HIP 5.5/1500 pages
HIP 5.5/150
part. no.: 9600.0132
The pressure injection pump HIP 5.5/150 is a hydraulic
driven, single acting piston pump, operating acc. to the
pressure intensification principle.
The pump consists of a hydraulic actuated drive part and a
high pressure part, which are connected by a plunger. Two
parallel fitted high-pressure pistons at the end of the plunger
are connected via yoke. Thus, the drive and high pressure
parts are isolated, which prevents that pump medium could
get into the hydraulic drive part in case of leakages of the
high-pressure sealing.
The pump is equipped with an overflow protection at both
pressure outlets.
The plunger is made of high-tensile stainless steel and is
distinguished by long service life. The valve seats are of
tempered steel and the gaskets are of wear-resistant PTFE.
Application: The HIP 5.5/150 is a compact injection pump with small dimensions and low weight, but with a high flow
rate. It is mainly used as pipeline pump to supply injection fluids on Polyurethane basis and in a mixing ratio of 1:1
from gate road to longwall face.
Technical Data:
Max. hydraulic drive pressure
Max. operating pressure
300 bar / 4350psi
150 bar / 2175psi
Connections
Hydraulic connection inlet
Steck-O DN10
Pressure ratio
2:1
Hydraulic connection outlet
Steck-O DN10
Stroke volume per double
stroke
148 cm³ / 9inch³
Suction connection
RD 32x1/8“
Max. operating temperature
60°C
Pressure outlet
Steck-O DN10
Liquids
Polyurethan
Weight
ca. 112 kg
Silicate resin
Max. flow rate
ca. 11 l/min on free
outlet
For information of flow rates at the different pressure stages please refer to the performance graph.
Hydraulic piston diameter
60 mm
High-pressure piston diameter
30 mm
Dimensions
Height
500 mm
Width
500 mm
Length
1200 mm
Within the specified technical features and performance data, engineering and design of our products are subject to change. To all
products and services our general terms and conditions, incl. Product liability, apply exclusively. (Perforator, Technical Data Sheet
HIP 5.5/150, Rev. 01/ 2012)