Downhole Cable Experts

Electro-Mechanical Cables

Downhole Cable Experts

Camesa Wireline Products

Table of Contents

Cable Features & Cable Type Designation ………………..............................................………….............…......……... 3

Reference Guide for Commonly Used Factors, Calculations ……………......................………….............…......……... 4

Cased Hole Cables …………………………………......................................................................................................... 5

Open Hole Cables ………….………………………………………………………...................................................................... 17

Sour Service Cables ............................................................................................................................................... 29

Geothermal Cables ……………………………………………....................................................................………..........…… 39

Greaseless Cables ……………………………………………....................................................................………...........…… 43

Fiber Optic Cables ……………………………………………....................................................................………............…… 47

Mechanical Wireline …………………………………………….......................................................................................... 55

Warranty ……………………………………………........................................................………..…….................................... 59

Product Specifications ………………….……………………………………………………………………………….…...................... 60

Camesa Authorized Agents, Distributors, Service Centers ……….....................………………………………………...… 62

Cable & Product Features

2

Cable & Product Features Cables are armored with special galvanized improved plow steel wires or special alloy wires. Tensile strength of each wire lies in the

range of 270 to 330 KPSI. Each plow steel wire .035” in diameter or larger has a coating of zinc in excess of 0.5 oz/sq. ft. of surface area. Wires less than .035” in diameter have in excess of 0.2 oz./sq.ft. of surface area.

No butt welds of the original rod during final drawing process are allowed.

No splices of any conductor are allowed in any Camesa cable.

All armor wires are preformed during the manufacturing process.

Each layer of armor wires is coated with a corrosion inhibitor.

The catalog temperature ratings of Camesa cables apply for the bottom hole temperatures of ordinary oil/gas well logging situations. “Ordinary” here refers to situations in which borehole temperature increases with depth to a maximum at the bottom of the borehole. Temperature ratings should be lowered when the cable is used in highly deviated wells, in producing or geothermal wells with high temperatures nearer the surface.

All cable diameter values shown in the catalog are nominal and measured under 100-300 lbs. spooling tension onto shipping reel.

Electrical resistance and capacitance values shown in the Camesa catalog are nominal or typical values. All values have been corrected to 20 degrees C.

During the manufacturing process a strict quality control program is enforced. Each cable is given a complete electrical test to confirm that it meets or exceeds catalog specification. A Camesa final inspection report is provided with every cable.

The maximum working tension of any Camesa cable should not exceed the published value in the specification sheet.

ExampleNumber of Electrical Conductors Armor Package (Number Inner Wires/Number Outer Wires) B - 12/24 J - 24/24 C - 18/24 K - 15/15 E - 12/15 L - 12/12 F - 11/15 N - 12/18 G - 10/16 Q - Other H - 18/18 Nominal Cable Diameter In Hundredths of an Inch Type of Electrical Copper Strand R - 6 wires around 1 central wire S - 6 wires around 1 central wire Nickel Coated P - 12 wires around 6 wires around 1 wire W - 12 wires around 6 wires around 1 wire Nickel Coated T - 18 wires around 12 wires around 6 wires around 1 C - Compacted CopperLR- Low Resistance Type of Electrical Insulation P - 300°F Poly Propylene X - 400°F TPX T - 450°F FEP Z - 500°F ETFE A - 500°F PFA G - 600°ECA Armor TypeS75 - Nickel StainlessS77 - Enhanced Nickel StainlessMP35N - Corrosion Resistant MP35EHS - Extra High Strength EEHS - Extra Extra High Strength

1 N 22 S A S75Cable Type Designation

3

Reference Guide for Commonly Used Factors, Calculations Sinker Bar WeightThe casing in an oil or gas well acts as a big pressure vessel with pressure being exerted equally in all directions. When the tool string and wireline enter the well, this pressure exerts a force on the tool string and wireline pushing against the surfaces of the tool and wireline equally. To overcome this upward force, weight bars (or sinker bars) are required to increase the weight of the tool string allowing gravitational force to pull the tool string into the well.

The formula for calculating the sinker bar weight to be attached to the tool is as follows:

The balance weight needed to overcome well pressure is,

F = P × A

Where, P = wellbore pressure (psi), A = cross sectional area of the wireline see table below.

This force or balance weight will counterbalance the wellbore pressure. In order for the wireline to be pulled into the well an additional weight (over balance) needs to be applied. Generally, a factor of about 20% is chosen to overcome other factors such as frictional forces but each operator may have their own rules of thumb in this regard.

Hence, the over balance weight (Ft) is calculated as,

Ft = F + (20% x F)

The sinker bar weight to be attached to the tool of weight T, is calculated as,

W = Ft - T

SIZE AND CROSS SECTIONAL AREA (In2)Wireline Type Cross-Sectional Area

1L18 0.02681N22 0.03931N25 0.05221N29 0.06511N32 0.08131N38 0.11191N42 0.1417

H2S and Partial Pressure CalculationsThe damage to the wire is not caused directly by the % of CO2 or H2S but is more a function of the “Partial Pressure.”

To determine the Partial pressure for H2S:

pH2S = PPM H2S in gas x BHP/1,000,000

Example: In a well with 3ppm H2S and a BPH of 6,000psi

pH2S = 3 x 6,000/1,000,000

pH2S = 18,000/1,000,000

pH2S = 0.018 psi

Under NACE regulations a pH2S of 0.05psi or greater would determine that you need to choose an alloy wire or seek to protect/inhibit your wire. (Alloy wire is by far the safest option.)

To determine the Partial Pressure for CO2:

pC02 = CO2 % X BHP/100

Example: In a well with 3% CO2 and a BHP of 2,000psi

pCO2 = 3(%) x 2000/100

pCO2 = 3(%) x 20

pCO2 = 60psi

Under NACE regulations a pCO2 of 32psi or greater would determine that you need to choose an alloy wire or seek to protect/inhibit your wire. (Alloy wire is by far the safest option.)

WIRELINE FALLBACK CHARTTubing Size Wireline OD Fall (ft per 1000 ft)

3-1/2” 3/16” 20

3-1/2” 7/32” 25

4-1/2” 3/16” 35

4-1/2” 7/32” 45

5-1/2” 3/16” 50

5-1/2” 7/32” 65

5-1/2” 1/4” 83

5-1/2” 5/16” 100

7” 3/16” 100

7” 7/32” 125

7” 1/4” 130

7” 5/16” 1354

WIR

ElIN

ECased Hole Open Hole DuraSlam

CASE

D H

OlE

5

PROPERTIES

ElECTRICAl

MECHANICAl

1N101/10” (2.57 mm)

MONOCONDUCTOR

NAVIGATION

CASED HOLE1/10“1/8“3/16“7/32“1/4“9/32“5/16“

OPEN HOLE SOUR SERVICEGEOTHERMALGREASELESSFIBER OPTICMECHANICAL WIRELINE

The armor wires are high tensile, Galvanized Extra Improved Plow Steel (GEIPS), and coated with anti-corrosion compound for protection during shipping and storing. Wires are preformed.

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.

Not for use in oil and gas wells.

Cable Type Core Description Cable Weight

Temperature Rating°F°C

Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N10RP 300149

275135

250121 Poly 0.012

0.3057x0.00857x0.216

21.069.0

51167

0.0491.244 19

281523

Cable Breaking Strength Ends Fixed 1,000 lbs (4.5 KN) NominalMaximum Suggested Working Tension 500 lbs (2.2 KN) Number and Size of Wires Inner Armor 12 x 0.0140” (0.356 mm) Outer Armor 18 x 0.0140” (0.356 mm)Average Wire Breaking Strength Inner Armor 42 lbs (0.19 KN) Outer Armor 42 lbs (0.19 KN)

Maximum Conductor Voltage 300 VDCConductor AWG Rating 24Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500 VDC (457 MegaΩ/Km @ 500 VDC)Armor Electrical Resistance 22.0 Ω/Kft (72.2 Ω/Km)

Cable Diameter 0.101” +0.004” -0.002” (2.57mm +0.10mm -0.05mm)Minimum Sheave Diameter 6” (15 cm)Cable Stretch Coefficient 13.1 ft/Kft/Klbs (14.72 m/Km/5KN)

6

PROPERTIES

ElECTRICAl

MECHANICAl

NAVIGATION

CASED HOLE1/10“

1/8“3/16“7/32“

1/4“9/32“5/16“

OPEN HOLE SOUR SERVICEGEOTHERMALGREASELESSFIBER OPTIC

MECHANICAL WIRELINE






Not for use in oil and gas wells.

Cable Breaking Strength Ends Fixed 1,600 lbs (7.1 KN) NominalMaximum Suggested Working Tension 800 lbs (3.5 KN) Number and Size of Wires Inner Armor 12 x 0.0175” (0.444 mm) Outer Armor 18 x 0.0175” (0.444 mm)Average Wire Breaking Strength Inner Armor 65 lbs (0.29 KN) Outer Armor 65 lbs (0.29 KN)

Maximum Conductor Voltage 300 VDCConductor AWG Rating 24Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500VDC (457 MegaΩ/Km @ 500VDC)Armor Electrical Resistance 13.0 Ω/Kft (42.7 Ω/Km)

1N121/8” (3.20 mm)

MONOCONDUCTOR

Cable Diameter 0.126” +0.004” -0.002” (3.20mm + 0.10mm -0.05mm)Minimum Sheave Diameter 7” (18 cm)Cable Stretch Coefficient 6.5 ft/Kft/Klbs (7.3 m/Km/5KN)



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N12RP 300149

275135

250121 Poly 0.0175

0.4447x0.00857x0.216

21.069.0

41134

0.0601.524

2842

2335

1N12RZ 500250

450232

400204 ETFE 0.0175

0.4447x0.00857x0.216

21.069.0

48157

0.0601.524

2943

2436

7

PROPERTIES

ElECTRICAl

MECHANICAl






Cable Breaking Strength Ends Fixed 4,000 lbs (17.8 KN) NominalMaximum Suggested Working Tension 2,000 lbs (8.9 KN) NominalNumber and Size of Wires Inner Armor 12 x 0.0220” (0.559 mm) Outer Armor 12 x 0.0358” (0.909 mm)Average Wire Breaking Strength Inner Armor 103 lbs (0.46 KN) Outer Armor 272 lbs (1.21 KN)

Maximum Conductor Voltage 1,000 VDCConductor AWG Rating 20Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500VDC (457 MegaΩ/Km @ 500VDC)Armor Electrical Resistance 6.0 Ω/Kft (19.7 Ω/Km)

Cable Diameter 0.185” +0.004” -0.002” (4.70mm + 0.10mm -0.05mm)Minimum Sheave Diameter 14” (36 cm)Cable Stretch Coefficient 3.0 ft/Kft/Klbs (3.37 m/Km/5KN)



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1l18RP 300149

275135

250121 Poly 0.019

0.4837x0.01287x0.325

9.430.8

53174

0.0761.930

6597

5480

1l18RZ 500260

450232

400260 ETFE 0.019

0.4837x0.01287x0.325

9.430.8

63207

0.0761.930

6699

5581

NAVIGATION

CASED HOLE1/10“1/8“3/16“7/32“1/4“9/32“5/16“


1l183/16” (4.70 mm)

MONOCONDUCTOR

8

PROPERTIES

ElECTRICAl

MECHANICAl


Copper strand consists of a total of nineteen wires. Voids in the copper strand are filled with a water-blocking agent to reduce water and gas migration. Conductor resistance is measured at 68° F.

SUPERSEAL a special pressure seal agent, is applied between armor layers.





Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1K22PP 300149

275135

250121 Poly 0.0245

0.62219x0.011919x0.302

4.113.5

60197

0.1082.743

91136

75112

1K22PXZ 420216

375191

325163

TPX

ETFE

0.01300.330

0.01150.292

19x0.011919x0.302

4.113.5

61200

0.0852.1590.1082.743

92137

76114

1K22PTZ 500260

450232

400204

FEP

ETFE

0.01300.330

0.01150.292

19x0.011919x0.302

4.113.5

58190

0.0852.1590.1082.743

95140

78116

Cable Breaking Strength Ends Fixed 5,600 lbs (24.9 KN) NominalMaximum Suggested Working Tension 2,800 lbs (12.5 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 132 lbs (0.59 KN) Outer Armor 286 lbs (1.27 KN)


Cable Diameter 0.224” +0.005” - 0.002” (5.69mm +0.13mm -0.05mm)Minimum Sheave Diameter 14” (36cm)Cable Stretch Coefficient 2.2 ft/Kft/Klbs (2.5 m/Km/5KN)

1K227/32” (5.69 mm)

MONOCONDUCTOR

NAVIGATION

CASED HOLE1/10“

1/8“3/16“7/32“

1/4“9/32“5/16“


MECHANICAL WIRELINE

9

PROPERTIES

ElECTRICAl

MECHANICAl

NAVIGATION

CASED HOLE1/10“1/8“3/16“7/32“1/4“9/32“5/16“



Core assembly – Copper strand consists of a total of nineteen wires. 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.






Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N22PP 300149

275135

250121 Poly 0.0245

0.62219x0.011919x0.302

4.113.5

61200

0.1082.743

93139

77115

1N22PXZ 420216

375191

325163

TPX 0.01300.330 19x0.0119

19x0.3024.1

13.561

200

0.0852.159 94

14078

116ETFE 0.0115

0.2920.1082.743

1N22PTZ 500260

450232

400204

FEP 0.0150.330 19x0.0119

19x0.3024.1

13.559

194

0.0852.159 96

14390

134ETFE 0.0245

0.6220.1082.743

Cable Breaking Strength Ends Fixed 5,600 lbs (24.9 KN) NominalMaximum Suggested Working Tension 2,800 lbs (12.5 KN) Number and Size of Wires Inner Armor 12 x 0.0310” (0.787 mm) Outer Armor 18 x 0.0310” (0.787 mm)Average Wire Breaking Strength Inner Armor 215 lbs (0.96 KN) Outer Armor 215 lbs (0.96 KN)


Cable Diameter 0.224” +0.005” - 0.002” (5.69mm +0.13mm -0.05mm)Minimum Sheave Diameter 14” (36 cm)Cable Stretch Coefficient 2.5 ft/Kft/Klbs (2.81 m/Km/5KN)

1N227/32” (5.69 mm)

MONOCONDUCTOR

10

PROPERTIES

ElECTRICAl

MECHANICAl








Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N25PP 300149

275135

250121 Poly 0.032

0.81319x0.011919x0.302

4.113.5

50164

0.1233.124

121180

100149

1N25PXZ 420216

375191

325163

TPX 0.1300.330 19x0.0119

19x0.3024.1

13.553174

0.0852.159 124

185101151

ETFE 0.0190.483

0.1233.124

1N25PTZ 500260

450232

400204

FEP 0.0130.330 19x0.0119

19x0.3024.1

13.553174

0.0852.159 125

186103154

ETFE 0.0190.483

0.1233.124

Cable Breaking Strength Ends Fixed 7,300 lbs (32.48 KN) NominalMaximum Suggested Working Tension 3,650 lbs (16.24 KN) Number and Size of Wires Inner Armor 12 x 0.0358” (0.909 mm) Outer Armor 18 x 0.0358” (0.909 mm)Average Wire Breaking Strength Inner Armor 286 lbs (1.27 KN) Outer Armor 286 lbs (1.27+ KN)



1N251/4” (6.55 mm)

MONOCONDUCTOR

NAVIGATION

CASED HOLE1/10“

1/8“3/16“7/32“

1/4“9/32“5/16“


MECHANICAL WIRELINE

11

PROPERTIES

ElECTRICAl

MECHANICAl

NAVIGATION

CASED HOLE1/10“1/8“3/16“7/32“1/4“9/32“5/16“


The armor wires are Galvanized Extra Improved Plow Steel (GEIPS), and coated with anti-corrosion compound for protection during shipping and storing. Wires are preformed.







Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N29PP-EHS 300149

275135

250121 Poly 0.0325

0.82619x0.014219x0.361

2.89.2

56184

0.1363.454

152226

126187

1N29PXZ-EHS 420216

375191

325163

Camtane 0.01350.343 19x0.0142

19x0.3612.89.2

55184

0.0982.489 155

230128190

ETFE 0.0190.483

0.1363.454

1N29PTZ-EHS 500260

450232

400204

FEPETFE

0.01350.3430.0190.483

19x0.014219x0.361

2.89.2

50180

0.0982.4890.1363.454

157234

130193


Maximum Conductor Voltage 1,500 VDCConductor AWG Rating 15Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500 VDC (457 MegaΩ/Km @ 500 VDC)Armor Electrical Resistance 2.8 Ω/Kft (9.2 Ω/Km)


1N29-EHS9/32” (7.32 mm)

MONOCONDUCTOREXTRA HIGH STRENGTH

12

1Q29-EHS-lT9/32” (7.34 mm)

MONOCONDUCTOR

PROPERTIES


ElECTRICAlMaximum Conductor Voltage 1,500 VDCConductor AWG Rating 15Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500 VDC (457 MegaΩ/Km @ 500VDC)Armor Electrical Resistance 2.68 Ω/Kft (8.79 Ω/Km)

MECHANICAl




Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1Q29PTZ-EHSIronlock

500260

450232

400204

FEP

M-ETFE

0.02250.572

0.01450.368

19x0.014219x0.361

2.99.4

51167.3

0.1162.9460.1453.683

162241

134199






NAVIGATION

CASED HOLE1/10“

1/8“3/16“7/32“

1/4“9/32“5/16“


MECHANICAL WIRELINE

13

Ironlock™

1N325/16” (8.18 mm)

MONOCONDUCTOR

NAVIGATION

CASED HOLE1/10“1/8“3/16“7/32“1/4“9/32“5/16“


MECHANICAl

ElECTRICAl

PROPERTIES



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N32PP 300149

275135

250121 Poly 0.042

1.06719x0.014219x0.361

2.89.2

48158

0.1553.937

187278

155230

1N32PXZ 420216

375191

325163

TPX 0.0220.559 19x0.0142

19x0.3612.89.2

47154

0.1152.921 190

282157233

ETFE 0.0200.508

0.1563.937

1N32PTZ 500260

450232

400204

FEP

ETFE

0.02450.622

0.01750.445

19x0.014219x0.361

2.89.2

46151

0.1203.0480.1553.937

194288

160238









14

1N32-EEHS5/16” (8.18 mm)

MONOCONDUCTOREXTRA EXTRA HIGH STRENGTH

NAVIGATION

CASED HOLE1/10“

1/8“3/16“7/32“

1/4“9/32“5/16“


MECHANICAL WIRELINE

PROPERTIES


ElECTRICAlMaximum Conductor Voltage 1,500 VDCConductor AWG Rating 15Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500 VDC (457 MegaΩ/Km @ 500 VDC)Armor Electrical Resistance 2.1 Ω/Kft (6.9 Ω/Km)

MECHANICAl




Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N32PP-EEHS 300149

275135

250121 Poly 0.042

1.06719x0.014219x0.361

2.89.2

48158

0.1553.937

187278

155230

1N32PTZ-EEHS 500260

450232

400204

FEP

ETFE

0.02450.622

0.01750.445

19x0.014219x0.361

2.89.2

46151

0.1203.048

0.1553.937

194288

160238

The armor wires are high tensile, Galvanized Extra Extra Improved Plow Steel (GEEIPS), and coated with anti-corrosion compound for protection during shipping and storing. Wires are preformed.





15

NAVIGATION

CASED HOLE1/10“1/8“3/16“7/32“1/4“9/32“5/16“


1Q32-EEHS-lT5/16” (8.2 mm)

MONOCONDUCTOR

PROPERTIES


ElECTRICAlMaximum Conductor Voltage 1,500 VDCConductor AWG Rating 15Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500 VDC (457 MegaΩ/Km @ 500VDC)Armor Electrical Resistance 1.79 Ω/Kft (5.87 Ω/Km)

MECHANICAlCable Breaking Strength Ends Fixed 16,000 lbs (71.2 KN) NominalMaximum Suggested Working Tension 10,000 lbs (44.5 KN) Number and Size of Wires Inner Armor 11 x 0.0525” (1.334 mm) Outer Armor 24 x 0.035” (0.889 mm)Average Wire Breaking Strength Inner Armor 769 lbs (3.49 KN) Outer Armor 342 lbs (1.55 KN)



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1Q32CTZ-EEHS Ironlock

500260

450232

400204

FEP

M-ETFE

0.0250.635

0.0220.559

7 Comp CU0.0671.702

2.407.88

46151

0.1172.97180.161

2.3440199296

164244

The armor wires are Galvanized Extra Extra Improved Plow Steel (GEIPS), and coated with anti-corrosion compound for protection during shipping and storing. Wires are preformed.

Core assembly – Copper strand consists of a total of seven compacted strand wires. Conductor resistance is measured at 68° F.




16

Ironlock™

Wir

elin

eCased Hole Open Hole DuraSlam

OPE

N H

OlE DuraSlam

17

3Q370.377” (9.58 mm)

3-CONDUCTOR


Core assembly – Conductors are bound with conductive tape and voids are filled with conductive paste and string.

Conductors are “Water Blocked” to reduce water and gas migration. Conductor resistance is measured at 68° F.



Dacron® does not withstand temperatures exceeding 300°F. Nomex® is available by customer request at time of order for additional cost.



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Tape Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

3Q37RP 300216

275191

250163 Poly 0.0230

0.5847x0.01527x0.386

7.123.3

47154

0.0962.438 Dacron 233

347192286




PROPERTIES

ElECTRICAl



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Jacket Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

4H18RPP 300149

275135

250121 Poly 0.0075

0.1917x0.00857x0.216

22.573.8

40131

0.0401.016 Poly 60

894974

NAVIGATION

CASED HOLEOPEN HOLE

.377″3/16“3/8“7/16“15/32″.474“

DuraSlam.49″.54″

SOUR SERVICEGEOTHERMALGREASELESSFIBER OPTICMECHANICAL WIRELINE

ElECTRICAl

MECHANICAl



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Jacket Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

3Q37RP 300149

275135

250121 Poly 0.0230

0.5847x0.01527x0.386

7.123.3

47154

0.0962.438 Dacron 233

3474974

18

PROPERTIES


ElECTRICAlMaximum Conductor Voltage 300 VDCConductor AWG Rating 23Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500 VDC (457 MegaΩ/Km @ 500 VDC)Armor Electrical Resistance 6.7 Ω/Kft (22.0 Ω/Km)

MECHANICAl

Cable Breaking Strength Ends Fixed 3,100 lbs (13.8 KN) NominalMaximum Suggested Working Tension 1,550 lbs (6.9 KN) Number and Size of Wires Inner Armor 18 x 0.0185” (0.470 mm) Outer Armor 18 x 0.0248” (0.630 mm)Average Wire Breaking Strength Inner Armor 72.6 lbs (0.32 KN) Outer Armor 130.5 lbs (0.58 KN)

4H183/16” (4.80 mm)

4-CONDUCTOR



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Jacket Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

4H18RPP 300149

275135

250121 Poly 0.0075

0.1917x0.00857x0.216

22.573.8

40131

0.0401.016 Poly 60

894974


Conductors are “Water Blocked” to reduce water and gas migration.

Core assembly – Copper strand consists of six wires around one center wire. Conductor resistance is measured at 68° F.



19

NAVIGATION

CASED HOLEOPEN HOLE

.377″3/16“

3/8“7/16“

15/32″.474“


SOUR SERVICEGEOTHERMALGREASELESSFIBER OPTIC

MECHANICAL WIRELINE

PROPERTIES

ElECTRICAl

MECHANICAl



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Jacket Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

4H18RPP-SS 300149

275135

250121 Poly 0.0075

0.1917x0.00857x0.216

22.573.8

40131

0.0401.016 Poly 61

915075

The armor wires are high tensile 316 Stainless Steel, Galvanized Extra Improved Plow Steel (GEIPS), and coated with anti-corrosion compound for protection during shipping and storing. Wires are preformed.

Conductors are “Water Blocked” to reduce water and gas migration.

Core assembly – Copper strand consists of six wires around one center wire. Conductor resistance is measured at 68° F.




Maximum Conductor Voltage 300 VDCConductor AWG Rating 23Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500 VDC (457 MegaΩ/Km @ 500 VDC)Armor Electrical Resistance 6.7 Ω/Kft (22.0 Ω/Km)


4H18-SS3/16” (4.80 mm)

4-CONDUCTORSTAINlESS STEEl WIRE

NAVIGATION

CASED HOLEOPEN HOLE

.377″3/16“3/8“7/16“15/32″.474“



20

7Q383/8” (9.60 mm)7-CONDUCTOR

NAVIGATION

CASED HOLEOPEN HOLE

.377″3/16“

3/8“7/16“

15/32″.474“



MECHANICAL WIRELINE




Center conductor construction is 7x0.0128”. The typical resistance is reduced by approximately 5 to 10% and the capacitance is increased by approximately 5 to 10% in comparison to the outer conductors.




Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Jacket Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

7Q38RAZB 500260

450232

400204 PFA 0.0160

0.40647x0.01287x0.325

9.832.2

39121

0.0701.778 ETFE 256

387211315




PROPERTIES

ElECTRICAl

MECHANICAl

21

NAVIGATION

CASED HOLEOPEN HOLE

.377″3/16"5/16"3/8"7/16"15/32″.474"



7H427/16” (10.82 mm)

7-CONDUCTOR

PROPERTIES

ElECTRICAl

MECHANICAl



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Tape Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

7H42RP 300149

275135

250121 Poly 0.018

0.4577x0.01287X0.325

9.832.2

53174

0.0741.880 Dacron 309

460256380

7H42RZ 500260

450232

400204 ETFE 0.0180

0.4577x0.01287X0.325

9.832.2

62203

0.0741.880 Dacron 316

471261389








Center conductor construction is 7x0.0128”. The typical resistance is reduced by approximately 5 to 10% and the capacitance is increased by approximately 5 to 10% in comparison to the outer conductors.



22

NAVIGATION

CASED HOLEOPEN HOLE

.377″3/16“

3/8“7/16“

15/32″.474“



MECHANICAL WIRELINE

PROPERTIES

ElECTRICAl

MECHANICAl





Center conductor construction is 6x0.0142” with a non-conductive center member. The typical capacitance is reduced by approximately 5 to 10% and the capacitance is increased by approximately 5 to 10% in comparison to the outer conductors.





Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Tape Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

7J46RP 300149

275135

250121 Poly 0.029

0.7377x0.01287X0.325

9.832.2

40131

0.0962.438 Dacron 321

478265395

7J46RXZ 420216

375191

325163

Camtane

ETFE

0.0160.406

0.01150.330

7x0.01287x0.325

9.832.2

40131

0.0701.7780.0962.438

Dacron 340507

281419

7J46RTZ 500260

450232

400204

FEP

ETFE

0.0160.406

0.01150.330

7x0.01287X0.325

9.832.2

39128

0.0611.7780.0962.438

Dacron 341507

382419




7J4615/32” (11.79 mm)

7-CONDUCTOR

23

PROPERTIES

ElECTRICAl

MECHANICAl

NAVIGATION

CASED HOLEOPEN HOLE

.377″3/16"5/16"3/8"7/16"15/32″.474"



Cable Breaking Strength Ends Fixed 24,500 lbs (109 KN) NominalMaximum Suggested Working Tension 12,250 lbs (55 KN) Number and Size of Wires Inner Armor 18 x 0.0470” (1.194 mm) Outer Armor 18 x 0.0655” (1.664 mm)Average Wire Breaking Strength Inner Armor 542 lbs (2.4 KN) Outer Armor 1,054 lbs (4.7 KN)



7H47-EHS0.474” (12.04 mm)

7-CONDUCTOR

Slammer



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Tape Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

7H47RP-EHS 300149

275135

250121 Poly 0.023

0.5847x0.01287x0.325

9.832.2

46151

0.0842.134 Dacron 372

554308458

7H47RXZ-EHS 420216

375191

325163

Camtane

ETFE

0.01150.292

0.01150.292

7x0.01287x0.325

9.832.2

48157

0.0611.5490.0842.134

Dacron 385573

318474

7H47RTZ-EHS 500260

450232

400204

FEP

ETFE

0.01150.292

0.01150.292

7x0.01287x0.325

9.832.2

46151

0.0611.5490.0842.134

Dacron 392583

326485





Center conductor construction is 6x0.0142” with a non-conductive center member. The typical capacitance is reduced by approximately 5 to 10% and the capacitance is increased by approximately 5 to 10% in comparison to the outer conductors.



24

NAVIGATION

CASED HOLEOPEN HOLE

.377″3/16“

3/8“7/16“

15/32″.474“



MECHANICAL WIRELINE

PROPERTIES

ElECTRICAl

MECHANICAl




Center conductor construction is 7x0.0142” with a non-conductive center member. The typical resistance is reduced by approximately 5 to 10% and the capacitance is increased by approximately 5 to 10% in comparison to the outer conductors.



Maximum Conductor Voltage 1,200 VDCConductor AWG Rating 20

Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500VDC (457 MegaΩ/Km @ 500 VDC)Armor Electrical Resistance 1.0 Ω/Kft (3.3 Ω/Km)


7Q49-EHS0.490” (12.45 mm)

7-CONDUCTOR

DuraSlam™



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Jacket Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

7Q49RTZZ-EHS 500260

450232

400204

FEP

ETFE

0.01300.330

0.01000.254

7x0.01287x0.325

9.832.2

2789

0.0641.6260.0842.134

ETFE 409609

338503

25

NAVIGATION

CASED HOLEOPEN HOLE

.377″3/16“3/8“7/16“15/32″.474“



PROPERTIES

ElECTRICAl

MECHANICAl






Cable Breaking Strength Ends Fixed 30,000 lbs (133.5 KN) NominalMaximum Suggested Working Tension 15,000 lbs (66.8 KN) Number and Size of Wires Inner Armor 20 x 0.0460” (1.17 mm) Outer Armor 20 x 0.0620” (1.58 mm)Average Wire Breaking Strength Inner Armor 603 lbs (2.7 KN) Outer Armor 1,095 lbs (4.9 KN)

Maximum Conductor Voltage 1,200 VDCConductor AWG Rating 20

Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500VDC (457 MegaΩ/Km @ 500 VDC)Armor Electrical Resistance 1.0 Ω/Kft (3.3 Ω/Km)


7Q49-EEHS0.490” (12.45 mm)

7-CONDUCTOR

DuraSlam™



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Jacket Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

7Q49RXZZ-EEHS 420216

375191

325121

Camtane

ETFE

0.01300.330

0.01000.254

7x0.01287x0.325

9.832.2

2892

0.0641.6260.0842.134

ETFE 405603

335498

7Q49RTZZ-EEHS 500260

450232

400204

FEP

ETFE

0.01300.330

0.01000.254

7x0.01287x0.325

9.832.2

2789

0.0641.6260.0842.134

ETFE 408607

337502

26

PROPERTIES

ElECTRICAl

MECHANICAl


Core assembly - Conductors are seven compacted copper wires. Conductor resistance is measured at 68 deg. F.The temperature rating assumes a normal gradient for both temperature and weight.


Cable Breaking Strength Ends Fixed 40,000 lbs (178 KN) NominalMaximum Suggested Working Tension 20,000 lbs (89 KN) Number and Size of Wires Inner Armor 15 x 0.0680” (1.727 mm) Outer Armor 24 x 0.0585” (1.486 mm)Average Wire Breaking Strength Inner Armor 1,317 lbs (5.9 KN) Outer Armor 975 lbs (4.3 KN)


Cable Diameter 0.548” ±0.005” (13.92mm ±0.13mm)Minimum Sheave Diameter 36” (92 cm)Cable Stretch Coefficient 0.5 ft/Kft/Klbs (0.56 m/Km/5KN)

7Q54-EEHS0.548” (13.92 mm)

7-CONDUCTOR

DuraSlam™



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Jacket Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

7Q54CTZZ-lR-EEHS 500260

450232

400204

FEP

ETFE

0.01100.279

0.01050.267

0.049 Comp.1.245 Comp.

5.4112

34112

0.0711.8110.0922.344

M-ETFE0.3067.772

532792

440654

NAVIGATION

CASED HOLEOPEN HOLE

.377″3/16“

3/8“7/16“

15/32″.474“



MECHANICAL WIRELINE

27

28

S-75S-77

MP35

Sou

r S

Ervi

cE

29

PROPERTIES

ElECTRICAl

MECHANICAl

1N22-S757/32” (5.69 mm)

MONOCONDUCTORCORROSION RESISTANT

While insulation is rated to 1-hour exposure of 500°F, alloy armor wires may have reduced corrosion resistance at temperatures above 350°F.

The armor wires are made of corrosion resistant alloy steel suitable for low level H2S and CO2 environments.

Conductor has nickel plated wires adhering to ASTMB355 Class 10 for increased corrosion resistance.

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.


The insulation temperature rating assumes a normal gradient for both temperature and weight.




Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N22SA-S75 500260

450232

400204 PFA 0.0305

0.7757x0.01597x0.404

6.722.0

43141

0.1082.743

98146

81120

Cable Breaking Strength Ends Fixed 4,700 lbs (20.9 KN) NominalMaximum Suggested Working Tension 2.350 lbs (10.45 KN) Number and Size of Wires Inner Armor 12 x 0.0310” (0.787 mm) Outer Armor 18 x 0.0310” (0.787 mm)Average Wire Breaking Strength Inner Armor 181 lbs (0.81 KN) Outer Armor 181 lbs (0.81 KN)

Maximum Conductor Voltage 1,200 VDCConductor AWG Rating 18Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500 VDC (457 MegaΩ/Km @ 500 VDC)Armor Electrical Resistance 18.1 Ω/Kft (61 Ω/Km)

Cable Diameter 0.224” +0.005” - 0.002” (5.69mm +0.13mm -0.05mm)Minimum Sheave Diameter 14” (36 cm)Cable Stretch Coefficient 3.12ft/Kft/Klbs (3.51 m/Km/5KN)

NAVIGATION

CASED HOLEOPEN HOLE SOUR SERVICE 7/32“ 1/4“ 9/32“ 5/16“GEOTHERMALGREASELESSFIBER OPTICMECHANICAL WIRELINE

30

NAVIGATION

CASED HOLEOPEN HOLE

SOUR SERVICE 7/32“ 1/4“ 9/32“ 5/16“

GEOTHERMALGREASELESSFIBER OPTIC

MECHANICAL WIRELINE

PROPERTIES

ElECTRICAl

MECHANICAl



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N22SA-S77 500260

450232

400204 PFA 0.0305

0.7757x0.01597x0.404

6.722

43141

0.1082.743

97144

80119

Cable Breaking Strength Ends Fixed 4,900 lbs (21.8 KN) NominalMaximum Suggested Working Tension 2.450 lbs (10.9 KN) Number and Size of Wires Inner Armor 12 x 0.0310” (0.787 mm) Outer Armor 18 x 0.0310” (0.787 mm)Average Wire Breaking Strength Inner Armor 189 lbs (0.84 KN) Outer Armor 189 lbs (0.84 KN)



1N22-S777/32” (5.69 mm)



The armor wires are made of corrosion resistant alloy steel suitable for moderate H2S and CO2 environments.


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.




31

PROPERTIES

ElECTRICAl

MECHANICAl

NAVIGATION



Maximum Conductor Voltage 1,200 VDCConductor AWG Rating 18Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500 VDC (457 MegaΩ/Km @ 500 VDC)Armor Electrical Resistance 22.0 Ω/Kft (72 Ω/Km)


1N22-MP35N7/32” (5.69 mm)

MONOCONDUCTOR



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N22SA-MP35N 500260

450232

400204 PFA 0.0305

0.0757x0.01597x0.404

6.722

43141

0.1082.743

101150

84124


The armor wires are made of corrosion resistant alloy steel suitable for extreme H2S and CO2 environments.






32

NAVIGATION

CASED HOLEOPEN HOLE

SOUR SERVICE 7/32“ 1/4“ 9/32“ 5/16“


MECHANICAL WIRELINE

PROPERTIES

ElECTRICAl

MECHANICAlCable Breaking Strength Ends Fixed 6,200 lbs (26.7 KN) NominalMaximum Suggested Working Tension 3,100 lbs (13.8 KN) Number and Size of Wires Inner Armor 12 x 0.0358” (0.909 mm) Outer Armor 18 x 0.0358” (0.909 mm)Average Wire Breaking Strength Inner Armor 242 lbs (1.10 KN) Outer Armor 242 lbs (1.10 KN)





Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N25WA-S75 500260

450232

400204 PFA 0.032

0.81319x0.011919x0.302

4.615.1

53174

0.1233.124

131194

108161

1N25-S751/4” (6.55 mm)









33

PROPERTIES

ElECTRICAl

MECHANICAl

NAVIGATION







Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N25WA-S77 500260

450232

400204 PFA 0.032

0.081319x0.011919x0.302

4.615.1

53174

0.1233.124

129191

106158

1N25-S771/4” (6.55 mm)










34

NAVIGATION

CASED HOLEOPEN HOLE

SOUR SERVICE 7/32“ 1/4“ 9/32“ 5/16“


MECHANICAL WIRELINE

PROPERTIES

ElECTRICAl

MECHANICAlCable Breaking Strength Ends Fixed 7,800 lbs (34.7 KN) NominalMaximum Suggested Working Tension 3.900 lbs (17.35 KN) Number and Size of Wires Inner Armor 12 x 0.0400” (1.016 mm) Outer Armor 18 x 0.0400” (1.016 mm)Average Wire Breaking Strength Inner Armor 302 lbs (1.34 KN) Outer Armor 302 lbs (1.34 KN)

Maximum Conductor Voltage 1,500 VDCConductor AWG Rating 16Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500 VDC (457 MegaΩ/Km @ 500VDC)Armor Electrical Resistance 11.2 Ω/Kft (36.8 Ω/Km)


1N29-S759/32” (7.32 mm)




Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N29WTZ-S75 500260

450232

400204

FEP

ETFE

0.0170.432

0.0190.483

19x0.012819x0.325

4.013.1

48 157

0.0982.489

0.1363.454

161239

133198








35

PROPERTIES

ElECTRICAl

MECHANICAl

NAVIGATION





1N29-S779/32” (7.32 mm)




Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N29WTZ-S77500260

450232

400204

FEP

ETFE

0.0170.432

0.0190.483

19x0.012819x0.325

4.013.1

48157

0.0982.489

0.1363.454

159236

131195









36

NAVIGATION

CASED HOLEOPEN HOLE

SOUR SERVICE 7/32“ 1/4“ 9/32“ 5/16“


MECHANICAL WIRELINE

PROPERTIES

ElECTRICAl

MECHANICAl



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N32WTZ-S75 500260

450232

400204

FEP 0.02450.622 19x0.0142

19x0.3613.2

10.545

148

0.1203.048 201

299166247

ETFE 0.01750.444

0.1553.937




1N32-S755/16” (8.18 mm)









37

PROPERTIES

ElECTRICAl

MECHANICAl

NAVIGATIONCASED HOLEOPEN HOLE SOUR SERVICE 7/32“ 1/4“ 9/32“ 5/16“GEOTHERMALGREASELESSFIBER OPTICMECHANICAL WIRELINE

1N32-S775/16” (8.18 mm)







Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N32WTZ-S77 500260

450232

400204

FEP 0.02450.622 19x0.0142

19x0.3613.2

10.545

148

0.1203.048 198

294163243

ETFE 0.01750.444

0.1553.937









38

GeoSteam™G

EOTH

ERM

Al

39

PROPERTIES

ElECTRICAl

MECHANICAl



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N22WG 600316

550288

500260 ECA 0.0245

0.66219x0.011919x0.302

4.715.4

55190

0.1082.743

97144

80119




1N227/32” (5.69 mm)

MONOCONDUCTOR

GeoSteam™







NAVIGATION

CASED HOLEOPEN HOLE SOUR SERVICEGEOTHERMAL 7/32“ 5/16“ 15/32“GREASELESSFIBER OPTICMECHANICAL WIRELINE

40

NAVIGATION

CASED HOLEOPEN HOLE

SOUR SERVICEGEOTHERMAL

7/32“ 5/16“ 15/32“

GREASELESSFIBER OPTIC

MECHANICAL WIRELINE

PROPERTIES

ElECTRICAl

MECHANICAl




1N325/16” (8.18 mm)

MONOCONDUCTOR

GeoSteam™



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N32WG 600316

550288

500260 ECA 0.0421

1.06719x0.014219x0.361

3.210.5

46151

0.1553.937

195290

161240







41

PROPERTIES

ElECTRICAl

MECHANICAl




7J4615/32” (11.79 mm)

7-CONDUCTOR

GeoSteam™



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Jacket Type

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

7J46SGG 600316

550288

500260 ECA 0.0290

0.7377x0.01287x0.325

11.136.4

40131

0.0962.438 ECA 363

540300446

The armor wires are high tensile, Galvanized Extra Improved Plow Steel (GEIPS), and coated with anti-corrosion compound for protection during shipping and storing. Wires are preformed and cables are post-tensioned.

The Nickel coated copper wires are made of ASTM3555 Class 10 and they are used to increase corrosion protection conductors.

Core assembly – Copper strand consists of six wires around one center wire and are “water blocked” to reduce water and gas migration. Conductor resistance is measured at 68 deg. F.




NAVIGATION

CASED HOLEOPEN HOLE SOUR SERVICEGEOTHERMAL 7/32“ 5/16“ 15/32“GREASELESSFIBER OPTICMECHANICAL WIRELINE

42

ECOSEAl®G

REA

SElE

SS

43

NAVIGATION

CASED HOLEOPEN HOLE SOUR SERVICEGEOTHERMALGREASELESSEcoSealFIBER OPTICMECHANICAL WIRELINE

1Q36-EHSECOSEAl®

0.359” (9.12 mm)MONOCONDUCTOR

44

PROPERTIES

ElECTRICAl

MECHANICAl

The EcoSeal® features an “inside out” polymer-filled technology consisting of a homogenous outer armor and jacketing layer, utilizing a proprietary polymer.

Core assembly – Copper strand consists of nineteen wires around one center wire. Conductor resistance is measured at 68 °F.



Not recommended for use in any sour and / or corrosive environment.



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Jacket O.D.

M-ETFE

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1Q36PTZ-EHStZ4 400204

375191

350177

FEP 0.01350.343 19x0.0142

19x0.3612.89.2

54177

0.0982.489 0.356

9.042171232

141168

ETFE 0.0190.483

0.1363.454

Cable Breaking Strength Ends Fixed 9,000 lbs (40.0 KN) NominalMaximum Suggested Working Tension 5,000 lbs (22.2 KN) Number and Size of Wires Inner Armor 11 x 0.0470” (1.194 mm) Outer Armor 14 x 3W Strand .0430” (1.092 mm)Average Wire Breaking Strength Inner Armor 542 lbs (2.4 KN) Outer Armor 191 lbs (0.85 KN)

Maximum Conductor Voltage 1,500 VDCConductor AWG Rating 15Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 1,000 VDC (457 MegaΩ/Km @ 1,000 VDC)Armor Electrical Resistance 4.5 Ω/Kft (14.76 Ω/Km)

Cable Diameter 0.359” +0.004” - 0.002” (9.12mm +0.10mm -0.05mm)Cable Armor Diameter 0.315” +0.005” - 0.002” (8.00mm +.13mm -0.05mm)Minimum Sheave Diameter 26” (66 cm)Cable Stretch Coefficient 1.55 ft/Kft/Klbs (1.74 m/Km/5KN)Cable Coefficient of Friction 0.2

PROPERTIES

ElECTRICAl

MECHANICAl

NAVIGATION

CASED HOLEOPEN HOLE


GREASELESSEcoSeal

FIBER OPTICMECHANICAL WIRELINE

Cable Breaking Strength Ends Fixed 8,200 lbs (36.5 KN) NominalMaximum Suggested Working Tension 5,000 lbs (22.2 KN) Number and Size of Wires Inner Armor 21 x 0.028” (0.711 mm) Outer Armor 14 x 3W Strand 0.043” (1.092 mm)Average Wire Breaking Strength Inner Armor 210 lbs (0.94 KN) Outer Armor 318 lbs (1.41 KN)

Maximum Conductor Voltage 1,500 VDC Central Conductor1,000 VDC Server Conductor

Conductor AWG Rating 14 Central Conductor16 Server Conductor

Minimum Insulation Resistance 1.5 GΩ/kft @500 VDC (5.0 GΩ/kft @500 VDC)Armor Electrical Resistance 3.4 Ω/Kft (11.3 Ω/Km)

Jacketed Cable Diameter 0.374” ±0.005” (9.50mm ±0.13mmCable Armor Diameter 0.337” +0.005” -0.002” (8.56 mm +0.13 -0.05 mm)Minimum Sheave Diameter 26” (66 cm)Cable Stretch Coefficient 2.1 ft/Kft/Klbs (2.36m/Km/5KN)

Cable Coefficient of Friction 0.2

2Q37-EHSECOSEAl®

0.374” (9.50 mm)COAXIAl CABlE

The EcoSeal® features a “double-seal” technology consisting of an inner polymer sleeve between the inner and outer armors, and a specially formulated outer polymer jacket.

Core assembly – Copper strand consists of a total of seven wires and then a coaxial arrangement 45 x 0.0080. Conductor resistance is measured at 68 deg. F. Voids in the copper strand are filled with a water-blocking agent to reduce water and gas migration.



Not recommended for use in any sour and / or corrosive environment.

Cable Type Core Description Jacket Cable Weight


Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

Type in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

2Q37CTZZ-EHStZZ 400204

375191

350177

FEP 0.0250.635 Compacted

0.067 (7 wires)1.702 (7 wires)

45 x 0.008045 x 0.203

2.89.2

4.113.3

54177

175575

0.1172.972

0.1594.038

0.1834.648

167248

138205

ETFE

M-ETFE

0.0130.330

0.0120.305

M-ETFE

45

46

ECOSEAl®G

REA

SElE

SSFI

BER

OPT

IC

47

PROPERTIES

ElECTRICAl

MECHANICAl

Number, type and temperature rating of fiber optic elements is dependent on customer request.

While insulation is rated to 1-hour exposure of 500°F, the fiber optic element in the cable will dictate the maximum operating temperature for the cable.

Fiber in metal tube (FIMT): stainless steel OD of 0.046 in. (1.17 mm). Extra fiber length (EFL) is specified by customer request and subject to manufacturing capabilities.

Attenuation increase in the fiber optic under loaded conditions may vary.

The armor wires are high tensile, Galvanized Extra Improved Plow Steel (GEIPS), and coated with an anticorrosion compound for protection during shipping and storing. Wires are preformed.

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.




Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1Q25YZ-FO 500260

450232

400204 FEP 0.023

0.58418x0.0085 8.5

27.978

2560.1092.770

117175

97144




1Q25-FO1/4” (6.35 mm)

MONOCONDUCTORFIBER OPTIC

NAVIGATION

CASED HOLEOPEN HOLE SOUR SERVICEGEOTHERMALGREASELESSFIBER OPTIC

1/4“5/16“

.36“ MECHANICAL WIRELINE

48

PROPERTIES

ElECTRICAl

MECHANICAl




1Q25-FO-S751/4” (6.35 mm)


CORROSION RESISTANT



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1Q25YZ-FO-S75 500260

450232

400204 FEP 0.023

0.58418x0.0085 9.9

32.582

2690.1092.770

122181

101150









NAVIGATION

CASED HOLEOPEN HOLE



1/4“5/16“

.36“MECHANICAL WIRELINE

49

NAVIGATION

CASED HOLEOPEN HOLE SOUR SERVICEGEOTHERMALGREASELESSFIBER OPTIC1/4“5/16“.36“MECHANICAL WIRELINE

PROPERTIES

ElECTRICAl

MECHANICAl










1N32-FO5/16” (8.18 mm)





Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1N32YZ-FO 500260

450232

400204 ETFE 0.0322

0.81818x0.012818x0.325

3.712.13

86282

0.1553.937

190283

157234

50

PROPERTIES

ElECTRICAl

MECHANICAl

Cable Breaking Strength Ends Fixed 13,100 lbs (60.07 KN) NominalMaximum Suggested Working Tension 6,550 lbs (30.04 KN) Number and Size of Wires Inner Armor 18 x 0.039” (0.991 mm) Outer Armor 24 x 0.039” (0.991 mm)Average Wire Breaking Strength Inner Armor 357lbs (1.59 KN) Outer Armor 357 lbs (1.59 KN)


1Q36-FO0.36” (0.91 mm)

MONOCONDUCTOR

Maximum Conductor Voltage 1,500 VDC Central ConductorConductor AWG Rating 11Minimum Insulation Resistance 1,500 MegaΩ/Kft @ 500VDC (457 MegaΩ/Km @ 500VDC)Armor Electrical Resistance 1.9 Ω/Kft (6.09 Ω/Km)



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1Q36YZ-FO 500260

450232

400204 ETFE 0.032

0.80014x0.025314x0.643

1.264.12

139457

0.2085.27

228341

189282








NAVIGATION

CCASED HOLEOPEN HOLE



1/4“5/16“

.36“MECHANICAL WIRELINE

51

PROPERTIES

ElECTRICAl

MECHANICAl












1Q36-FO-S750.36” (0.91 mm)

MONOCONDUCTOR



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1Q36YZ-FO-S75 500260

450232

400204 ETFE 0.032

0.80014x0.025314x0.643

1.434.68

144472

0.2085.27

243361

201298

NAVIGATION

CASED HOLEOPEN HOLE SOUR SERVICEGEOTHERMALGREASELESSFIBER OPTIC

1/4“5/16“.36“

MECHANICAL WIRELINE

52

NAVIGATION

CASED HOLEOPEN HOLE



1/4“5/16“

.36“ MECHANICAL WIRELINE

PROPERTIES

ElECTRICAl

MECHANICAl












1Q36-FO-S770.36” (9.068 mm)

MONOCONDUCTOR



Plastic Type

InsulationThickness

inmm

CopperConstruction

inmm

ResTypical

Ω/KftΩ/Km

Cap. Typical

pf/ftpf/m

O.D.Each

inmm

in Air

in H2O

1 hr. Max Temp

8 hr. Max Temp

Cont. Max Temp

lbs/KftKg/Km

1Q36YZ-FO-S77 500260

450232

400204 ETFE 0.032

0.80014x0.025319x0.643

1.434.68

144472

0.2085.27

233347

193287

53

54

GR

EASE

lESS

MEC

HAN

ICAl

WIR

ElIN

E

55

1/4” 5/16”CONSTRUCTION 1X19 (1-9-9) 1X19 (1-9-9)Outside diameter .250”(6.35 mm) .313” (7.9 mm)Center wire diameter .076”(1.93 mm) .096”(2.43 mm)Inner Layer – Right lay Number of wires 9 9 Wire diameter .038”(0.97 mm) .045” (1.14 mm)Outer Layer - Right lay Number of wires 9 9 Wire diameter .066”(1.68 mm) .080” (2.03 mm)MECHANICAl CHARACTERISTICSBreaking strength 11,000 lbs (48.93 kN) 15,900 lbs (70.73 kN) Center Wire 1,289 lbs (5.73 kN) 2,057 lbs (9.15 kN) Inner Wire 322 lbs (1.43 kN) 452 lbs (2.01 kN) Outer Wire 923 lbs (4.11 kN) 1,356 lbs (6.03 kN)Maximum suggested working tension 5,500 lbs (24.47 kN) 7,950 lbs (35.36 kN)Weight 162 lbs/Kft. (241.7 kg/km) 275.8 lb/Kft (410.4 kg/km)Diameter tolerance ± 2% +2%Calculated stretch coefficient 0.87 ft/Kft/Klb 0.80 ft/Kft/KlbMinimum sheave diameter 26" (66.04 cm) 32" (81.28 cm)• The armor wires are Galvanized Improved Plow Steel (GIPS), with anti-corrosion compound for protection during shipping and storing.

3/16” 7/32”CONSTRUCTION 1x19 (1-9-9) 1x19 (1-9-9)Outside diameter .188”(4.78 mm) .219”(5.56 mm)Center wire diameter .056”(1.42 mm) .066”(1.68 mm)Inner Layer – Right lay Number of wires 9 9 Wire diameter .027”(0.69 mm) .032”(.81 mm)Outer Layer - Right lay Number of wires 9 9 Wire diameter .049”(1.24 mm) .056”(1.42 mm)MECHANICAl CHARACTERISTICSBreaking strength 6,400 lbs (28.44 kN) 8,600 lbs (38.25 kN) Center Wire 700 lbs (3.11 kN) 972 lbs (4.33 kN) Inner Wire 163 lbs (0.72 kN) 229 lbs (1.02 kN) Outer Wire 509 lbs (2.26 kN) 700 lbs (3.11 kN)Maximum suggested working tension 3,200 lbs (14.23 kN) 4,300 lbs (19.13 kN)Weight 87.7 lb/Kft (130.56 kg/km) 116.5 lb/Kft (173.4 kg/km)Diameter tolerance +2% +2%Calculated stretch coefficient 2.17 ft/Kft/Klb 1.28 ft/Kft/KlbMinimum sheave diameter 20" (50.80 cm) 22" (55.88 cm)

DYCAM®

56

• The armor wires are Galvanized Improved Plow Steel (GIPS), with anti-corrosion compound for protection during shipping and storing.

3/16” 7/32”CONSTRUCTION 1x16 (1-6-9) 1x16 (1-6-9)Outside diameter .188”(4.78 mm) .219”(5.56 mm)Center wire diameter .036”(0.91 mm) .042”(1.1 mm)Inner Layer – Left lay Number of wires 6 6 Wire diameter .032”(0.81 mm) .038”(0.97 mm)Outer Layer - Right lay Number of wires 9 9 Wire diameter .044”(1.12 mm) .054”(1.37 mm)MECHANICAl CHARACTERISTICSBreaking strength 4,600 lbs (20.46 kN) 6,800 lbs (30.25 kN) Center Wire 289 lbs (1.29 kN) 394 lbs (1.75 kN) Inner Wire 229 lbs (1.02 kN) 322 lbs (1.43 kN) Outer Wire 432 lbs (1.92 kN) 651 lbs (2.90 kN)Maximum suggested working tension 2,300 lbs (10.23 kN) 3,400 lbs (15.12 kN)Weight 70.6 lb/Kft (105.2 kg/km) 104.2 lb/Kft (155.0 kg/km)Diameter tolerance ± 2% ± 2%Calculated stretch coefficient 2.85 ft/Kft/Klb 1.80 ft/Kft/KlbMinimum sheave diameter 18" (45.72 cm) 22" (55.88 cm)

1/4” 5/16”CONSTRUCTION 1x19 (1-6-12) 1x19 (1-6-12)Outside diameter .250”(6.35 mm) .313”(7.94 mm)Center wire diameter .058”(1.47 mm) .072”(1.83 mm)Inner Layer – Left lay Number of wires 6 6 Wire diameter .048”(1.22 mm) .062”(1.57 mm)Outer Layer - Right lay Number of wires 12 12 Wire diameter .048”(1.22 mm) .062”(1.57 mm)MECHANICAl CHARACTERISTICSBreaking strength 8,300 lbs (36.92 kN) 13,900 lbs (61.83 kN) Center Wire 751 lbs (3.34 kN) 1,157 lbs (5.15 kN) Inner Wire 514 lbs (2.29 kN) 858 lbs (3.82 kN) Outer Wire 514 lbs (2.29 kN) 858 lbs (3.82 kN)Maximum suggested working tension 4,150 lbs (18.46 kN) 6,950 lbs (30.92 kN)Weight 127.1 lb/Kft (189.1 kg/km) 207.6 lb/Kft (308.9 kg/km)Diameter tolerance ± 2% ± 2%Calculated stretch coefficient 1.70 ft/Kft/Klb 1.10 ft/Kft/KlbMinimum sheave diameter 19" (48.26 cm) 25" (63.50 cm)

SWAB lINES

57

Specifications

Wire Diameter Approximate Weight

MinimumBreaking load

Minimum Sheave Diameter Torsions Wrap

inchesmm

lbs/KftKg/Km

lbfKgf inches # Turns

0.066 ± 0.00051.676 ± 0.012

1217.7

1300591 8 27 8

0.072 ± 0.00051.829 ± 0.012

1420.8

1486675 9 27 8

0.082 ± 0.00052.083 ± 0.012

1826.8

1848840 10 24 8

0.092 ± 0.00052.337 ± 0.012

2334.2

22271012 11 21 8

0.108 ± 0.00052.743 ± 0.012

3247.6

28861312 13 17 8

0.125 ± 0.00053.175 ± 0.012

4262.5

37431729 15 15 8

0.140 ± 0.00053.556 ± 0.012

5480.4

46182099 17 13 8

0.160 ± 0.00054.064 ± 0.012

69102.7

56302559 19 11 8

X3™ Slickline

Features:Camesa Slickline products are produced per American Petroleum Institute 9A where applicable. XXXIP Grade Wire with corrosion protective zinc layerWrap test is performed around wire’s own diameter

Camesa Wireline Warranty

limited Warranty:

WireCo WorldGroup Inc. (“Seller”) warrants that the Products manufactured by Seller will be free from defects in material and workmanship and meet Seller’s published specifications at the time of shipment under normal use and regular service and maintenance for a period of one year from the date of shipment of the Products by Seller, unless otherwise specified by Seller in writing. THIS IS THE SOLE AND EXCLUSIVE WARRANTY GIVEN BY SELLER WITH RESPECT TO THE PRODUCTS AND IS IN LIEU OF AND EXCLUDES ALL OTHER WARRANTIES, EXPRESS OR IMPLIED, ARISING BY OPERATION OF LAW OR OTHERWISE, INCLUDING WITHOUT LIMITATION, MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE WHETHER OR NOT THE PURPOSE OR USE HAS BEEN DISCLOSED TO SELLER IN SPECIFICATIONS, DRAWINGS OR OTHERWISE, AND WHETHER OR NOT SELLER’S PRODUCTS ARE SPECIFICALLY DESIGNED AND/OR MANUFACTURED BY SELLER FOR BUYER’S USE OR PURPOSE. This warranty does not extend to any losses or damages due to: misuse; accident; abuse; neglect; normal wear and tear; negligence (other than Seller’s); unauthorized modification or alteration; use beyond rated capacity; unsuitable power sources or environmental conditions; cosmetic damages; improper storage, installation, repair, handling, maintenance or application; use on mechanical equipment improperly designed or maintained; or any other cause not the fault of Seller. To the extent that Buyer or its agents has supplied specifications, information, representation of operating conditions or other data to Seller in the selection or design of the Products and the preparation of Seller’s quotation, and in the event that actual operating conditions or other conditions differ from those represented by Buyer, any warranties or other provisions contained herein which are affected by such conditions shall be null and void. If within thirty (30) days after Buyer’s discovery of any warranty defects within the warranty period, Buyer notifies Seller thereof in writing, Seller shall, at its option and as Buyer’s exclusive remedy, repair, correct or replace F.O.B. point of manufacture, that portion of the Products found by Seller to be defective. Failure by Buyer to give such written notice within the applicable time period shall be deemed an absolute and unconditional waiver of Buyer’s claim for such defects. All costs of dismantling, reinstallation and freight and the time and expense of Seller’s personnel and representatives for site travel and diagnosis under this warranty shall be borne by Buyer unless accepted in writing by Seller. Seller must be given an opportunity to investigate the claim (and Buyer and its end users must fully cooperate with such investigation) before Buyer attempts to rectify, modify or dispose of the Products, and Buyer must provide to Seller upon request copies of all applicable destructive and/or non-destructive test procedures and results, including traces and cover pages, or else Buyer’s claim will be barred. Buyer shall not return any defective or non-conforming Products without Seller’s prior written consent. Products repaired or replaced during the warranty period shall be covered by the foregoing warranty for the remainder of the original warranty period or ninety (90) days from the date of shipment, whichever is longer. Buyer assumes all other responsibility for any loss, damage, or injury to persons or property arising out of, connected with, or resulting from the use of Products, either alone or in combination with other products/components.

THE SOLE AND EXCLUSIVE REMEDY OF BUYER FOR BREACH OF ANY WARRANTY HEREUNDER SHALL BE LIMITED TO REPAIR, CORRECTION OR REPLACEMENT, AT SELLER’S OPTION, FOR PRODUCTS PROVEN TO HAVE FAILED TO MEET THE SPECIFICATION OR TO HAVE BEEN DEFECTIVE IN MATERIAL OR WORKMANSHIP AT THE TIME OF DELIVERY. SELLER SHALL NOT BE LIABLE FOR DAMAGES CAUSED BY DELAY IN PERFORMANCE AND THE REMEDIES SET FORTH IN THESE TERMS AND CONDITIONS ARE EXCLUSIVE. IN NO EVENT, REGARDLESS OF THE FORM OF THE CLAIM OR CAUSE OF ACTION (WHETHER BASED IN CONTRACT, INFRINGEMENT, NEGLIGENCE, INDEMNITY, STRICT LIABILITY, OTHER TORT OR OTHERWISE), SHALL SELLER’S LIABILITY TO BUYER AND/OR ITS CUSTOMERS EXCEED THE PRICE PAID BY BUYER FOR THE SPECIFIC PRODUCTS PROVIDED BY SELLER GIVING RISE TO THE CLAIM OR CAUSE OF ACTION. BUYER AGREES THAT IN NO EVENT SHALL SELLER’S LIABILITY TO BUYER AND/OR ITS CUSTOMERS EXTEND TO INCLUDE INCIDENTAL, CONSEQUENTIAL OR PUNITIVE DAMAGES. The term “consequential damages” shall include, but not be limited to, loss of anticipated profits, business interruption, loss of use, revenue, reputation and data, costs incurred, including without limitation, for capital, labor, fuel, power and loss or damage to property or equipment. Buyer expressly acknowledges and agrees that Seller has set its prices and entered into the Agreement in reliance upon the limitations of liability and other terms and conditions specified herein, which allocates the risk between Seller and Buyer and form a basis of this bargain between the parties. It is expressly understood that any technical advice furnished by Seller with respect to the use of the Products is given without charge, and Seller assumes no obligation or liability for the advice given, or results obtained, all such advice being given and accepted at Buyer’s risk.

60

Cabl

e Ty

peSi

ze

(In)

Tem

pera

ture

Rat

ing

(°F)

Bre

akin

g St

reng

th

(lbs)

Wor

king

Te

nsio

n*

(lbs)

Wei

ght i

n Ai

r/W

ater

(lb

s/Kf

t)

Stre

tch

Coef

f.

(ft/K

ft/K

lb)

Nom

. Res

is.

(Ω/K

ft)

Arm

Res

(Ω

/Kft

)

Wire

Bre

ak

Stre

ngth

(lbs

) (In

/Out

)1

hr. M

ax

Tem

p8

hr. M

ax

Tem

pCo

nt. M

ax

Tem

p

CASED HOlE 1N

10RP

1/10

300°

275°

250°

1,00

050

019

/15

13.1

2122

42/4

21N

12RP

1/8

300°

275°

250°

1,60

080

028

/23

6.5

2113

65/6

51N

12RZ

1/8

500°

450°

400°

1,60

080

029

/24

6.5

2113

65/6

51L

18RP

3/16

300°

275°

250°

4,00

02,

000

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43.

09.

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21L

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500°

450°

400°

4,00

02,

000

66/5

53.

09.

46.

010

3/27

21K

22PP

7/32

300°

275°

250°

5,60

02,

800

91/7

52.

24.

14.

313

2/28

61K

22PX

Z7/

3242

0°37

5°32

5°5,

600

2,80

092

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2.2

4.1

4.3

132/

286

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PTZ

7/32

500°

450°

400°

5,60

02,

800

95/7

82.

24.

14.

313

2/28

61N

22PP

7/32

300°

275°

250°

5,60

02,

800

93/7

72.

54.

14.

421

5/21

51N

22PX

Z7/

3242

0°37

5°32

5°5,

600

2,80

094

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2.5

4.1

4.4

215/

215

1N22

PTZ

7/32

500°

450°

400°

5,60

02,

800

96/9

02.

54.

14.

421

5/21

51N

25PP

1/4

300°

275°

250°

7,30

03,

650

121/

100

1.9

4.1

3.0

286/

286

1N25

PXZ

1/4

420°

375°

325°

7,30

03,

650

124/

101

1.9

4.1

3.0

286/

286

1N25

PTZ

1/4

500°

450°

400°

7,30

03,

650

125/

103

1.9

4.1

3.0

286/

286

1N29

PP-E

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3230

0°27

5°25

0°10

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5,10

015

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61.

552.

82.

839

3/39

31N

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5°10

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5,10

015

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81.

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82.

839

3/39

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Z-EH

S-LT

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450°

400°

10,2

006,

500

162/

134

1.8

2.9

2.7

602/

236

1N29

PTZ-

EEHS

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500°

450°

400°

10,9

005,

450

157/

130

1.55

2.8

2.8

420/

420

1N32

PP5/

1630

0°27

5°25

0°12

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6,00

018

7/15

51.

22.

82.

144

2/44

21N

32PX

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0°37

5°32

5°12

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6,00

019

0/15

71.

22.

82.

144

2/44

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1650

0°45

0°40

0°12

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6,00

019

4/16

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22.

82.

144

2/44

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0°27

5°25

0°14

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518

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51.

22.

82.

156

4/56

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RP.3

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0°27

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0°13

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6,60

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3/46

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0°27

5°25

0°3,

100

1,55

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4.25

22.5

6.7

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300°

275°

250°

2,60

01,

300

61/5

04.

2522

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763

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7Q38

RAZB

3/8

500°

450°

400°

13,1

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550

256/

211

1.4

9.8

1.8

286/

494

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0°17

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500°

450°

400°

17,6

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800

316/

261

0.75

9.8

1.2

404/

765

7J46

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300°

275°

250°

19,1

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550

321/

265

0.77

9.8

1.3

357/

575

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242

0°37

5°32

5°19

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9,55

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81.

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500°

450°

400°

19,1

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550

341/

382

0.77

9.8

1.3

357/

575

7H47

RP-E

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7430

0°27

5°25

0°24

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12,2

5037

2/30

80.

639.

81.

154

2/10

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5°24

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5/31

80.

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81.

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0°45

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81.

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2/10

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5/33

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0°30

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8/33

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3/10

95

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EEHS

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500°

450°

400°

40,0

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532/

440

0.50

5.4

0.79

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0°40

0°4,

700

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098

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181

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0°40

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900

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097

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6.7

18.9

189/

189

1N22

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500°

450°

400°

5,20

02,

600

101/

842.

96.

722

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2/20

4

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WA-

S75

1/4

500°

450°

400°

6,20

03,

100

131/

108

2.28

4.6

13.9

242/

242

1N25

WA-

S77

1/4

500°

450°

400°

6,50

03,

250

129/

106

2.27

4.6

14.1

129/

106

1N29

WTZ

-75

9/32

500°

450°

400°

7,80

03,

900

161/

133

1.88

4.0

11.2

302/

302

1N29

WTZ

-77

9/32

500°

450°

400°

8,10

04,

050

159/

131

1.87

4.0

11.3

314/

314

1N32

WTZ

-75

5/16

500°

450°

400°

9,70

04,

850

201/

166

1.59

3.2

9.0

373/

373

1N32

WTZ

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5/16

500°

450°

400°

10,0

005,

000

198/

163

1.58

3.2

9.1

388/

388

GEOSTEAM

1N22

WG

7/32

600°

550°

500°

5,60

02,

800

97/8

02.

54.

74.

421

5/21

5

1N32

WG

5/16

600°

550°

500°

12,0

006,

000

195/

161

1.2

3.2

2.1

442/

442

7J46

SGG

15/3

260

0°55

0°50

0°19

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9,55

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3/30

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335

7/57

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5940

0°37

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84.

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tZZ

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400°

375°

350°

9,00

05,

000

171/

232

2.1

4.1

3.4

210/

318

FIBER OPTIC

1Q25

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1/4

500°

450°

400°

6,60

03,

300

117/

971.

88.

53.

320

4/38

3

1Q25

YZ-F

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0°45

0°40

0°5,

900

2,95

012

2/10

12.

09.

915

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1/34

1

1N32

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0°45

0°40

0°12

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6,00

019

0/15

71.

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72.

144

2/44

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0°13

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6,55

022

8/18

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935

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5,10

024

3/20

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251.

4310

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6/28

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7.3

6050

0°45

0°40

0°10

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5,05

023

3/19

31.

27

1.43

8.86

280/

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Cont

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Jere

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swire

rope

.com

WAY

NE’

S W

IRE

RO

PE l

lC42

8 S.

11t

h St

reet

Cam

brid

ge, O

H 4

3725

P: +

1(74

0) 2

55-5

850

M: +

1(74

0) 6

30-8

547

F: +

1(74

0) 2

55-5

851

Cont

act:

Way

ne S

teve

nsE:

way

ne@

way

nesw

irero

pe.c

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ww

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nesw

irero

pe.c

om

WR

C33

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wy

281

Nor

thAl

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TX

7833

3P:

+1(

361)

664

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ntac

t: Ra

ndy

Gre

enhi

ll E:

rand

y.gr

eenh

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mat

ex.u

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wy

281

Sout

hPl

easa

nton

, TX

7806

4P:

+1(

830)

569

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0F:

+1(

830)

569

-252

5Co

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t: Ra

ndy

Gre

enhi

llE:

rand

y.gr

eenh

ill@

mat

ex.u

s

WR

S10

2 Ex

posi

tion

Lane

Lafa

yette

, LA

7050

8P:

+1(

337)

837

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0F:

+1(

337)

837

-933

5Co

ntac

t: Br

ian

Doi

ron

E: w

irelin

erep

air@

aol.c

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A.K.

A. O

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Ser

vice

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Box

: 649

, Cod

e: 6

11N

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a, S

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of O

man

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Ham

id A

l Khu

mya

siP:

+96

8 98

9882

21Co

ntac

t: Sa

id A

l Ada

wi

P: +

968

9511

8833

E: s

ervi

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akao

man

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dust

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Mr.

Jaic

Geo

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geor

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ghis

arw

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SETT

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1806

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Chin

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+86

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+86

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3 30

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r. Bi

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eng

E: z

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bin@

sette

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S.W

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ngap

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6385

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+65

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3-09

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anna

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swor

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(2) 2

517-

1594

Cont

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Amr Y

ouss

efE:

am

r.you

ssef

@ta

rget

oilfi

eld.

net

63

2019 WireCo WorldGroup - Form No. 1091N

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