Eriksen - YBX4 Series Class II Energy Efficiency Three-Phase Explosion-Proof Asynchronous Motor

Magna Electromechanical

Cooperative Supplier 11 Years

YBX4 Series Class II Energy Efficiency Three-Phase Explosion-Proof Asynchronous Motor

YBX4 Explosion proof Motor 380V Level 2 Energy Efficiency Explosion proof Motor BT4 Class 2 Explosion proof Suitable for Flammable and Explosive Environments

model：

80M1-2 0.75kw

80M2-2 1.1kw

90S-2 1.5kw

90L-2 2.2kw

100L-2 3kw

112M-2 4kw

132S1-2 5.5kw

132S2-2 7.5kw

80M2-4 0.75kw

90S-4 1.1kw

90L-4 1.5kw

100L1-4 2.2kw

100L2-4 3kw

112M-4 4kw

132S-4 5.5kw

132M-4 7.5kw

90S-6 0.75kw

90L-6 1.1kw

100L-6 1.5kw

112M-6 2.2kw

132S-6 3kw

132M1-6 4kw

132M2-6 5.5kw

160M-6 7.5kw

132S-8 2.2kw

132M-8 3kw

160M1-8 4kw

160M2-8 5.5kw

160L-8 7.5kw

USD 118-638

output value: Monthly Output400

contact shop

Product DescriptionProduct parameters

Product Description

National standard all copper/one machine, one certificate/worry free security check

YBX4 explosion-proof motor

Explosion proof grade: BT4

Secondary Energy Efficiency

Product Overview:

Power range: 0.75~375kW

Machine base number: 80-355

Extremes: 2, 4, 6, 8

Voltage: 380V/660V, 660V/1140V

Frequency: 50Hz

Cooling method: IC411

Protection level: IP55

Insulation level: F level

Energy Efficiency Level: GB18613-2020 Level 2 Energy Efficiency (IEC Standard IE4)

Explosion proof rating: Ex db IMb, Exdb II BT4 Gb

Altitude:<1000m, can customize motors for high altitude and high humidity environments

Environmental temperature: -20~40 ℃

Work schedule: 51, customizable for frequent startup

Advantages: The YBX4 series high-efficiency explosion-proof three-phase asynchronous motor adopts a fully sealed, self fan cooled, squirrel cage structure, which has the characteristics of high efficiency, low noise, small vibration, high locked rotor torque, reliable operation, and beautiful appearance. The energy efficiency level of the entire series meets the second level energy efficiency standard of GB18613-2020 "Energy Efficiency Limit Values and Energy Efficiency Grades for Small and Medium Three phase Asynchronous Motors". It is a new series of explosion-proof motor products vigorously promoted and applied by the country at present. The YBX4 series high-efficiency explosion-proof three-phase asynchronous motor complies with GB/T3836.1-2021 "Explosive Environment Part 1: General Requirements for Equipment" and GB/T3836.2-2021 "Explosive Environment Part 2: Equipment Protected by Explosion proof Enclosures". It can be applied to environments with explosion hazards such as oil fields, chemical industries, mines, tunnel construction, and non mining faces in coal mines. The installation dimensions and explosion-proof performance of this series of motors also comply with the requirements of the relevant standards of the International Electrotechnical Commission (IEC), and can be used in conjunction with various types of mechanical equipment at home and abroad.

Six major advantages ★ Choose with confidence

Good products are visible, making you feel at ease when buying

Explosion proof grade: BT4

SHITIGONGCHANG GUIGEDUOYANG YIJIYIZHENG KEKAIFAPIAO KUAISUFAHUO TIEXINSHOUHOU

Authoritative testing ★ Trustworthy

Crafted with quality and craftsmanship, we provide you with thoughtful service

Product Features

Pure copper wire motor

Powerful

The surging power runs

smoothly and professionally

explosion-proof

High precision rotor

Runs smoothly

The rotor undergoes dynamic

balancing testing to ensure

stable operation with

minimal vibration

Precision bearings

Stable and low noise

Wear resistant, low noise,

high-strength carbon

steel material,

stable operation

Model Description

Product parameters

2-pole 3000r/min (synchronous speed)

Product Model	Power （kW）	Voltage （V）	Current （A）	Frequency （Hz）	speed （r/min）	Efficiency （%）	connection method	Rated torque （N·m）	Locked rotor torque/rated torque	Maximum torque/rated torque	Locked rotor current/rated current	Weight （kg）	Power factor （cosΦ）
80M1-2	0.75	380	1.84	50	2905	83.5	Y	3	2.2	2.3	7	35	0.83
80M2-2	1.1	380	2.36	50	2905	85.2	Y	4	2.2	2.3	7.3	37	0.83
90S-2	1.5	380	3.1	50	29*0	88.5	Y	5	2.2	2.3	7.6	40	0.85
90L-2	2.2	380	4.42	50	29*0	88	Y	7	2.2	2.3	7.6	41	0.88
100L-2	3	380	5.9	50	29*5	89.1	Y	10	2.2	2.3	7.8	49	0.87
112M-2	4	380	7.7	50	29*5	90	△	13	2.2	2.3	8.3	57	0.88
132S1-2	5.5	380	10.5	50	2925	90.9	△	18	2	2.3	8.3	75	0.88
132S2-2	7.5	380	14	50	2930	91.7	△	24	2	2.3	7.9	80	0.89
160M1-2	11	380	20.3	50	2945	92.8	△	35	2	2.3	8.1	152	0.89
160M2-2	15	380	27.5	50	2945	93.3	△	48	2	2.3	8.1	130	0.89
160L-2	18.5	380	33.7	50	2950	93.7	△	60	2	2.3	8.2	184	0.89
180M-2	22	380	40	50	2955	94	△	71	2	2.3	8.2	191	0.89
200L1-2	30	380	54.2	50	2985	94.5	△	97	2	2.3	7.6	300	0.89
200L2-2	37	380	86.7	50	2985	94.8	△	119	2	2.3	7.6	315	0.89
225M-2	45	380	80.2	50	2970	95	△	145	2	2.3	7.7	380	0.9
250M-2	55	380	98	50	2970	95.3	△	177	2	2.3	7.7	472	0.9
280S-2	75	380	133	50	2980	95.8	△	240	1.8	2.3	7.1	620	0.9
280M-2	90	380	180.4	50	2980	95.8	△	289	1.8	2.3	7.1	840	0.89
315S-2	110	380	194.2	50	2980	98	△	352	1.8	2.3	7.1	985	0.9
315M-2	132	380	233.1	50	2980	98.2	△	422	1.8	2.3	7.1	1134	0.9
315L1-2	160	380	280.8	50	2980	98.3	△	512	1.8	2.3	7.2	1188	0.89
315L1-2	185	380	321.3	50	2980	98.4	△	592	1.8	2.2	7.2	1230	0.91
315L2-2	200	380	353.9	50	2980	98.5	△	640	1.8	2.2	7.2	1260	0.89
315L3-2	220	380	389.2	50	2980	98.5	△	704	1.8	2.2	7.2	1300	0.89
355M2-2	250	380	432.8	50	2983	98.5	△	801	1.6	2.2	7.2	1760	0.91
355L1-2	280	380	484.5	50	2983	98.5	△	896	1.6	2.2	7.2	1810	0.91
355L2-2	315	380	545.1	50	2983	98.5	△	1010	1.6	2.2	7.2	1850	0.91

4-pole 1500r/min (synchronous speed)

Product Model	Power （kW）	Voltage （V）	Current （A）	Frequency （Hz）	speed （r/min）	Efficiency （%）	connection method	Rated torque （N·m）	Locked rotor torque/rated torque	Maximum torque/rated torque	Locked rotor current/rated current	Weight （kg）	Power factor （cosΦ）
80M2-4	0.75	380	1.8	50	1460	85.7	Y	5	2.3	2.3	6.6	34	0.74
90S-4	1.1	380	2.56	50	1455	87.2	Y	7	2.3	2.3	6.8	39	0.75
90L-4	1.5	380	3.33	50	1455	88.2	Y	10	2.3	2.3	7	39	0.76
100L1-4	2.2	380	4.73	50	1455	89.5	Y	14	2.3	2.3	7.6	48	0.79
100L2-4	3	380	6.2	50	1455	90.4	Y	20	2.3	2.3	7.6	50	0.82
112M-4	4	380	8.3	50	1455	91.7	△	26	2.2	2.3	7.8	61	0.81
132S-4	5.5	380	11.1	50	1465	91.9	△	36	2	2.3	7.8	73	0.82
132M-4	7.5	380	14.8	50	1465	92.6	△	49	2	2.3	7.9	85	0.83
160M-4	11	380	21.6	50	1470	93.3	△	72	2.2	2.3	7.5	135	0.83
160L-4	15	380	28.7	50	1470	93.9	△	97	2.2	2.3	7.7	157	0.85
180M-4	18.5	380	35.1	50	1475	94.2	△	120	2	2.3	7.8	197	0.85
180L-4	22	380	41.6	50	1475	94.5	△	142	2	2.3	7.8	201	0.85
200L-4	30	380	56.5	50	1480	94.9	△	194	2	2.3	7.8	253	0.85
225S-4	37	380	69.5	50	1485	95.2	△	238	2	2.3	7.3	335	0.85
225M-4	45	380	84.3	50	1485	95.4	△	289	2	2.3	7.4	420	0.85
250M-4	65	380	101.5	50	1485	95.7	△	354	2.2	2.3	7.4	509	0.86
280S-4	75	380	136.4	50	1490	98	△	481	2	2.3	7.4	662	0.87
280M-4	90	380	161.7	50	1489	98.1	△	577	2	2.3	6.9	719	0.88
315S-4	110	380	194.5	50	1489	98.3	△	705	2	2.2	6.9	1034	0.89
315M-4	132	380	233.8	50	1489	98.4	△	846	2	2.2	7	1178	0.89
315L1-4	160	380	279.7	50	1489	98.6	△	1029	2	2.2	7	1229	0.9
315L1-4	185	380	323.4	50	1489	98.6	△	1186	2	2.2	7.1	1288	0.9
315L2-4	200	380	349.2	50	1489	98.7	△	1282	2	2.2	7.1	1312	0.9
355M1-4	220	380	384.1	50	1480	98.7	△	1410	2	2.2	7.1	1810	0.9
355M2-4	250	380	438.5	50	1480	98.7	△	1602	2	2.2	7.1	1860	0.9
355L1-4	280	380	488.9	50	1480	98.7	△	1789	2	2.2	7.1	1825	0.9
355L2-4	315	380	550	50	1480	98.7	△	2012	2	2.2	7.1	1865	0.9

6-pole 1000r/min (synchronous speed)

Product Model	Power （kW）	Voltage （V）	Current （A）	Frequency （Hz）	speed （r/min）	Efficiency （%）	connection method	Rated torque （N·m）	Locked rotor torque/rated torque	Maximum torque/rated torque	Locked rotor current/rated current	Weight （kg）	Power factor （cosΦ）
90S-6	0.75	380	1.97	50	940	82.7	Y	8	2	2.1	6	38	0.7
90L-6	1.1	380	2.7	50	940	84.5	Y	11	2	2.1	6	40	0.73
100L-6	1.5	380	3.74	50	980	85.9	Y	15	2	2.1	6.5	47	0.71
112M-6	2.2	380	5.3	50	965	87.4	Y	22	2	2.1	6.6	53	0.72
132S-6	3	380	7.1	50	970	88.6	Y	29	2	2.1	6.8	84	0.73
132M1-6	4	380	9.43	50	970	89.5	△	39	2	2.1	6.8	87	0.72
132M2-6	5.5	380	12.6	50	970	90.5	△	53	2	2.1	7	90	0.74
160M-6	7.5	380	16	50	975	91.3	△	73	2	2.1	7	122	0.78
160L-6	11	380	22.5	50	975	92.3	△	107	2	2.1	7.2	147	0.81
180L-6	15	380	30.7	50	985	92.9	△	145	2	2.1	7.3	192	0.8
200L1-6	18.5	380	37.7	50	985	93.4	△	180	2	2.1	7.3	238	0.8
200L2-6	22	380	44.1	50	985	93.7	△	213	2	2.1	7.4	260	0.81
225M-6	30	380	59	50	988	94.2	△	289	2	2.1	6.9	327	0.82
250M-6	37	380	71.7	50	988	94.5	△	357	2	2.1	7.1	437	0.83
280S-6	45	380	84.9	50	980	94.8	△	434	2	2	7.3	537	0.85
280M-6	55	380	103.1	50	980	95.1	△	531	2	2	7.3	589	0.85
315S-6	75	380	142.2	50	982	95.4	△	723	2	2	6.6	1018	0.84
315M-6	90	380	168.3	50	982	95.6	△	868	2	2	6.7	1102	0.85
315L1-6	110	380	205.3	50	982	95.8	△	1061	2	2	6.7	1223	0.85
315L2-6	132	380	243	50	982	98	△	1273	2	2	6.8	1244	0.86
355S-6	160	380	293.9	50	982	98.2	△	1543	1.8	2	6.8	1710	0.86
355M1-6	185	380	337.5	50	982	98.2	△	1776	1.8	2	6.8	1753	0.87
355M2-6	200	380	384	50	982	98.3	△	1920	1.8	2	6.8	1820	0.87
355L1-6	220	380	400.2	50	982	98.4	△	2112	1.8	2	6.8	1875	0.87
355L2-6	250	380	454.1	50	982	98.5	△	2399	1.8	2	6.8	1920	0.87
355L3-6	280	380	508.7	50	982	98.5	△	2687	1.8	2	6.8	1985	0.87

8-pole 750r/min (synchronous speed)

Product Model	Power （kW）	Voltage （V）	Current （A）	Frequency （Hz）	speed （r/min）	Efficiency （%）	connection method	Rated torque （N·m）	Locked rotor torque/rated torque	Maximum torque/rated torque	Locked rotor current/rated current	Weight （kg）	Power factor （cosΦ）
132S-8	2.2	380	5.65	50	720	84.5	Y	30	1.8	2	6	82	0.7
132M-8	3	380	7.58	50	720	85.9	Y	40	1.8	2	6	100	0.7
160M1-8	4	380	9.7	50	730	87.1	△	53	1.9	2	6	131	0.71
160M2-8	5.5	380	13.2	50	730	88.3	△	73	1.9	2	6	145	0.72
160L-8	7.5	380	17.3	50	730	89.3	△	100	1.9	2	6	136	0.74
180L-8	11	380	25.1	50	732	90.4	△	144	2	2	6	179	0.74
200L-8	15	380	33.4	50	732	91.2	△	196	1.9	2	6.6	304	0.75
225S-8	18.5	380	40.9	50	735	91.7	△	242	1.9	2	6.6	336	0.75
225M-8	22	380	46.8	50	735	92.1	△	288	1.9	2	6.6	324	0.78
250M-8	30	380	62.9	50	737	92.7	△	393	1.9	2	6.5	520	0.78
280S-8	37	380	77.5	50	740	93.1	△	478	1.9	2	6.6	620	0.78
280M-8	45	380	93.5	50	740	93.4	△	581	1.9	2	6.6	581	0.79
315S-8	55	380	111.5	50	740	93.7	△	710	1.8	2	6.6	892	0.8
315M-8	75	380	150.5	50	740	94.2	△	968	1.8	2	6.2	1013	0.81
315L1-8	80	380	177.3	50	740	94.4	△	1161	1.8	2	6.2	1139	0.82
315L2-8	110	380	216.5	50	740	94.7	△	1420	1.8	2	6.4	1244	0.82
355M1-8	132	380	258.3	50	745	94.9	△	1692	1.8	2	6.4	1680	0.82
355M2-8	160	380	311.8	50	745	95.1	△	2148	1.8	2	6	1730	0.82
355M3-8	185	380	380.1	50	745	95.2	△	2388	1.8	2	6.4	1785	0.82
355L1-8	200	380	385.8	50	745	95.4	△	2051	1.8	2	6.4	1845	0.83

Appearance and installation dimensions

YBX4 series

Frame	Poles	Mounting Dimension														Overall Dimension
Frame	Poles	A	B	C	D	E	F	G	H	K	M	N	P	S	T	BB	AB	AC	AD	HD	L
80M	2/4/6/8	100	125	50	19	40	8	15.5	80	4-Φ10	165	130	200	4-Φ12	3.5	130	160	165	175	300	320
90S	2/4/6/8	140	100	56	24	50	8	20	90		165	130	200		3.5	135	180	180	175	320	370
90L	2/4/6/8	140	125	56	24	50	8	20	90		165	130	200		3.5	160	180	180	175	320	395
100L	2/4/6/8	160	140	70	28	60	8	24	100	4-Φ12	215	180	250	4-Φ15	4	180	200	205	205	345	448
112M	2/4/6/8	190	140	70	28	60	8	24	112		215	180	250		4	180	245	230	205	360	500
132S	2/4/6/8	216	140	89	38	80	10	33	132		265	230	300		4	190	280	270	205	420	550
132M	2/4/6/8	216	178	89	38	80	10	33	132		265	230	300		4	230	280	270	205	420	600
160M	2/4/6/8	254	210	108	42	110	12	37	160	4-Φ15	300	250	350	4-Φ19	5	260	330	320	205	485	720
160L	2/4/6/8	254	254	108	42	110	12	37	160		300	250	350		5	310	330	320	205	485	750
180M	2/4/6/8	279	241	121	48	110	14	42.5	180		300	250	350		5	340	355	360	205	525	771
180L	2/4/6/8	279	279	121	48	110	14	42.5	180		300	250	350		5	340	355	360	205	525	791
200L	2/4/6/8	318	305	133	55	110	16	49	200	4-Φ19	350	300	400		5	370	390	400	235	645	840
225S	4/8	356	286	149	60	140	18	53	225		400	350	450	8-Φ19	5	355	435	400	235	690	888
225M	2	356	311	149	55	110	16	49	225		400	350	450		5	380	435	400	235	690	918
225M	4/6/8	356	311	149	60	140	18	53	225		400	350	450		5	380	435	400	235	690	918
250M	2	406	349	168	60	140	18	53	250	4-Φ24	500	450	550		5	420	490	500	269	720	965
250M	4/6/8	406	349	168	65	140	18	58	250		500	450	550		5	420	490	500	269	720	965
280S	2	457	368	190	65	140	18	58	280		500	450	550		5	445	545	560	269	790	1007
280S	4/6/8	457	368	190	75	140	20	67.5	280		500	450	550		5	445	545	560	269	790	1007
280M	2	457	419	190	65	140	18	58	280		500	450	550		5	500	545	560	269	790	1072
280M	4/6/8	457	419	190	75	140	20	67.5	280		500	450	550		5	500	545	560	269	790	1072
315S	2	508	406	216	65	140	18	58	315	4-Φ28	600	550	660	8-Φ24	6	550	628	620	319	960	1185
315S	4/6/8	508	406	216	80	170	22	71	315	4-Φ28	600	550	660		6	550	628	620	319	960	1260
315M	2	508	457	216	65	140	18	58	315	6-Φ28	600	550	660		6	680	628	620	319	960	1305
315M	4/6/8	508	457	216	80	170	22	71	315		600	550	660		6	680	628	620	319	960	1380
315L	2	508	508	216	65	140	18	58	315		600	550	660		6	680	628	620	319	960	1305
315L	4/6/8	508	508	216	80	170	22	71	315		600	550	660		6	680	628	620	319	960	1380
355S	6	508	500	254	95	170	25	86	355	4-Φ28	740	680	800		6	636	740	710	319	1080	1485
355M	2	508	560	254	75	140	20	67.5	355		740	680	800		6	696	740	710	319	1080	1495
355M	4/6/8	508	560	254	95	170	25	86	355		740	680	800		6	696	740	710	319	1080	1565
355L	2	508	630	254	75	140	20	67.5	355		740	680	800		6	766	740	710	319	1080	1645
355L	4/6/8	508	630	254	95	170	25	86	355		740	680	800		6	766	740	710	319	1080	1675

Product Display

Thickened casing

Strong compressive strength

A good explosion-proof motor is one with a thick shell that meets the standards

High precision mold for one-time molding, cast iron material has higher hardness than ordinary gray iron

① Only make all copper motors

Refuse to renovate the fixed rotor

② Only produce high-quality large slot coils

Reject small slots and coils

③ Directly supplied by the source manufacturer

Manufacturer's primary source of goods

Reject intermediary price difference

④ Only focus on the motor

Reject hot-rolled silicon steel

① Explosion proof design of cables

Don't worry about the quality of copper core cables

② EX explosion-proof label

Strict requirements for explosion-proof certification engineering selection

③ Explosion proof design of junction box

Explosion proof design is truly explosion-proof and has a long service life

Passed the national 3C certification

Visible quality

Long lifespan, high safety factor, professional appearance design makes the product more beautiful

Analysis diagram

Explosion proof EX marking Explosion proof design of cables

Explosion-proof junction box Threaded outlet

Metal skeleton machine seal Rear hood end cover

Motor output shaft Reinforced body

Front cover

Fixed base

Mounting hole

Product details

Product details ★ Comprehensive understanding

Built in double-layer support bars provide more free breathing space

▶ 01. High quality workmanship Smooth paint surface, enlarged heat sink, brand new interior Bearings and rotors, with excellent workmanship from major manufacturers, Let every customer feel at ease when making a purchase.
	▶ 02. All copper coil The internal of the motor is made of all copper coils, with wire diameter and turns in accordance with national standards, providing you with sufficient power and extending the service life of the motor.
▶ 03. Cold rolled silicon steel Cold rolled silicon steel sheets have good ductility, compressive strength, and high-quality wear resistance.
	▶ 04. Explosion proof mark The junction box connected to the main chamber of the motor cannot form a complete closed box. It forms a complete explosion-proof chamber together with the main body of the motor, which is safer and more reassuring.
▶ 05. Explosion proof junction box Safer, high-voltage resistant, and anti-static are the true explosion-proof motors.
	▶ 06. Threaded outlet Safer and more convenient connection of explosion-proof flexible pipes
▶ 07. Secondary energy efficiency The product meets the national second level energy efficiency standard, which is more energy-efficient and environmentally friendly.

Application Cases

Widely Used ★ Environmental Trends

Mainly used in coal mines, petrochemicals, chemical industry, textiles, metallurgy, urban gas, transportation, grain and oil processing, papermaking, pharmaceutical industry, etc

Installation method

Installation Method ★ Must Read Before Buying

Please ask the buyer to confirm the motor power, speed, installation method, etc. when selecting the model, in order to avoid unnecessary returns, exchanges, and refunds caused by wrong shooting