The Rammer 1322 has been built to last. Featuring a sealed membrane-type accumulator to ensure that every blow is as hard as the last, whilst providing protection against hydraulic spikes. The 1322 has a field replaceable lower tool bushing and it's low-maintenance design ensures lower owning and operating costs.
The Flange mounting mounting design allows for the use of existing mounting plates, as well as carrier and application specific customization.
Membrane type accumulator
Membrane-type accumulator eliminates nitrogen leakages, ensuring maximum piston acceleration and removing the need for time-consuming recharging.
Heavy Duty Housing
Heavy duty housings feature a robust structure, are made of wear-resistant steel, with minimum number of holes and heavy duty wear plates for optimum vibration dampening.
Resulting in a longer housing lifetime even in the harshest of applications, reducing the cost of ownership through less maintenance.
FBE (Fixed blow energy)
A built-in pressure control valve maintains hydraulic pressure levels to ensure that every blow delivers the maximum power possible optimum productivity.
Trenching is a form of primary breaking in which a narrow trench is excavated especially for laying pipes, cables or for installing drainage
Hydraulic excavators have largely replaced cranes with wrecking balls, enabling demolition to be carried out in a much more controlled and efficient manner.
- Asphalt Cutting
Blockage and build-ups
Stationary pedestal booms equipped with breakers are used extensively on crushers for breaking oversized boulders and clearing material for smooth and continuos feed flow.
When blasted rock is too big for the feeder or crusher, secondary breaking is needed to get the boulders down to size. The type of rock dictates the effectiveness of the process, with brittle rock giving the best performance.
|Minimum working weight, flange mounted *1||850 kg||1870 lb|
|Weight||710 kg||1570 lb|
|Impact rate (frequency)||500 - 1000 bpm|
|Operating pressure||125 - 160 bar||1815 - 2320 psi|
|Pressure relief min *2||175 - 210 bar||2540 - 3045 psi|
|Pressure relief max||220 bar||3190 psi|
|Pressure in LP-circuit||26 - 28 bar||375 - 405 psi|
|Oil flow range||60 - 120 l/min||15.9 - 31.7 gal/min|
|Back pressure max||20 bar||290 psi|
|Input power||32 kW||43 hp|
|Tool diameter||95 mm||3.74 in|
|Pressure line connection (IN)||BSPP-internal 1"|
|Return line connection (OUT)||BSPP-internal 1"|
|Pressure line size *3||26 mm||1.02 in|
|Return line size *3||26 mm||1.02 in|
|Grease connection||BSPP-internal 3/8"|
|Air connection (A)||BSPP-internal 1/2"|
|Optimum oil temperature||40 - 60 °C||104 - 140 °F|
|Allowed oil temperature range||-20 - 80 °C||-4 - 176 °F|
|Optimum oil viscosity at operating temperature||30 - 60 cSt|
|Allowed viscosity range||20 - 1000 cSt|
|Carrier weight, range *4||9 - 15 t||19800 - 33100 lb|
|Noise level, measured (2000/14/EC)||136 dB(A)|
|Noise level, guaranteed (2000/14/EC)||140 dB(A)|
|*1 Includes average mounting bracket and standard tool
*2 Minimum setting = actual operating pressure + 50 bar or 725 psi
*3 minimum inner diameter
*4 Check carrier allowed attachment weight from carrier manufacturer. Check application requirements.
Specifications are subject to change without notice (Tuesday, August 29, 2017)