W 63
190 Nm
		i	ηS %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %
				n1 = 2800 min^-1						n1 = 1400 min^-1
W 63	W 63_7	7	70	400	105	4.9	480	1010	90	200	120	2.9	480	1550	88
	W 63_10	10	66	280	125	4.2	370	1360	88	140	140	2.4	480	1840	86
	W 63_12	12	63	233	125	3.5	435	1540	87	117	140	2.0	480	2070	85
	W 63_15	15	59	187	125	2.8	410	1770	86	93	150	1.8	480	2280	83
	W 63_19	19	55	147	130	2.4	310	1990	84	74	150	1.4	480	2600	81
	W 63_24	24	52	117	130	1.9	370	2250	82	58	155	1.2	480	2890	78
	W 63_30	30	44	93	125	1.6	440	2540	78	47	160	1.1	460	3170	74
	W 63_38	38	40	74	130	1.3	330	2800	75	37	155	0.85	480	3580	70
	W 63_45	45	37	62	130	1.2	380	3020	73	31	145	0.71	480	3920	67
	W 63_64	64	31	44	110	0.75	480	3650	67	21.9	125	0.47	480	4680	61
	W 63_80	80	27	35	100	0.59	480	4050	62	17.5	115	0.38	480	5000	56
	W 63_100	100	23	28	100	0.51	480	4420	58	14.0	115	0.33	480	5000	51
				n1 = 900 min^-1						n1 = 500 min^-1
	W 63_7	7	70	129	130	2.0	480	1870	87	71	140	1.2	480	2420	84
	W 63_10	10	66	90	150	1.7	480	2220	84	50	165	1.1	480	2830	81
	W 63_12	12	63	75	150	1.4	480	2480	82	42	165	0.92	480	3140	79
	W 63_15	15	59	60	160	1.3	480	2740	80	33	180	0.83	480	3430	76
	W 63_19	19	55	47	160	1.0	480	3100	78	26.3	180	0.68	480	3860	73
	W 63_24	24	52	38	165	0.86	480	3440	75	20.8	185	0.58	480	4280	70
	W 63_30	30	44	30	170	0.76	480	3770	70	16.7	190	0.52	480	4690	64
	W 63_38	38	40	23.7	165	0.62	480	4240	66	13.2	185	0.42	480	5000	61
	W 63_45	45	37	20.0	155	0.52	480	4630	63	11.1	170	0.34	480	5000	58
	W 63_64	64	31	14.1	135	0.35	480	5000	56	7.8	150	0.24	480	5000	51
	W 63_80	80	27	11.3	125	0.28	480	5000	52	6.3	135	0.19	480	5000	46
	W 63_100	100	23	9.0	120	0.25	480	5000	46	5.0	130	0.17	480	5000	41

WR 63
220 Nm
		i	ηS %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %
				n1 = 2800 min^-1						n1 = 1400 min^-1
WR 63	WR 63_21	21	69	133	130	2.1	180	1840	87	67	140	1.2	320	2510	84
	WR 63_30	30	65	93	150	1.7	300	2180	84	47	165	1.0	320	2920	81
	WR 63_36	36	62	78	150	1.5	320	2430	82	39	165	0.85	320	3240	79
	WR 63_45	45	58	62	160	1.3	320	2690	80	31	180	0.77	320	3540	76
	WR 63_57	57	54	49	160	1.1	320	3050	78	24.6	180	0.63	320	3980	73
	WR 63_72	72	51	39	165	0.90	320	3390	75	19.4	185	0.54	320	4410	70
	WR 63_90	90	44	31	170	0.79	320	3710	70	15.6	190	0.48	320	4830	64
	WR 63_114	114	39	24.6	165	0.62	320	4170	68	12.3	185	0.39	320	5000	61
	WR 63_135	135	36	20.7	155	0.53	320	4560	63	10.4	170	0.32	320	5000	58
	WR 63_192	192	30	14.6	135	0.37	320	5000	56	7.3	150	0.22	320	5000	51
	WR 63_240	240	26	11.7	125	0.29	320	5000	52	5.8	135	0.18	320	5000	46
	WR 63_300	300	22	9.3	120	0.25	320	5000	46	4.7	130	0.15	320	5000	41
				n1 = 900 min^-1						n1 = 500 min^-1
	WR 63_21	21	69	43	155	0.85	320	2960	82	23.8	170	0.53	320	3750	80
	WR 63_30	30	65	30	180	0.72	320	3470	79	16.7	200	0.45	320	4360	77
	WR 63_36	36	62	25.0	180	0.61	320	3830	77	14.0	200	0.40	320	4790	74
	WR 63_45	45	58	20.0	190	0.54	320	4230	74	11.1	200	0.33	320	5000	71
	WR 63_57	57	54	15.8	190	0.44	320	4740	71	8.8	200	0.27	320	5000	68
	WR 63_72	72	51	12.5	190	0.37	320	5000	68	6.9	190	0.22	320	5000	64
	WR 63_90	90	44	10.0	205	0.35	320	5000	62	5.6	220	0.22	320	5000	58
	WR 63_114	114	39	7.9	200	0.29	320	5000	58	4.4	210	0.18	320	5000	54
	WR 63_135	135	36	6.7	180	0.23	320	5000	54	3.7	190	0.15	320	5000	50
	WR 63_192	192	30	4.7	150	0.16	320	5000	47	2.6	150	0.10	320	5000	43
	WR 63_240	240	26	3.8	140	0.13	320	5000	43	2.1	140	0.08	320	5000	39
	WR 63_300	300	22	3.0	130	0.11	320	5000	38	1.7	130	0.07	320	5000	34

W 75
320 Nm
		i	ηS %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %
				n1 = 2800 min^-1						n1 = 1400 min^-1
W 75	W 75_7	7	71	400	170	7.8	750	700	91	200	190	4.4	750	1530	90
	W 75_10	10	67	280	205	6.7	750	1610	90	140	230	3.8	750	2240	88
	W 75_15	15	60	187	225	5.0	750	2120	88	93	250	2.9	750	2870	85
	W 75_20	20	56	140	225	3.8	750	2550	86	70	250	2.2	750	3410	83
	W 75_25	25	52	112	225	3.2	750	2900	83	56	250	1.8	750	3840	80
	W 75_30	30	45	93	240	2.9	750	3100	81	47	270	1.7	750	4090	77
	W 75_40	40	40	70	225	2.1	750	3660	77	35	255	1.3	750	4770	72
	W 75_50	50	36	56	195	1.6	750	4180	73	28.0	220	0.95	750	5410	68
	W 75_60	60	33	47	180	1.3	750	4610	70	23.3	200	0.75	750	5960	65
	W 75_80	80	28	35	160	0.90	750	5310	65	17.5	180	0.56	750	6200	59
	W 75_100	100	25	28.0	135	0.65	750	5960	61	14.0	150	0.40	750	6200	55
				n1 = 900 min^-1						n1 = 500 min^-1
	W 75_7	7	71	129	205	3.1	750	2120	88	71	225	2.0	750	2940	86
	W 75_10	10	67	90	250	2.7	750	2700	86	50	275	1.7	750	3480	84
	W 75_15	15	60	60	270	2.0	750	3440	83	33	295	1.3	750	4380	80
	W 75_20	20	56	45	270	1.6	750	4050	80	25.0	295	1.0	750	5120	77
	W 75_25	25	52	36	270	1.3	750	4550	77	20.0	295	0.85	750	5720	73
	W 75_30	30	45	30	290	1.2	750	4860	74	16.7	320	0.81	750	6080	69
	W 75_40	40	40	22.5	275	1.0	750	5630	68	12.5	305	0.63	750	6200	63
	W 75_50	50	36	18.0	235	0.70	750	6200	63	10.0	260	0.47	750	6200	58
	W 75_60	60	33	15.0	215	0.56	750	6200	60	8.3	235	0.37	750	6200	55
	W 75_80	80	28	11.3	195	0.43	750	6200	54	6.3	215	0.29	750	6200	49
	W 75_100	100	25	9.0	160	0.30	750	6200	50	5.0	180	0.21	750	6200	44

WR 75
420 Nm
		i	ηS %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %
				n1 = 2800 min^-1						n1 = 1400 min^-1
WR 75	WR 75_21	21	70	133	205	3.3	500	2030	88	67	225	1.8	500	3060	86
	WR 75_30	30	66	93	250	2.8	500	2640	86	47	275	1.6	500	3610	84
	WR 75_45	45	59	62	270	2.1	500	3380	83	31	295	1.2	500	4530	80
	WR 75_60	60	55	47	270	1.6	500	3980	80	23.3	295	0.94	500	5280	77
	WR 75_75	75	51	37	270	1.4	500	4480	77	18.7	295	0.79	500	5890	73
	WR 75_90	90	44	31	290	1.3	500	4780	74	15.6	320	0.76	500	6200	69
	WR 75_120	120	39	23.3	275	1.0	500	5540	68	11.7	305	0.59	500	6200	63
	WR 75_150	150	35	18.7	235	0.73	500	6200	63	9.3	260	0.44	500	6200	58
	WR 75_180	180	32	15.6	215	0.58	500	6200	60	7.8	235	0.35	500	6200	55
	WR 75_240	240	27	11.7	195	0.44	500	6200	54	5.8	215	0.27	500	6200	49
	WR 75_300	300	24	9.3	160	0.31	500	6200	50	4.7	180	0.20	500	6200	44
				n1 = 900 min^-1						n1 = 500 min^-1
	WR 75_21	21	70	43	245	1.3	500	3660	85	23.8	270	0.82	500	4660	82
	WR 75_30	30	66	30	330	1.3	500	4070	82	16.7	370	0.81	500	5160	80
	WR 75_45	45	59	20.0	350	0.94	500	5180	78	11.1	400	0.62	500	6200	75
	WR 75_60	60	55	15.0	330	0.69	500	6180	75	8.3	370	0.45	500	6200	71
	WR 75_75	75	51	12.0	330	0.59	500	6200	70	6.7	350	0.37	500	6200	66
	WR 75_90	90	44	10.0	370	0.58	500	6200	67	5.6	420	0.39	500	6200	63
	WR 75_120	120	39	7.5	330	0.43	500	6200	60	4.2	380	0.30	500	6200	56
	WR 75_150	150	35	6.0	310	0.35	500	6200	55	3.3	350	0.24	500	6200	51
	WR 75_180	180	32	5.0	280	0.29	500	6200	51	2.8	320	0.20	500	6200	47
	WR 75_240	240	27	3.8	220	0.19	500	6200	45	2.1	280	0.15	500	6200	41
	WR 75_300	300	24	3.0	200	0.15	500	6200	41	1.7	260	0.12	500	6200	37

WR 75
370 Nm
		i	ηS %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %
				n1 = 2800 min^-1						n1 = 1400 min^-1
WR 75_P90 B5	WR 75_15	15	66	187	220	4.8	—	1960	89	93	250	2.8	—	2640	86
	WR 75_22.5	22.5	59	124	240	3.6	—	2530	86	62	270	2.1	—	3380	83
	WR 75_30	30	55	93	240	2.8	—	3020	84	47	270	1.6	—	3980	80
	WR 75_37.5	37.5	51	75	240	2.3	—	3410	81	37	270	1.4	—	4480	77
	WR 75_45	45	44	62	255	2.1	—	3660	79	31	290	1.3	—	4780	74
	WR 75_60	60	39	47	240	1.6	—	4290	74	23.3	275	1.0	—	5540	68
	WR 75_75	75	35	37	210	1.2	—	4860	70	18.7	235	0.73	—	6200	63
				n1 = 900 min^-1						n1 = 500 min^-1
	WR 75_15	15	66	60	275	2.1	—	3150	84	33	330	1.4	—	3850	82
	WR 75_22.5	22.5	59	40	295	1.5	—	4010	80	22.2	350	1.0	—	4920	78
	WR 75_30	30	55	30	295	1.2	—	4710	77	16.7	330	0.77	—	5890	75
	WR 75_37.5	37.5	51	24	295	1.0	—	5280	73	13.3	330	0.66	—	6200	70
	WR 75_45	45	44	20	320	1.0	—	5610	69	11.1	370	0.64	—	6200	67
	WR 75_60	60	39	15	305	0.76	—	6200	63	8.3	330	0.48	—	6200	60
	WR 75_75	75	35	12	260	0.56	—	6200	58	6.7	310	0.39	—	6200	55

W 86
440 Nm
		i	ηS %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %
				n1 = 2800 min^-1						n1 = 1400 min^-1
W 86	W 86_7	7	71	400	225	10.4	850	2930	91	200	250	5.9	850	3920	89
	W 86_10	10	67	280	260	8.5	850	3490	90	140	290	4.8	850	4620	88
	W 86_15	15	60	187	295	6.6	850	4200	87	93	330	3.8	850	5510	85
	W 86_20	20	60	140	285	4.9	850	4900	86	70	320	2.8	850	6380	84
	W 86_23	23	58	122	285	4.3	850	5250	85	61	320	2.5	850	6800	82
	W 86_30	30	45	93	320	3.9	850	5740	81	47	370	2.4	850	7000	76
	W 86_40	40	45	70	295	2.7	850	6670	79	35	330	1.6	850	7000	75
	W 86_46	46	43	61	305	2.5	850	7000	77	30	340	1.5	850	7000	73
	W 86_56	56	39	50	265	1.8	850	7000	75	25.0	300	1.1	850	7000	70
	W 86_64	64	37	44	250	1.6	850	7000	73	21.9	280	0.94	850	7000	68
	W 86_80	80	33	35	225	1.2	850	7000	69	17.5	255	0.73	850	7000	64
	W 86_100	100	29	28.0	205	0.92	850	7000	65	14.0	230	0.57	850	7000	59
				n1 = 900 min^-1						n1 = 500 min^-1
	W 86_7	7	71	129	270	4.1	850	4670	88	71	295	2.6	850	5890	85
	W 86_10	10	67	90	310	3.4	850	5500	86	50	345	2.2	850	6860	82
	W 86_15	15	60	60	355	2.7	850	6520	82	33	390	1.7	850	7000	78
	W 86_20	20	60	45	345	2.0	850	7000	81	25.0	380	1.3	850	7000	77
	W 86_23	23	58	39	345	1.8	850	7000	80	21.7	380	1.2	850	7000	75
	W 86_30	30	45	30	400	1.7	850	7000	73	16.7	440	1.1	850	7000	67
	W 86_40	40	45	22.5	355	1.2	850	7000	71	12.5	390	0.77	850	7000	66
	W 86_46	46	43	19.6	365	1.1	850	7000	69	10.9	405	0.73	850	7000	63
	W 86_56	56	39	16.1	325	0.83	850	7000	66	8.9	355	0.55	850	7000	60
	W 86_64	64	37	14.1	300	0.70	850	7000	63	7.8	330	0.47	850	7000	58
	W 86_80	80	33	11.3	275	0.55	850	7000	59	6.3	305	0.38	850	7000	53
	W 86_100	100	29	9.0	250	0.43	850	7000	55	5.0	275	0.29	850	7000	49

WR 86
550 Nm
		i	ηS %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %
				n1 = 2800 min^-1						n1 = 1400 min^-1
WR 86	WR 86_21	21	70	133	270	4.3	500	4590	88	67	295	2.4	500	6070	85
	WR 86_30	30	66	93	310	3.5	500	5410	86	47	345	2.1	500	7000	82
	WR 86_45	45	59	62	355	2.8	500	6420	82	31	390	1.6	500	7000	78
	WR 86_60	60	59	47	345	2.1	500	7000	81	23.3	380	1.2	500	7000	77
	WR 86_69	69	57	41	345	1.8	500	7000	80	20.3	380	1.1	500	7000	75
	WR 86_90	90	44	31	400	1.8	500	7000	73	15.6	440	1.1	500	7000	67
	WR 86_120	120	44	23.3	355	1.2	500	7000	71	11.7	390	0.72	500	7000	66
	WR 86_138	138	42	20.3	365	1.1	500	7000	69	10.1	405	0.68	500	7000	63
	WR 86_168	168	38	16.7	325	0.86	500	7000	66	8.3	355	0.52	500	7000	60
	WR 86_192	192	36	14.6	300	0.73	500	7000	63	7.3	330	0.43	500	7000	58
	WR 86_240	240	32	11.7	275	0.57	500	7000	59	5.8	305	0.35	500	7000	53
	WR 86_300	300	28	9.3	250	0.44	500	7000	55	4.7	275	0.27	500	7000	49
				n1 = 900 min^-1						n1 = 500 min^-1
	WR 86_21	21	70	43	325	1.8	500	7000	83	23.8	355	1.1	500	7000	81
	WR 86_30	30	66	30	375	1.5	500	7000	81	16.7	415	0.93	500	7000	78
	WR 86_45	45	59	20.0	450	1.2	500	7000	76	11.1	500	0.80	500	7000	73
	WR 86_60	60	59	15.0	430	0.90	500	7000	75	8.3	440	0.53	500	7000	72
	WR 86_69	69	57	13.0	390	0.73	500	7000	73	7.2	400	0.43	500	7000	70
	WR 86_90	90	44	10.0	500	0.82	500	7000	64	5.6	550	0.53	500	7000	60
	WR 86_120	120	44	7.5	440	0.55	500	7000	63	4.2	470	0.35	500	7000	59
	WR 86_138	138	42	6.5	430	0.48	500	7000	61	3.6	440	0.30	500	7000	56
	WR 86_168	168	38	5.4	390	0.38	500	7000	57	3.0	410	0.24	500	7000	53
	WR 86_192	192	36	4.7	390	0.35	500	7000	55	2.6	410	0.22	500	7000	50
	WR 86_240	240	32	3.8	310	0.24	500	7000	50	2.1	320	0.15	500	7000	46
	WR 86_300	300	28	3.0	310	0.22	500	7000	45	1.7	320	0.14	500	7000	41

WR 86
500 Nm
		i	ηS %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %
				n1 = 2800 min^-1						n1 = 1400 min^-1
WR 86_P90 B5	WR 86_15	15	66	187	275	6.1	—	4130	88	93	310	3.5	—	5410	86
	WR 86_22.5	22.5	59	124	315	4.8	—	4920	86	62	355	2.8	—	6420	82
	WR 86_30	30	59	93	305	3.5	—	5720	85	47	345	2.1	—	7000	81
	WR 86_34.5	34.5	57	81	305	3.1	—	6110	84	41	345	1.8	—	7000	80
	WR 86_45	45	44	62	350	3.0	—	6640	77	31	400	1.8	—	7000	73
	WR 86_60	60	44	47	315	2.0	—	7000	77	23.3	355	1.2	—	7000	71
	WR 86_69	69	42	41	325	1.8	—	7000	75	20.3	365	1.1	—	7000	69
	WR 86_84	84	38	33	285	1.4		7000	72	16.7	325	0.86		7000	66
				n1 = 900 min^-1						n1 = 500 min^-1
	WR 86_15	15	66	60	345	2.6	—	6330	82	33	375	1.6	—	7000	81
	WR 86_22.5	22.5	59	40	390	2.1	—	7000	78	22.2	450	1.4	—	7000	76
	WR 86_30	30	59	30	380	1.6	—	7000	77	16.7	430	1.0	—	7000	75
	WR 86_34.5	34.5	57	26.1	380	1.4	—	7000	75	14.5	390	0.8	—	7000	73
	WR 86_45	45	44	20.0	440	1.4	—	7000	67	11.1	500	0.9	—	7000	64
	WR 86_60	60	44	15.0	390	0.93	—	7000	66	8.3	440	0.61	—	7000	63
	WR 86_69	69	42	13.0	405	0.88	—	7000	63	7.2	430	0.53	—	7000	61
	WR 86_84	84	38	10.7	355	0.66		7000	60	6.0	390	0.43		7000	57

W 110
830 Nm
		i	ηS %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %
				n1 = 2800 min^-1						n1 = 1400 min^-1
W 110	W 110_7	7	71	400	445	20.7	1200	3710	90	200	500	11.8	1200	5020	89
	W 110_10	10	67	280	490	16.1	1200	4650	89	140	550	9.3	1200	6190	87
	W 110_15	15	60	187	535	12.0	1200	5770	87	93	600	7.0	1200	7590	84
	W 110_20	20	61	140	510	8.7	1200	6790	86	70	570	5.0	1200	8000	84
	W 110_23	23	59	122	480	7.1	1200	7430	86	61	540	4.1	1200	8000	83
	W 110_30	30	45	93	625	7.5	1200	7780	81	47	700	4.4	1200	8000	77
	W 110_40	40	46	70	595	5.5	1200	8000	80	35	670	3.2	1200	8000	76
	W 110_46	46	44	61	535	4.3	1200	8000	79	30	600	2.6	1200	8000	74
	W 110_56	56	41	50	535	3.7	1200	8000	76	25.0	600	2.2	1200	8000	72
	W 110_64	64	38	44	470	2.9	1200	8000	74	21.9	530	1.7	1200	8000	70
	W 110_80	80	34	35	420	2.2	1200	8000	71	17.5	470	1.3	1200	8000	66
	W 110_100	100	30	28.0	410	1.8	1200	8000	67	14.0	460	1.1	1200	8000	62
				n1 = 900 min^-1						n1 = 500 min^-1
	W 110_7	7	71	129	540	8.3	1200	6040	88	71	595	5.2	1200	7680	86
	W 110_10	10	67	90	590	6.5	1200	7410	86	50	655	4.1	1200	8000	84
	W 110_15	15	60	60	645	4.9	1200	8000	83	33	710	3.1	1200	8000	80
	W 110_20	20	61	45	615	3.5	1200	8000	82	25.0	675	2.2	1200	8000	79
	W 110_23	23	59	39	580	2.9	1200	8000	81	21.7	640	1.9	1200	8000	77
	W 110_30	30	45	30	755	3.2	1200	8000	74	16.7	830	2.1	1200	8000	70
	W 110_40	40	46	22.5	720	2.3	1200	8000	73	12.5	795	1.5	1200	8000	68
	W 110_46	46	44	19.6	645	1.9	1200	8000	71	10.9	710	1.2	1200	8000	66
	W 110_56	56	41	16.1	645	1.6	1200	8000	68	8.9	710	1.1	1200	8000	63
	W 110_64	64	38	14.1	570	1.3	1200	8000	65	7.8	630	0.86	1200	8000	60
	W 110_80	80	34	11.3	505	0.98	1200	8000	61	6.3	560	0.65	1200	8000	56
	W 110_100	100	30	9.0	495	0.82	1200	8000	57	5.0	545	0.56	1200	8000	51

WR 110
1000 Nm
		i	ηS %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %	n2 min^-1	Mn2 Nm	Pn1 kW	Rn1 N	Rn2 N	ηd %
				n1 = 2800 min^-1						n1 = 1400 min^-1
WR 110	WR 110_21	21	70	133	540	8.6	700	5930	88	67	595	4.8	700	7950	86
	WR 110_30	30	66	93	590	6.7	700	7280	86	47	655	3.8	700	8000	84
	WR 110_45	45	59	62	645	5.1	700	8000	83	31	710	2.9	700	8000	80
	WR 110_60	60	60	47	615	3.7	700	8000	82	23.3	675	2.1	700	8000	79
	WR 110_69	69	58	41	580	3.0	700	8000	81	20.3	640	1.8	700	8000	77
	WR 110_90	90	44	31	755	3.3	700	8000	74	15.6	830	1.9	700	8000	70
	WR 110_120	120	45	23.3	720	2.4	700	8000	73	11.7	795	1.4	700	8000	68
	WR 110_138	138	43	20.3	645	1.9	700	8000	71	10.1	710	1.1	700	8000	66
	WR 110_168	168	40	16.7	645	1.7	700	8000	68	8.3	710	0.98	700	8000	63
	WR 110_192	192	37	14.6	570	1.3	700	8000	65	7.3	630	0.80	700	8000	60
	WR 110_240	240	33	11.7	505	1.0	700	8000	61	5.8	560	0.61	700	8000	56
	WR 110_300	300	29	9.3	495	0.85	700	8000	57	4.7	545	0.52	700	8000	51
				n1 = 900 min^-1						n1 = 500 min^-1
	WR 110_21	21	70	43	645	3.4	700	8000	84	23.8	715	2.2	700	8000	82
	WR 110_30	30	66	30	710	2.8	700	8000	81	16.7	785	1.7	700	8000	79
	WR 110_45	45	59	20.0	870	2.4	700	8000	77	11.1	950	1.5	700	8000	75
	WR 110_60	60	60	15.0	800	1.6	700	8000	77	8.3	850	1.0	700	8000	74
	WR 110_69	69	58	13.0	750	1.4	700	8000	75	7.2	820	0.86	700	8000	72
	WR 110_90	90	44	10.0	900	1.4	700	8000	66	5.6	1000	0.94	700	8000	62
	WR 110_120	120	45	7.5	870	1.1	700	8000	65	4.2	950	0.68	700	8000	61
	WR 110_138	138	43	6.5	800	0.87	700	8000	63	3.6	900	0.58	700	8000	59
	WR 110_168	168	40	5.4	775	0.72	700	8000	60	3.0	800	0.45	700	8000	55
	WR 110_192	192	37	4.7	685	0.59	700	8000	57	2.6	720	0.37	700	8000	53
	WR 110_240	240	33	3.8	590	0.44	700	8000	53	2.1	620	0.28	700	8000	48
	WR 110_300	300	29	3.0	570	0.37	700	8000	48	1.7	600	0.24	700	8000	44