QC5-50/10T Electromagnetic Overhead Crane with Hook

Loading Port:China main port

Payment Terms:TT OR LC

Min Order Qty:1 set

Supply Capability:100 set/month

Product Description:

Profile

As a kind of derivative product of overhead crane with hook, the electromagnetic overhead crane with hook can make up the operation that the common overhead crane can not complete the handling or the common overhead crane can complete the lifting and transferring with low efficient. For example, it is used in lifting and transferring ferrous metal, such as steel scrap, scrap iron, pig iron abnormal shape steel plate and others. Because of its convenience, shortcut and efficient, it is widely used in ironworks, steel mill, baiting shop and other sites.

Characteristic

1. There are three kinds of methods for entering the platform of cab:from the side, from the end and from the top.

2. The cab can be installed on the left face or the right face.

3. Lifting capacity includes the dead weight of magnetic disk.

4. The total weight of crane doesn’t include magnetic disk and the weight of accessories.

5. The electromagnetic chunk is suspended under the hook directly, which is in order to dismount and maintenance conveniently.

6. Hoisting brake can be handle in manual way. Thus, the suspending electromagnetic chunk and clogs can be set down quickly and smoothly when it is in fault condition, which can avoid security incidents.

7. The electromagnetic chunk adopts to cable drum to supply power independently.

8. With a protection function of magnetic, it can prevent clog from falling when it is in sudden power failure.

QC5-50/10T Electromagnetic Overhead Crane with Hook

QC5-50/10T Electromagnetic Overhead Crane with Hook


5t~10t Electromagnetic Overhead Crane with Hook

Technical Specifications

Lifting capacity

t

5

10

Span S

m

10.5

13.5

16.5

19.5

22.5

25.5

28.5

31.5

10.5

13.5

16.5

19.5

22.5

25.5

28.5

31.5

Max.lifting height

m

16

16

Working classification

A6

A6

speed

Lifting

m/

min

15.5

13.3

Trolley travelling

37.2

43.8

Crane traveling

115.6

116.8

115.6

116.8

112.5

Main dimension

S1

mm

1250

1500

S2

1500

H

1765

1878

1928

H1

765

800

765

850

H2

-22

128

228

378

528

678

828

978

-22

128

228

378

528

630

780

930

H3

2398

2548

2648

2798

2948

3098

3248

3398

2398

2548

2648

2798

2948

3050

3200

3350

H4

69

600

550

K

1400

2000

W

3400

3550

5000

4050

5000

B

5058

5208

6028

5708

5848

6388

b

230

Max.wheel load

kN

74.5

80

86.5

94

101.5

113

121.5

128.5

104

112

121

126

134

146

155

165

Total power

Kw

27.8

31.8

35.5

39.5

Recommended steel rail

kg/m

43kg/m

Power source

3-Phase A.C. 50Hz  380V

QC5-50/10T Electromagnetic Overhead Crane with Hook

16/3.2t~20/5t Electromagnetic Overhead Crane with Hook

 

Lifting height

Main hook

t

16

20

Auxiliary hook

t

3.2

5

Span  S

m

10.5

13.5

16.5

19.5

22.5

25.5

28.5

31.5

10.5

13.5

16.5

19.5

22.5

25.5

28.5

31.5

Max.lifting height

Main hook

m

16

12

Auxiliary hook

18

14

Classification

A6

A6

Speed

Main lifting

m/

min

13

9.7

Auxiliary lifting

14.5

12.7

Trolley travelling

44.6

44.6

Crane traveling

112.5

101.4

112.5

101.4

Main dimension

S1

mm

1040

1070

S2

2460

2650

S3

1600

1700

S4

3020

3280

H

2097

2099

2189

2187

2099

2101

2191

H1

815

940

815

940

H2

82

82

182

242

392

542

692

842

82

86

186

246

394

544

694

844

H3

2502

2502

2602

2662

2812

2962

3112

3262

2502

2506

2606

2666

2814

3964

3114

3264

H4

727

725

635

637

699

697

607

H5

768

496

K

2000

2000

W

4400

4400

5000

4400

5000

B

6278

6188

6798

6278

6188

6798

b

230

260

230

260

Max.wheel load

kN

146

153

161

174

182

193

204

214

170

177

187

201

210

223

234

245

Total power

Kw

64.5

71.5

69

35.5

76

Recommended steel rail

kg/m

43kg/m or QU70

Power source

3-Phase A.C. 50Hz  380V

 QC5-50/10T Electromagnetic Overhead Crane with Hook

32/5t~50/10t Electromagnetic Overhead Crane with Hook

 

Lifting height

Main hook

t

32

50

Auxiliary hook

t

5

10

Span  S

m

10.5

13.5

16.5

19.5

22.5

25.5

28.5

31.5

10.5

13.5

16.5

19.5

22.5

25.5

28.5

31.5

Max.lifting height

Main hook

m

16

12

Auxiliary hook

18

16

classification

A6

A6

speed

Main lifting

m/

min

9.5

9.7

Auxiliary lifting

12.7

12.7

Trolley traveling

42.4

44.6

Crane traveling

101.4

101.8

86.8

86.8

87.3

Main dimension

S1

mm

1070

1005

S2

2650

2785

S3

1700

2000

S4

3280

3780

H

2349

2353

2483

2746

2748

2754

H1

905

1070

1055

1090

H2

92

96

246

266

416

566

716

816

71

248

254

404

554

704

804

954

H3

2512

2516

2666

2686

2836

2986

3136

3236

2491

2668

2674

2824

2974

3124

3224

3371

H4

705

701

571

1020

1018

1012

H5

790

948

K

2500

2500

W

4650

4700

5000

4800

5000

B

6588

6608

6828

6828

6858

7058

b

260

300

300

300

Max.wheel load

kN

242

256

269

286

298

313

323

335

337

359

379

397

412

429

442

457

Total power

Kw

96.6

96.3

96.3

131.5

139.5

Recommended steel rail

kg/m

QU70

QU80

Power

3-Phase A.C. 50Hz  380V


QC5-50/10T Electromagnetic Overhead Crane with Hook

Crane span structure

Crane span structure is the main stress component of electromagnetic overhead crane with hook, which adopts double girder and double rail type. The main stress component of it is made up of the main girder and end girder. And, the assisted component of it includes track of trolley, walking platform, handrail, ladder and other attached mental structure.

The main principal weld adopts submerged-arc welding or gas shielded welding. It is tested in accordance with the regulation of general-purpose overhead crane after the it is welded.

The main stress stress material is Q235B. And, the section of the main girder adopts computing method of finite element to analysis and calculate systematically, which aims to assure the main stress materials has enough strength, rigidity and stability in the large.

All of the steel plate has been experienced shot blasting pretreatment, which make it reach Sa2.5 degree standard.

The upper deflection is0.91.4S/1000 and the position of the max upper deflection must be designed in the middle1/10 range.

The end girder adopts box structure. And. The connection between end girder and main girder is rigid coupling. The end girder can be transported disassembly, which is connected by high strength bolt. The junction plate is positioned by reaming bolt.

The tread of walking board on the crane span structure adopts 3mm thickness skid resistance riffled plate. All aisles are equipped with handrail with 1050mm thickness. And the space between the horizontal overarms is 350 mm. And, on the bottom of the handrail, it is equipped with side wall inner shield, which height is 100mm. Anywhere on the handrail will bear 1kN (100kgf) load from any directions, which will not cause plastic deformation.

The main components are set with lifting lug for lifting, lifting hole and others, which aims to transport and lift conveniently. The position and strength of these lifting lugs and lifting holes have considered the safety and convenience fully.

Lifting mechanism

The main lifting mechanism and auxiliary lifting mechanism are set on the same crane span structure. Each lifting mechanism is equipped with separate drive device. The main lifting mechanism and auxiliary lifting mechanism can complete the lifting independently. Also, it can cooperate with each other to turnover the equipment.

The working principle of the lifting structure: the electric motor is acting. After it go through the reducer, it will drive drum and then, it will complete the handling by steel wire rope twine system.

The electromagnet is suspended under the hook. It is powered by the cable reel on the small frame to control the magnetism of the electromagnet and obtain the adsorption capacity to lift the heavy object.

The braking of the lifting mechanism adopts the electric brake and the brake is stable, safe and reliable.

All parts of the lifting mechanism are compact, easy to maintain. And it is safe and reliable.

Electromagnetic chuck

It adopts a fully sealed structure and has good moisture resistance.

Through the computer optimization design, the structure is reasonable, the self weight is light, the suction is large and the energy consumption is low.

QC5-50/10T Electromagnetic Overhead Crane with Hook

QC5-50/10T Electromagnetic Overhead Crane with Hook