VCTF22 PSE Supported Ductile Vinyl Cabtire Cable

Specifications

Model Number	Section Area (mm2)	Number of Cores
VCTF22	0.5	2
		3
		4
		6
		8
		10
		12
		16
		20
		30
	0.75	2
		3
		4
		6
		8
		10
		12
		16
		20
		30
	1.25	2
		3
		4
		6
		8
		10
		12
		16
		20
		30
	2.0	2
		3
		4
		6
		8
		10
		12
		16
		20
		30

Be sure to read the following precautions when you place an order.
* Length in "m" is included in our model numbers. Always specify quantity as number of units, not as meters.
* For the latest information regarding standard unit price, quantity slide unit price, shipment days, etc., refer to the Misumi VONA e-catalog.
*1 Stock products are indicated with T or A in the price column at right.
*2 All unit prices above are per meter.
Unit Price Calculation Method [Formula: Last digits of model number (m) x unit price per meter above]

More Information

Specifications

Model Number	Section Area (mm2)	Number of Cores	Total Length	AWG Estimated Size *1	Twisted Structure (See Figure)	Number of Wire Cores	Finished Outer Diameter *4 (mm)	Approximate Mass kg / km	Electrical Properties				Conductor			Insulation		Wire Core Outer Diameter Approx. (mm)	Sheath		Specification
									Allowable Current A (30°C) *2	Conductor Resistance Ω / km (20 °C)	Insulation Properties MΩ km (20 °C)	Withstand Voltage V / Min	Structure Pc / mm	Outer Diameter Approx. (mm)	Plating *3	Thickness (mm)	Material *3		Thickness (mm)	Material *3
VCTF22	0.5	2	1 ~ 100 (Specify 1 m Increment)	20	Core / Layer Stranding	2	5.8	45	5	37.8 or less	5 or more	2000	20/0.18	0.9	N/A	0.5	PVC	1.9	1.0	PVC	-
		3				3	6.1	55	5
		4				4	6.6	65	5
		6				6	7.7	90	4
		8				8	8.7	100	4
		10				10	9.8	120	3
		12				12	10.0	140	3
		16				16	11.0	175	3
		20				20	12.5	210	3
		30				30	14.5	305	2										1.1
	0.75	2		18		2	6.6	65	7	25.1 or less	5 or more	2000	30/0.18	1.1		0.6		2.3	1.0		Compliant with PSE Law
		3				3	7.0	70	7
		4				4	7.6	85	7
		6				6	8.9	120	6
		8				8	10.0	140	5
		10				10	11.5	170	5
		12				12	12.0	190	4
		16				16	13.5	245	4
		20				20	14.5	305	4										1.1
		30				30	17.5	435	3										1.2
	1.25	2		16		2	7.4	80	12	15.1 or less	5 or more	2000	50/0.18	1.5				2.7	1.0
		3				3	7.8	95	12
		4				4	8.5	115	12
		6				6	10.0	165	8
		8				8	11.5	190	7
		10				10	13.0	240	7
		12				12	13.5	275	6										1.1
		16				16	15.0	355	6
		20				20	17.0	440	5										1.2
		30				30	20.0	640	4										1.3
	2.0	2		14		2	8.0	100	17	9.79 or less	5 or more	2000	37/0.26	1.8				3.0	1.0
		3				3	8.5	125	17
		4				4	9.2	155	17
		6				6	11.0	220	11
		8				8	12.5	260	9
		10				10	14.5	330	9										1.1
		12				12	15.0	370	8
		16				16	17.0	490	7										1.2
		20				20	18.5	600	7
		30				30	22.5	880	6										1.4

*1 The size conversion is for reference only. Refer to the comparison table on >>Click here for details.
*2 The value of allowable current is to be used only as a reference value and is not guaranteed.
*3 How to View Materials
[Plating] Tin... Tin Plated Annealed Copper Wire
[Materials] PVC... Polyvinyl Chloride; PE... Polyethylene-based Material;
P... Polyester-based Material; Fluorine... Various Fluorine Resins; *... Other
*4 For the outer diameter size of cables, wire sheath (coat), etc., refer to "Finished Outer Diameter" in the table above.

Current Reduction Factor

Ambient Temperature (°C)	30	40	50
Current Reduction Factor	1.00	0.82	0.58

The allowable current value shows the value calculated for a single wire aboveground when the ambient temperature is 30°C, and is not guaranteed.
If the ambient temperature is 30 °C or above, the above current reduction factor is multiplied by the allowable current.
(Example) Allowable current value when the ambient temperature is 40°C, double-cored, 0.5mm²: 5 x 0.82 = 4.1 (A)



Wire Core Identification Table

Number of Core Lines	Wire Core Identification Method
12-core or less	Insulator Coloring Method (Order: Black, White, Red, Green, Yellow, Brown, Blue, Gray, Orange, Purple, Pink, Light Green)
16-core or more	Numbering Method (Numbers 1, 2, 3, 4... are consecutively printed on the surface of the white insulator)