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(500kN) (300kN) (750kN) (1800kN) (1300kN) (1000kN) All-electric Small-sized Molding Machine All-electric Small-sized Molding Machine Technical Data All-electric Small-sized Injection Molding Machine S002EN07-2012JD

All-electric Small-sized Injection Molding Machine

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Page 1: All-electric Small-sized Injection Molding Machine

(500kN)

(300kN)

(750kN)

(1800kN)

(1300kN)

(1000kN)

All-electric Small-sized Molding Machine

All-electric Small-sized Molding Machine

Technical Data

All-electric Small-sized Injection Molding Machine

S002EN07-2012JD

Page 2: All-electric Small-sized Injection Molding Machine

Mold clamping unitMold clamp system

Item Unit

Maximum clamping force

Distance between tie bars (H x V)

Platen dimensions (H x V)Daylight

(Mold thickness extension 50 mm selected)

(Mold thickness extension 100 mm selected)

(Ejector compressor selected)

(Ejector ejection up selected)

(Ejector compressor selected)

(Ejector ejection up selected)

(When high load filling spec. is selected)

Mold opening/closing stroke

Maximum platen speed

Locating hole diameter

Ejector ejection pointsEjector ejection force

Maximum ejector speed

Ejector stroke

Mold height (minimum-maximum)

Injection unit

Plasticizing capacity

Screw diameter

Maximum injection pressure *1,*2

Maximum hold pressure *1,*2

Injection weight (GPPS)

Plasticizing capacity *3,*4

Injection rate

Screw strokeMaximum injection speed

Maximum screw rotation speed

Heater capacityNozzle pressing force

Injection unit movement stroke

Protrusion

Hopper capacity (Standard model hopper selected)

Machine dimensions (LxWxH) *5

Machine weight

Quantity of temperature control zones

Theoretical injection capacity

Machine dimensions and weight

Double toggle (5 points)

1 points

Double toggle (5 points)

Motor driven type (5 points)

Double toggle (5 points)

Motor driven type (5 points)

*1 The max. injection pressure and max. hold pressure are calculated values and represent machine output, not resin pressure.*2 The max. injection pressure and max. hold pressure are not sustained pressure levels.*3 The plasticizing rate is given for a machine mounted with the SD Screw.*4 50% of the value in the table is the threshold value when the SL screw is selected.

*5 The total length of the machine is to the front end of the injection unit when mounting the screw of the smallest diameter.*6 MN type can only be installed on a connector machine.

● We appreciate your kind understanding that as a result of our effort to enhance performance, there may be slight modifications to the specifications.● The mass of the machine may vary depending on what options are installed.

(Mold thickness extension 50 mm selected)

(Mold thickness extension 100 mm selected)

(Ejector ejection up selected)

(Ejector stroke extension selected)

(When Low nozzle contact force is selected)

(When high load filling spec. is selected)

(Ejector compressor selected)

(When the option is selected)

(Mold thickness extension 50 mm selected)

(Mold thickness extension 100 mm selected)

(High cycle specification selected)

Main Specifications

(Locating ring with inner diameter φ26 selected: φ26)φ60

0302

t

mm

mm

mm

L

mm/s

kN

mm

cm3/s

MPa

cm3

MPa

g

kg/h

mm

min-1

kW

mm

mm

mm/s

mm/s

mm

mm

mm

kN

kN

mm

mm

18 20

224 181

224 181

14 18

13 17

11 14

152 188

185

7.8

2.0 2.2

---(3235 x 958 x 1470)

3185 x 958 x 1470

---(3235 x 958 x 1470)

3185 x 958 x 1470

45

3.22.62.2 3.6

300

310 x 290

440 x 420

530

230

333

---50

7.8

1200

130~300(130~350)

(580)---

---

(29)

---(30)---

---

C35

SS

18 20 22

274 265 220

274 265 220

19 24 29

18 23 28

10 13 18

139 172 209

5840 78

400430460

(15)(6) (15)

3030

185~210

4 5

3.2 3.6 3.9

C65

S

18 20 22 25 22 25 28 25 28 32

274 265 220 170 274 212 174 274 218 167

274 265 220 170 274 212 174 274 218 167

20 25 30 38 40 51 64 51 64 84

19 24 28 37 38 49 61 49 61 80

10 13 18 26 18 26 37 26 37 53

140 173 209 270 190 245 308 196 246

78 104 104

400400

(15)

400

400

(15) (15)

30 30 30

180~250 180~250 250

14 14 43

2.7 2.7 2.8

---(3732 x 1113 x 1575)

3682 x 1113 x 1575

3.5 3.6 3.7

---(4310 x 1183 x 1575)

(3205 x 1052 x 1470) (3205 x 1052 x 1470) --- ---4260 x 1183 x 1575

4 5 5 5

(350)550

(550)600

(500)

---14

---

322

3.1 3.5 3.8 4.2 3.8 4.2 4.8 4.2 4.8 5.4

S S

22 25 28 25 28 32

274 212 174 274 218 167

274 212 174 274 218 167

40 51 64 51 64 84

38 49 61 49 61 80

18 26 37 26 37 53

190 245 308 196 246

104 104

400400

400

(15) (15)

30 30

210~300 210~300

14 43

5 5

(350)

322

3.8 4.2 4.8 4.2 4.8 5.4

S S

28 32 36

284 217 171

284 217 171

86 113 143

83 108 137

37 53 76

216 281

140

400

(30)

45

200~300

43--- ---

550 500(550) (500)

(14) --- --- ---

500 350(500) (350)

5

356(127) (157)

14 16

223 266

223 266

6.0 11

5.8 11

5.1 9.5

92 120

MN *6

(76) (100) (139) (172)

25

170

170

38

36

26

269

4.3

(269)(209) (140) (173) (209) (270) (190) (245) (308) (171) (215) (281) (190) (245) (308) (171) (215) (281) (216) (281) (356)

6.5 7.5 8.4

M

500

360 x 360

500 x 500

600

250

φ100

333

---70

21

1200

160~350(160~400)

(650)---

---

(49)

(100)

750

420 x 420

580 x 580

710

300

φ100

333

---(200) (250) (250)

80

26

1200

160~410(160~460)

(760)---

---

(49)

(100)(60) (70)--- ---

--- ---

--- ---

C65 C110 C160 C160 C250C110

Page 3: All-electric Small-sized Injection Molding Machine

Mold clamping unitMold clamp system

Item Unit

Maximum clamping force

Distance between tie bars (H x V)

Platen dimensions (H x V)Daylight

(Mold thickness extension 50 mm selected)

(Mold thickness extension 100 mm selected)

(Ejector compressor selected)

(Ejector ejection up selected)

(Ejector compressor selected)

(Ejector ejection up selected)

(When high load filling spec. is selected)

Mold opening/closing stroke

Maximum platen speed

Locating hole diameter

Ejector ejection pointsEjector ejection force

Maximum ejector speed

Ejector stroke

Mold height (minimum-maximum)

Injection unit

Plasticizing capacity

Screw diameter

Maximum injection pressure *1,*2

Maximum hold pressure *1,*2

Injection weight (GPPS)

Plasticizing capacity *3,*4

Injection rate

Screw strokeMaximum injection speed

Maximum screw rotation speed

Heater capacityNozzle pressing force

Injection unit movement stroke

Protrusion

Hopper capacity (Standard model hopper selected)

Machine dimensions (LxWxH) *5

Machine weight

Quantity of temperature control zones

Theoretical injection capacity

Machine dimensions and weight

Double toggle (5 points)

Motor driven type (5 points)

Double toggle (5 points)

Motor driven type (5 points)

Double toggle (5 points)

Motor driven type (5 points)

*1 The max. injection pressure and max. hold pressure are calculated values and represent machine output, not resin pressure.*2 The max. injection pressure and max. hold pressure are not sustained pressure levels.*3 The plasticizing rate is given for a machine mounted with the SD Screw.

*4 50% of the value in the table is the threshold value when the SL screw is selected.*5 The total length of the machine is to the front end of the injection unit when mounting the screw of the smallest diameter.

● We appreciate your kind understanding that as a result of our effort to enhance performance, there may be slight modifications to the specifications.● The mass of the machine may vary depending on what options are installed.

(Mold thickness extension 50 mm selected)

(Mold thickness extension 100 mm selected)

(Ejector ejection up selected)

(Ejector stroke extension selected)

(When Low nozzle contact force is selected)

(When high load filling spec. is selected)

(Ejector compressor selected)

(When the option is selected)

(Mold thickness extension 50 mm selected)

(Mold thickness extension 100 mm selected)

(High cycle specification selected)

Main Specifications

43 43 43 43 43 43 43 43

25

274

274

51

49

26

196

28 32

218 167

218 167

64 84

61 80

37 53

246 322

S

28 32 36

284 217 171

284 217 171

86 113 143

83 108 137

37 53 76

216 281 356

M

32 36 40

273 215 175

273 215 175

129 163 201

124 156 193

53 76 101

281 356 440

M

36 40 45

259 209 165

259 209 165

163 201 254

156 193 244

76 101 136

356 440 557

M

28 32 36

284 217 171

284 217 171

86 113 143

83 108 137

37 53 76

216 281 356

M

32 36 40

273 215 175

273 215 175

129 163 201

124 156 193

53 76 101

281 356 440

M

36 40 45

259 209 165

259 209 165

163 201 254

156 193 244

76 101 136

356 440 557

M

40 45 50

274 216 175

274 216 175

201 254 314

193 244 302

101 136 193

440 557 687(171) (215) (281) (216) (281) (356) (281) (356) (440) (356) (440) (557) (216) (281) (356) (281) (356) (440) (356) (440) (557) (440) (557) (687)

M

C160 C250 C250C360 C360C450 C450 C560

φ100

0504

t

mm

mm

mm

L

mm/s

mm

kN

cm3/s

MPa

cm3

MPa

g

kg/h

mm

min-1

kW

mm

mm

mm/s

mm/s

mm

mm

mm

kN

kN

mm

mm

(4668 x 1226 x 1691)(4668 x 1226 x 1691)

4568 x 1226 x 1691

1000

460 x 460

650 x 650

800

350

333

(333)100

32

1200

180~450(180~500)

(850)(900)

(180~550)

(49)

(150)(80)(80)

---

(59)

(4893 x 1326 x 1750)(4893 x 1326 x 1750)

4793 x 1326 x 1750

(5298 x 1396 x 1831)(5298 x 1396 x 1831)

--- --- ---5198 x 1396 x 1831

(333)

φ100

1300

510 x 510

720 x 720

850

400

333

(333)100

32

1200

180~450(180~500)

(900)(950)

(180~550)

(49)

(150)(80)(80)

---

(59)

(333)

φ120

1800

560 x 560

800 x 795

950

450

333

(333)120

45

1200

200~500(200~550)

(1000)(1050)

(200~600)

(49)

(150)(100)(100)

(φ100 / φ110)

(59)

(333)

22 25 28 25 28 32

274 212 174 274 218 167

274 212 174 274 218 167

40 51 64 51 64 84

38 49 61 49 61 80

18 26 37 26 37 53

190 245 308 196 246 322

S S

28 32 36

284 217 171

284 217 171

86 113 143

83 108 137

37 53 76

216 281 356

M

32 36 40

273 215 175

273 215 175

129 163 201

124 156 193

53 76 101

281 356 440(190) (245) (308) (171) (215) (281) (216) (281) (356) (281) (356) (440)

M

C160 C250 C360C110

104 104

400

500

400

400

5 5

(350)

3.8 4.2 4.8 4.2 4.8 5.4

140

400

350

5

6.5 7.5 8.4

160

400

350(500) (350) (350)

5

7.5 8.4 10.3

--- --- --- ---14 43 43 43

(15) (15)

30 30

230~320 230~320

(30)

45

220~320

(30)

45

320

4.3 4.4 4.5 4.6

104 140 160 160 140 160 160 160

400(350)

350 350 350 350 350 350 350(350) (350) (350) (350) (350) (350) (350)

--- --- --- --- --- --- --- ---

400

5

400

5

400

5

400

5

400

5

400

5

400

5

400

5

4.2 4.8 5.4 6.5 7.5 8.4 7.5 8.4 10.3 8.4 10.3 11.5 6.6 7.6 8.5 7.6 8.5 10.3 8.5 10.3 11.5 10.3 11.5 12.6

(15)

30

250~335

(30)

45

240~335

(30)

45

300~335

(50)

45

335

(30)

65

320~380

(30)

65

350~380

(50)

65

360~380

(50)

65

380

5.3 5.4 5.5 5.5 7.0 7.1 7.1 7.4

Page 4: All-electric Small-sized Injection Molding Machine

 

Mold Mounting Diagram(Mold Mounting Diagrams comply with JIS B 6701.)

The following drawing’s dimensions are Japanese specification.

Dimension & Foundation Plan

After swiveling

After swiveling

8-M8 Screw, depth 17For Insulating Plate

56-M16 Screw, depth 32

Injectionunit

Ejector stroke:0~70

Ejection start position:3Ejector stroke

:0~50

Ejection start position:3

(★MAX.400 Option B083)

(★MAX.350 Option B083)

M12 Screw, depth 20Note : 3 ejector rods are provided.

56-M16 Screw, depth 328-M8 Screw, depth 17

Safety door

Safety door

For Insulating Plate56-M12 Screw, depth 24

8-M8 Screw, depth 17

56-M12 Screw, depth 24

For Insulating Plate

M12 Screw, depth 25 8-M8 Screw, depth 17For Insulating Plate

MOVING PLATENMOVING PLATEN

Mold Mounting Diagram(Mold Mounting Diagrams comply with JIS B 6701.)

Mold mounting surface

STATIONARY PLATENSTATIONARY PLATEN EJECTOR STROKE MOLD SPACE

EJECTOR STROKE MOLD SPACE

6-M12 Screw, depth 20

Tapped hole layout of take-out robot

Mold mounting surface6-M12 Screw, depth 20

Tapped hole layout of take-out robot

FTC:FTCⅡ Nozzle (Open type)O:Open NozzleN:Needle type shut off nozzle

FTCⅡ:FTCⅡ Nozzle (Open type)FTCⅢ:FTCⅢ Nozzle (Open type)SL:SL SCREW (Open)O:Open NozzleN:Needle type shut off nozzle

SL : SL Screw (Open) O : Standard Screw (Open) N : Standard screw (Needle)( ) Shows dimension equipped with a hopper swiveling unit.*Shows dimension equipped with mold space 50mm extension.

When equiped hopperswiveling unit

When equiped hopperswiveling unit

When selected SL screw unit

Hopper mounting surface

Hopper mounting surface

Hopper mounting surface

4-M8 Screw,depth16

4-M8 Screw,depth16

4-M8 Screw,depth16

4-M8 Screw,depth16

4-M8 Screw,depth14

Injectionunit

Screw Diameter / Type

Power supplyIVCable : min.30mm2

Power supplyIVCable : min.30mm2

Hopper mounting surfaceHopper mounting surface

Safty door displacement:630Safty door displacement:515

Standard:1680

Top surface of stationary platenTop surface of stationary platen

Case of "Mold space extension 50mm":1730Standard:1525

Case of "High cycle specification":1545Case of "Mold space extension 50mm":1575

Injection unit moving strokeInjection unit moving stroke

Stationary platen punching surfaceStationary platen punching surface

The following drawing’s dimensions are Japanese specification.

Dimension & Foundation Plan

Standard:180Case of "Mold space

extension 50mm":230

Cooling water jacket

Option: Compressed air inlet

Water supply

Drain

Cooling water jacketWater supply

Drain

Injectionunit

Screw Diameter / Type

Standard:155

Option: Compressed air inlet

Multi air

(Outer diameter tube 10mm)

SL : SL Screw (Open) O : Standard Screw (Open) N : Standard screw (Needle) MN:MN Screw (Open)( ) Shows dimension equipped with a hopper swiveling unit.*Shows dimension equipped with mold space 50mm extension.**Shows dimension equipped with high cycle specification.*MN type can only be installed on a connector machine.

When selected SL screw unit

When selected MN screw unit

Hopper mounting surface

Hopper mounting surface

4-M8 Screw,depth14

4-M8 Screw, depth16

Injectionunit

Screw Diameter / Type

When equipped with screwφ25n please remove nozzle when turning plasticizing unit.

Case of "Mold space extension 50mm":205Case of "High cycle specification":175

Case of "High cycle specification":3205Case of "Mold space extension 50mm":3235

Case of "Mold space extension 50mm":3732

C

B(M')

M

A~ B~ C~

80

80

80

80

φN

φN

φ(N’)

80

73.5

80

165

150

645 955 1695

E

A

890

M

C/*C

F/( F

')

D Q

B

4.5

A

1575

A

260 42

0

620

645 955 1695

520

5050

1377

.5

735

61

69

4.5

K /*K

100

110

5916

24

40

4

810 755 187534403682

1125

146

5

56

55168

0

148

8

4.5

45

58

5467

( 50)

47.5 Rc1/2 FL.+※231

Rc1/2 FL.+※231

508

310 310

226

420

420

620137

162

59

( 680

)

19

5065761082

(1113)31

Rc1/4 FL.+※755

Rc1/2 FL.+※231

Rc1/2 FL.+※231

380400435490455510565620675730435490545565620675730785490545600620675730785840

203223258313278333388443498553258313368388443498553608313368423443498553608663

3251 33013271 33213306 33563431 34813396 34463451 35013506 35563561 36113616 36663671 37213412 34623537 35873592 36423612 36623667 37173722 37723777 38273832 38823646 36963701 37513756 3806

3831 38813886 39363941 3991

3776 3826

3996 4046

A B C *C D E F M N QSL O N

C65S

18

1011 1346

1846 325 56 180202225

18202225

18202225

2501676 1655 155 134 42 45

C110S

22

1117 1366

1846 325 56 180

25

250

28222528 22

2528

1676 1655 155 134 42 45

C160S

25

1226

K

3798

3904

4056

*K

3848

3954

41061376

1846 325 56

250

2832

252832 25

2832

1676 1655 155 134 42 45

(F') (M') (N')( 50

)

100

213

77

45

47.5

A

(1:10)

38

0

50

50

58

0 130

125

2404

80

630 800 1395

K/*K

630 800 1395

150

200

250

300

350

400

150200250300350400

A~

MAX.350MIN.160

MAX.250

φ20

φ40

H7

φ10

0H7

C

D

ABC

120 120 2060

D C

250250250

O30/45/65/8030/45/65/8030/45/65/80

FTC505050

N30/45/65/8030/45/65/8030/45/65/80

C65S

C160SC110S

(67)(23)

93

( φ20

)

φ25

C

66

200

200

500

90

360380500

189119198 268

19

9017

360

B~

A~

B

A~

A

A

B~

80

80

80

80

M’

φN’

φN

MAX.300MIN.130

MAX.230

120 120

6015

53

CD

100150200250300350

100

150

200

250

300

350φ

20

φ60

H7

φ25

H7

B A

B~

(20.5)(31.5)

290

310

21

359 429

139

37102

17

4

104

191440

420

452544

0

4147

28

380

(70

6)

915

5916

2

468

453

290290

490

(958)

468

580

226

420

425

104

0138

614

1514

70

C/*C/**C

760

A D

B

21

710

124

5

Q

M

E

110

4.5 795 6004

100

56

705

.559

162

44

0

F/F'

A

55170

6

4.5157329683185

0706

FTCⅡ FTCⅢ

50 30/45/65/80

O SL / O / NC DSL O N

C35 185

50

65

30

30/45/65/80

185

200

1820

14161820

1820

C65

20

210

2225

18

18202225

18202225

D

C

C~ D~80

80

M

M

73.

5φN

7050

120

95

φN

391446380400455510565620

274329203223278333388443

2969 30193024 30742958 30082978 30283033 30833088 31383143 31933198 3248

A B C *C D E F M N QSL O N

C35868

868 1434

1761

1761

1242 3262 3312

185

1820

1820

1820

1591 1570

380400435490455510565

203223258313278333388

3116 31663136 31863171 32213236 32863201 32513256 33063311 3361

C65

20

1011 1261 3478 3528

200

210

2225

18

*MN 1416

18202225

18202225

620675730

443498553

3366 34163421 34713451 3501

29893044297829983053310831633218

**C

3136315631913256322132763331338634413471 185

1591

61.5

325

325

155

155

36

56

56

42

421570

134

134

45

45

K *K(F') (M') (N')

Page 5: All-electric Small-sized Injection Molding Machine

Standard:1925Safty door displacement:740

Injection unit moving stroke

Top surface of stationary platenStationary platen punching surface

Case of "Mold space extension 50mm":1975

Hopper mounting surface

Standard:206

Option: Compressed air inlet

Cooling water jacketWater supply

Drain

Multi air

(Outer diameter tube 10mm)

After swiveling

Power supplyIVCable : min.38mm2

4-M8 Screw, depth 16

4-M8 Screw,depth 16

4-M8 Screw, depth 14

Hopper mounting surfaceHopper mounting

surface

When equiped hopperswiveling unit

When selected SL screw unitSL : SL Screw (Open) O : Standard Screw (Open) N : Standard screw (Needle)( ) Shows dimension equipped with a hopper swiveling unit.*Shows dimension equipped with mold space 50mm extension.

60-M16 Screw, depth 32

8-M8 Screw, depth 17For Insulating Plate

6-M12 Screw, depth 20 Mold mounting surface

Tapped hole layout of take-out robot

FTC:FTCⅡ Nozzle (Open type)O:Open NozzleN:Needle type shut off nozzle

(★MAX.460 Option B083)

Ejector stroke:0~80

Ejection start position:3 M12 Screw, depth 20

Note : 3 ejector rods are provided.60-M16 Screw, depth 32 8-M8 Screw, depth 17For Insulating Plate

Safety door

Injectionunit

MOVING PLATEN STATIONARY PLATENEJECTOR STROKE MOLD SPACE

Injectionunit

Screw Diameter / Type

Mold Mounting Diagram(Mold Mounting Diagrams comply with JIS B 6701.)

The following drawing’s dimensions are Japanese specification.

Dimension & Foundation Plan

For Insulating Plate

80-M16 Screw,depth 32

8-M8 Screw, depth 21

Note : 3 ejector rods are provided.Ejector stroke:0~100

Ejection start position:3 M16 Screw, depth 40

(★MAX.550 Option B084)

Mold mounting surface

6-M16 Screw,depth 32

Tapped hole layout of take-out robot

FTC:FTCⅡ Nozzle (Open type)O:Open NozzleN:Needle type shut off nozzle

For Insulating Plate80-M16 Screw, depth 328-M8 Screw, depth 21

Safety door

Hopper mounting surface

Hopper mounting surface

SL : SL Screw (Open) O : Standard Screw (Open) N : Standard screw (Needle)( ) Shows dimension equipped with a hopper swiveling unit.*Shows dimension equipped with mold space 50mm or 100mm extension.

When equiped hopperswiveling unit

When selected SL screw unit

4-M8 Screw,depth 14

4-M8 Screw,depth 164-M8 Screw,depth16

After swiveling

Power supplyIVCable : min.38mm2

Multi air

(Outer diameter tube 10mm)

Option: Compressed air inlet

Cooling water jacketWater supply Drain

Top surface of stationary platenStationary platen punching surface

Safty door displacement:805

Case of "Mold space extension 50mm/100mm":2105

Injection unit moving stroke

Hopper mounting surface

The following drawing’s dimensions are Japanese specification.

Dimension & Foundation Plan

Mold Mounting Diagram(Mold Mounting Diagrams comply with JIS B 6701.)

Injectionunit

Screw Diameter / Type

Injectionunit

MOVING PLATENEJECTOR STROKE MOLD SPACE

STATIONARY PLATEN

Case of "Mold space extension 50mm":256 Case of "Mold space extension 50mm":4310

Case of "Mold space extension 50mm/100mm":4668

Standard:2005

Standard:150Case of "Mold space extension

50mm/100mm":250

B~

75

460

21

9065

0200

99

200

255

255

163108

460

650480

187 242

A~

150250350450500

150

250

350

450

500

200

200

ABCC

D

φ50

H7

φ10

0H7

φ25

MIN.180MAX.450MAX.350

7025200 200

D C

320320320320

O30/45/65/8030/45/65/80

45/65/8545/65/85

FTC50506565

N30/45/65/8030/45/65/80

45/60/8045/60/80

C110SC160SC250MC360M

C

135

135130

290

45

5-M

16

( M')

M CB

80

Q

80φN

80

80

φ(N')

80

80

φN

A~ B~ C~

499849084888

47684818

4678463845584468

4661

484147514701

461145214491440142314491443643814326427141614106405143284273421841634108399839433888

489848084788471846684578453844584368

4561

474146514601

451144214391430141314391433642814226417140614006395142284173411840634008389838433788

882792772702652562522442352792702652612562472442352262663608553498443423368313608553498443388368313258

110910199999298797897496695791019929879839789699669579489840785730675620600545490785730675620565545490435

A B C *C D E F (F') M (M') N (N') Q RSL O N

C110S

22

1118 1462

1942 325 56 74 2302528

22

1772 1751 155 134 42 45 3202528 22

2528

C160S

25

1226 1472

1942 325 56 74 2302832

25

1772 1751 155 134 42 45 3202832 25

2832

C250M

28

1397 1472

2007 325 56 74 22032

320

36 1954 272 10528

1837 1822 155 140 52 55

3228

363236

C360M

32

1464 1

K

4570

4692

4930

5005

*K

4670

4792

5030

5105497

2007

325 56

74

320

36 1954 272 1054032

1837 1822 155 140 52 55

3632

403640

K/*K

315 18

5

165

745 1195 2270

530

630

745 1195 2270

730

5050

A

Rc1/4 FL.+※1154

Rc1/2 FL.+※231 Rc1/2 FL.+※231

50 67

2.545

58

58

4.5243343534568

925 995 5919

3

4.5

61 4

380

660

1551

850

56

110

EF/

( F')

1691

1065

M A

1641

1221

RA

B

52265

5

1670

115

D

C/*C

5919

3

36536519

530

730139

197

420

655

618

5706251195

(1226)31

D C

300300300

O30/45/65/8030/45/65/80

45/65/85

FTC505065

N30/45/65/8030/45/65/80

45/60/80

C110SC160SC250M

200

150

250

350

400

450

200

A~

150250350400450

6020120 120

( φ20

)

(23)(77)

103

25

C

φ20

MAX.300 MAX.410

CD

φ10

0H7

φ40

H7

MIN.160

ABC

420

420

23

590

200

590188 258

80

430109 179

66

19

90

200

B~

φN

φN

φ(N')

Q

80

80

80

80 80

80

A~ B~ C~

( M') M

CB4511

469146014551

446143714341425140814341428642314176412140113956390141774122406740123957384737923737

4461

464145514501

441143214291420140314291423641814126407139613906385141274072401739623907379737423687

792702652612562472442352262663608553498443423368313608553498443388368313258

1019929879839789699669579489840785730675620600545490785730675620565545490435

A B C *C D E F (F') M (M') N (N') Q RSL O N

C110S

22

1117 1396

1876 325 56 73.5 2102528

22

1706 1685 155 134 42 45 3002528 22

2528

C160S

25

1226 1406

1876 325 56 73.5 2102832

25

1706 1685 155 134 42 45 3002832 25

2832

C250M

28

1

K

4200

4352

4700

*K

4250

4402

4750397 1406

1941 325 56 73.5 20032

300

36 1888 272 10528

1771 1756 155 140 52 55

3228

363236

56( 5

0) 67

Rc1/2 FL.+※231

Rc1/2 FL.+※231

Rc1/2 FL.+※1083

300

165

600

500

5050

700

745 1055 2020

R

C/*C

BA D

1005

1455

E

M

F/( F

')

A

1575

855

1545

61

56

130

110

55168

0

1570

929.539894260

855

661 44

016

259 2204.5

4

685

1160

541611

680

1152(1183)

31

588

500

19

420

226

162

59

139 700350 350

4555.5

2

745 1055 2020

A

K/*K

A

A

0908

Page 6: All-electric Small-sized Injection Molding Machine

For Insulating Plate

Safety door

68-M16 Screw, depth 32 8-M8 Screw, depth 21

(★MAX.550 Option B084)

Ejector stroke:0~100

Ejection start position:3 M16 Screw, depth 40

Note : 3 ejector rods are provided.For Insulating Plate

68-M16 Screw, depth 32

8-M8 Screw, depth 21

Mold mounting surface

6-M16 Screw,depth 32

Tapped hole layout of take-out robot

FTC:FTCⅡ Nozzle (Open type)O:Open Nozzle N:Needle type shut off nozzle

Hopper mounting surface

Hopper mounting surface

4-M8 Screw,depth 16

4-M8 Screw,depth 14

4-M8 Screw,depth 16

When equiped hopperswiveling unit

When selected SL screw unit

Power supplyIVCable : min.50mm2

After swiveling

Cooling water jacketWater supply Drain

Option: Compressed air inlet

Multi air

(Outer diameter tube 10mm)

Standard:170

Standard:2125

Stationary platen punching surfaceTop surface of stationary platen

Case of "Mold space extension 50mm/100mm":2225

Safty door displacement:850 Injection unit moving stroke

Case of "Mold space extension 50mm/100mm":270

Hopper mounting surface

SL : SL Screw (Open) O : Standard Screw (Open) N : Standard screw (Needle)( ) Shows dimension equipped with a hopper swiveling unit.*Shows dimension equipped with mold space 50mm or 100mm extension.

The following drawing’s dimensions are Japanese specification.

Dimension & Foundation Plan

Mold Mounting Diagram(Mold Mounting Diagrams comply with JIS B 6701.)

Injectionunit

Screw Diameter / Type

Injectionunit

MOVING PLATENEJECTOR STROKE MOLD SPACE

STATIONARY PLATEN

68-M16 Screw, depth 32 8-M8 Screw, depth 21For Insulating Plate

Safety door

M16 Screw, depth 40 Note : 3 ejector rods are provided.

(★MAX.600 Option B084)

Ejector stroke:0~120

Ejection start position:3 8-M8 Screw, depth 21For Insulating Plate

68-M16 Screw, depth 32

Mold mounting surface6-M16 Screw, depth 32

Tapped hole layout of take-out robot

O:Open NozzleN:Needle type shut off nozzle

SL : SL Screw (Open) O : Standard Screw (Open) N : Standard screw (Needle)( ) Shows dimension equipped with a hopper swiveling unit.*Shows dimension equipped with mold space 50mm or 100mm extension.

Hopper mounting surface

4-M8 Screw,depth 14

4-M8 Screw,depth 16

4-M8 Screw,depth 16

Hopper mounting surface

When equiped hopper swiveling unit

When selected SL screw unit

After swiveling

Power supplyIVCable : min.60mm2

Cooling water jacketWater supply Drain

Multi air

(Outer diameter tube 10mm)

Option: Compressed air inlet

Standard:170

Safty door displacement:980

Case of "Mold space extension 50mm/100mm":2485Standard:2385

Case of "Mold space extension 50mm/100mm":270

Hopper mounting surface

Injection unit moving stroke

Top surface of stationary platen

Stationary platen punching surface

The following drawing’s dimensions are Japanese specification.Dimension & Foundation Plan

Mold Mounting Diagram(Mold Mounting Diagrams comply with JIS B 6701.)

Injectionunit

Screw Diameter / Type

Injectionunit

MOVING PLATENEJECTOR STROKE MOLD SPACE

STATIONARY PLATEN

Case of "Mold space extension 50mm/100mm":4893 (Case of "Mold space extension 50mm/100mm":5298)

B~

800

560

26

560

330

330

200

200

795

197 252580

99

100

173118 75

DMAX.450 MAX.500

C

φ30

φ60

H7

φ12

0H7

MIN.200

ABC

150

250

350

500

650

150250350500650

300

300

A~

200

7025200

D C

380380380380

O65/85/10065/85/10065/85/10065/85/100

N65/80/10065/80/10065/80/10065/80/100

C250MC360MC450MC560M

C

140

16013065

5-M

1624

0

80

80

( M') M

Q

80

80

80

80

φN

φ(N')

φN

A~ B~ C~

CB

5324

568455945574550454845394

523451445518542854085338531852285158506850185320523052105140512050304960491047905161

498150515071

49614871484147214601

5494

57845694567456045584

542453345244561855285508543854185328525851685118542053305310524052205130506050104890526151715151508150614971494148214701

999

12691179115910891069979909

729819

117910891069

9798898197296791089999979909889799729679589999909889819799709679589499

822

1002

892912

802712642552462912822802732712622552462412862772752682662572502452362

682772

662592572482452362272

C250M

28

1397 1558

2093 325 56 74

360

380

380

360

380

380

380

380

320350

350

380

380360

360

3236 2040 272 105

28

1923 1908 155 140 52 55

3228

363236

C360M

32

1464 1583

2093

325 56

7436 2040 272 10540

32

1923 1908 155 140 52 55

3632

403640

C450M

36

1572 1583

2040 272 56 1054045

36

2018 2003 155 140 52 55

4036

454045

C560M

40

1650 1613

2040 272 56 1054550

40

2018 2003 155 140 52 55

4540

504550

A B C *C D

5205

5460

5566

5813

K

5305

5560

5666

5913

*KE F (F') M (M') N (N') Q RSL O N

185

400

180

955

955 1355 1590 915

700

900

800

5050

50

45 17.5

67

73

45

Rc1/2 FL.+※257 Rc1/2 FL.+※257

Rc1/4 FL.+※1210

1307

1065

1806

1831

62

52866

1

1140

110

130

4.5

450 450700

139 900 19

203

420 768

193

65

661

1355 1590 915

A

E

1712

61

B

RDA

1240

M

49635198

1140 2683

380

193 4

4.56566

6

C/*C

A

F/( F

')

6557101365

(1396)31

D C

335335335335

O30/45/65/80

45/65/8545/65/8545/65/85

FTC50656565

N30/45/65/80

45/60/8045/60/8045/60/80

C160SC250MC360MC450M

75

B~

510

23

510

290

200

530720

94

200

720

100

290

178123

202 257

MAX.400 MAX.450

C

D

φ25

φ50

H7

φ10

0H7

MIN.180

ABC

A~

300

150250350500600

150

250

350

500

600

300

200 200

7025

C

110

125 14545

290

5-M

16

CB

80

80

φ(N')

80

80

φN

φN

(M') M

80

80

Q

A~ B~ C~

669749839879999101910891109

4905456006206757307858404895796696997898398799291019579669749789879929999

10191109

1199

402482572612732752822842

313368423443498553608663262352442472562612652702792352442522562652702772792882

932

47014781487149115031505151215141

4091414642014306436144164471452642514361452645564646

473647864876

4696

446845934673471348034853492349435033

5231

48014881497150115131515152215241

4191424643014406446145164571462643514461462646564746

483648864976

4796

4568469347734813

49534903

502350435133

5331

C160S

25

1226 1517

1987 325 56 74 2502832

25

1817 1796 155 134 42 45 3352832 25

2832

C250M

28

1397 1517

2052 325 56 74 24032 30036 1999 272 105

335

28

1882 1867 155 140 52 55

3228

363236

C360M

32

1464 1542

2052

325 56

74 30036 1999 272 105

335

4032

1882 1867 155 140 52 55

3632

403640

C450M

36

1572 1542

2094 272 56 105

335

4045

36

1977 1962 155 140 52 55

4036

454045

A B C *C D

4881

4940

5195

5301

K

4981

5040

5295

5401

*KE F (F') M (M') N (N') Q RSL O N

K/*K36

5

185

165

50

790 1245 2375

790 1245 2375

630

730

830

50

A

50

2.545

67

58

43

Rc1/2 FL.+※231 Rc1/2 FL.+※231

Rc1/4 FL.+※1204

1266 16

31

900

61

56

1720

975 1045 253845584793

52265

5

1750

660 38

0

130

110

193

59

4

4.5 4.5

415415

420

197

655

718

139

630

830 19

193

59

B

A

1113

E

RA D

M

C/*C

F/( F

')

6206751295

(1326)31

A A

K/*K

1110

Page 7: All-electric Small-sized Injection Molding Machine

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

22.

23.

24.

25.

26.

27.

28.

29.

30.

31.

32.

33.

34.

35.

36.

Plasticizing and injection unit Zero-molding featuresSD ion-nitride screw assembly (Open nozzle)

Full zone standard capacity heater (More than C250)

Zone 1 high capacity heater (Less than C160)

Programming control of injection

Programming control of holding pressure

Screw pull back (Before dose start/after dose end)

Screw position digital display (Setting 0.01 mm)

Holding pressure time 0.01 sec setting

V-P switchover controller (Pressure, position)

Filling delay timer

Auto purging with IJ unit status confirmation (Nozzle touch or IJ unit retract end)

Cylinder temperature control 5 zones (φ18-φ20: 4 zones)

Cylinder temperature mode setting (Molding/Lowered/Purge)

Screw cold start prevention with variable timer

Sprue break stroke remote setting (With Detection of nozzle touch, moving time and delay timer)

Digital indicator of screw rotation speed

Purging cover (With limit switch)

Swivel injection unit (With nozzle center adjust device)

Remaining cooling time indicator

Dose delay timer

Injection/Holding response 10-mode

Holding pressure speed setting

Pull back delay control

Synchro dose

Reverse control software

Temperature control for nozzle

Standard heated cylinder cover

Water cooling jacket temperature control device

Mold open operation during dose (Needle nozzle drive control)

Filling pressure multi-level control

Resin residence protection

One touch dose

High nozzle touch force and precision unit (Nozzle touch force: 3 stages changeable) (SE30EV-A: 4 stages variable)

Stainless purge resin receiving tray

SL screw: Automatic synchronization ratio tuning (SL screw is option)

Velocity reduction pattern of V-P switchover (slow landing) (Only for SE30EV-A)

Control unit1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

22.

23.

24.

15 inch TFT Color LCD screen

Touch panel setting input device

Internal memory of molding conditions (200 conditions)

Operation support function

Forming support function

Molding profiles display function (Mold profiles storage, cursor, display and so on)

Screen snap shot function

Take-out robot connection circuit *1

15 languages selection

Maintenance guide (Screen display of inspection timing, grease application timing, item, method)

Auto start/stop function (Lowered temp, heater on, machine shut down) *1

Process display function

SSR heater drive circuit

Input of industrial unit for speed, position, pressure and rotation rate

Machine status output signal (5ch) *1

USB connection circuit (Memory)

Protection for molding condition

Abnormal processing selection

Initial reject and interruption reject function

Screen color change

Number & character entry key layout change (Selection from two types)

Economical use of energy mode: Energy saving control

Signal for takeout robot during mold opening *1

Clean control cabinet (Only for SE30EV-A)

Standard Equipment Standard Equipment

Monitor unit1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

Actual value display function

Heater breakage monitor

Auxiliary facility monitor (3ch) *1

Abnormal monitor (Max. cushion, min. cushion, filling pressure, mold protection, cycle time, dosing time)

Automatic setting for abnormality monitoring condition

Abnormality history display (Abnormal item, occurrence time display)

Quality control function (Actual value statistics function, various graphing function, 100,000 shots stored data check function)

Product control (Product quality control device, automatic production stop, stocker signal, logging, counter) *1

Auto start device (Heater, external output signal) *1

Cylinder heater temperature monitor (All zones)

Self diagnosis function

Alarm buzzer

Shot counter

Processing at cycle monitor abnormality (Heater processing mode change)

List setting screen

Function to prevent use of monitor

Ejector torque monitoring

Maintenance time notification (Shot number/Elapsed time)

Injection pressure monitoring function (5 points)

Cycle analysis

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

Zero-molding main screen: Simple process setting

Zero-molding main screen : Product molding monitor (Product count, process, abnormal, detect)

Screen for confirm spec. and functions (Standard, option, abnormal transaction, specification list, monitoring system)

Minimum clamp force detect (Automatic)

Setup guidance: Mold installation screen (Mold thickness, mold contact, clamp force, mold open/close in preparations, ejector)

Setup guidance: Mold condition setting screen (Open/close, ejector multi-step)

Setup guidance: Teaching of mold opening limit and ejector protrusion point (Actual value input)

Setup guidance: Mold protection setting screen (Mold protection, ejector protection)

SET-UP guidance: Multi purge

SET-UP guidance: Reference & call temp. condition

SET-UP guidance: Supervise & warning remain resin

SET-UP guidance: Nozzle/Heating cylinder heated up mode (Step/Nozzle delay)

Zero-molding: Molding condition setting screen Z-Screen (Filling, holding press., plast.time, temp.,clamp force)

Zero-molding: Flash control

Zero-molding: Flash control auto setting

Zero-molding: Short shot mode by Flash control

17.

18.

19.

20.

21.

22.

23.

24.

25.

26.

27.

28.

29.

30.

31.

Decomp. by Revers after plasticizing

Zero-molding: Clamp force feed back

MULTI clamp force control (X_head pos. control)

Multi-toggle by objective (Gas release, deformation prevention)

Zero-molding: Molding condition guidance monitor (Peak clamp force, pack press., situation monitor)

Detect monitor change (Detect, detail, detect+real time, wave, temp. graph)

Protection for molding condition

Initial molding by auto change (Condition)

Protection: Screw protection

Wave: Display by process (Injection, holding press., plasticizing., mold open, mold close, ejector)

Wave: Wave preservation message

Quality Control: Wave distinction

Quality Control: Molding process monitor logging

Production control: Production count control (Cavity count setting)

Production control: Operation status control (Operation time, motor over load monitor, electricity consumption monitor)

Clamp unit1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

22.

23.

24.

25.

26.

27.

28.

29.

30.

31.

32.

33.

34.

35.

36.

37.

38.

Programming control of opening/closing speed (5 stages/3 stages)

Mold protection

Low pressure clamp unit

Mold opening/closing pause

Remote control of clamp force

Remote control of mold space

Ejector remote setting (2 speed control, pressure, stroke, delay timer, multiple time protrusions)

Current value input (Ejector protrusion limit position)

Current value input (Mold open limit position)

Mold clamp mode (Lock up)

Ejector protrusion interlock (Possible only at mold open limit during manual operation)

Ejector protrusion during mold opening

Ejector protrusion during mold closing

Ejector plate return signal (Input signal to machine) Connected by metal consent *1

Mold opening/closing signal (Spear control signal) Dry A contact *1

Valve gate drive circuit (Control circuit only) *1

Stand by mode for mold installation (Low mold opening/closing speed)

Clamp cover with polycarbonate window

Emergency stop push button (Operation side and non operation side)

Safety door with polycarbonate window

Threaded holes for takeout robot mounting

Grease central lubrication for injection and clamp unit

Mold close interlock device (Electrical, mechanical type)

Mold opening/closing with low vibration or high speed mode

Moving platen support device – liner guide type

Center press platen

Ejected products sensor circuit *1

Multi-toggle

Tie bar plating

Ejector unit with brake

S-MOVE (Low vibration control)

Ejector stand by

Mold space control by servo motor

Dust prevention cover above toggle (Fixed type)

Dry cycle mode

Thermal free platen (Only for SE30EV-A)

High rigidity fixed platen (Only for SE30EV-A)

Support for side entry take-out robot (Only for SE30EV-A)

Others1.

2.

3.

4.

Auto grease supply unit (Cartridge grease type)

Three-directional ejection frame

Mold cooling water block (2 systems) (Flow indicator and valve are options)

Standard spare parts (Hook for hosting machine, fuse, air filter)

*1 All input and output signals are no-voltage contact signals. (Power is not supplied with output signals.)●Specifications are subject to change without notice for performance improvement.

1312

Page 8: All-electric Small-sized Injection Molding Machine

Core tractor control circuit 1 system (Control circuit+piping) *3

Core tractor drive circuit (No hydraulic pump) SE50EV-A -- SE180EV-A

Core tractor drive circuit (The ie Hydraulic Pump is included) SE50EV-A -- SE180EV-A

Pneumatic core pull control circuit 1 system (Control circuit+piping) *3

Rotating core control circuit (Motor: less than 1.5 kW)

SPI take-out robot connection circuit *4

Product chute

High precision heat insulating plate (5 mm/10 mm, cross type)

Mold clamp control unit *3

Valve gate drive circuit (Control circuit+pneumatic circuit) *3

Valve gate drive circuit (The ie Hydraulic Pump is included)

Full metallic toggle cover

Ejector compression device (SE30EV-A: 29kN, SE50EV-A -- SE180EV-A: 49kN) *5

Mold space extension 50 mm *6

Mold space extension 100 mm (SE100EV -- SE180EV) *7

Double center press platens (SE100EV -- SE180EV) *8

Ejector force power up (SE100EV-A -- SE180EV-A: 59kN) *9

Ejector Stroke Extension (SE50EV-A/SE75EV-A: 100 mm, SE100EV-A/SE180EV-A: 150mm)

Pneumatic control circuit *4

Hoop feeder connection circuit (Only for SE30EV-A)

Fast cycle specification (Only for SE30EV-A)

Slide core return check *

Optional Equipment

Plasticizing selection1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

Hard chromium plating screw assembly

Wear & corrosion resistant A screw assembly

Wear & corrosion resistant B screw assembly

Wear & corrosion resistant C screw assembly

High-temperature screw assembly (Max. temp. 450ºC)

SM screw

SL screw

Screw tip set - rotation type TiN coating

Screw tip Corrosion and wear resistant A Non-rotation type

Screw tip Corrosion and wear resistant B Non-rotation type

Screw tip Corrosion and wear resistant C Non-rotation type

Needle valve shut off nozzle (Needle is operated by pneumatic.)

FTCII nozzle (Open nozzle : ø18 -- ø36, Less than SE130EV-A)

Cylinder nozzle

High capacity heater

Zone 1 high capacity heater (More than C250)

Extension nozzle

High insulated cylinder cover

Plasticizing and injection unit1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

Resin temperature sensing device (Only when needle valve nozzle is equipped)

Standard type hopper

V/P switchover by mold cavity pressure

Needle valve nozzle drive circuit

FTC nozzle electric control circuit (ø18 -- ø36 screw)

High temperature heater control circuit (Max. temp. 499ºC)

Hopper swivel mounting plate

Plating resin inlet of cooling water jacket

High function nozzle touch (Nozzle touch pressure release)

High duty IJ unit *2

GS Loader control circuit

Reduction of nozzle pressing force (press force : 14 kN) (SE50EV-A Only for C160)

Control and monitor unit1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

Leak circuit breaker (AC200V, 220V 3ø3W+E) (Japan and Asia only)

Mold temperature monitor 2 zone (Without thermocouple and type K)

Mold temperature monitor 4 zone (Without thermocouple and type K)

Production control (2-directional rejection chute)

Mold temp. controller (K=CA, 2 zone on Moving Platen)

Mold temp. controller (K=CA, 4 zone on Moving Platen) (More than SE75EV-A)

Automatic starting system (Heater+water supply+external output signal) *2

Revolving alarm lamp

Multi function 3 colors LED alarm lamp

Closed circuit type cooling water pipe 4 lines (With flow detector, stop valve)

Closed circuit type cooling water pipe 2 lines (With flow detector, stop valve)

Spare power supply outlet selection

Electric power supply receptacles (Installed on operation side)

Motion07

MotionGB

Korean KC Mark

Addition of the motor breaker

Clamp unit

Spare parts and accessories

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

22.

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

Spare parts A (Mechanical parts: Lub. parts)

Spare parts A (Electrical parts: Thermocouple)

Spare parts for export. (Encoder, limit switch, and Inductive proximity sensors)

Leveling pads (For one machine)

Anchor bolts (For one machine)

Locating ring (Transition fit) Inner diameter: ø26/outer diameter: ø60 (Only for SE30EV-A)

Locating ring (Transition fit) Inner diameter: ø100/outer diameter: ø120 (Only for SE180EV-A)

Locating ring (Transition fit) Inner diameter: ø110/outer diameter: ø120 (Only for SE180EV-A)

Tool A

Ejector rods

Grease gun

Grease cartridge for automatic lub (700 cc)

Grease cartridge for manual lub (400 cc) plasticizing

High precision heat insulating plate (5 mm/10 mm, cross type)

Easy clamp

Box end wrench for open nozzles

Offset wrench for shut-off nozzle

*2 The injection duty is 50%. The maximum injection speed is 500 mm/s for C35 only, and maximum injection speed is 350 mm/s for C160 only.*3 All input signals are no-voltage contact signals. All output signals are 24 V DC signals.*4 All input and output signals are 24 V DC signals.*5 The ejector stroke will be shortened, and maximum ejector speed slows down. SE30EV-A cannot be equipped with a motor with a brake.*6 The overall machine length is larger by 50 mm (SE100EV-A -- SE180EV-A: 100mm), and maximum mold thickness is larger by 50 mm.*7 The overall machine length and maximum mold thickness are larger by 100 mm.*8 You cannot choose this option with 100 mm mold thickness extension.*9 The compression time with above compression force is less than 20% of cycle time, and the ejector stroke will be shortened.●Specifications are subject to change without notice for performance improvement.

Specification Ion-nitride Plated Wear/corrosion-resistant A Wear/corrosion-resistant B Wear/corrosion-resistant C High temperature

MaterialScrew Ion-nitride Plated Wear/corrosion-resistant A Wear/corrosion-resistant B Wear/corrosion-resistant B Wear/corrosion-resistant A

Heating cylinder Ion-nitride Ion-nitride Wear/corrosion-resistant A Wear/corrosion-resistant B Wear/corrosion-resistant C Wear/corrosion-resistant AScrew tip Rotating check ring Rotating check ring Wear/corrosion-resistant A

(Non rotating check ring)Wear/corrosion-resistant B(Non rotating check ring)

Wear/corrosion-resistant C(Non rotating check ring)

Wear/corrosion-resistant A(Non rotating check ring)

Screw typeSD screw ○ ○ ○ ○ ○ ○SM screw ○ ○ ○

Anti-wearing ability ★ ★ ★★ ★★★ ★★★ ★★Anti - corrosion ability ★ ★ ★★ ★★ ★★★ ★★

Applicable resin No wearing and corrosion material

Material to hate burning and staying

Material less 30% GF, fireproof material

Material containing from 30% to 40% GF or material containing much filler (GB, CF, MR)

Material containing from 40% to around 60% GF and highly corrosion-resistant resin

High temperature material

★★★:Optimum ★★:Excellent ★:Good

Screw Assembly

*Cooling water required for 1 line is approx 5ℓ/min.

Machine Band heater capacity Required cooling water

φ28 4.8kW 1.1ℓ/minφ32 5.4kW 1.3ℓ/minφ36 8.4kW 2.0ℓ/minφ40 10.3kW 2.4ℓ/minφ45

C110φ25 4.2kW 1.0ℓ/minC65

C160C250C360C450 11.5kW 2.7ℓ/min

φ50C560 12.6kW 2.9ℓ/min

Total cooling waterrequired for 2 lines.

All models(SE30EV-A~SE180EV-A) 10ℓ/min

Calculated values (ref. values) of cooling water

Machine Primary side power cable size Primary side power terminal screw size Grounding cable size Grounding cable terminal screw size

SE50EV-A 30mm2 M8 22mm2 M830mm2 M8 22mm2 M8

SE75EV-A 38mm2 M8 22mm2 M8SE100EV-A 38mm2 M8 22mm2 M8SE130EV-A 50mm2 M8 30mm2 M8SE180EV-A 60mm2 M8 30mm2 M8

● The size of electric cables listed above is based on the allowable current when the ambient temperature of piping of a single core polyvinyl cable is 40℃.● The values listed above are calculated base on the sum of load current listed in the item of main breaker capacity. When the power must be supplied in large quantities to auxiliary equipment  from the molding machine, it is required to use a large size cable. However, there may be enough room for the size of the cable currently used depending on the selection of the options.●Voltage fluctuation of the power source must be within ±10% of the rated voltage at the power source contact point (main breaker) on the molding machine side.● Protection network against service interruption is not provided for the control circuit of the molding machine. When the instant interruption time exceeds one cycle, the molding machine may  stop running in some cases. In an area where instant service interruptions are frequent due to thunderbolts, be sure to install an uninterruptive power supply system at the plant site.

Primary side in-line size, grounding cable size

*Contain Spare power supply outlet and power supply of mold temperature controller and rotating core.

Machine Maximum Amperage

SE50EV-A 50A50A

SE75EV-A 75ASE100EV-A 75ASE130EV-A 75ASE180EV-A 100A

Spare power supply outlet area

●Voltage and frequency of main power source is applicable to the areas of  AC200V-50Hz/AC200V-60Hz/AC220V-60Hz.● Connect to the mating of 3-phases 3-wires, & grounding cable.

Machine Main breaker capacity

SE50EV-A 100A100A

SE75EV-A 125ASE100EV-A 125ASE130EV-A 150ASE180EV-A 175A

Main breaker capacity

Spare sockets (Optional)

●A maximum of eight outlets can be selected.● The capacities and installation positions of the outlets can be selected freely. One 10 A outlet, one 20 A outlet, one 30 A outlet, and one 60 A outlet are prepared. Restrictions are placed on the installation position of the 60 A outlet.※The table shows the limit of total Amperage available at the same time when each type of molding machine runs.

The increased number of power sockets are available for auxiliary equipment such as auto loader and mold temperature controller to flexibly meet the requirement for customer's molding systems, to which a necessary number of sockets can be added to connect their peripheral equipment.

Spare power supply outlet area

List of Preparation Items

Cooling water line of water jacketMold cooling water line

SE30EV-A

SE30EV-A

SE30EV-A

φ20 3.5kW 0.8ℓ/minC35

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