- LS130B
- LS170B
- LS210B
- LS210B
- LS280B
INJECTOR WITHOUT SERVO MOTOR
MODEL LS130B
INJECTION UNIT |
|
|
Screw diameter |
mm |
35 |
Theoretical shot volume |
cc |
120 |
Theoretical shot weight (PP) |
g |
87 |
oz |
3.1 |
Screw L:D ratio |
L/D |
22 |
Injection rate |
cm³/s |
110 |
Screw speed |
rpm |
300 |
Plasticizing capacity (PS) |
kg/h |
53.3 |
CLAMPING UNIT |
Clamping force |
kN |
1300 |
Maximum daylight |
mm |
820 |
Mold opening stroke |
mm |
410 |
Platen dimensions |
mm |
620 x 620 |
Space between tie bars |
mm |
410 x 410 |
Mold thickness (min – max) |
mm |
230 ~ 445 |
Ejector force |
kN |
42 |
Ejector stroke |
mm |
100 |
Number of ejectors |
Unit |
4 + 1 |
POWER / HEATING |
Pump motor |
kW |
15 |
Hydraulic system pressure |
Mpa |
17.5 |
Number of temperature zones |
Unit |
3 + 1 |
Heating capacity |
kW |
6.96 |
INFO TO COME
INJECTOR WITHOUT SERVO MOTOR
MODEL LS170B
INJECTION UNIT |
|
|
Screw diameter |
mm |
35 |
Theoretical shot volume |
cc |
120 |
Theoretical shot weight (PP) |
g |
87 |
oz |
3.1 |
Screw L:D ratio |
L/D |
22 |
Injection rate |
cm³/s |
110 |
Screw speed |
rpm |
300 |
Plasticizing capacity (PS) |
kg/h |
53.3 |
CLAMPING UNIT |
Clamping force |
kN |
1300 |
Maximum daylight |
mm |
820 |
Mold opening stroke |
mm |
410 |
Platen dimensions |
mm |
620 x 620 |
Space between tie bars |
mm |
410 x 410 |
Mold thickness (min – max) |
mm |
230 ~ 445 |
Ejector force |
kN |
42 |
Ejector stroke |
mm |
100 |
Number of ejectors |
Unit |
4 + 1 |
POWER / HEATING |
Pump motor |
kW |
15 |
Hydraulic system pressure |
Mpa |
17.5 |
Number of temperature zones |
Unit |
3 + 1 |
Heating capacity |
kW |
6.96 |
INJECTOR WITHOUT SERVO MOTOR
MODEL LS210B
INJECTION UNIT |
|
|
Screw diameter |
mm |
45 |
Theoretical shot volume |
cc |
254 |
Theoretical shot weight (PP) |
g |
183 |
oz |
6.5 |
Screw L:D ratio |
L/D |
22 |
Injection rate |
cm³/s |
203 |
Screw speed |
rpm |
300 |
Plasticizing capacity (PS) |
kg/h |
104 |
CLAMPING UNIT |
|
|
Clamping force |
kN |
2100 |
Maximum daylight |
mm |
1000 |
Mold opening stroke |
mm |
490 |
Platen dimensions |
mm |
760 x 760 |
Space between tie bars |
mm |
510 x 510 |
Mold thickness (min – max) |
mm |
230 ~ 520 |
Ejector force |
kN |
49 |
Ejector stroke |
mm |
140 |
Number of ejectors |
Unit |
4 + 1 |
POWER / HEATING |
|
|
Pump motor |
kW |
30 |
Hydraulic system pressure |
Mpa |
17.5 |
Number of temperature zones |
Unit |
4 + 1 |
Heating capacity |
kW |
14.3 |
INJECTOR WITHOUT SERVO MOTOR
MODEL LS210B
INJECTION UNIT |
|
|
Screw diameter |
mm |
45 |
Theoretical shot volume |
cc |
254 |
Theoretical shot weight (PP) |
g |
183 |
oz |
6.5 |
Screw L:D ratio |
L/D |
22 |
Injection rate |
cm³/s |
203 |
Screw speed |
rpm |
300 |
Plasticizing capacity (PS) |
kg/h |
104 |
CLAMPING UNIT |
|
|
Clamping force |
kN |
2100 |
Maximum daylight |
mm |
1000 |
Mold opening stroke |
mm |
490 |
Platen dimensions |
mm |
760 x 760 |
Space between tie bars |
mm |
510 x 510 |
Mold thickness (min – max) |
mm |
230 ~ 520 |
Ejector force |
kN |
49 |
Ejector stroke |
mm |
140 |
Number of ejectors |
Unit |
4 + 1 |
POWER / HEATING |
|
|
Pump motor |
kW |
30 |
Hydraulic system pressure |
Mpa |
17.5 |
Number of temperature zones |
Unit |
4 + 1 |
Heating capacity |
kW |
14.3 |
INJECTOR WITHOUT SERVO MOTOR
MODEL LS280B
INJECTION UNIT |
|
|
Screw diameter |
mm |
45 |
Theoretical shot volume |
cc |
254 |
Theoretical shot weight (PP) |
g |
183 |
oz |
6.5 |
Screw L:D ratio |
L/D |
22 |
Injection rate |
cm³/s |
295 |
Screw speed |
rpm |
300 |
Plasticizing capacity (PS) |
kg/h |
104 |
CLAMPING UNIT |
|
|
Clamping force |
kN |
2800 |
Maximum daylight |
mm |
1105 |
Mold opening stroke |
mm |
525 |
Platen dimensions |
mm |
875 x 875 |
Space between tie bars |
mm |
580 x 580 |
Mold thickness (min – max) |
mm |
250 ~ 630 |
Ejector force |
kN |
67 |
Ejector stroke |
mm |
160 |
Number of ejectors |
Unit |
12 + 1 |
POWER / HEATING |
|
|
Pump motor |
kW |
37 |
Hydraulic system pressure |
Mpa |
17.5 |
Number of temperature zones |
Unit |
5 + 1 |
Heating capacity |
kW |
17.2 |
* Specifications subject to change without previous notice.
* Theoretical shot weight (PS) = theoretical shot volume x 0.91 g/cm³