Factory Automation Cable, VCT531XX Series (Oil Resistant/Heat Resistant/Vibration Resistant)

Brand :

KURAMO ELECTRIC

Caution

Product Description

600 V UL/PSE standard power cable

Product Feature Details

[Features]

Electrical Appliances and Materials Safety Act of Japan (7 cores or fewer) & UL, cUL AWM standard cable
Oil resistant, heat resistance (105°C), vibration resistant
Fine stranded conductor
Sheath matte

[Applications]

Wiring inside and outside electrical equipment
Wiring to mobile electrical equipment for indoor and outdoor use

Product Specifications

< Main Specifications >

Sheath color: Black Standard acquired: DENAN Act of Japan / ULAWM2501 / c-UL Rated voltage: 600 V Operating temperature range: 0 to 75°C (PSE) 0 to 105°C (UL) Flame retardancy: VW-1 Bending radius: finished outer diameter x 4 (fixed part) (mm) finished outer diameter x 7.5 (movable part) *These are recommended values, not guaranteed values.

Items	Configuration
Conductor	Annealed copper wire
Insulator	Heat-resistant vinyl mixture
Twisted	Stranded wire cores in a round shape
Tape	12 cores or more wound with multiple layers of tape
Sheath	Oil- and heat-resistant vinyl mixture (black)

Technical Information & Design Ideas

Cable type	Japan^*1	UL/cUL^*2
Compatible size	7 contacts or less	1 contact	2 or more contacts
Rated voltage	600V
Rated temperature	75℃	105℃
Test voltage	3,000 V AC, 1 min
Flame retardancy	60° incline	VW-1, FT1
Compatible standards	Electrical Appliances and Materials Safety Act of Japan	UL AWM STYLE 10107 CSA C22.2 No. 210	UL AWM STYLE 2501 CSA C22.2 No. 210

*The Electrical Appliances and Materials Safety Act of Japan does not apply to cables with 8 or more cores.
*For sizes of 125 mm² or larger, cUL is not applicable.

Product Properties

Factory Automation Cable, VCT531XX, characteristic diagram

Conductor		Insulation	Number of cores	Sheath outer diameter (approx. mm)	Approximate Weight (kg/km)	Electrical Characteristics
Nominal cross-sectional area	Outer diameter (approx. mm) (configuration)	Outer diameter (approx. mm)	Number of cores	Sheath outer diameter (approx. mm)	Approximate Weight (kg/km)	Allowable current (A)	Conductor resistance 20℃ (Ω/km)	Insulation Resistance 20°C (MΩkm)
0.75 mm² <19AWG>	1.1 <67/0.12>	2.7	2	8.8	100	14	25.8 or less	50 or more
			3	9.2	110	12
			4	9.9	130	11
			6	12.0	185	8
			8	14.0	250	7
			10	16.0	330	7
			12	15.5	295	6
			16	17.5	370	6
			20	19.0	450	5
			30	22.5	630	5
1.25 mm² <17AWG>	1.5 <112/0.12>	3.1	2	9.6	120	19	15.6 or less	50 or more
			3	10.0	140	17
			4	11.0	170	16
			6	13.0	245	12
			8	15.5	325	9
			10	18.0	440	9
			12	17.5	395	8
			16	19.5	495	8
			20	21.5	610	7
			30	25.5	860	6
2 mm² <15AWG>	1.8 <79/0.18>	3.6	1	6.6	65	30	9.50 or less	50 or more
		3.4	2	10.5	150	27	10.1 or less
			3	11.0	180	23
			4	12.0	215	20
			6	14.5	310	16
			8	16.5	415	13
			10	19.5	560	13
			12	18.5	510	12
			16	21.0	660	11
			20	23.5	800	9
			30	27.5	1150	8

Conductor		Insulation	Number of cores	Sheath outer diameter (approx. mm)	Approximate Weight (kg/km)	Electrical Characteristics
Nominal cross-sectional area	Outer diameter (approx. mm) (configuration)	Outer diameter (approx. mm)	Number of cores	Sheath outer diameter (approx. mm)	Approximate Weight (kg/km)	Allowable current (A)	Conductor resistance 20℃ (Ω/km)	Insulation Resistance 20°C (MΩkm)
3.5 mm² <12AWG>	2.5 [68/0.26]	4.3	1	7.5	90	45	5.09 or less	40 or more
		4.1	2	12.0	210	39	5.24 or less
			3	12.5	260	34
			4	14.0	320	30
			8	19.5	620	20
5.5 mm² <10AWG>	3.1 [105/0.26]	5.1	1	8.3	115	60	3.27 or less	40 or more
			2	14.5	305	50	3.37 or less
			3	15.0	375	44
			4	16.5	465	39
8 mm² <9AWG>	3.7 [154/0.26]	6.3	1	9.7	165	75	2.32 or less	40 or more
		6.1	2	16.5	420	62	2.39 or less
			3	17.5	530	53
			4	19.5	660	47
14 mm² <6AWG>	4,9 <88/0.45>	7.9	1	11.5	245	107	1.32 or less	40 or more
			2	20.5	670	86	1.36 or less
			3	22.0	840	75
			4	24.0	1050	67
22 mm² <4AWG>	7.0 <7/20/0.45>	10.2	1	14.5	380	140	0.844 or less	30 or more
			2	26.0	1070	116	0.869 or less
			3	27.5	1330	101
			4	30.5	1670	90

Current Reduction Factor Table

Ambient temperature (°C)	30	35	40	45	50	55	60	65	70
Current Reduction Factor	1.00	0.94	0.88	0.82	0.75	0.67	0.58	0.47	0.33

Wire Core Identification

Arrangement diagram

Structure

Factory Automation Cable, VCT531XX, structural drawing

A: Conductor B: Tape C: Insulator D: Sheath

Wire Core Identification

Number of wire cores	Wire Core Identification Method
12 contacts or less	Insulator coloring method (in the order of black, white, red, green, yellow, brown, blue, gray, orange, purple, pink, light green)
13 or more cores	Numbering method (1, 2, 3, 4: are displayed continuously on the surface of the black insulator surface)

How to Use / Usage Examples (Including Applications and Unit Examples)

Wiring inside and outside electrical equipment.
Wiring to mobile electrical equipment, indoors and outdoors.