The H150S-V4 has a separately specified plasticizing motor in its four-station configuration. Its catalog lists 29.8 kW main motor power and 37.7 kW plasticizing motor power, giving this model a distinct equipment configuration within the H150 group.
Evaluate the plasticizing arrangement, selected screw and molding conditions for your PET or PETG bottle.
The separate plasticizing motor does not classify the complete machine as all-electric. PCS retains the catalog's product-quantity terminology; confirm the corresponding mold layout and cavity count.
Model overview
A Separately Specified Plasticizing Drive
The H150S-V4 technical specification separates a 29.8 kW main-drive entry from a 37.7 kW plasticizing servo-motor entry. Together they account for the 67.5 kW motor-power figure; adding the 10 kW heater gives a total installed power of 77.5 kW.
This separation helps define the injection package and electrical schedule. The machine retains its hydraulic classification, with the complete actuation package identified in the equipment proposal.
Review the proposed resin, shot requirements and molding cycle with the selected injection configuration. The effect of the separate plasticizing drive on cycle time or operating cost must be established for the actual application.
Match the screw and plasticizing arrangement to the resin, preform and required shot.
02
Conditioning
Prepare the preform for stretch blowing with the proposed conditioning tool and process settings.
03
Stretch Blowing
Stretch and blow the preform using the selected bottle mold and clamping configuration.
04
Take-Out
Remove the container with the neck handling and removal sequence defined for the tool.
Technical data
H150S-V4 Machine Specifications
Keep the main-drive and plasticizing-motor entries separate when reviewing the equipment schedule. Each screw option below is paired with its own theoretical injection volume and listed speed.
Machine
Parameter
Specification
Drive
Hydraulic
Stations
4
Specified materials
PET, PETG
Machine length
5.0 m
Machine height
3.0 m
Machine weight
6 t
Oil tank capacity
300 L
Use the approved installation drawing to confirm the final machine width and required access clearances.
Motor and Electrical Schedule
Parameter
Specification
Main drive motor
29.8 kW
Plasticizing servo motor
37.7 kW
Combined motor power
67.5 kW
Heating power
10 kW
Total installed power
77.5 kW
Voltage
370 ~ 400 V
Air and Cooling
Parameter
Specification
Blowing-air pressure
2.0 ~ 3.5 MPa
Cooling-water pressure
0.4 ~ 0.6 MPa
Oil-cooler water pressure
0.3 ~ 0.4 MPa
Oil-cooler water temperature
20 ~ 25 °C
Injection Screw Options
Screw diameter
Theoretical injection volume
Rotation speed
40 mm
188 cm³
300 rpm
50 mm
392 cm³
300 rpm
55 mm
475 cm³
300 rpm
The values in each row belong to the same screw option. Confirm usable shot mass for the selected resin and preform; the volume entry is not a bottle-weight rating.
Station and Mold Movements
Parameter
Specification
Injection clamping force
150 kN
Injection upper stroke
250 mm
Injection lower stroke
205 mm
Conditioning core stroke
250 mm
Conditioning cavity stroke
230 mm
Blow clamping force, single side
200 kN
Blow core stroke
250 mm
Blow mold stroke
75 + 75 mm
Take-out stroke
170 mm
Keep the injection data specific to H150S-V4. All three screw options list 300 rpm. For a bottle family using different weights or resins, identify the selected screw and the process conditions to be verified for each production case.
Container configuration
Product References: 1 ~ 8 PCS
The one-piece reference combines a 118 mm body, 83 mm neck and 210 mm height. Select the matched row for the proposed container and confirm how its quantity relates to the mold and production cycle.
Swipe horizontally to view all columns.
QuantityPCS
Body diametermm
Bottle heightmm
Neck sizemm
Weight referenceg
1
118
210
83
130
2
80
210
62
65
3
66
150
48
43
4
56
150
38
32
5
54
150
32
26
6
45
150
25
22
7
28
100
17
18
8
26
100
15
16
Read each row as one matched reference. Body, neck, height and weight limits from different rows must not be combined. Final suitability depends on the bottle, preform and mold design.
PCS is the catalog's product-quantity label. It does not independently establish cavity count, cycle time or accepted bottle output.
Drive and component configuration
Confirm the Supplied Plasticizing and Hydraulic Package
Align the separately specified plasticizing motor with the selected actuation and control equipment. The quotation should identify the complete supplied package and any component substitutions.
Drive and Control Systems
Item
Catalog reference
Servo-pump package
Inovance with Sumitomo or WEICHI with OFITE
PLC
Inovance or MIRLE
Blow-clamp actuation
Hydraulic or dual-servo option
Plasticizing drive
Hydraulic or servo option described
Valves and Temperature Control
Item
Catalog reference
High-pressure valve
Parker
Air cylinder
AirTAC
Hydraulic valve
YUKEN
Temperature control
Integrated control box or built-in system
The catalog lists alternatives as well as the separate 37.7 kW plasticizing servo-motor entry. Confirm the selected actuation package in the equipment schedule; every alternative is not included simultaneously.
Tooling and installation
Review the Mold, Electrical Load and Final Layout
Use the same bottle and mold drawings to assess the plasticizing configuration, available station movements and production-cell requirements.
Check the Tool and Injection Arrangement Together
Match the selected 40, 50 or 55 mm screw to the resin grade, preform and required shot. Define the molding conditions for each bottle weight or resin used in the project.
The machine lists 250 mm upper and 205 mm lower injection strokes, 250 and 230 mm conditioning strokes, and a 170 mm take-out stroke. Review these movements alongside mounting dimensions, neck handling and container removal.
Where an existing ASB-12M-related tool is proposed, assess the actual interfaces and connections. A machine-family reference does not establish compatibility without a tooling review.
Use the Approved Installation Drawing
The listed machine length is 5.0 m, height is 3.0 m and weight is 6 t. Confirm the final width, service access and handling clearances from the approved drawing for the selected machine.
The electrical schedule should distinguish the 29.8 kW main drive, 37.7 kW plasticizing motor and 10 kW heating load. Plan utility connections with the specified machine-cooling and oil-cooler circuits kept separate.
Allow access to the 300 L oil tank and account for the proposed auxiliary equipment when arranging the production cell.
Length
5.0 m
Height
3.0 m
Weight
6 t
Related configurations
Compare the Three H150 Options
The H150S-V4 and H150-V4 have similar product-dimension references. Focus the comparison on the injection drive, screw selection, electrical requirement and installation arrangement for the same bottle.
Request the proposed drive functions, mold interfaces and utility schedule for each model. Select from the verified production proposal, including bottle quality, cycle conditions and service requirements.
Separately specified plasticizing motor and its injection configuration
H150-V4
Hydraulic configuration with its own screw options and electrical schedule
H150-V4-VE
All-electric package with its own servo-control and installation specification
Model questions
Questions About the H150S-V4
Clarify the drive classification, installation basis and electrical comparison before approving the equipment configuration.
Does the S designation mean an all-electric machine?
No. The documented difference is the separate plasticizing-drive entry. H150S-V4 is classified as hydraulic, and the complete actuation package must be identified in the equipment schedule.
Which drawing should be used to confirm the installation footprint?
Use the approved installation drawing for the selected configuration. Confirm the final machine width together with the service access, mold-handling clearances and auxiliary-equipment arrangement before fixing the production-cell layout.
How should its electrical rating be compared with H150-V4?
Compare installed load for plant planning and measure running electricity separately under matched production conditions. A higher installed rating alone does not determine energy per accepted bottle.
Discuss your plasticizing configuration
Request an H150S-V4 Proposal
Send the bottle drawing, resin grade and production requirements. Request the selected screw, plasticizing-drive arrangement, mold interfaces and utility schedule in the proposal.
Body, height and neck-finish drawing
PET or PETG grade and bottle-weight requirements
Preform details and proposed mold configuration
Accepted-output target and bottle-trial criteria
Floor-space, electrical and cooling constraints
Share a drawing link in the message, or send your files to info@isbmmachine.net.
For multiple bottle weights or resin grades, identify each production case so its screw selection and process conditions can be reviewed.
