KPO 114

Single-use hollow-carrier perforating system KPO114 with increased perforation density of up to 40 shots/m, for deployment on wireline or tubing.

Characteristics of the KPO 114 perforating system with increased perforation density
Parameter Value
Outer diameter, mm

  -  without installed centralizers 114  
  -  with installed centralizers 138  
Minimum casing drift diameter, mm

  -  without installed centralizers 143
  -  with installed centralizers 148
Maximum allowable operating temperature, when held for 1 hour, °C  1701) 
Maximum allowable hydrostatic pressure, MPa  80-1402) 
Maximum carrier diameter after perforator firing, mm:  
in a liquid environment 120
in a gas environment 124
Section length, m 1/2/3/4/5/6
Maximum length of a multi-section perforator assembly, m:  
on wireline Depending on the perforator modification
on tubing Limited by the load capacity of the firing head
Specific mass of a loaded section, kg/rm3) 42.8 (with a density of 36 shots/m)
41.5 (with a density of 40 shots/m)
Phase orientation of charges, deg.4) 135

1) The maximum allowable operating temperature and holding time of the loaded perforator are determined by the operational documentation for the EM (explosive materials) having the lowest allowable application temperature compared to the other EMs included in the explosive train of the perforator, as well as by the characteristics of the rubber products used.

2) The maximum allowable pressure may vary depending on the mechanical properties of the carrier tubes.

3) Mass of a running meter of a fully loaded section excluding the mass of reusable elements.

4) Phasing can be changed by special order.

Characteristics of the applied charges
Shaped charge name Charge type Total explosive mass in the charge, g1) Perforation density, shots/m/phasing, deg. Average parameters of charge penetration performance into a QC-type composite target, mm
Penetration depth Entrance hole diameter
ZKPO-PP-19DP-00 DP 15.8-17.3 40/135 650 11
ZKPO-PP-22DP-00 DP 19.9-22.3 36/135 760 12
ZKPO-PP-22BH-00 BH 21.9-23.3 260 22

1) Depending on the explosive material used in the charge.

Phasing and layout
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