1 Core 1.5 mm² JIS C 3410 0.6/1KV SPYCY / SPYCBY Shipboard Flame Retardant Power Cable

• • No. of Cores : 1
• • Conductor Nominal Area : 1.5 mm²
• • Conductor Strand : 7/0.52  No./mm
• • Conductor Dia. : 1.56 mm
• • Nominal Dia. Over Sheath : 5.9 mm
• • SPYCY / SPYCBY Nominal Dia. : 9.0 mm
• • SPYCY / SPYCBY Tolerance : 0.4 ±mm
• • Conductor Resistance (at 20°C) (Max): 12.2 Ω/km
• • Insulation Resistance (at 20°C) (Min): 1,300 ㏁ - km
• • Cable Weight : 0.0706 Lbs

1 Core 1.5 mm² JIS C 3410 0.6/1KV SPYCY / SPYCBY Shipboard Flame Retardant Power Cable

Allowable Ampacity for 1 Core 1.5 mm² JIS C 3410 0.6/1KV SPYCY / SPYCBY Shipboard Flame Retardant Power Cable: 100 Amps

Application Standard:

• • Design guide : JIS C 3410(2010)
• • Flame retardant :  IEC60332-1
                                :  IEC 60332-3 Category A (FA-Cables Only)
• • Cold bend/impact : CSA 22.2 No. 03 (-40℃/-35℃) (Cold Type Only)
• • Max. rated conductor temperature : 90℃
  

Also Known As:

Shipboard Cable, JIS C 3410 Cable, 0.6/1KV SPYC, SPYCB Cable, Flame Retardant Cable, Power Cable, Tinned Annealed Copper

Construction :

Conductor :

• • Code : S
• • Stranded tinned annealed copper wires as per JIS C 3410(2010)
• • A suitable tape may be applied on the conductor

Insulation :

• • Code : P
• • EPR as per JIS C 3410(2010)

Cabling :

• • Insulated conductors shall be cabled
• • Flame retardant & non-hygroscopic fillers may be used.
• • Suitable tape(s) may be applied on the cabled core.

Sheath :

• • Code : Y
• • PVC as per JIS C3410(2010)

Armour :

• • Code : C (CB)
• • Braid of galvanized steel wire(C) or copper alloy wire(CB)
• • Coverage density : Min. 90%
• • A suitable separator tape(s) may be applied under/over the armour

Paint :

• • The white paint shall be painted uniformly on the steel wire braid
• • In case of PVC protective covering cable, paint isdispensable.

Protective Covering :

• • Code : Y
• • PVC as per JIS C3410(2010)
• • Protective covering color : Black
• • Any other color may be applicable when purchaser required