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Electromechanical Cable Product Info

0.355

0.355" (9.02 mm) Monoconductor 1Q36-FO

Properties

Cable Diameter:

0.355" +0.003" - 0.002"
(9.07mm +0.13mm -0.05mm)

Minimum Sheave Diameter:

22"
(56 cm)

Cable Stretch Coefficient:

1.0 ft/Kft/Klbs
(1.12 m/Km/5KN)

ELECTRICAL

Maximum Conductor Voltage:

1,500 VDC Central Conductor

Recommended Operating Conductor Voltage:

N/A

Conductor AWG Rating:

11

Recommended Operating Conductor Voltage

1,500 MegaΩ/Kft @ 500VDC
(457 MegaΩ/Km @ 500VDC)

Armor Electrical Resistance:

1.99 Ω/Kft
(6.53 Ω/Km)

Mechanical

Minimum Insulation Resistance:

Ends Fixed:

13,100 lbs
(58.29 KN) Nominal

Maximum Suggested Working Tension:

6,550 lbs
(29.15 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:
357 lbs
(1.59 KN)
Outer Armor:
357 lbs
(1.59 KN)
Cable Type Core Description Cable Weight
Temp Rating Plastic Type Insulation Thickness Copper Construction Res Typical Cap Typical O.D. Each In Air In H2O Spec. Gravity
°F
°C		 in
mm		 in
mm		 Ω/Kft
ΩKm		 pf/ft
pf/m		 in
mm		 lbs/Kft
Kg/Km
1Q36YZ-FO 500*°
-18°		 ETFE 0.032
0.800		 14x0.0253
14x0.643		 1.26
4.12		 139
457		 0.208
5.27		 228
341		 189
282

* See attached specification sheet for recommended maximum temperature exposure times.

  • 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 0.094 in. (2.4 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
  • .All values shown are nominal or typical values.


View Product Specification Sheet