Funes flexibiles generales involucris e caucciu obducti. Imago Praecipua.

Funes flexibiles generales involucris elasticis obducti

Funes flexibiles generales, vagina elastica obducti, ad transmissionem potentiae, apparatuum domesticorum, et omnium instrumentorum electricorum mobilium externorum ad tensionem AC nominalem usque ad WyU/450/750V destinantur.

Mitte nobis inscriptionem electronicam

Detalia Producti

Applicatio

Parametri

Exempla et Structurae

Dimensiones

Introductio Producti

Proprietates

Tensio nominalis U₀/U为450/750V300/500V.300/300V.

Funis generis "W" cum resistentia aeris et olei praeditus, aptus est ad usum in eventibus externis vel ad contactum cum sordibus pinguibus.

Characteristica applicationis

Tensio nominalis UU 450/750V, 300/500V, 300/300V.

Funis typi "W" cum praestantia resistentiae aeris et oleo aptus est ad usum in occasionibus externis vel ad contactum cum sordibus adiposis. Series productorum.

Modellum	Numerus nucleorum	Area sectionis transversalis normalis conductoris mm²
YC YCW	1 2 3, 4, 3+1 5	1.5-400 1.5-95 1.5-150 1.5-25
YZ YZW		0.75-6

Temperatura maxima permissa continua operationis conductoris	YC(YCW)	65℃	YZ(YZW)	60℃
Temperatura ambientis	+25℃
Temperatura ambientis institutionis	YC YZ :=-40℃ YCW YZW : = -15℃
Radius flexionis	Quadruplex vel quinquies diametri exterioris funis

Genus funis

Modellum

Descriptio

Applicatio

Funis flexibilis vaginae e gummi robustae

Connexio omnium instrumentorum electricorum generis mobilis.
vim mechanicam externam maiorem sustinere.

YCW

Funis flexibilis vaginae e gummi, ad usum robustum in agro,

Nexus omnium apparatuum electricorum mobilium, vim externam mechanicam graviorem resistit, cum proprietatibus resistentibus climati et oleo.

Funis flexibilis magnitudinis mediae, involucro gummato obductus

Applicatio ad varia instrumenta mobilia et susceptio ad vim mechanicam generalem externam

YZW

Funis flexibilis mediocris magnitudinis in agro, involucro gummato obductus

Applicatio ad varia instrumenta mobilia proprietates resistentiae oleo

Funis flexibilis uninucleus generalis involucro gummi obductus

Normal area ofconductor Corex mm2		diameter conductoris mm	Crassitudo normalis vaginae mm	Diameter externus funis mm		Pondus funis computatum kg/km	Quantitas currentis portans A
Normal area ofconductor Corex mm2		diameter conductoris mm	Crassitudo normalis vaginae mm	Min.	Maximus	Pondus funis computatum kg/km	Quantitas currentis portans A
1.5	1.8	0.8	1.4	5.6	7.2	62	29
2.5	2.6	0.9	1.4	6.4	8	85	37
4	3.2	1	1.5	7.2	9	114	47
6	3.9	1	1.6	8	11	148	52
10	5.1	1.2	1.8	9.8	13	227	75
16	6.3	1.2	1.9	11	14.5	CCCV	112
25	7.8	1.4	2	12.5	16.5	446	148
35	9.2	1.4	2.2	14	18.5	595	148
50	11	1.6	2.4	16.5	21	DCCXCIX	226
70	13.1	1.6	2.6	18.5	24	1060	289
95	15.1	1.8	2.8	21	26	1401	353
CXX	17	1.8	3	23	28.5	1667	415
CL	19	2	3.2	25	32	2034	460
CLXXXV	20	2.2	3.4	27.5	34.5	2524	529
240	24	2.4	3.5	30.5	38	3195	DCXXXVI
trecenti	27	2.6	3.6	33.5	41.5	3901	DCCXXXII
quadringenti	31	2.8	3.8	37.5	46.5	5095	DCCCLXXVII

Funis flexibilis binucleus generalis e gummi obductus

Normal area ofconductor Corex mm2	diameter conductoris mm	Crassitudo normalis insulationis tio mm	Crassitudo normalis vaginae mm	Diameter externus funis mm		Pondus computatum funis chiliogrammata/chilometrum	Quantitas currentis portans A
Normal area ofconductor Corex mm2	diameter conductoris mm	Crassitudo normalis insulationis tio mm	Crassitudo normalis vaginae mm	Min.	Maximus	Pondus computatum funis chiliogrammata/chilometrum	Quantitas currentis portans A
2×1.5	1.8	0.8	1.5	9	11.5	147	21
2×2.5	2.6	0.9	1.7	10.5	13.5	232	30
2×4	3.2	1	1.8	12	15	308	39
2×6	3.9	1	2	13.5	18.5	409	57
2×10	5.1	1.2	3.1	18.5	24	DCCXXXVII	74
2×16	6.3	1.2	3.3	21	27.5	965	98
2×25	7.8	1.4	3.6	24.5	31.5	1444	135
2×35	9.2	1.4	3.9	27.5	35.5	MDCCCLXXV	CLXVII
2×50	11	1.6	4.3	32	41	2536	208
2×70	13.1	1.6	4.6	36	46	3257	259
2×95	15.1	1.8	5	40.5	50.5	4349	318

Funis flexibilis trinucleus generalis involucro gummi obductus

Normal area ofconductor Corex mm2	diameter conductoris mm	Crassitudo normalis insulationis tio mm	Crassitudo normalis vaginae mm	Diameter externus funis mm		Pondus computatum funis chiliogrammata/chilometrum	Quantitas currentis portans A
Normal area ofconductor Corex mm2	diameter conductoris mm	Crassitudo normalis insulationis tio mm	Crassitudo normalis vaginae mm	Min.	Maximus	Pondus computatum funis chiliogrammata/chilometrum	Quantitas currentis portans A
3×1.5	1.8	0.8	1.6	9.6	12.5	CLXXVIII	19
3×2.5	2.6	0.9	1.8	11.5	14.5	276	26
3×4	3.2	1	1.9	13	16	374	34
3×6	3.9	1	2.1	14.5	20.5	499	43
3×10	5.1	1.2	3.3	20	25.5	DCCCXCVIII	63
3×16	6.3	1.2	3.5	22.5	29.5	1191	84
3×25	7.8	1.4	3.8	26.5	34	MDCCLXXX	115
3×35	9.2	1.4	4.1	29.5	38	2330	142
3×50	11	1.6	4.5	34.5	43.5	3054	CLXXVI
3×70	13.1	1.6	4.8	38.5	49.5	4095	224
3×95	15.1	1.8	5.3	44	54	5481	273
3×120	17	1.8	5.6	48	59	6459	CCCXVI
3×150	19	2	6	53	66.5	7797	454

Funis flexibilis quattuor filorum, generaliter e gummi obductus

Normal area ofconductor Corex mm2	diameter conductoris mm	Crassitudo normalis insulationis tio mm	Crassitudo normalis vaginae mm	Diameter externus funis mm		Pondus computatum funis chiliogrammata/chilometrum	Quantitas currentis portans A
Normal area ofconductor Corex mm2	diameter conductoris mm	Crassitudo normalis insulationis tio mm	Crassitudo normalis vaginae mm	Min.	Maximus	Pondus computatum funis chiliogrammata/chilometrum	Quantitas currentis portans A
4×1.5	1.8	0.8	1.7	10.5	13.5	219	19
4×2.5	2.6	0.9	1.9	12.5	15.5	341	26
4×4	3.2	1	2	14.5	18	464	34
4×6	3.9	1	2.3	16.5	22	DCXXVII	43
4×10	5.1	1.2	3.4	21.5	28	1101	63
4×16	6.3	1.2	3.6	24.5	32	1471	84
4×25	7.8	1.4	4.1	29.5	37.5	2244	115
4×35	9.2	1.4	4.4	33	42	2942	142
4×50	11	1.6	4.8	38	48.5	3971	CLXXVI
4×70	13.1	1.6	5.2	43	55	5210	224
4×95	15.1	1.8	5.9	49	60.5	7024	273
4×120	17	1.8	6	53	65.5	8213	CCCXVI
4×150	19	2	6.5	59	74	10042	454

Funis flexibilis generalis involucris gummi obductus

Area sectionis transversalis normalis nuclei conductoris x mm²		diametro conductor mm	Crassitudo normalis insulatio mm		Crassitudo normalis vaginae mm	diameter externus funis mm		kg/km Pondus funis computatum chiliogrammata/chilometrum	Quantitas currentis portans A
Magister nucleus	Neutralis nucleus	diametro conductor mm	Magister nucleus	Neutralis nucleus	Crassitudo normalis vaginae mm	Min.	Maximus	kg/km Pondus funis computatum chiliogrammata/chilometrum	Quantitas currentis portans A
3×2.5	1.5	2.6	0.9	0.8	2	12.5	15.5	321	26
3×4	2.5	3.2	1	0.9	2	14.5	17.5	434	34
3×6	4	3.9	1	1	2.2	16	21	585	43
3×10	6	5.1	1.2	1	3	20.5	26.5	966	63
3×16	6	6.3	1.2	1	3.5	23	30.5	1291	84
3×25	10	7.8	1.4	1.2	4	28	35.5	MCMLXIII	115
3×35	10	9.2	1.4	1.2	4	30	38.5	2438	142
3×50	16	11	1.6	1.2	5	36	46	3438	CLXXVI
3×70	25	13.1	1.6	1.4	5	40	51	4465	224
3×95	35	15.1	1.8	1.4	5	44	55	5829	273
3×120	35	17	1.8	1.4	5	46.5	59	6672	CCCXVI
3×150	50	19	2	1.6	5	52	66	7707	454

Funis flexibilis magnitudinis mediae, 300/500 YZ, YZW, vagina elastica gummi obtecta.

area sectionis transversalis malae conductoris mm²	Diameter conductor mm	Crassitudo normalis insulationis mm	Crassitudo normalis vaginae mm	Diameter externus funis mm	Resistentia conductoris Maximum ad 20℃
area sectionis transversalis malae conductoris mm²	Diameter conductor mm	Crassitudo normalis insulationis mm	Crassitudo normalis vaginae mm	Diameter externus funis mm	Cu-nucleus	Nucleus Cu-stannatus
2×0.75	0.21	0.6	0.8	7	26	26.7
2x 1.0	0.21	0.6	0.9	7.2	19.5	20
2×1.5	0.26	0.8	1	9	13.3	13.7
2×2.5	0.26	0.9	1.1	10.5	7.98	8.21
2×4	0.31	1	1.2	10.6	4.95	5.09
2×6	0.31	1	1.3	11.8	3.3	3.39
3×0.75	0.21	0.6	0.9	7.5	26	26.7

area sectionis transversalis malae conductoris mm²	Diameter conductor mm	Crassitudo normalis insulationis mm	Crassitudo normalis vaginae mm	Diameter externus funis mm	Resistentia conductoris Maximum ad 20℃
area sectionis transversalis malae conductoris mm²	Diameter conductor mm	Crassitudo normalis insulationis mm	Crassitudo normalis vaginae mm	Diameter externus funis mm	Cu-nucleus	Nucleus Cu-stannatus
3x 1.0	0.21	0.6	0.9	8	19.5	20
3x 1.5	0.26	0.8	1	10	13.3	13.7
3×2.5	0.26	0.9	1.1	11	7.98	8.21
3×4	0.31	1	1.2	11.3	4.95	5.09
3×6	0.31	1	1.3	12.6	3.3	3.39
4×0.75	0.21	0.6	0.9	8	26	26.7
4×1.0	0.21	0.6	0.9	8.5	19.5	20
4×1.5	0.26	0.8	1.1	10.5	13.3	13.7
4×2.5	0.26	0.9	1.2	12	7.98	8.21
4X4	0.31	1	1.3	12.7	4.95	5.09
4×6	0.31	1	1.4	14	3.3	3.39
3 x 1.5 + 1 x 1.0	0.26/0.21	0.8/0.6	1.1	8.6	13.3	13.7
3 × 2.5 + 1 × 1.5	0.26/0.26	0.9/0.8	1.2	10.4	7.98	8.21
3 × 4 + 1 × 1.25	0.31/0.26	1.0/0.9	1.3	12.3	4.95	5.09
3X6+1X4	0.31/0.31	1.0/1.0	1.4	13.7	3.3	3.39
5×0.75	0.21	0.6	1	8.5	26	26.7
5×1	0.21	0.6	1	9	19.5	20
5×1.5	0.26	0.8	1.1	11	13.3	13.7
5 x 2.5	0.26	0.9	1.3	13	7.98	8.21
Quinque per quattuor	0.31	1	1.4	14.1	4.95	5.09
5×6	0.31	1	1.6	15.7	3.3	3.39
6X0.75	0.21	0.6	1	8.2	26	26.7
6×1.0	0.21	0.6	1.1	8.7	19.5	20
6×1.5	0.26	0.8	1.2	10.9	13.3	13.7
6×2.5	0.26	0.9	1.4	13.2	7.98	8.21
Sex per quattuor	0.31	1	1.5	15.5	4.95	5.09
Sex per sex	0.31	1	1.7	17.4	3.3	3.39

Pro singulis, quaeso per FAQ venditorem nostrum contacta.

Characteristica applicationis

Tensio nominalis UU 450/750V, 300/500V, 300/300V.

Funis typi "W" cum praestantia resistentiae aeris et oleo aptus est ad usum in occasionibus externis vel ad contactum cum sordibus adiposis. Series productorum.

Modellum	Numerus nucleorum	Area sectionis transversalis normalis conductoris mm²
YC YCW	1 2 3, 4, 3+1 5	1.5-400 1.5-95 1.5-150 1.5-25
YZ YZW		0.75-6

Temperatura maxima permissa continua operationis conductoris	YC(YCW)	65℃	YZ(YZW)	60℃
Temperatura ambientis	+25℃
Temperatura ambientis institutionis	YC YZ :=-40℃ YCW YZW : = -15℃
Radius flexionis	Quadruplex vel quinquies diametri exterioris funis

Genus funis

Modellum

Descriptio

Applicatio

Funis flexibilis vaginae e gummi robustae

Connexio omnium instrumentorum electricorum generis mobilis.
vim mechanicam externam maiorem sustinere.

YCW

Funis flexibilis vaginae e gummi, ad usum robustum in agro,

Nexus omnium apparatuum electricorum mobilium, vim externam mechanicam graviorem resistit, cum proprietatibus resistentibus climati et oleo.

Funis flexibilis magnitudinis mediae, involucro gummato obductus

Applicatio ad varia instrumenta mobilia et susceptio ad vim mechanicam generalem externam

YZW

Funis flexibilis mediocris magnitudinis in agro, involucro gummato obductus

Applicatio ad varia instrumenta mobilia proprietates resistentiae oleo

Funis flexibilis uninucleus generalis involucro gummi obductus

Normal area ofconductor Corex mm2		diameter conductoris mm	Crassitudo normalis vaginae mm	Diameter externus funis mm		Pondus funis computatum kg/km	Quantitas currentis portans A
Normal area ofconductor Corex mm2		diameter conductoris mm	Crassitudo normalis vaginae mm	Min.	Maximus	Pondus funis computatum kg/km	Quantitas currentis portans A
1.5	1.8	0.8	1.4	5.6	7.2	62	29
2.5	2.6	0.9	1.4	6.4	8	85	37
4	3.2	1	1.5	7.2	9	114	47
6	3.9	1	1.6	8	11	148	52
10	5.1	1.2	1.8	9.8	13	227	75
16	6.3	1.2	1.9	11	14.5	CCCV	112
25	7.8	1.4	2	12.5	16.5	446	148
35	9.2	1.4	2.2	14	18.5	595	148
50	11	1.6	2.4	16.5	21	DCCXCIX	226
70	13.1	1.6	2.6	18.5	24	1060	289
95	15.1	1.8	2.8	21	26	1401	353
CXX	17	1.8	3	23	28.5	1667	415
CL	19	2	3.2	25	32	2034	460
CLXXXV	20	2.2	3.4	27.5	34.5	2524	529
240	24	2.4	3.5	30.5	38	3195	DCXXXVI
trecenti	27	2.6	3.6	33.5	41.5	3901	DCCXXXII
quadringenti	31	2.8	3.8	37.5	46.5	5095	DCCCLXXVII

Funis flexibilis binucleus generalis e gummi obductus

Normal area ofconductor Corex mm2	diameter conductoris mm	Crassitudo normalis insulationis tio mm	Crassitudo normalis vaginae mm	Diameter externus funis mm		Pondus computatum funis chiliogrammata/chilometrum	Quantitas currentis portans A
Normal area ofconductor Corex mm2	diameter conductoris mm	Crassitudo normalis insulationis tio mm	Crassitudo normalis vaginae mm	Min.	Maximus	Pondus computatum funis chiliogrammata/chilometrum	Quantitas currentis portans A
2×1.5	1.8	0.8	1.5	9	11.5	147	21
2×2.5	2.6	0.9	1.7	10.5	13.5	232	30
2×4	3.2	1	1.8	12	15	308	39
2×6	3.9	1	2	13.5	18.5	409	57
2×10	5.1	1.2	3.1	18.5	24	DCCXXXVII	74
2×16	6.3	1.2	3.3	21	27.5	965	98
2×25	7.8	1.4	3.6	24.5	31.5	1444	135
2×35	9.2	1.4	3.9	27.5	35.5	MDCCCLXXV	CLXVII
2×50	11	1.6	4.3	32	41	2536	208
2×70	13.1	1.6	4.6	36	46	3257	259
2×95	15.1	1.8	5	40.5	50.5	4349	318

Funis flexibilis trinucleus generalis involucro gummi obductus

Normal area ofconductor Corex mm2	diameter conductoris mm	Crassitudo normalis insulationis tio mm	Crassitudo normalis vaginae mm	Diameter externus funis mm		Pondus computatum funis chiliogrammata/chilometrum	Quantitas currentis portans A
Normal area ofconductor Corex mm2	diameter conductoris mm	Crassitudo normalis insulationis tio mm	Crassitudo normalis vaginae mm	Min.	Maximus	Pondus computatum funis chiliogrammata/chilometrum	Quantitas currentis portans A
3×1.5	1.8	0.8	1.6	9.6	12.5	CLXXVIII	19
3×2.5	2.6	0.9	1.8	11.5	14.5	276	26
3×4	3.2	1	1.9	13	16	374	34
3×6	3.9	1	2.1	14.5	20.5	499	43
3×10	5.1	1.2	3.3	20	25.5	DCCCXCVIII	63
3×16	6.3	1.2	3.5	22.5	29.5	1191	84
3×25	7.8	1.4	3.8	26.5	34	MDCCLXXX	115
3×35	9.2	1.4	4.1	29.5	38	2330	142
3×50	11	1.6	4.5	34.5	43.5	3054	CLXXVI
3×70	13.1	1.6	4.8	38.5	49.5	4095	224
3×95	15.1	1.8	5.3	44	54	5481	273
3×120	17	1.8	5.6	48	59	6459	CCCXVI
3×150	19	2	6	53	66.5	7797	454

Funis flexibilis quattuor filorum, generaliter e gummi obductus

Normal area ofconductor Corex mm2	diameter conductoris mm	Crassitudo normalis insulationis tio mm	Crassitudo normalis vaginae mm	Diameter externus funis mm		Pondus computatum funis chiliogrammata/chilometrum	Quantitas currentis portans A
Normal area ofconductor Corex mm2	diameter conductoris mm	Crassitudo normalis insulationis tio mm	Crassitudo normalis vaginae mm	Min.	Maximus	Pondus computatum funis chiliogrammata/chilometrum	Quantitas currentis portans A
4×1.5	1.8	0.8	1.7	10.5	13.5	219	19
4×2.5	2.6	0.9	1.9	12.5	15.5	341	26
4×4	3.2	1	2	14.5	18	464	34
4×6	3.9	1	2.3	16.5	22	DCXXVII	43
4×10	5.1	1.2	3.4	21.5	28	1101	63
4×16	6.3	1.2	3.6	24.5	32	1471	84
4×25	7.8	1.4	4.1	29.5	37.5	2244	115
4×35	9.2	1.4	4.4	33	42	2942	142
4×50	11	1.6	4.8	38	48.5	3971	CLXXVI
4×70	13.1	1.6	5.2	43	55	5210	224
4×95	15.1	1.8	5.9	49	60.5	7024	273
4×120	17	1.8	6	53	65.5	8213	CCCXVI
4×150	19	2	6.5	59	74	10042	454

Funis flexibilis generalis involucris gummi obductus

Area sectionis transversalis normalis nuclei conductoris x mm²		diametro conductor mm	Crassitudo normalis insulatio mm		Crassitudo normalis vaginae mm	diameter externus funis mm		kg/km Pondus funis computatum chiliogrammata/chilometrum	Quantitas currentis portans A
Magister nucleus	Neutralis nucleus	diametro conductor mm	Magister nucleus	Neutralis nucleus	Crassitudo normalis vaginae mm	Min.	Maximus	kg/km Pondus funis computatum chiliogrammata/chilometrum	Quantitas currentis portans A
3×2.5	1.5	2.6	0.9	0.8	2	12.5	15.5	321	26
3×4	2.5	3.2	1	0.9	2	14.5	17.5	434	34
3×6	4	3.9	1	1	2.2	16	21	585	43
3×10	6	5.1	1.2	1	3	20.5	26.5	966	63
3×16	6	6.3	1.2	1	3.5	23	30.5	1291	84
3×25	10	7.8	1.4	1.2	4	28	35.5	MCMLXIII	115
3×35	10	9.2	1.4	1.2	4	30	38.5	2438	142
3×50	16	11	1.6	1.2	5	36	46	3438	CLXXVI
3×70	25	13.1	1.6	1.4	5	40	51	4465	224
3×95	35	15.1	1.8	1.4	5	44	55	5829	273
3×120	35	17	1.8	1.4	5	46.5	59	6672	CCCXVI
3×150	50	19	2	1.6	5	52	66	7707	454

Funis flexibilis magnitudinis mediae, 300/500 YZ, YZW, vagina elastica gummi obtecta.

area sectionis transversalis malae conductoris mm²	Diameter conductor mm	Crassitudo normalis insulationis mm	Crassitudo normalis vaginae mm	Diameter externus funis mm	Resistentia conductoris Maximum ad 20℃
area sectionis transversalis malae conductoris mm²	Diameter conductor mm	Crassitudo normalis insulationis mm	Crassitudo normalis vaginae mm	Diameter externus funis mm	Cu-nucleus	Nucleus Cu-stannatus
2×0.75	0.21	0.6	0.8	7	26	26.7
2x 1.0	0.21	0.6	0.9	7.2	19.5	20
2×1.5	0.26	0.8	1	9	13.3	13.7
2×2.5	0.26	0.9	1.1	10.5	7.98	8.21
2×4	0.31	1	1.2	10.6	4.95	5.09
2×6	0.31	1	1.3	11.8	3.3	3.39
3×0.75	0.21	0.6	0.9	7.5	26	26.7

area sectionis transversalis malae conductoris mm²	Diameter conductor mm	Crassitudo normalis insulationis mm	Crassitudo normalis vaginae mm	Diameter externus funis mm	Resistentia conductoris Maximum ad 20℃
area sectionis transversalis malae conductoris mm²	Diameter conductor mm	Crassitudo normalis insulationis mm	Crassitudo normalis vaginae mm	Diameter externus funis mm	Cu-nucleus	Nucleus Cu-stannatus
3x 1.0	0.21	0.6	0.9	8	19.5	20
3x 1.5	0.26	0.8	1	10	13.3	13.7
3×2.5	0.26	0.9	1.1	11	7.98	8.21
3×4	0.31	1	1.2	11.3	4.95	5.09
3×6	0.31	1	1.3	12.6	3.3	3.39
4×0.75	0.21	0.6	0.9	8	26	26.7
4×1.0	0.21	0.6	0.9	8.5	19.5	20
4×1.5	0.26	0.8	1.1	10.5	13.3	13.7
4×2.5	0.26	0.9	1.2	12	7.98	8.21
4X4	0.31	1	1.3	12.7	4.95	5.09
4×6	0.31	1	1.4	14	3.3	3.39
3 x 1.5 + 1 x 1.0	0.26/0.21	0.8/0.6	1.1	8.6	13.3	13.7
3 × 2.5 + 1 × 1.5	0.26/0.26	0.9/0.8	1.2	10.4	7.98	8.21
3 × 4 + 1 × 1.25	0.31/0.26	1.0/0.9	1.3	12.3	4.95	5.09
3X6+1X4	0.31/0.31	1.0/1.0	1.4	13.7	3.3	3.39
5×0.75	0.21	0.6	1	8.5	26	26.7
5×1	0.21	0.6	1	9	19.5	20
5×1.5	0.26	0.8	1.1	11	13.3	13.7
5 x 2.5	0.26	0.9	1.3	13	7.98	8.21
Quinque per quattuor	0.31	1	1.4	14.1	4.95	5.09
5×6	0.31	1	1.6	15.7	3.3	3.39
6X0.75	0.21	0.6	1	8.2	26	26.7
6×1.0	0.21	0.6	1.1	8.7	19.5	20
6×1.5	0.26	0.8	1.2	10.9	13.3	13.7
6×2.5	0.26	0.9	1.4	13.2	7.98	8.21
Sex per quattuor	0.31	1	1.5	15.5	4.95	5.09
Sex per sex	0.31	1	1.7	17.4	3.3	3.39