Explosion Proof Three Phase Asynchronous AC Permanent Magnet Motor

• Customization: Available
• Application: Industrial
• Speed: Constant Speed
• Model NO.: PM motor
• Number of Stator: Three-Phase
• Function: Driving
• Casing Protection: Protection Type
• Number of Poles: 4
• Starting Mode: Variable Frequency Starting
• Certification: ISO9001
• Brand: Semc
• Power: 0.55kw
• Product Brand: Semc
• Type: 3 Phase
• Transport Package: Plywood
• Specification: CD 80 M1-4
• Trademark: semc
• Origin: China
• HS Code: 8501101000
• Production Capacity: 5000pieces/Year
• Package Size: 600.00cm * 700.00cm * 400.00cm
• Package Gross Weight: 5000.000kg

Product Description

Explosion Proof Three Phase Asynchronous AC Permanent magnet MotorOverview

TYP series high efficiency permanent magnet frequency conversion synchronous motor must be used together with permanent magnet motor frequency converter. The rotor of this series of motors is a permanent magnet built-in structure, special design of different quadrature and straight axis magnetic circuit, so that this series of motors have a certain salient pole torque. Therefore, the frequency converter needs to use the maximum torque/current ratio control mode to control the work, so that the series of motors in the full speed range have a high power factor, small working current, low copper consumption.

The speed of TYP series high efficiency permanent magnet frequency conversion synchronous motor is synchronous with the stator rotating magnetic field, without slip, saving the slip power, so that TYP series high efficiency permanent magnet frequency conversion synchronous motor has higher efficiency in the full speed range, and has obvious energy saving effect.
TYP series high efficiency permanent magnet frequency conversion synchronous motors are widely used in injection molding machine, air compressor, pipe making equipment, hydraulic machinery, food machinery, cement pipe making machine, plastic extruder, wire drawing machine, pharmaceutical equipment and other places.

A special control cabinet is equipped for this series of products, which can be customized according to user requirements.

2.
:1000m
:-15~+40ºC
:50,75,125,150,180Hz()
:,
:380V±10%,660V±10%
:IP54IP55
():130(B),155(F)
:IC411,IC416
:Q/1083 SLJ 018-2014

2. Motors are used under the following conditions
Altitude: not more than 1000m
Ambient Temperature: 15 ~ + 40 ºC
Reference frequency: 50, 75, 125, 150, 180Hz(can be customized)
Frequency range: the rated frequency is below the constant torque speed regulation, the rated frequency above has a certain weak magnetic speed regulation ability
Voltage: 380V 10%, 660V 10%
Degrees of Protection: IP54 or IP55
Thermal classification (Degrees of insulation) : 130(B), 155 (F)
Cooling mode: IC411, IC416
Execution standard: Q/1083 SLJ 018-2014

3.
   3.1
      :

3. Specifications & Parameters:
   3.1 Designation
      For example:

TYP: TYP series Permanent Magnet Variable Frequency Motor
225: Frame Size
S: Core Length
6: Poles No.


3.2  TYP

Model	Voltage (V)	Power  (kW)	RPM  (r/min)	Torque N.m	Eff. η(%)	Frequency (Hz)
TYP132S-6	380	3	1000	28.7	88.7	50
TYP132M1-6		4		38.2	89.7
TYP132M2-6		5.5		52.5	89.5
TYP160M-6		7.5		71.6	90.2
TYP160L-6		11		105.1	91.5
TYP180L-6		15		143.3	92.5
TYP200L1-6		18.5		176.7	93.1
TYP200L2-6		22		210.1	93.9
TYP225M-6		30		286.5	94.3
TYP250M-6		37		353.4	94.6
TYP280S-6		45		429.8	94.9
TYP280M-6		55		525.3	95.2
TYP315S-6		75		716.2	95.4
TYP315M-6		90		859.5	95.6
TYP315L1-6		110		1050.5	95.6

3.2 Main parameter of TYP Permanent Magnet Variable Frequency Motors

Model	Voltage (V)	Power  (kW)	RPM  (r/min)	Torque N.m	Eff. η(%)	Frequency (Hz)
TYP315L2-6	380	132	1000	1260.6	95.8	50
TYP355M1-6		160		1528.0	96.0
TYP355M2-6		200		1910.0	96.1
TYP355L1-6		220		2101.0	96.1
TYP355L2-6		250		2387.5	96.1
TYP355L3-6		280		2674.0	96.1
TYP112M-6		4	1500	25.5	90.9	75
TYP132S-6		5.5		35.0	92.1
TYP132M-6		7.5		47.8	92.6
TYP160M-6		11		70.0	93.6
TYP160L-6		15		95.5	94.0
TYP180M-6		18.5		117.8	94.3
TYP180L-6		22		140.1	94.7
TYP200L-6		30		191.0	95.0
TYP225S-6		37		235.6	95.3
TYP225M-6		45		286.5	95.6
TYP250M-6		55		350.2	95.8
TYP280S-6		75		477.5	96.0
TYP280M-6		90		573.0	96.2
TYP315S-6		110		700.3	96.4
TYP315M-6		132		840.4	96.5
TYP315L1-6		160		1018.7	96.5
TYP315L-6		185		1177.8	95.9
TYP315L2-6		200		1273.3	96.0
TYP355M1-6		220		1400.7	96.0
TYP355M2-6		250		1591.7	96.7
TYP355L1-6		280		1782.7	96.7
TYP355L2-6		315		2005.5	96.8
TYP132S1-6		5.5	3000	17.5	91.5	150
TYP132S2-6		7.5		23.9	92.1
TYP160M1-6		11		35.0	93.0
TYP160M2-6		15		47.8	93.4
TYP160L-6		18.5		58.9	93.8
TYP180M-6		22		70.0	94.4
TYP200L1-6		30		95.5	94.5
TYP200L2-6		37		117.8	94.8
TYP225M-6		45		143.2	95.1
TYP250M-6		55		175.1	95.4
TYP280S-6		75		238.8	95.6
TYP280M-6		90		286.5	95.8
TYP280M2-6		110		350.2	96.0
TYP315M-6		132		420.2	96.0
TYP315L1-6		160		509.3	96.2
TYP315L2-6		200		636.7	96.3
TYP355M1-6		220		700.3	96.3
TYP355M2-6		250		795.8	96.4
TYP355L1-6		280		891.3	96.4
TYP355L2-6		315		1002.8	96.5

4.  Mounting dimensions

B3 Mounting Type         B5 Mounting Type        B35 Mounting Type

 

(≤2000r/min)   Outline & mounting dimensions  (Speed ≤2000RPM/Min)

Model	Mounting dimensions																												Outline dimensions
	A	A/2	B	C		D		E		F		G		H		K	M	N		P	R		S			T		Flange hole	AB	AC	AD	HD	L
90S	140	70	100	56	±1.5	24	+0.009 -0.004	50	±0. 31	8	0 -0.036	20	0 -0.20	90	0 -0.5	10	165	130	+0.014 -0.011	200	0	±1.5	12	+0.43 0	φ1.0	3.5	0 -0.12	4	180	195	155	250	320
90L			125																														345
100L	160	80	140	63		28		60	±0.37			24		100		12	215	180		250		±2.0	14.5		φ1.2	4			205	215	180	270	385
112M	190	95		70	±2.0									112															230	240	190	300	400
132S	216	108		89		38	+0.018 +0.002	80		10		33		132			265	230	+0.016 -0.013	300									270	275	210	345	470
132M			178																														510
160M	254	127	210	108	±3.0	42		110	±0.43	12	0 -0.043	37		160		14.5	300	250		350		±3.0	18.5	+0.52 0		5			320	330	255	420	615
160L			254																														670
180M	279	139.5	241	121		48				14		42.5		180															355	380	280	455	700
180L			279																														740
200L	318	159	305	133		55	+0.030 +0.011			16		49		200		18.5	350	300	±0.016	400									395	420	310	505	785
225S	356	178	286	149	±4.0	60		140	±0.50	18		53		225			400	350	±0.018	450		±4.0						8	435	470	335	560	820
225M			311																														845
250M	406	203	349	168	±4.0	65	+0.030 +0.011	140	±0.50	18	0 -0.043	58	0 -0.20	250	0 -0.5	24	500	450	±0.020	550			18.5	+0.52 0	φ1.2	5	0 -0.12	8	490	510	370	615	920
280S	457	228.5	368	190		75				20	0 -0.052	67.5		280	0 -1.0														550	580	410	680	990
280M			419																														1040
315S	508	254	406	216	±4.0	80	+0.030 +0.011	170	±0.50	22	0 -0.052	71	0 -0.20	315	0 -1.0	28	600	550	±0.022	660			24	+0.52 0	φ2.0	6	0 -0.15	8	635	645	530	845	1240
315M			457																														1350
315L			508																														1350
355M	610	305	560	254		95	+0.035 +0.013			25		86		355			740	680	±0.025	800									730	710	655	1010	1530
355L			630

:R;,L
Note: Dimension R is the distance from flange mating surface to shaft shoulder, when fan end is installed with shaft flow fan, L size may be lengthened.

(2000~3600r/min)  Outline & mounting dimensions  (Speed 2000~3600 RPM/Min)

Model	Mounting dimensions																												Outline dimensions
	A	A/2	B	C		D		E		F		G		H		K	M	N		P	R		S			T		Flange hole	AB	AC	AD	HD	L
90S	140	70	100	56	±1.5	24	+0.009 -0.004	50	±0.31	8	0 -0.036	20	0 -0.20	90	0 -0.5	10	165	130	+0.014 -0.011	200	0	±1.5	12	+0.43 0	φ1.0	3.5	0 -0.12	4	180	195	155	250	320
90L			125																														345
100L	160	80			±2.0	28		60	±0.37			24		100		12	215	180		250		±2.0	14.5		φ1.2	4			205	215	180	270	385
112M	190	95	140	70										112															230	240	190	300	400
132S	216	108		89		38	+0.018 +0.002	80		10		33		132			265	230	+0.016 -0.013	300									270	275	210	345	470
132M			178																														510
160M	254	127	210	108	±3.0	42		110	±0.43	12	0 -0.043	37		160		14.5	300	250		350		±3.0	18.5	+0.52 0		5			320	330	255	420	615
160L			254																														670
180M	279	139.5	241	121		48				14		42.5		180															355	380	280	455	700
180L			279																														740
200L	318	159	305	133		55	+0.030 +0.011			16		49		200		18.5	350	300	±0.016	400									395	420	310	505	785
225S	356	178	286	149	±4.0	55			±0.50	18				225			400	350	±0.018	450		±4.0						8	435	470	335	560	820
225M			311																														845
250M	406	203	349	168		60		140			0 -0.043	53		250	0 -0.5	24	500	450	±0.020	550			18.5	+0.52 0		5	0 -0.12	8	490	510	370	615	920
280S	457	228.5	368	190		65					0 -0.052	58		280	0 -1.0														550	580	410	680	990
280M			419																														1040
315S	508	254	406	216										315		28	600	550	±0.022	660			24		φ2.0	6	0 -0.15		635	645	530	845	1240
315M			457																														1350
315L			508
355M	610	305	560	254		75				20		67.5		355			740	680	±0.025	800									730	710	655	1010	1500
355L			630

Type: CD 80 M1-4 I 

Output: 0,55 kW  
Operation mode: S1 
Speed: 1500 rpm  
Voltage: Y 400 V 
Frequency: 50 Hz  
Starting:  DOL
 Mounting:  B14 Flange: FT100 Protection:  IP55 
Cable inlet:  Type 1
 4x M20 
Ex-Protection (Gas):  II 2G Ex de IIC T4 Gb PTC thermistors as sole protection 

Balancing: Halfkey
Inverter duty 
Insulation class at main supply: F/B at 40°C

We produce high quality DC motor

1.    Model-YRKK560-8
2.    AC Slipping
3.    415V
4.    900KW
5.    750-RPM
6.    50Hz
7.    Cooling IC611
8.    Protection:IP54 (Total Enclosed)
9.    Mounting:IMB3
10.   Frame:560MM
11.   Duty:SI
12.   SKF Bearing


dust removal equipment water bath dedusting equipment
Features of electric furnace dust removal system:
1) Dust removal system equipment has strong reliability, not affecting the normal operation of smelting, easy for maintenance.
2) Gas flue capture mode belongs to the whole process of capturing.
3) Gas flue capture rate is more than 98 percent, can achieve plant roof, can not see smoke
4) Dust collection efficiency is more than 99 percent
5) Dust concentration in the workshop is less than 10mg/m3.
6) Low cost for long-term operating , stable efficiency
7) The wind engine noise is less than 80dB.
8) The flue has no dust fouling phenomenon
9) Dust collecting volume is more than 12Kg / t steel




Induction furnace is used for smelting or insulating ferrous metals, non-ferrous metals, sponge iron, such as scrap iron, scrap steel, copper, aluminum and so on. Complete working equipment such as continuous casting machine, rolling mill, mainly used for the production of billet, steel bar, angle steel, H-beam, I-beam, etc. Using KGPS, IGBT, single or double power supply technology, PLC (Siemens) can be realized throughout the monitoring.
 
       Main supply list: 2 sets of electric furnace body, 2 sets of hydraulic or mechanical tilting electric furnace mechanism, 1 set of control platform, 1 set of intermediate frequency control cabinet (6 pulse 1, 12 pulse 2, 24 pulse 4), low voltage control cabinet (6 pulse 1, 12 pulse 2, 24 pulse 4), 1 set of capacitor cabinet, 4 or 8 water-cooled cables; 1 water temperature alarm, 1 leakage alarm; 1 crucible mold, 1 liquid One batch of pressure steel pipe, one set of copper row, three water tanks. Transformer, cooling tower, furnace builder, furnace lining ejector, furnace cover.
 

Product Model: GW1.5-IGBT-1300-0.5-B
Dual output with a set of power supply, can supply power to two sets of furnaces simultaneously, to achieve "one for two", total power can realize stepless free distribution on two sets of furnaces. Equipping two sets of furnaces, one is used for melting or heating refining , the other is used for insulation and casting, and two sets of furnaces can mutual replace to use. Medium frequency power supply device of IGBT transistor module can be used for melting, induction heating, heating treatment.

Main Technical Parameters

No.	Item	Technical Parameters
01	Furnace rated capacity (steel)	1.5t
02	Rated power of medium frequency power supply (1000+300)	1300kW
03	Maximum power of single furnace output	1000kW
04	Rated frequency	500Hz
05	Working temperature	1600ºC
06	Melting rate(Rated loading material, concentrate, density, the third furnace, auxiliary time not counting)	1.6t/h
07	Power consumption(Rated loading material, concentrate, density, the third furnace, auxiliary time not counting)	600kWh/t
08	Cooling water consumption- medium frequency power supply cabinet	30m3/h

Supply Range of Complete Set

No.	Item	Unit
01	IGBT-1300(1000+300)-0.5-B medium frequency power supply device of transistor module	1set
02	"Medium frequency power supply cabinet using closed cycle water cooling device"(Set in the rectifier cabinet)	1set
03	Air conditioning refrigeration equipment (Set in frequency power supply device)	4 sets
04	GW1.5t Melting Furnace	2 sets
05	Hydraulic actuator(including hydraulic pump station, console, hydraulic oil tubing)	1set
06	Water-cooled cable	8sets
07	Cooling water dispenser(used for inductor and water-cooled cable)	2 sets

IGBT Dual track working GW1.5-IGBT-1300-0.5-B



IGBT technology b GW3-IGBT-2000-0.2-B




furnace with cover GW1-IGBT-800-1-B




KGP-7t-5000-dual



We provide PS steel chip crusher 2018

PS series steel chip crusher, used to crush all kinds of car scraps, shavings and cuttings into 20-50mm scraps, in order to enter the chip and machine (metal chip briquetting machine) for briquetting treatment.
[Features]
1 Hydraulic system is adopted to effectively solve the overload protection problem;
2 Hydraulic motor, high torque, saving power;
3 PLC control.



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List of 450 heavy scrap crusher

Serial

number Name Specifications

(mm) Qty Remarks

1 Crusher shell 50mm 1 set Q235, plate thickness 50mm

2 Host hammer High manganese

steel 1 set 16 pieces, each hammer

head 80kg

3 Circular cutter High manganese

steel 1 set 16 pieces, 45kg for each

round cutter

4 Rotor disc φ1100 1 set Outer wear electrode welding

5 Spindle Diameter 390mm 1 root

6 Sieve plate φ65×100 1 set Steel casting ZG45

7 Motor 220KW 2 sets

8 Starting cabinet Soft start 1 set Control equipment operation

9 Hydraulic pumping station Matching 1 set

Unpacking cylinder, movable

plate cylinder,

Forced feed cylinder

10 Dust removal system Matching 1 set Cyclone dedusting,

pulse dedusting

11 Feeding machine 1 set

12 Magnetic separator 1 set

13 Loader heavy conveyor 1400×12000 1 set

14 Discharge belt conveyor 1000×10000 1 set

15 Belt conveyor 1000×8000 1 set

16 Waste belt conveyor 800×6000 1 set

1.Product principle and Application

The crushing production line uses the principle of hammering. Under the drive of a high-speedand high-torque motor, the hammers on the host rotor take turns to hit the objects to be crushed in

the cavity. Through the space formed between the liner and the hammers, After the crushed object

is torn into a crushed object conforming to the specifications, a high-quality crushed material with

high purity can be obtained under the action of a magnetic device.

This production line is used to process waste car body, tinplate, household appliances,

bicycles, empty cans and other lower scraps to make it into a superior steel making raw material.

The machine continuously crushes, removes the coating film, increases the specific gravity of the

volume, prevents the electric furnace from exploding, and improves the water output rate under

certain conditions.

2.Technical conditions

1.1 (1) Ambient temperature: -20 ºC -40 ºC

(2) Production staff: 3-5 people

(3) Installation method: According to the installation diagram, the technicians guide the

installation

1.2 Power supply

(1) Three-phase four-wire 380V AC (±10%), 50HZ (±2%)

(2) Low-voltage power supply of the equipment: 380v / 50hz;

Working lighting power: 220v / 50hz;

3.Processing object

1. Waste car body (excluding engine, reduction gear box, tire, etc.);

The 450KW crushing line needs to be broken into squares not larger than 800mm * 800mm

when crushing colored steel tiles.

2, Tinplate (cans, etc.)

3. Iron sheet for home appliances (excluding motors, compressors, shafts, etc.)

4. ≤6mm light and thin materials and similar domestic waste

25, Empty cans (wash out thin materials, coatings, etc.), non-sealed cans.

Note: After all the processed materials have been preliminarily processed, the shape and

volume need to ensure that they can smoothly enter the main machine inlet. (Such as cans, small

paint buckets, color steel tiles, car shells, etc.)

4.Not suitable for broken objects

1 Dangerous things:

a Sealed container, conduit, etc .;

b. Items that may cause an outbreak, fire, etc .;

2 Scrap cars:

a. Subjects other than passenger cars;

b. Engine, converter, differential gear, tire;