KDFSB UL Standard with Shield

Specifications

* Before ordering, confirm that the following symbols in the order (if any) are correct: "( = single-byte bracket"; "1 = One"; "I = i"; "0 = zero"; "O = oh". 

1 Piece Unit 1 Roll Unit

Model Number	Section Area (mm2)	Number of Pairs *3 1P = 2 Cores	Total Length or Specified Length (m)
KDFSB	0.2	1P	1 ~ 100 (Specify 1 m Increment)
		2P
		3P
		5P
		6P
		8P
		10P
		15P
		20P
	0.3	1P
		2P
		3P
		5P
		6P
		8P
		10P
		15P
		20P
	0.5	1P
		2P
		3P
		5P
		6P
		8P
		10P
		15P
		20P

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]
* 3 Check the indications for number of cores, pair number, core / pair number, and pair number / core when ordering. (Check the Specification Table for number of wire cores) 1P (1PS) is "x 2-core".

More Information

Specifications

Model Number	Section Area (mm2)	Number of Pairs *1 1P = 2 Cores	Total Length (m)	AWG Estimated Size *2	Twisted Structure (See Figure)	Number of Wire Cores	Finished *5 Outer Diameter (mm)	Approximate Mass kg/km	Electrical Properties				Conductor			Insulation		Wire Core Outer Diameter Approx. (mm)	Sheath		Specification	Sample Provided
									Allowable Current A (30°C) *3	Conductor Resistance Ω / km (20°C)	Insulation Properties MΩkm (20°C)	Withstand Voltage V / Min	Structure Strands / mm	Outer Diameter Approx. (mm)	Plating *4	Thickness (mm)	Material *4		Thickness (mm)	Material *4
KDFSB	0.2	1P	1 ~ 100 (Specify 1 m Increment)	25	Twisted Pair	2	4.0	23	6	105 or less	1,500 or more	AC 2000	40/0.08 Tin Plated Annealed Copper Composite Wire	0.6	Tin	0.2	Fluorine (ETFE)	1.0	0.7	PVC	ULAWM2103 CM	-
		2P				4	6.2	50	5										1.0			-
		3P				6	6.7	55	4										1.0		ULAWM2517 CM	-
		5P				10	7.7	80	4										1.0			-
		6P				12	8.2	90	4										1.0			-
		8P				16	9.3	115	3										1.0			-
		10P				20	10.5	135	2.0										1.0			-
		15P				30	11.5	170	2.0										1.1			-
		20P				40	12.5	215	2										1.2			-
	0.3	1P		23		2	4.6	29	8	71.5 or less	1,500 or more	AC 2000	3/20/0.08 Tin Plated Annealed Copper Composite Wire	0.8		0.25		1.3	0.7		ULAWM2103 CM	-
		2P				4	7.3	65	7										1.0			-
		3P				6	7.8	75	6										1.0		ULAWM2517 CM	-
		5P				10	9.2	110	5										1.0			-
		6P				12	10.0	125	5										1.0			-
		8P				16	11.0	155	4										1.0			-
		10P				20	13.0	200	4										1.2			-
		15P				30	14.5	265	4										1.3			-
		20P				40	16.0	330	3										1.4			-
	0.5	1P		20		2	5.4	40	11	43.4 or less	1,500 or more	AC 2000	3/33/0.08 Tin Plated Annealed Copper Composite Wire	1.1		0.25		1.6	0.8		ULAWM2103 CM	-
		2P				4	8.2	85	9										1.0			-
		3P				6	9.4	110	8										1.0		ULAWM2517 CM	-
		5P				10	11.5	160	7										1.1			-
		6P				12	12.5	185	7										1.2			-
		8P				16	14.0	240	6										1.3			-
		10P				20	16.5	325	6										1.4			-
		15P				30	17.5	395	5										1.5			-
		20P				40	20.0	495	5										1.6			-

*1 Please note that when the indicated Core / Pair is 1P (1PS), the number of wire cores will be "x 2-core".
*2 The size conversion is for reference only. Refer to the comparison table on >>Click here for details.
*3 The value of allowable current is to be used only as a reference value and is not guaranteed.
*4 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
*5 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	60	70	80	90	100
Current Reduction Factor	1.00	0.93	0.86	0.77	0.68	0.58	0.45	0.26

Allowable current value indicates the calculated value of 1 cable laid aboveground in ambient temperature of 30°C, and is not a guaranteed value.
If the ambient temperature is 30 °C or above, the above current reduction factor is multiplied by the allowable current.
(Example) Allowable current value 6 x 0.93 = 5.58 (A) when the ambient temperature is 40°C at 1P 0.2mm²