Yantai Bonway Manufacturer

 

Technica notitia, V L CD HZ

Mittitur ferrum IE2 motoribus

IP LV - CDXI IC - Insulation classis F, temperatus ortum B genus

IE2 IEC 60034-30-1 efficientiam secundum genus; MMXIV

									Current		torque
Output kW		genus motricium	Product Code	Volo r / min	onus plena 100%	onus 3/4 75%	onus 1/2 50%	potentia elementum Cosj	IN A	EST IN	TN Nm	TI / IL	TB / IL	Momentum inertiae J = 1/4 GD2 kgm2	Pondus kg	canite Curabitur Level LPA dB
MMM r / II = min inducentque vectes					V L CCXX HZ				Princeps output-design
22		M3BP 160MLD 2	3GBP161440-••G	2933	91.7	92.8	92.8	0.9	38	8.1	71.6	3.2	3.6	0.063	170	69
27		M3BP 160MLE 2	3GBP161450-••G	2939	92.2	93.1	93	0.9	46.4	8.8	87.7	3.4	3.8	0.072	184	69
30		II M3BP 180MLB	3GBP181420-••G	2950	92.7	93.5	93.3	0.88	53	7.9	97.1	2.8	3.3	0.092	208	69
45	3)	II M3BP 200MLC	3GBP201430-••G	2957	93.3	93.8	93.2	0.88	79.1	7.9	145	3.1	3.3	0.196	298	72
55	3)	M3BP 200MLD 2	3GBP201440-••G	2953	93.8	94.4	94.3	0.89	95	7.8	177	2.9	3.3	0.217	314	72
55		II M3BP 225SMB	3GBP221220-••G	2961	93.9	94.3	93.6	0.88	96	6.5	177	2.4	2.5	0.274	369	74
75	3)	II M3BP 225SMC	3GBP221230-••G	2969	94.4	94.6	94	0.84	136	7.4	241	3.2	3.1	0.309	396	74
75		II M3BP 250SMB	3GBP251220-••G	2970	efficens IEC 60034-30-1; MMXIV	94.8	94.4	0.89	128	7.6	241	2.8	3.1	0.583	451	75
80	3)	M3BP 225SMD 2	3GBP221240-••G	2964	94.4	94.8	94.3	0.87	140	7.3	257	3	2.8	0.329	410	74
90	3)	II M3BP 250SMC	3GBP251230-••G	2971	94.9	95.2	94.8	0.89	153	7.6	289	2.5	3.1	0.644	487	75
110	1)	II M3BP 280SMC	3GBP281230-••G	2978	95.1	95.1	94.5	0.9	186	7.9	352	2.4	3	1.15	725	77
132	1)	II M3BP 280MLA	3GBP281410-••G	2977	95.3	95.3	94.8	0.9	221	7.5	423	2.5	3	1.4	840	81
160	1)	II M3BP 280MLB	3GBP281420-••G	2976	95.5	95.7	95.3	0.91	265	7.6	513	2.8	3	1.55	890	81
250	1)	II M3BP 315LKA	3GBP311810-••G	2980	95.7	95.7	95.2	0.89	423	7.6	801	2.8	2.9	2.65	1440	78
315	I) II)	II M3BP 315LKC	3GBP311830-••G	2981	95.7	95.7	95.4	0.89	533	8.8	1009	3.2	3.2	3.3	1630	78

I) -1dB (A) sonitus gradu pressura reductionem in constructione fan unidirectional. Directionem gyrationis dicendum quod ordo, et vide XLIV codicibus variante

2) Unidirectional constructio ventilabrum ut vexillum. - Directio rotationis affirmanda est cum ordinatio, vide Codices variantes 044 et 045 .

3) Temperature oritur genus F

IV) IE4 genus efficientiam

Technica notitia, V L CD HZ

Mittitur ferrum IE2 motoribus

IP LV - CDXI IC - Insulation classis F, temperatus ortum B genus

IE2 IEC 60034-30-1 efficientiam secundum genus; MMXIV

					efficens IEC 60034-30-1; MMXIV				Current		torque
Output kW		genus motricium	Product Code	Volo r / min	onus plena 100%	onus 3/4 75%	onus 1/2 50%	potentia elementum Cosj	IN A	EST IN	TN Nm	TI / IL	TB / IL	Momentum inertiae J = 1/4 GD2 kgm2	Pondus kg	canite Curabitur Level LPA dB
MMM r / II = min inducentque vectes					V L CCXX HZ				CENELEC consilium,
0.25		M3BP 71MA 4	3GBP072321-••B	1365	68.5	70.9	69.8	0.81	0.63	3.5	1.74	1.9	2	0.00074	10	45
0.37		M3BP 71MB 4	3GBP072322-••B	1380	71.6	73.8	74	0.83	0.87	4.6	2.5	1.6	2.1	0.00088	11	45
0.55		M3BP 80MA 4	3GBP082321-••B	1415	70	71.3	68.7	0.8	1.45	4.5	3.7	2	2.5	0.00144	15	45
0.75		M3BP 80MD 4	3GBP082324-••B	1430	81	81	78.2	0.73	1.82	6.3	5	3.3	3.6	0.002	17	50
1.1		M3BP 90SLB 4	3GBP092322-••B	1435	81.4	82	80.1	0.8	2.36	6.5	7.3	2.4	3.4	0.0044	25	50
1.5		M3BP 90SLD 4	3GBP092325-••B	1430	84.3	85.1	83.9	0.83	3	6.3	10	2.7	3.4	0.0053	27	56
2.2		II M3BP 100LC	3GBP102323-••B	1450	85.9	85.1	83.4	0.78	4.6	7.7	14.5	2.7	4.1	0.0095	36	56
3		M3BP 100LD 4	3GBP102324-••B	1450	86.8	86.9	85.3	0.79	6.1	7.7	19.8	2.9	3.6	0.011	38	58
4		M3BP 112MB 4	3GBP112322-••B	1440	86.6	87.2	86.8	0.82	7.94	7	26.5	2.5	2.9	0.0125	44	59
5.5		II M3BP 132SMB	3GBP132322-••B	1460	89	89.8	88.9	0.8	10.8	7.1	36	2.2	3.2	0.0328	70	67
7.5		II M3BP 132SMC	3GBP132323-••B	1450	89.3	90.1	90	0.81	14.5	7.2	49.4	2.5	3.5	0.0366	73	64
11		II M3BP 160MLA	3GBP162410-••G	1466	90.4	91.6	91.3	0.84	20.9	6.8	71.6	2.2	2.8	0.081	135	62
15		II M3BP 160MLB	3GBP162420-••G	1470	91.4	92.3	92.2	0.83	28.5	7.1	97.4	2.6	3	0.099	165	62
18.5		II M3BP 180MLA	3GBP182410-••G	1477	91.9	92.8	92.6	0.84	34.5	7.2	119	2.6	2.9	0.166	205	62
22		II M3BP 180MLB	3GBP182420-••G	1475	92.3	93.3	93.2	0.84	40.9	7.3	142	2.6	3	0.195	222	62
30		II M3BP 200MLA	3GBP202410-••G	1480	93.2	94	93.7	0.84	55.3	7.4	193	2.8	3	0.309	291	63
37		II M3BP 225SMA	3GBP222210-••G	1479	93.4	93.9	93.4	0.84	68	7.1	238	2.6	2.9	0.356	324	66
45		II M3BP 225SMB	3GBP222220-••G	1480	93.9	94.3	93.9	0.85	81.3	7.5	290	2.8	3.2	0.44	356	66
55		II M3BP 250SMA	3GBP252210-••G	1480	94.4	94.9	94.6	0.85	98.9	7	354	2.6	2.9	0.765	414	67
75		II M3BP 280SMA	3GBP282210-••N	1481	94	94.3	93.8	0.83	137	7.7	483	3.3	3.4	0.91	540	70
90		II M3BP 280SMB	3GBP282220-••N	1481	94.2	94.2	94.3	0.85	161	7.5	580	2.9	3.3	1.13	610	70
110		M3BP 315SA 4	3GBP312110-••N	1484	94.5	94.9	94.7	0.86	195	6.8	707	2.7	2.9	1.5	740	68
132		II M3BP 315SMA	3GBP312210-••N	1482	94.7	95.1	95	0.88	229	6.7	850	2.4	2.7	2	900	68
160		II M3BP 315SMB	3GBP312220-••N	1483	94.9	95.2	94.9	0.86	282	7	1030	2.6	2.9	2.2	940	68
200		II M3BP 315MLA	3GBP312410-••G	1486	95.6	95.6	95.3	0.86	351	7.2	1285	2.5	2.9	3.5	1160	70
250		II M3BP 355SMA	3GBP352210-••G	1488	95.9	96	95.5	0.85	442	7.1	1604	2.3	2.7	5.9	1610	74
315		II M3BP 355SMB	3GBP352220-••G	1488	95.9	96.2	95.8	0.86	550	7.3	2021	2.3	2.8	6.9	1780	74
355		II M3BP 355SMC	3GBP352230-••G	1487	95.9	96.2	95.9	0.87	614	6.8	2279	2.4	2.7	7.2	1820	78
400		II M3BP 355MLA	3GBP352410-••G	1489	96	96	95.5	0.85	705	6.8	2565	2.3	2.6	8.4	2140	78
450		II M3BP 355MLB	3GBP352420-••G	1490	96	96.1	95.6	0.86	780	6.9	2884	2.3	2.9	8.4	2140	78
500		II M3BP 355LKA	3GBP352810-••G	1490	96.7	96.7	96.1	0.86	865	6.8	3204	2	3	10	2500	78
560	3)	II M3BP 355LKB	3GBP352820-••G	1490	96.9	96.9	96.5	0.85	981	7.2	3588	2.6	2.7	10.6	2600	78
560	3)	II M3BP 400LA	3GBP402510-••G	1491	96.7	96.7	96.1	0.85	982	7.4	3586	2.4	2.8	15	3200	78
560	3)	II M3BP 400LKA	3GBP402810-••G	1491	96.7	96.7	96.1	0.85	982	7.4	3586	2.4	2.8	15	3200	78
630		II M3BP 400LB	3GBP402520-••G	1491	96.7	96.7	96.1	0.87	1077	7.6	4034	2.2	2.9	16	3300	78
630		II M3BP 400LKB	3GBP402820-••G	1491	96.7	96.7	96.1	0.87	1077	7.6	4034	2.2	2.9	16	3300	78
710	3)	II M3BP 400LC	3GBP402530-••G	1491	96.7	96.7	96.2	0.86	1227	7.6	4547	2.4	3	17	3400	78
710	3)	II M3BP 400LKC	3GBP402830-••G	1491	96.7	96.7	96.2	0.86	1227	7.6	4547	2.4	3	17	3400	78
800		II M3BP 450LA	3GBP452510-••G	1491	96.7	96.7	96.1	0.86	1396	7	5121	1.3	2.8	23	4050	85
900		II M3BP 450LB	3GBP452520-••G	1492	96.7	96.5	96	0.86	1573	7	5761	1.3	2.8	25	4350	85
1000	3)	II M3BP 450LC	3GBP452530-••G	1491	96.7	96.7	96.1	0.86	1724	6.8	6404	1.3	2.7	30	4700	85

I) -1dB (A) sonitus gradu pressura reductionem in constructione fan unidirectional. Directionem gyrationis dicendum quod ordo, et vide XLIV codicibus variante

2) Unidirectional constructio ventilabrum ut vexillum. - Directio rotationis affirmanda est cum ordinatio, vide Codices variantes 044 et 045 .

3) Temperature oritur genus F

IV) IE4 genus efficientiam

					efficens IEC 60034-30-1; MMXIV				Current		torque
Output kW		genus motricium	Product Code	Volo r / min	onus plena 100%	onus 3/4 75%	onus 1/2 50%	potentia elementum Cosj	IN A	EST IN	TN Nm	TI / IL	TB / IL	Momentum inertiae J = 1/4 GD2 kgm2	Pondus kg	canite Curabitur Level LPA dB
MMM r / II = min inducentque vectes					V L CCXX HZ				Summus output design
18.5		II M3BP 160MLC	3GBP162430-••G	1469	91.4	91.9	91.7	0.84	34.7	7.6	120	3	3.2	0.11	173	62
22	3)	M3BP 160MLD 4	3GBP162440-••G	1466	91.6	92.4	92.5	0.86	40.8	6.9	143	2.5	2.9	0.125	187	62
30	3)	II M3BP 180MLC	3GBP182430-••G	1474	92.3	92.8	92.7	0.83	56.5	7.3	194	2.7	2.9	0.217	235	62
37		II M3BP 200MLB	3GBP202420-••G	1479	93.4	94.4	94.4	0.85	67.2	7.1	238	2.6	2.9	0.343	307	63
45	3)	II M3BP 200MLC	3GBP202430-••G	1479	93.6	94.4	94.2	0.83	83.6	7.5	290	2.9	3.2	0.366	319	63
55		II M3BP 225SMC	3GBP222230-••G	1478	94	94.6	94.4	0.85	99.3	7.4	355	2.9	3.1	0.474	370	66
64		M3BP 225SMD 4	3GBP222240-••G	1480	94.2	94.6	94.1	0.85	115	8	412	3.3	3.3	0.542	399	66
75	3)	II M3BP 250SMB	3GBP252220-••G	1478	94.4	95.1	94.8	0.85	134	7.3	484	2.8	3.1	0.866	450	67
90	3)	II M3BP 250SMC	3GBP252230-••G	1478	94.6	95.3	95	0.84	163	7.4	581	3.1	3.3	0.941	478	67
110		II M3BP 280SMC	3GBP282230-••G	1485	95.1	95.4	95.1	0.86	193	7.6	707	3	3	1.85	725	68
132		II M3BP 280MLA	3GBP282410-••G	1483	95.3	95.5	95.1	0.86	232	7	849	2.7	2.8	2.3	840	75
160		II M3BP 280MLB	3GBP282420-••G	1484	95.6	95.9	95.7	0.85	284	7.4	1029	2.9	2.9	2.5	890	75
250		II M3BP 315LKA	3GBP312810-••G	1487	95.7	95.8	95.2	0.85	443	7.4	1605	2.5	2.9	4.4	1410	78
280		II M3BP 315LKB	3GBP312820-••G	1487	95.8	95.9	95.4	0.87	491	7.6	1798	2.6	3	5	1520	78
315		II M3BP 315LKC	3GBP312830-••G	1488	95.8	95.9	95.3	0.86	559	7.8	2021	2.6	3.2	5.5	1600	78

I) -1dB (A) sonitus gradu pressura reductionem in constructione fan unidirectional. Directionem gyrationis dicendum quod ordo, et vide XLIV codicibus variante

2) Unidirectional constructio ventilabrum ut vexillum. - Directio rotationis affirmanda est cum ordinatio, vide Codices variantes 044 et 045 .

3) Temperature oritur genus F

IV) IE4 genus efficientiam

Technica notitia, V L CD HZ

Mittitur ferrum IE2 motoribus

IP LV - CDXI IC - Insulation classis F, temperatus ortum B genus

IE2 IEC 60034-30-1 efficientiam secundum genus; MMXIV

					efficens IEC 60034-30-1; MMXIV				Current		torque
Output kW		genus motricium	Product Code	Volo r / min	onus plena 100%	onus 3/4 75%	onus 1/2 50%	potentia elementum Cosj	IN A	EST IN	TN Nm	TI / IL	TB / IL	Momentum inertiae J = 1/4 GD2 kgm2	Pondus kg	canite Curabitur Level LPA dB
MMM r / II = min inducentque vectes					V L CCXX HZ				CENELEC consilium,
0.18		M3BP 71MA 6	3GBP073321-••B	900	63.7	63.8	59	0.71	0.57	3.1	1.91	2	2.1	0.00089	10	42
0.25		M3BP 71MB 6	3GBP073322-••B	915	67.2	65.5	59.5	0.69	0.77	3.7	2.6	2.6	2.7	0.0011	12	42
0.37		M3BP 80MA 6	3GBP083321-••B	925	67.6	66.5	60.9	0.69	1.09	4.1	3.8	2.4	2.5	0.0019	15	47
0.55		M3BP 80MB 6	3GBP083322-••B	920	73.1	74.2	71.9	0.71	1.51	3.8	5.7	1.8	2.2	0.00239	17	47
0.75		M3BP 90SLC 6	3GBP093323-••B	960	76.3	74.7	69.5	0.58	2.3	4.5	7.4	2.4	3.1	0.00491	25	44
1.1		M3BP 90SLE 6	3GBP093324-••B	930	78.2	78.7	76.5	0.66	3	4	11.2	1.9	2.3	0.0054	28	44
1.5		M3BP 100L 6	3GBP103322-••B	950	81.3	82.1	80.7	0.69	3.7	4.3	15	1.5	2.7	0.00873	37	49
2.2		M3BP 112MB 6	3GBP113322-••B	950	82.5	83.7	81.6	0.69	5.5	4.4	22.1	1.7	2.3	0.0125	44	66
3		II M3BP 132SMB	3GBP133321-••B	975	85.3	84.2	81.2	0.63	8	5.5	29.4	1.8	2.9	0.0334	69	57
4		II M3BP 132SMC	3GBP133322-••B	960	84.9	85.4	83.9	0.68	10	5	39.7	2	2.6	0.0334	69	57
5.5		M3BP 132SMF 6	3GBP133324-••B	965	86.1	86.6	85.5	0.71	12.9	5.1	54.4	2	2.3	0.0487	86	57
7.5		II M3BP 160MLA	3GBP163410-••G	975	88.5	89.9	89.7	0.79	15.4	7.4	73.4	1.7	3.2	0.087	134	59
11		II M3BP 160MLB	3GBP163420-••G	972	89.3	90.6	90.5	0.79	22.5	7.5	108	1.9	2.9	0.114	172	59
15		II M3BP 180MLA	3GBP183410-••G	977	90.2	90.6	90	0.76	31.5	5.8	146	1.8	2.7	0.168	207	59
18.5		II M3BP 200MLA	3GBP203410-••G	988	91.6	92.2	91.7	0.8	36.4	6.7	178	2.3	2.9	0.382	269	63
22		II M3BP 200MLB	3GBP203420-••G	987	92	92.9	92.7	0.82	42	6.6	212	2.2	2.8	0.448	291	63
30		II M3BP 225SMA	3GBP223210-••G	986	92.6	93.3	92.8	0.83	56.2	7	290	2.6	2.9	0.663	349	63
37		II M3BP 250SMA	3GBP253210-••G	989	93.1	93.8	93.4	0.82	69.9	6.8	357	2.4	2.7	1.13	395	63
45		II M3BP 280SMA	3GBP283210-••N	989	92.7	93	92.4	0.82	85.2	6.8	434	2.6	2.7	1.36	525	64
55		II M3BP 280SMB	3GBP283220-••N	990	93.1	93.7	93.4	0.82	102	7.5	530	3	3.3	1.8	600	64
75		M3BP 315SA 6	3GBP313110-••N	989	93.7	94.1	93.9	0.84	138	7	724	2.6	2.6	2.6	775	66
90		II M3BP 315SMA	3GBP313210-••N	990	94	94.3	93.7	0.82	169	7	868	2.7	2.9	2.8	855	70
110		II M3BP 315SMB	3GBP313220-••N	990	94.3	94.5	94	0.82	205	7.3	1061	2.9	3	3.5	960	70
132		II M3BP 315MLA	3GBP313410-••G	991	95	95	94.6	0.83	201	7.4	1059	2.5	2.9	4.9	1000	70
160		II M3BP 355SMA	3GBP353210-••G	991	95.3	95.4	94.9	0.83	240	7.5	1271	2.7	3	5.8	1150	68
200		II M3BP 355SMB	3GBP353220-••G	993	95.4	95.6	95.2	0.83	291	7	1538	2	2.6	7.9	1520	75
250		II M3BP 355SMC	3GBP353230-••G	993	95.7	95.8	95.4	0.82	460	7.4	2404	2.6	2.9	11.3	1820	75
315		II M3BP 355MLB	3GBP353420-••G	992	95.7	96	95.5	0.83	570	7	3032	2.5	2.7	13.5	2180	75
355		II M3BP 355LKA	3GBP353810-••G	992	95.7	95.9	95.4	0.81	658	7.6	3417	2.7	2.9	15.5	2500	75
400	3)	II M3BP 355LKB	3GBP353820-••G	992	96	96	95.5	0.83	724	7.2	3850	2.6	2.6	16.5	2600	75
400		II M3BP 400LA	3GBP403510-••G	993	95.8	95.8	95.1	0.82	731	7.1	3846	2.3	2.7	17	2900	76
400		II M3BP 400LKA	3GBP403810-••G	993	95.8	95.8	95.1	0.82	731	7.1	3846	2.3	2.7	17	2900	76
450		II M3BP 400LB	3GBP403520-••G	994	95.8	95.8	95.2	0.82	819	7.4	4323	2.4	2.8	20.5	3150	76
450		II M3BP 400LKB	3GBP403820-••G	994	95.8	95.8	95.2	0.82	819	7.4	4323	2.4	2.8	20.5	3150	76
500		II M3BP 400LC	3GBP403530-••G	993	95.8	95.6	95.2	0.83	891	7.2	4809	2.5	2.7	22	3300	76
500		II M3BP 400LKC	3GBP403830-••G	993	95.8	95.6	95.2	0.83	891	7.2	4809	2.5	2.7	22	3300	76
560		M3BP 400LD 6	3GBP403540-••G	993	96.6	96.6	96	0.85	984	7.4	5386	2.4	2.8	24	3400	77
560		M3BP 400LKD 6	3GBP403840-••G	993	96.6	96.6	96	0.85	984	7.4	5386	2.4	2.8	24	3400	77
630		II M3BP 450LA	3GBP453510-••G	994	95.8	95.9	95.3	0.84	1127	6.5	6053	1.1	2.5	31	4150	81
710		II M3BP 450LB	3GBP453520-••G	995	96.6	96.7	96.1	0.85	1244	7	6814	1.3	2.5	37	4500	81
800	3)	II M3BP 450LC	3GBP453530-••G	995	96.6	96.6	96	0.84	1415	7.2	7677	1.3	2.7	41	4800	81

 

I) -1dB (A) sonitus gradu pressura reductionem in constructione fan unidirectional. Directionem gyrationis dicendum quod ordo, et vide XLIV codicibus variante

2) Unidirectional constructio ventilabrum ut vexillum. - Directio rotationis affirmanda est cum ordinatio, vide Codices variantes 044 et 045 .

3) Temperature oritur genus F

IV) IE4 genus efficientiam

 

Technica notitia, V L CD HZ

Mittitur ferrum IE2 motoribus

IP LV - CDXI IC - Insulation classis F, temperatus ortum B genus

IE2 IEC 60034-30-1 efficientiam secundum genus; MMXIV

 

					efficens IEC 60034-30-1; MMXIV				Current		torque
Output kW		genus motricium	Product Code	Volo r / min	onus plena 100%	onus 3/4 75%	onus 1/2 50%	potentia elementum Cosj	IN A	EST IN	TN Nm	TI / IL	TB / IL	Momentum inertiae J = 1/4 GD2 kgm2	Pondus kg	canite Curabitur Level LPA dB
MMM r / II = min inducentque vectes					V L CCXX HZ				Summus output design
15		II M3BP 160MLC	3GBP163430-••G	971	89.7	90.5	90.2	0.77	31.3	7.3	147	1.8	3.6	0.131	185	59
18.5		II M3BP 180MLB	3GBP183420-••G	975	90.7	92	92	0.79	37.2	5.8	181	1.7	2.7	0.198	221	59
30	3)	II M3BP 200MLC	3GBP203430-••G	985	92	93.1	92.8	0.83	56.7	6.9	290	2.3	2.8	0.531	318	63
37		II M3BP 225SMB	3GBP223220-••G	985	93.1	94	94	0.83	69.1	6.6	358	2.3	2.6	0.821	393	63
45	3)	II M3BP 225SMC	3GBP223230-••G	984	92.7	93.3	93.3	0.83	84.4	6.4	436	2.3	2.6	0.821	393	63
45		II M3BP 250SMB	3GBP253220-••G	989	93.4	94.1	93.9	0.83	83.7	7	434	2.5	2.7	1.37	441	63
55		II M3BP 250SMC	3GBP253230-••G	988	93.2	93.7	93.6	0.84	101	7.1	531	2.6	2.8	1.5	468	63
75		II M3BP 280SMC	3GBP283230-••G	990	94.2	94.7	94.5	0.84	137	7.3	723	2.8	2.7	2.85	725	66
90		II M3BP 280MLA	3GBP283410-••G	990	94.1	94.3	93.7	0.81	170	7.1	868	2.4	2.5	3.1	840	70
110		II M3BP 280MLB	3GBP283420-••G	990	94.5	94.8	94.4	0.82	205	7.5	1061	2.7	2.6	4.1	890	70
160		II M3BP 315LKA	3GBP313810-••G	992	95.3	95.3	94.7	0.83	291	7.5	1540	2.6	2.8	7.3	1410	74
180		II M3BP 315LKB	3GBP313820-••G	992	95.3	95.4	94.8	0.83	328	7.4	1732	2.6	2.8	8.3	1520	74
200		II M3BP 315LKC	3GBP313830-••G	989	95.4	95.6	95.3	0.85	360	6.8	1931	2.5	2.6	9.2	1600	74

I) -1dB (A) sonitus gradu pressura reductionem in constructione fan unidirectional. Directionem gyrationis dicendum quod ordo, et vide XLIV codicibus variante

2) Unidirectional constructio ventilabrum ut vexillum. - Directio rotationis affirmanda est cum ordinatio, vide Codices variantes 044 et 045 .

3) Temperature oritur genus F

IV) IE4 genus efficientiam