuck and snaps when the operator tries to free it. The trapezoidal design doesn't allow this to happen. Springer says the design also allows concrete chips and concrete pieces to vibrate up and out away from the tool so that it won't get stuck and therefore won't break.

The in-Series is available in four models — the Model 8, Model 11, Model 15 and Model 22 — and range from a working weight of 152 pounds to 453 pounds. Operating pressures range from 2,030 psi to 2,175 psi and oil flows range from 3 gpm to 18 gpm. Blows per minute vary from 1,800 to 2,100 depending on the model.

The hammers can be mounted on mini-excavators, mini-skid steers, skid-steers and backhoes. The in-Series hydraulic impact hammers are built for the demolition of concrete structures, building foundations and pavement.

“The hammer is sealed so the operator never has to grease it,” Springer says. “These two important features make this hammer ideal for the rental company or for the distributors that want to put hammers available into rental.”

Verified by Al Springer, national sales manager for Allied Construction Products.
Circle 142 on Reply Cardfreeproductinfo.net/rer

VITAL STATS

Blows per minute: from 1,800 to 2,100

Operating pressure: from 2,030 to 2,175 psi