Camesa
SEARCHGO
Camesa EMC Banner 1

EMC Product Catalog

7/32" (5.69 mm) Monoconductor 1K22 MP-35N Corrosion Resistant

7/32" (5.69 mm) Monoconductor 1K22 MP-35N Corrosion Resistant

PROPERTIES:

Cable Diameter: 0.224” +0.005” - 0.002” (5.69mm + 0.13mm -0.05mm)
Minimum Sheave Diameter: 14” (36 cm)
Cable Stretch Coefficient: 2.9 ft/Kft/Klbs (3.30 m/Km/5KN)

ELECTRICAL:

Maximum Conductor Voltage: 1,200 VDC
Recommended Operating Conductor Voltage: 500 VDC
Conductor AWG Rating: 18
Minimum Insulation Resistance: 1,500 MegaΩ/Kft @ 500VDC (457 MegaΩ/Km @ 500VDC)
Armor Electrical Resistance: 22.0 Ω/Kft (72.2 Ω/Km)

MECHANICAL:

Cable Breaking Strength:
Ends Fixed: 5,200 lbs (23.0 KN) Nominal
Maximum Suggested Working Tension: 2,600 lbs (11.6 KN)
Number and Size of Wires:
Inner Armor 15 x 0.0243” (0.617 mm)
Outer Armor 15 x 0.0358” (0.909 mm)
Average Wire Breaking Strength:
Inner Armor 125 lbs (0.56 KN)
Outer Armor 272 lbs (1.21 KN)
Cable TypeCore DescriptionCable Weight
 Temp RatingPlastic TypeInsulation ThicknessCopper ConstructionRes TypicalCap TypicalO.D. EachIn AirIn H2OSpec. Gravity
 °F
°C		 in
mm		in
mm		Ω/Kft
Ω/Km		pf/ft
pf/m		in
mm		lbs/Kft
Kg/Km
1K22SA–MP-35NSee
Below		PFA0.0305
0.775		7x0.0159
7x0.404		6.7
22.0		43
141		0.108
2.743		100
149		86
128
  • Insulation is rated to 500° F. Armor wires are rated to 475° F at 100% levels of H2S + CO2.
  • The armor wires are made of UNS R30035 (MP35N), a nickel-cobalt corrosion resistant alloy steel. Wires are preformed.
  • The nickel coated copper wires are made according to ASTMB355 Class 10 and they are used to increase corrosion protection. Core assembly – Copper strand consists of six wires around one center wire. Conductor resistance is measured at 68° F. Voids in the copper strand are filled with a water-blocking agent to reduce water and gas migration.
  • SUPERSEAL, a special pressure seal agent, is applied between armor layers.
  • The temperature rating assumes a normal gradient for both temperature and weight.
  • All values shown are nominal or typical values.
  • Camesa recommends the use of a straight-pull cable head for termination of alloy cable to tool string. Conventional cable head terminations can cause stress cracking on alloy wire and are not recommended for sour service lines.


View Product Specification Sheet

© 2024 WireCo® WorldGroup. All Rights Reserved.