High Flux Core

Iron Powder Cores

High Maximum Flux Density

Low Cost

Large Energy Storage Capacity

High Frequency Chokes

Output Chokes for Switching Power Supplies

Conducted EMI Noise Filters

Pulse Transformers

DC Output/Input Filters

Light Dimmer Chokes

Power Factor Correction Inductors

Continuous-mode Fly-back Inductors

Sendust Cores

Core Losses Significantly Lower

than Iron Powder Cores

Good DC-Bias Characteristics

Cost between Iron Powder Cores

and MPP

Switching Regulator Inductors

In-line Noise Filters

Pulse Transformers

Fly-back Transformers

PFC Chokes

Si-Fe Cores

Excellent DC-Bias Characteristics

High Bmax of 16000 Gauss

Excellent temperature stability

Large energy storage capacity

Frequency range up to 1 MHz

100% Lead(Pb)-free and

RoHS compliant

Power choke for high current(over 50A)

Power inductor for energy storage

(solar cell, wind energy, etc)

Power inductor for military & industries

Power output stage inductor

for switch mode power supply

FeNi Cores

Excellent DC-Bias Characteristics

High Bmax of 16000 Gauss

Excellent temperature stability

Large energy storage capacity

Frequency range up to 1 MHz

100% Lead(Pb)-free and

RoHS compliant

Power choke for high current(over 50A)

Power inductor for energy storage

(solar cell, wind energy, etc)

Power inductor for military & industries

Power output stage inductor

for switch mode power supply

Core Materials

Core Loss

Perm. vs DC Bias

Relative Cost

Frequency Range

Curie Temp.

Flux Density (Sat.)

Temp. Stability

Iron Podwer

High

Good

Lowest

100kHz

750℃

12,000Gs

Poor

Sendust

Low

Good

Low

2MHz

600℃

10,500Gs

Good

Si-Fe

Medium

Best

Low

1 MHz

700℃

16,000Gs

Best

Hi-Flux

Medium

Best

Higlt

1 MHz

700℃

16,000Gs

Best

Ferrite(gapped)

Lowest

Poor

Low

1 MHz

200℃

4,500Gs

Poor

Turns 

Actual Inductance

1000

500

300

100

50

25

+0.0%

+0.5%

+1.0%

+3.0%

+5.0%

+8.5%

Material properties：

• Silicon iron alloy with distributed air gap
• High saturation flux density
• Lower core loss
• Good DC bias performance
• High cost performance

Material Application

1,New energy vehicle

2,PV inverter

3,UPS

Material properties：

• Silicon iron alloy with distributed air gap
• High saturation flux density
• Ultra-lower core loss
• Good DC bias performance
• Excellent temperature &frequency stabilization

Material Application

• Air conditioning
• New energy vehicles
• Photovoltaic inverter
• Server power
• Uninterruptible power supply (UPS)
• DC charging pile

Model

a

b

c

Model

a

b

c

GFA026

1.000

3.708E-06

2.048

GH026

1.001

7.084E-07

2.323

GFA060

1.000

3.739E-05

1.998

GH060

1.013

5.516E-07

2.730

GLA026

1.000

8.631E-07

2.409

GH125

1.009

1.183E-05

2.529

GLA060

1.000

2.806E-05

2.109

GNH026

1.004

1.105E-06

2.210

GL010

1.000

3.264E-05

1.444

GNH060

1.012

5.467E-06

2.346

GL019

1.000

1.420E-05

1.895

GNH090

1.009

1.048E-05

2.558

GL026

1.004

3.497E-05

1.841

GNL026

1.006

9.257E-06

2.001

GL040

1.002

2.530E-04

1.596

GNL060

1.006

2.028E-05

2.152

GL060

1.006

1.859E-04

1.839

GNL090

1.008

3.880E-05

2.243

GS026

1.002

3.356E-04

1.501

GF026

1.003

2.903E-06

2.081

GS060

1.009

3.918E-04

1.727

GF040

1.003

2.628E-06

2.271

GS075

1.000

1.029E-03

1.609

GF060

1.004

2.430E-05

2.056

GS090

0.998

1.860E-03

1.561

GF075

1.004

1.300E-04

1.830

GS125

1.005

1.685E-03

1.718

GF090

1.009

4.700E-04

1.669

GSH026

1.00

1.801E-5

1.919

GF125

1.000

6.900E-04

1.750

GSH040

1.00

5.541E-5

1.833

GFH026

0.999

2.000E-05

1.890

GSH060

1.00

6.584E-5

1.980

GFH040

0.995

5.000E-05

1.881

GSH075

1.00

1.768E-4

1.882

GFH060

0.999

7.000E-05

1.974

GSH125

1.00

1.010E-3

1.733

GFH075

1.000

2.550E-04

1.820

GSL010

1.000

9.00E-5

1.287

GFL010

0.999

1.225E-05

1.482

GSL026

1.001

4.00E-5

1.824

GFL026

1.007

2.757E-06

2.082

GSL040

1.002

2.50E-5

1.596

GFL040

1.000

4.979E-06

2.145

GSL060

1.000

2.51E-5

1.756

GFL060

1.004

5.206E-05

1.927

GSL125

1.000

1.53E-5

1.677

GFL090

1.000

1.328E-04

1.948

GFL125

1.000

4.833E-04

1.858

K

b

c

K

b

c

GS026

2.337

1.262

1.961

GS060

1.620

1.297

2.149

GSH026

4.276

1.144

2.081

GSH060

2.401

1.261

2.130

GSL026

2.250

1.223

2.035

GSL060

1.802

1.265

2.103

GF026

8.070

1.119

2.152

GF060

3.876

1.262

2.097

GFA026

2.767

1.312

2.064

GFA060

4.325

1.165

2.109

GFH026

2.353

1.275

2.127

GFH060

2.743

1.203

2.134

GFL026

4.377

1.267

2.211

GFL060

3.513

1.239

2.163

GH026

2.456

1.240

2.218

GH060

1.058

1.407

2.163

GNH026

2.534

1.280

2.336

GNH060

1.317

1.407

2.238

GNL026

1.901

1.267

2.315

GNL060

0.923

1.415

2.199

GL026

1.719

1.228

2.047

GL060

1.512

1.190

2.067

GLA026

0.279

1.685

2.012

GLA060

1.251

1.256

2.059

AL值 磁导率

nH/N²

型号

μ026

μ040

μ050

μ060

μ075

μ090

μ125

μ147

μ160

G□031□□□

11

17

21

25

31

37

52

62

66

G□038□□□

14

21

27

32

40

48

66

78

84

G□039□□□

11

17

21

25

32

38

53

63

68

G□040□□□

14

21

27

32

40

48

66

78

84

G□044□□□

11

17

22

26

32

38

53

63

68

G□050□□□

12

18

23

27

34

40

56

67

72

G□065□□□

15

23

29

35

43

52

72

88

92

G□068□□□

19

29

36

43

53

64

89

105

114

G□080□□□

14

21

27

32

41

49

68

81

87

G□090□□□

19

29

36

43

54

65

90

106

115

G□092□□□

22

34

43

51

63

76

105

124

135

G□106□□□

32

50

63

75

94

113

157

185

201

G□107□□□

22

39

49

59

74

89

123

166

181

G□130□□□

28

41

51

61

76

91

127

150

163

G□131□□□

22

34

43

51

64

76.5

109

128

140

G□132□□□

28

43

54

65

81

97

135

159

173

G□135□□□

16

25

32

38

47

57

79

93

101

G□141□□□

24

37

47

56

70

84

117

138

150

G□157□□□

35

54

68

81

101

121

168

198

215

G□158□□□

53

81

102

122

153

183

254

299

325

G□168□□□

47

72

90

108

135

161

224

263

287

G□184□□□

59

90

113

135

169

202

281

330

360

G□185□□□

37

57

72

86

107

128

178

210

228

G□200□□□

32

49

61

73

91

109

152

179

195

G□225□□□

33

50

63

75

94

112

156

185

200

G□226□□□

60

92

115

138

172

207

287

306

333

G□250□□□

83

128

160

192

240

288

400

-

-

G□290□□□

89

137

172

206

257

309

429

-

-

G□300□□□

30

45

57

68

85

102

142

-

-

G□301□□□

37

57

71

85

107

128

178

-

-

G□400□□□

48

75

93

112

137

164

228

-

-

G□401□□□

40

61

77

92

115

139

192

-

-

G□520□□□

54

83

103

124

155

187

259

-

-

G□521□□□

68

104

130

156

195

234

325

-

-

Model

Before Coating (Normal) OD*ID*HT(mm)

After Coating (Limited )OD*ID*HT(mm)

le(cm)

Ae(cm²)

Ve(cm³)

Window Area (cm²)

Surface Area(cm²)

40% winding factor

G□031□□□

7.87*3.96*3.18

8.51*3.43*3.81

1.787

0.061

0.109

0.0924

3.05

G□038□□□

9.65*4.78*3.96

10.29*4.27*4.60

2.18

0.094

0.206

0.1432

4.14

G□039□□□

9.65*4.78*3.18

10.29*4.27*3.81

2.18

0.075

0.163

0.1432

4.47

G□040□□□

10.2*5.08*3.96

10.80*4.57*4.60

2.38

0.100

0.238

0.1640

4.85

G□044□□□

11.2*6.35*3.96

11.89*5.89*4.72

2.69

0.09

0.243

0.2725

6.05

G□050□□□

12.7*7.62*4.75

13.46*6.99*5.51

3.12

0.114

0.356

0.3837

8.00

G□065□□□

16.5*10.20*6.35

17.40*9.53*7.11

4.11

0.192

0.789

0.7133

13.66

G□068□□□

17.30*9.65*6.35

18.03*9.02*7.11

4.14

0.232

0.96

0.6390

13.91

G□080□□□

20.32*12.7*6.35

21.10*12.07*7.11

5.09

0.226

1.15

1.144

18.95

G□090□□□

22.9*13.97*7.62

23.62*13.39*8.38

5.67

0.331

1.88

1.408

24.12

G□092□□□

23.6*14.4*8.89

24.30*13.77*9.70

5.88

0.388

2.28

1.489

26.78

G□106□□□

26.9*14.7*11.2

27.70*14.10*11.99

6.35

0.654

4.15

1.561

34.42

G□107□□□

26.9*14.7*8.64

27.70*14.10*9.45

6.352

0.497

3.155

1.561

31.20

G□130□□□

33*19.93*10.67

33.83*19.30*11.61

8.15

0.672

5.48

2.926

49.00

G□131□□□

33*19.93*8.76

33.83*19.30*9.70

8.15

0.551

4.49

2.926

45.92

G□132□□□

33*19.9*11.18

33.83*19.30*11.99

8.15

0.698

5.687

2.926

49.61

G□135□□□

34.3*23.4*8.89

35.10*22.56*9.83

8.95

0.454

4.06

4.012

52.34

G□141□□□

35.8*22.4*10.5

36.63*21.54*11.28

8.98

0.678

6.088

3.631

56.08

G□157□□□

39.9*24.1*14.5

40.72*23.30*15.37

9.84

1.072

10.5

4.264

73.76

G□158□□□

39.9*22.08*17.0

40.72*21.27*17.89

9.51

1.537

15.043

3.563

75.66

G□168□□□

42.9*24.2*16.26

44.00*23.30*17.16

10.26

1.475

15.741

4.264

84.40

G□184□□□

46.7*24.1*18.00

47.63*23.32*18.92

10.74

1.99

21.3

4.264

96.49

G□185□□□

46.7*28.7*15.2

47.63*27.89*16.13

11.63

1.34

15.53

6.114

97.79

G□200□□□

50.8*31.8*13.5

51.69*30.94*14.35

12.73

1.251

15.93

7.499

108.52

G□225□□□

57.2*35.6*14.0

58.00*34.70*14.86

14.30

1.444

20.65

5.147

120.41

G□226□□□

57.2*26.4*15.2

58.00*25.60*16.10

12.50

2.29

28.6

9.457

133.17

G□250□□□

62*32.6*25.0

63.10*31.37*26.27

14.37

3.675

52.81

7.729

173.98

G□290□□□

74.5*45.2*35.0

75.20*44.07*36.27

18.38

5.04

92.64

15.254

283.10

G□300□□□

77.8*49.2*12.7

78.90*48.20*13.84

20.00

1.77

34.7

18.10

224.50

G□301□□□

77.8*49.2*15.9

78.90*48.20*17.02

19.95

2.27

45.3

18.10

236.94

G□400□□□

101.6*57.15*16.51

102.87*55.75*17.78

24.271

3.5226

85.495

24.37

345.39

G□401□□□

101.6*57.15*13.59

102.87*55.75*14.86

24.271

2.971

72.122

24.37

359.37

G□520□□□

132.5*78.59*20.32

133.96*77.04*21.72

32.428

5.347

173.4

46.57

617.08

G□521□□□

132.54*78.59*25.4

133.96*77.04*26.80

32.429

6.71

217.58

46.57

649.77

SUNBOW Part No.

A(mm)

B(mm)

C(mm)

V(cm³)

GB181115

18±0.6

10.7±0.5

15±0.4

2.889

GB181525

18±0.6

15±0.5

25±0.4

6.750

GB221325

22±0.6

13±0.5

15±0.4

4.290

GB222125

22±0.6

21±0.5

15±0.4

6.930

GB403320

40±0.6

33±0.5

20±0.4

26.400

GB453010

45±0.6

30±0.5

10±0.4

13.500

GB454030

44.5±0.6

40±0.5

30±0.4

53.400

GB503010

50±0.6

30±0.5

15±0.4

22.500

GB554006

55±0.6

40±0.5

15±0.4

33.000

GB552006

55±0.6

20±0.5

15±0.4

16.500

GB552012

55±0.6

20±0.5

15±0.4

16.500

GB603020

60±0.6

30±0.5

15±0.4

27.000

GB655020

65±0.6

50±0.5

20±0.4

65.000

GB703020

70±0.6

30±0.5

20±0.4

42.000

GB732820

72.5±0.6

27.5±0.5

20±0.4

39.875

GB803020

80±0.6

30±0.5

20±0.4

48.000

SUNBOW Part No.

A(mm)

B(mm)

C(mm)

V(cm³)

GY140905

14±0.6

9±0.5

5±0.4

1.979

GY140909

14±0.6

9±0.5

9±0.4

3.563

GY191415

19±0.6

14±0.5

15±0.4

3.359

GY502020

50±0.6

20±0.5

20±0.4

18.283

GY603215

60±0.6

32±0.5

15±0.4

25.504

GY704015

70±0.6

40±0.5

15±0.4

36.850

GY704020

70±0.6

40±0.5

20±0.4

49.133

GY016320

101±0.6

63±0.5

15±0.4

82.669

GY016320

101±0.6

63±0.5

20±0.4

110.225

GYB27215

122±0.6

72±0.5

15±0.4

115.073

GYB27220

122±0.6

72±0.5

20±0.4

153.430

SUNBOW Part No.

A(mm)

C(mm)

V(cm³)

GP1415

14±0.6

15±0.4

2.309

GP1425

14±0.6

25±0.4

3.848

GP1520

15±0.6

20±0.4

3.534

GP1525

15±0.6

25±0.4

4.418

GP2120

21±0.6

20±0.4

6.927

GP2125

21±0.6

25±0.4

8.659

GP2520

25±0.6

20±0.4

9.818

GP2525

25±0.6

25±0.4

12.272

GP3320

33±0.6

20±0.4

17.106

GP3325

33±0.6

25±0.4

21.382

GP3630

36±0.6

30±0.4

30.536

GP4020

40±0.6

20±0.4

25.133

GP5520

55±0.6

20±0.4

47.517

Model

 After Coating

Cross Section

Path Length

Window Area

Volume

表面积

40% Wound Dimension

表面积

喷涂后

OD

ID

HT

cm/N

绕线后40%

OD(max)

ID(min)

Ht(max)

Ae (cm²)

le(cm)

cm²

圆密耳

cm³

cm²

in²

(mm)

(mm)

(mm)

(cm)

cm²

in²

GS031

8.51

3.45

3.82

0.0928

1.7607

0.0935

18449

0.1634

2.386

0.370

9.35

2.26

4.83

1.68

3.054

0.473

GS038

10.29

4.27

3.81

0.1101

2.1502

0.1432

28261

0.2367

3.120

0.484

11.32

2.80

5.06

1.87

4.138

0.641

GS039

10.29

4.27

4.6

0.1329

2.1502

0.1432

28261

0.2858

3.481

0.540

11.32

2.80

5.85

2.02

4.488

0.696

GS040

10.8

4.57

4.57

0.1367

2.2757

0.1640

32372

0.3110

3.711

0.575

11.91

2.99

5.91

2.07

4.853

0.752

GS044

11.84

5.84

4.6

0.1325

2.6671

0.2679

52864

0.3533

4.221

0.654

13.27

3.82

6.32

2.21

5.930

0.919

GS050

13.46

6.99

5.51

0.1711

3.1021

0.3837

75733

0.5308

5.618

0.871

15.18

4.58

7.58

2.58

7.996

1.239

GS065

17.4

9.53

7.11

0.2686

4.1069

0.7133

140773

1.1031

9.344

1.448

19.77

6.24

9.94

3.34

13.66

2.12

GS068

18.03

9.02

7.11

0.3075

4.0869

0.6390

126109

1.2567

9.870

1.530

20.24

5.90

9.77

3.39

13.91

2.16

GS080

21.08

12.07

7.11

0.3075

5.0763

1.1442

225812

1.5609

12.096

1.875

24.12

7.90

10.71

3.76

18.93

2.93

GS090

23.62

13.39

8.38

0.4115

5.6623

1.4082

277903

2.3300

15.691

2.432

26.98

8.77

12.37

4.30

24.12

3.74

GS092

24.28

13.77

9.7

0.4893

5.8217

1.4892

293901

2.8488

17.877

2.771

27.74

9.01

13.81

4.63

26.75

4.15

GS106

27.69

14.1

11.99

0.7821

6.3260

1.5615

308156

4.9478

24.662

3.823

31.15

9.23

16.16

5.42

34.41

5.33

GS130

33.83

19.3

11.6

0.8090

8.1333

2.9255

577361

6.5801

31.488

4.881

38.68

12.63

17.36

6.08

48.99

7.59

GS131

33.83

19.3

9.7

0.6765

8.1333

2.9255

577361

5.5023

28.317

4.389

38.68

12.63

15.46

5.70

45.92

7.12

GS132

33.83

19.3

11.99

0.8362

8.1333

2.9255

577361

6.8013

32.139

4.982

38.68

12.63

17.75

6.15

49.61

7.69

GS135

35.1

22.56

9.83

0.5917

8.9126

3.9973

788880

5.2735

29.164

4.520

40.97

14.77

16.66

5.95

52.13

8.08

GS141

36.63

21.54

11.28

0.8170

8.9285

3.6440

719157

7.2949

34.402

5.332

42.09

14.10

17.73

6.34

56.00

8.68

GS142

36.63

21.54

8.5

0.6157

8.9285

3.6440

719157

5.4971

29.322

4.545

42.09

14.10

14.95

5.79

51.10

7.92

GS157

40.69

23.32

15.37

1.2815

9.8028

4.2712

842926

12.5622

48.373

7.498

46.56

15.27

22.33

7.60

73.77

11.43

GS184

47.63

23.32

18.92

2.2077

10.6941

4.2712

842926

23.6098

69.265

10.736

53.33

15.27

25.80

8.97

96.60

14.97

GS185

47.63

27.89

16.13

1.5283

11.5874

6.1093

1205673

17.7096

61.686

9.561

54.69

18.26

24.48

8.54

97.84

15.17

GS200

51.69

30.94

14.35

1.4293

12.7019

7.5185

1483793

18.1543

64.184

9.948

59.57

20.26

23.63

8.66

108.57

16.83

GS225

58.04

34.75

14.86

1.6612

14.2640

9.4842

1871726

23.6958

77.264

11.976

66.89

22.75

25.29

9.47

133.37

20.67

GS226

58.04

25.58

16.13

2.5132

12.4464

5.1392

1014223

31.2801

85.010

13.177

64.24

16.75

23.64

9.48

120.56

18.69

GS250

63.1

31.37

26.27

4.0010

14.2634

7.7289

1525322

57.0684

125.051

19.383

70.78

20.54

35.53

12.13

173.98

26.97

GS290

75.2

44.07

36.27

5.4196

18.3014

15.2538

3010362

99.1867

194.225

30.105

86.36

28.85

49.46

15.64

283.10

43.88

GS300

78.9

48.2

13.84

2.0395

19.5703

18.2467

3601029

39.9129

116.555

18.066

91.25

31.55

28.34

11.64

224.49

34.80

GS301

78.9

48.2

17.02

2.5081

19.5703

18.2467

3601029

49.0837

129.253

20.034

91.25

31.55

31.52

12.27

236.76

36.70

GS400

102.87

55.75

17.78

4.0214

24.1650

24.4107

4817507

97.1772

206.006

31.931

116.73

36.50

34.33

14.89

358.37

55.55

GS401

102.87

55.75

14.86

3.3610

24.1650

24.4107

4817507

81.2179

191.455

29.676

116.73

36.50

31.41

14.31

344.32

53.37

GS520

133.96

77.04

21.72

5.9343

32.3236

46.6148

9199519

191.8163

332.632

51.558

153.37

50.43

44.73

19.24

615.96

95.47

GS521

133.96

77.04

26.8

7.3222

32.3236

46.6148

9199519

236.6795

366.306

56.778

153.37

50.43

49.81

20.26

648.48

100.52

Material Mix Number

Reference Permeability(μe)

Temp.
Coef. of Perm(+ppm/℃)

Coef. of in Expan(+ppm/℃)

Color Code

-18

55

385

11

Green/Red

-19

55

650

11

Red/Green

-26

75

825

12

Yellow/White

-30

22

510

11

Green/Gray

-33

33

665

11

Gray/Yellow

-34

33

565

11

Gray/Blue

-35

33

665

11

Yellow/Gray

-40

60

950

11

Green/Yellow

-52

75

650

12

Green/Blue

Material Mix No.

60Hz

@5000Gs

1kHz

@1500Gs

10kHz

@500Gs

50kHz

@225Gs

100kHz

@140Gs

500kHz

@50Gs

Permeability with DC Bias

HDC=50Oe@10kHz

%μ_o

μ_effective

-18

48

72

70

63

46

37

74

40.7

-19

31

60

72

71

54

49

74

40.7

-26

32

60

75

89

83

139

51

38.3

-30

37

80

120

149

129

129

91

20.0

-33

37

80

126

182

180

291

84

27.7

-34

29

61

87

100

82

78

84

27.7

-35

33

73

109

137

119

123

84

27.7

-40

29

62

93

130

127

223

62

37.7

-52

30

56

68

72

58

63

59

44.3

 Temperature Effects

Common working temperature for iron powder core is between -65℃～+125℃. When the working environment temperature rises above 150℃, the organic adhesive (usually epoxy resin) will begin to decompose, resulting in the degradation of the device's performance and shortening of the device's life. The severity of the degrading depends on the time, temperature, size of the magnetic powder core, working frequency and the flux density.

Material(Mix No.)

-18

-19

-26

-30

-33

-34

-35

-52

AL Tolerance

±10%

±10%

±10%

±10%

±10%

±10%

±10%

±10%

Typical Applicaiton

-18

-19

-26

-30

-33

-34

-35

-52

Light Dimmer Chokes

×

60 Hz Differential-mode EMI Line Chokes

×

×

DC Chokes: <50kHz or low Et/N(Buck/Boost)

×

×

×

×

×

DC Chokes: ≥50kHz or higher Et/N(Buck/Boost)

×

×

×

×

×

×

×

Power Factor Correction Chokes: <50kHz

×

×

×

×

×

Power Factor Correction Chokes: ≥50kHz

×

×

×

×

×

×

Resonant Inductors: ≥50kHz

Toroidal Cores

SUNBOW Part No.

OD

ID

HT

SUNBOW Part No.

OD

ID

HT

GT80-GT141

±0.50

±0.50

±0.63

GT249-GT400

±0.75

±0.75

±0.75

GT150-GT225

±0.63

±0.63

±0.75

GT520-GT650

±1.25

±1.25

±1.25

AL值 牌号

型号

-18/19

-26

-30

-34/35

-40

-52

OD(mm)

ID(mm)

HT(mm)

l(cm)

Ae(cm²)

Ve(cm³)

GT106

70

93

30

40

81

95

26.9

14.5

11.1

6.49

0.659

4.28

GT106A

49

67

/

/

58

67

26.9

14.5

7.92

6.49

0.461

3.00

GT106B

91

124

/

/

106

124

26.9

14.5

14.6

6.49

0.858

5.57

GT124

/

58

/

/

/

/

31.6

18

7.11

7.75

0.459

3.55

GT130

58

81

25

33.5

69

79

33

19.8

11.1

8.28

0.698

5.78

GT130A

/

41

/

/

34

/

33

19.8

5.72

8.28

0.361

2.99

GT131

79

116

/

46.5

93

108

33

16.3

11.1

7.72

0.885

6.84

GT132

/

103

/

/

83

95

33

17.8

11.1

7.96

0.805

6.41

GT141

/

75

/

/

60

69

35.9

22.4

10.5

9.14

0.674

6.16

GT150

65

96

/

/

78

89

38.4

21.5

11.1

9.38

0.887

8.31

GT150A

/

66

/

/

/

/

38.4

21.5

8.26

9.38

0.657

6.16

GT157

73

100

31.5

43.5

86

99

39.9

24.1

14.5

10.1

1.06

10.7

GT175

82

105

/

/

90

105

44.5

27.2

16.5

11.2

1.34

15.0

GT184

116

169

51

70

143

159

46.7

24.1

18

11.2

1.88

21.0

GT200

67

92

37

49

92

50.8

31.8

14

13

1.27

16.5

GT200B

120

160

51

74

142

155

50.8

31.8

25.4

13

2.32

30.0

GT201

164

224

/

/

194

224

50.8

24.1

22.2

11.8

2.81

33.2

GT224C

/

155

/

/

/

155

57.2

31.8

19.1

14

2.31

32.2

GT225

67

98

28

37

78

92

57.2

35.7

14

14.6

1.42

20.7

GT225B

/

160

/

67

/

155

57.2

35.7

25.4

14.6

2.59

37.8

GT249

/

203

/

89

/

203

63.5

35.7

25.4

15.6

3.36

52.3

GT250

177

242

71

106

194

242

63.5

31.8

25.4

15

3.84

57.4

GT260

128

175

51

76.5

140

175

67.9

40.7

25.4

17.1

3.45

59.0

GT300

58

80

23

34.5

71

80

77.2

49

12.7

19.8

1.68

33.4

GT300D

116

160

46

69

142

160

77.2

49

25.4

19.8

3.38

67.0

GT350

125

171

50

75

137

171

89

54.4

25.4

22.5

4.39

98.0

GT400

96

131

40.5

55

115

131

102

57.2

16.5

25

3.46

86.4

GT400B

/

205

/

/

/

/

102

57.2

25.4

25

5.35

133

GT400D

/

262

81

110

230

/

102

57.2

33

25

6.85

171

GT520

/

/

/

/

/

/

132

78.2

20.3

33.1

5.24

173

GT520D

/

/

90

130

240

/

132

78.2

40.6

33.1

10.5

347