BEIDE11KW Explosion-proof Three-phase Asynchronous Motor

11KW 1MT0013 Three-phase Asynchronous Motor，Rated output：0.55 ~ 315 kW，Frame size ：80 ~ 355，Voltage and Frequency ：Support multiple voltage and frequency，Cooling method：IC411，Frame-proof marking：Ex tD A21 IP65 T130℃ Protect degree：IP65，Insulation class ： F，11KW1MT0013Low Voltage Three-phase Asynchronous Motor，Re-greasing device ：FS280 and above motor as standard，Ambient temperature ：- 15 ℃ ~ +40 ℃
Site altitude above see level：Not exceed 1000m，11KW Dust Explosion-proof Asynchronous Motor

BEIDE11KW Explosion-proof Three-phase Asynchronous Motor

1MT0013 Dust Explosion-proof Motor

Rated output：0.55 ~ 315 kW
Frame size ：80 ~ 355
Voltage and Frequency ：Support multiple voltage
                                        and frequency
Cooling method：IC411
Frame-proof marking：Ex tD A21 IP65 T130℃ Protect degree：IP65
Insulation class ： F
Re-greasing device ：FS280 and above motor as standard 
Ambient temperature ：- 15 ℃ ~ +40 ℃
Site altitude above see level：Not exceed 1000m

Company Profile

Siemens Standard Motors Ltd. (SSML)
Siemens Standard Motors Ltd. (SSML) is a Siemens-owned company in China. SSML is located in Yizheng City, Jiangsu Province. The company focuses on developing and producing small and medium low-voltage motors. Currently, SSML mainly produce Siemens brand low voltage AC Motors according to IEC standards, and Beide brand Low Voltage Motors designed according to China local standards.

As one of Siemens main low-voltage motor production facilities worldwide, SSML uses the knowledge and experience of more than 100 years in motor design and manufacturing, owns the advanced manufacture equipment and process, adopts the SIEMENS modern management model , and implements comprehensive quality control according to ISO9001 2015. SSML will continuously serve customers with high quality products and good service.

Explosion-proof Profile

Classification of zones

Areas subject to explosion hazard are divided into zones . Zoning is based on the presence time of explosive substances and probability of explosion . Information and specifications for classification of the zones are laid down in the following standards:
•  GB 3836 . 14, IEC/EN 60079- 10- 1 for gas atmospheres
•  GB 12476 .3, IEC/EN 60079- 10-2 for dust atmospheres
Furthermore, a distinction is made between various explosion groups as well as temperature classes and these are included in the hazard    assessment .

Depending on the particular zone and therefore the associated hazard, operating equipment must comply with defined minimum requirements regarding the type of protection . The different types of protection require corresponding measures to prevent ignition that     should be implemented at the motor in order to prevent a surrounding explosive atmosphere from being ignited .

Zone		Zone definition acc. to GB3836.14 & IEC/EN 60079-10-1  for gas atmospheres GB 12476.3 & IEC/EN 60079-10-2  for dust atmospheres	Assigned types of protection	Category     according to 2014/34/EU	Equipment            protection level     acc. to GB3836.1  & IEC/EN 60079-0
Gas 1) 2)	Dust 1) 2)
0	–	An area in which there is an explosive gas atmosphere constantly, over a long period or frequently.	Low-voltage motors not permitted	1	Ga
1	–	An area in which it is expected that an explosive gas atmosphere will occur occasionally during normal operation .	Ex e(GB) or Ex eb(IEC), Ex de, Ex d(GB) or Ex db(IEC)	2	Gb
2	–	An area in which it is expected that an explosive gas atmosphere will occur only rarely and then only briefly during normal operation .	Ex nA(GB) 或 Ex ec(IEC)	3	Gc
–	20	An area in which there is an explosive gas atmosphere comprising a dust-air mixture constantly, over a long period or frequently.	Low-voltage motors not permitted	1	Da
–	21	An area in which it is expected that an explosive gas atmosphere comprising a dust-air mixture will occur occasionally during normal operation .	Ex tb	2	Db
–	22	An area in which it is expected that an explosive gas atmosphere in the form of a cloud of flammable dust in air will occur only rarely and then only briefly during normal operation .	Ex tc 3)	3	Dc

1) Motors of
-   Zone 1 can also be used in Zone 2.
-   Zone 21 can also be used in Zone 22.
2) Motors which are certified for gas or dust protection must not be used in hybrid mixtures! Hybrid mixtures: when explosive gas and dust atmospheres occur         simultaneously.
3) Ex tc motors are not approved for operation in environments containing conductive dust .

Application

The explosion-proof motors are often used in the following industries to prevent explosion hazards that result in serious injury to persons    and severe damage to property.
•   Chemical and petrochemical industry
•   Production of mineral oil and gas
•   Gas works
•   Gas supply companies
•   Petrol stations
•   Coking plants
•   Mills (e .g . corn, solids)
•   Sewage treatment plants
•   Wood processing (e .g . sawdust, tree resin)
•   Other industries subject to explosion hazards

Noise levels

The noise levels are measured in accordance with DIN EN ISO 1680
in a anechoic room . It is specified as the A-valued measuring-surface sound pressure level Lpfa in dB (A) . This is the spatial mean value of the sound pressure levels measured on the measuring surface . The     measuring surface is a cube 1 m away from the motor surface . The sound power level is also specified as LWA in dB (A) . Please find the  noise value in technical data table, the specified values are only valid for totally enclosed fan cooling (cooling method: IC411) motor with no load at 50 Hz with no load, and the tolerance is +3 dB . While motor operating 60 Hz with no load, the values are approximately +4 dB (A) higher.

Vibration

The rotors are dynamically balanced to severity grade A using a half key. Table below contains the effective vibration values for unloaded motors. Vibration grade B can be provided as option.

Vibration Grade	Frame size (mm)	56 ≤ FS ≤ 132		H>132
	Mounting	Vibration displacement/um	Vibration velocity/(mm/s)	Vibration displacement/um	Vibration velocity/(mm/s)
A	Free suspension	45	2.8	45	2.8
	Rigid mounting	-	-		2.3
					2.81)
B	Free suspension	18	1.1	29	1.8
	Rigid mounting	-	-	-	1.5
					1.81)

Note:
1)  The level are vibration velocity limit when the twice line frequency vibration level is dominant defined by GB/T 10068-2020, for 2p motors that frame size bigger than 132mm .

Nameplate

Construction and mounting type

Notes：
1) At outdoor application, the using of protective cover (option code H00) is recommended;
2) At out door application the protection of shaft again jet-water is recommended .

Bearing Assignment

1MT0013 series motors are supplied with the ball bearing as standard . These bearings are either of the sealed or regreasable type .

For FS80 ~ 160, the floating bearings are assembled; for FS180 ~ 355, floating bearing at DE, and fixed bearing at NDE assembled .

The standard bearing can endure a maximum cantilever force,  the increased cantilever bearing design (Option code: L22) should be considered .

As standard, FS80 ~ 250 motors are not with regreasing device, but re-greasing device (Option code: L23) can be configured for FS160~250 . FS280~355 motors with regreasable bearing and    regreasing device is configured as standard .

Frame	Pole	Standard design			Increased cantilever-bearing (Option code:L22)
		DE bearing	NDE bearing                   (Horizonal mounting)	NDE bearing	DE bearing	NDE bearing(Horizonal mounting)	NDE bearing
				(Vertical mounting)			(Vertical mounting)
80	2,4,6	6204 2RZ C3	6204 2RZ C3	6204 2RZ C3	—	—	—
90	2,4,6	6205 2RZ C3	6205 2RZ C3	6205 2RZ C3	—	—	—
100	2,4,6	6206 2RZ C3	6206 2RZ C3	6206 2RZ C3	6306 2RZ C3	6206 2RZ C3	6206 2RZ C3
112	2,4,6	6206 2RZ C3	6206 2RZ C3	6206 2RZ C3	6306 2RZ C3	6206 2RZ C3	6206 2RZ C3
132	2,4,6,8	6208 2RZ C3	6208 2RZ C3	6208 2RZ C3	6308 2RZ C3	6208 2RZ C3	6208 2RZ C3
160	2,4,6,8	6209 2RZ C3	6209 2RZ C3	6209 2RZ C3	6309 2RZ C3	6209 2RZ C3	6209 2RZ C3
180	2,4,6,8	6310 2RZ C3	6310 2RZ C3	6310 2RZ C3	NU310	6310 2RZ C3	6310 2RZ C3
200	2,4,6,8	6312 2RZ C3	6312 2RZ C3	6312 2RZ C3	NU312	6312 2RZ C3	6312 2RZ C3
225	2,4,6,8	6313 2RZ C3	6313 2RZ C3	6313 2RZ C3	NU313	6313 2RZ C3	6313 2RZ C3
250	2,4,6,8	6315 C3	6315 C3	6315 C3	NU315	6315 C3	6315 C3
280	2,4,6,8	6317 C3	6317 C3	6317 C3	NU317	6317 C3	6317 C3
315	2	6316 C3	6316 C3	6316 C3	NU316	6316 C3	6316 C3
	4,6,8	6319 C3	6319 C3	6319 C3	NU319	6319 C3	6319 C3
355	2	6317 C3	6317 C3	7317	NU317	6317 C3	O .R .
	4,6,8	6322 C3	6322 C3	7322	NU322	6322 C3	O .R .

Grease life and re-greasing interval

For permanent lubrication, the bearing grease lifetime is matched to the bearing lifetime . This can, however, only be achieved if the motor is operated in accordance with the catalog specifications .

For motors which can be regreased at defined regreasing intervals, the bearing lifetime can be extended and/or unfavorable factors such as temperature, mounting conditions, speed, bearing size and mechanical load can be compensated .

Grease life (Horizontal installation)

座号 Frame size	PolesPoles	Grease lifetime up to CT 40 ºC
Grease for permanent lubrication bearing
80-250	2,4,6,8	20000 or 40000 h
	Greasefor regreasable bearing
180 ~ 250	2	4000 h
	4，6，8	8000 h
280 ~ 315	2	3000 h
	4，6，8	5000 h
355	2	3000 h
	4，6，8	4000 h

Note:

1)If the coolant temperature is increased by 10 K, the grease lifetime and regreasing interval are halved .
2) 40000 h apply to horizontally installed motors with coupling output without additional axial loads .

When the motor runs outside of normal conditions, the bearing life will be reduced, such as the following conditions .
■  When motor runs beyond the rated speed, the increase of motor   vibration will result in the extra radial and axial force on bearing . This will reduce the life of bearing;
■  When the motor vibration increase due to the environment or
other equipment, the bearing also will endure more radial and axial force . This also will reduce the life of bearing;
■  If the coolant temperature is increased by 10 ºC, the grease lifetime and regreasing interval is halved .

Connection boxes technical data

Frame Size	No. of main   terminal	Main terminal thread	Max. connectable          cross-section	Cable diameter (mm) max. ~ min.	Cable entry size	Max. auxiliary terminal
80	6	M4	1.5	13~18	M25x1 .5+M16x1 .5	12
90
100		M4	4	18~25	M32x1 .5+M32x1 .5	12
112
132			6
160		M5	16	22~32	M40x1 .5+M40x1 .5	14
180
200		M6	25	32~38	M50x1 .5+M50x1 .5	14
225		M8	35
250		M10	120	37~44	M63x1 .5+M63x1 .5	14
280
315		M12	150	37~44	M64x2 + M64x2	18
355		M16	240	42~54	M72x2 + M72x2	18

Cable entry size	Allowed outer cable diameter range  (mm)	Allowed core number range of cable	Nominal section area of connection (conductor)(mm2)
M16 x 1.5	8-11	2-7	1 mm2
M20 x 1.5	11- 14 .3	8-10	1 mm2
M27 x 2	13-20 .2	12-27	1 mm2

Note：
1. Power cables are recommended to use YJV (GB/17206) crosslinked polyethylene insulation and PVC sheath 3+1 copper core cable .
2. The control cable of weak current signal is recommended to use    KVV (GB/T9330) polyvinyl chloride insulated sheath copper core section 1 mm2 multi-core control cable .
3. The heating line is a strong signal control, please use the KVV       copper core section 2 x 1mm 2 control cable to enter the line alone .
4. If the cable diameter is not in the range of explosion protection, the electric motor will lose the explosion-proof property.
5. If you need to use an armored gland, please make a special inquiry.

Electrical design

Rated Output
Beide Motors rated output powers means that the motor runs under continuous duty S1 (IEC 60034 - 1) operation when operated at     ambient temperature from - 15 ºC to 40 ºC and at altitudes of up to 1000 m over sea .
Voltage and Frequency
IEC 60034-1 differentiates between Category A (combination of voltage deviation ±5 % and frequency deviation ±2 %) and Category B (combination of voltage deviation %) and Category B (combination       of voltage deviation ±10 % and frequency deviation +3 % / -5 %) for   voltage and frequency fluctuations. The motors can supply their rated     torque in both Category A and B. In Category A, the temperature rise is  approximately 10 K higher than during normal operation.

Voltage deviation	±5 %	± 10 %
Frequency deviation	±2 %	+3 % / -5 %
According to the standard, longer operation is not recommended for Category B .

Tolerance for electrical data
■  Efficiency ηat
Prated ≤ 150 kW: - 0.15 x (1 – η)
Prated > 150 kW: - 0.10 x (1 – η)

■     ■ ■ ■ ■ ■

With η being a decimal number Power factor ：(1 – cos φ) / 6 Minimum absolute value：0.02 Maximum absolute value：0.07 Slip ±20 % (for motors < 1 kW ±30 % is admissible) Locked-rotor current +20 % Locked-rotor torque - 15 % to +25 % Breakdown torque - 10 % Moment of inertia ± 10 %

Certificates