Control unit
Based on the data of Japanese star novel high speed and high precision control of the main pressure requirements all within the monitoring, all available in your hands, high degree of automation of the machine and fully guarantee the you need products stable and precise forming requirement;
The main action units are controlled by Italy electronic scale and pressure sensor.
Injection unit
The design of single cylinder injection. Oil pressure cylinder and the circuit board into one, in addition to a substantial reduction of oil spills, and to reduce the response delay time.
Low speed and high torque hydraulic motor control screw drive, feeding and stability, injection pressure from the sensor feedback to achieve semi closed precision control, thus ensuring accurate shooting
Locking element
The design of direct pressure clamping, clamping force can be fully and evenly distributed;
The hydraulic system uses the high precision servo system, with the special oil circuit and the hydraulic oil tank circuit design, to ensure the low energy consumption and fast action;
Hydraulic lock mould system is equipped with a pressure sensor, the realization of the high precision semi closed control, low pressure mold protection, and protect mold position very short (by a semi closed valve and a pressure sensor for Disease Control), because of the precision of high-pressure position so it can saving time pressure and without special mould adjusting, you only need to easily in the computer setting a low voltage lock mode position can be automatic calculation of pressure, clamping position with high repeatability.
Other
The suction nozzle is the self sealing type magnetic suction strainers, ensure the cleanliness of hydraulic oil. If the cartridge is pollution and blockage of oil to the mouth of the vacuum degree is 0.018Mpa will be issued an alert
The allocation of oil temperature alarm device, when the oil temperature exceeds the maximum value when the alarm signal and automatically shutdown;
project
|
Company
|
TS120
|
TS200
|
TS250
|
TS320
|
TS650
|
Injection unit
|
Screw diameter
|
mm
|
32
|
36
|
40
|
40
|
45
|
50
|
45
|
50
|
56
|
50
|
56
|
65
|
72
|
80
|
90
|
Injection capacity
|
cm3
|
101
|
127
|
157
|
289
|
366
|
452
|
390
|
481
|
603
|
481
|
603
|
813
|
1507
|
1861
|
2356
|
Injection weight(P.S)
|
g
|
95
|
120
|
148
|
273
|
346
|
427
|
368
|
455
|
570
|
455
|
570
|
768
|
1424
|
1759
|
2226
|
Injection pressure
|
kgf/cm2
|
2670
|
2110
|
1709
|
2628
|
2076
|
1682
|
2353
|
1906
|
1519
|
2527
|
2015
|
1495
|
2042
|
1654
|
1307
|
Length/Diameter ratio
|
L/D
|
20.6
|
18.3
|
16.5
|
21.5
|
19.1
|
17.2
|
20.6
|
18.5
|
16.5
|
21.6
|
19.3
|
16.6
|
24.3
|
21.9
|
19.4
|
Injection speed
|
mm/sec
|
150
|
150
|
150
|
150
|
150
|
Injection rate
|
cm3/sec
|
Screw speed
|
rpm/sec
|
121
|
153
|
188
|
238
|
294
|
257
|
238
|
294
|
369
|
294
|
369
|
499
|
610
|
754
|
950
|
Plasticizing capacity(P.S)
|
kg/hr
|
188
|
164
|
160
|
142
|
115
|
Hopper capacity
|
KG
|
33
|
45
|
62
|
62
|
84
|
115
|
66
|
102
|
132
|
82
|
131
|
167
|
182
|
256
|
325
|
|
|
25
|
50
|
100
|
100
|
100
|
Clamping unit
|
Mold clamping force
|
Ton
|
120
|
200
|
250
|
450
|
650
|
Mold opening force
|
Ton
|
3.8
|
6.5
|
9.1
|
19.8
|
21
|
Mold clamping stroke
|
mm
|
465
|
610
|
710
|
960
|
1260
|
Min.mold thickness
|
mm
|
180
|
200
|
220
|
260
|
390
|
Max.mold thickness
|
mm
|
Distance between tie bars
|
mm
|
645
|
810
|
930
|
1220
|
1650
|
Ejector force
|
Ton
|
370*370
|
470*470
|
520*520
|
670*670
|
910*910
|
Ejector stroke
|
mm
|
3.4
|
8.8
|
8.8
|
13.7
|
15
|
Ejector quantity
|
P.C.S.
|
150
|
150
|
200
|
200
|
250
|
|
|
5
|
5
|
5
|
13
|
21
|
Other
|
Heater band capacity
|
KW
|
7.65
|
9.45
|
11.25
|
18.3
|
33
|
No.of heating zones
|
Zone
|
Nozzle+3
|
Nozzle+3
|
Nozzle+3
|
Nozzle+4
|
Nozzle+4
|
Electric motor
|
KW
|
11
|
15
|
22
|
30
|
75
|
Oiltankcapacity
|
L
|
265
|
390
|
416
|
590
|
1000
|
Machineweight
|
Ton
|
3.5
|
5.8
|
7.4
|
12.4
|
24.8
|
Machinedimension(L*W*H)
|
mm
|
|
3.8*1.02*1.46
|
|
4.96*1.14*1.53
|
5.5*1.24*1.74
|
6.53*1.53*1.81
|
9.6*2.1*2.31
|