ICS

ICS 890PG-20 Hydraulic Power Cutter

$4,883.00$5,195.00
  • Manufacturer: ICS
  • Model: 890PG-20
  • Availability: In Stock

The ICS 890 Series hydraulic cutting system offers the superior strength of FORCE4® technology and is equipped with integrated water delivery system that continuously feeds water to the blade.  From the redesigned, more durable rear handle, to the easy to replace drive sprocket, this hydraulic power cutter is engineered to stand up to your toughest jobs. In a package that exceeds industry standards, this sleek powerhouse is packed with features designed to make it work as hard as you do. 

 

Technical Specifications:

Power Grit                 12 gpm (45 lpm)

Powerhead Weight 23.5 lbs (10.6 kg)  (1' hose whips)

Bar Cutting Depth 20 in/50 cm PowerGrit

Hose Whips                   1 ft/30 cm

Length                         23 inches (58.5 cm) 

Height                         10.5 inches (26.5 cm)

Width                         9.5 inches (24 cm)

Hydraulic Supply         12 gpm (45 lpm) @ 2,500 psi (172.5 bar)

Hydraulic Fluid         PC HYDREX MV32 or equivalent

Requirements (Type)

Water Supply Requirements Minimum: 20 psi (1.4bar)

Water Flow 2 gpm (8 lpm) minimum

Operating Speed             6,500 rpm (avg. free running)  5,800 sfm (avg. free running chain) 

Torque*                 10.0 ft-lbs (13.5 Nm)

Horsepower (1)* 8 hp (6.0 kW) 

Guaranteed Sound Power Level Lwa (2) 107 dB(A) (K=0.2 dB(A))

Equivalent Sound Pressure at the Operator's Ear LpA (2) 98 dB(A) (K=0.7 dB(A))

Vibration ahv, eq Concrete Cutting (3) 2.0 m/s2 (K=0.1 m/s2) Front Handle  6.0 m/s2 (K=1.4 m/s2) Rear Handle

Vibration ahv, eq PowerGrit Cutting (3) 4.6 m/s2 (K=0.1 m/s2) Front Handle 4.8 m/s2 (K=0.3 m/s2) Rear Handle


(1) Measured using 18HP hydraulic power pack (8 gpm/30 lpm and      23HP hydraulic power pack (12 gpm/45 lpm) at 2000psi/138 bar.

(2) Measured in accordance with ISO3744:2010

(3) Measured in accordance with ISO5349-1:2001

* Output ratings based on maximum input conditions and efficiency assumptions and may vary depending on power supply.


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