Technology And Innovation Special Supplier - Yizumi Rubber Machinery
YIZUMI-HPM Corporation - Modular Design · HPM started to manufacture hydraulic presses that were...
Transcript of YIZUMI-HPM Corporation - Modular Design · HPM started to manufacture hydraulic presses that were...
地:广东省佛山市顺德区大良顺昌路12号 TEL:86-757-2921 9800 86-757-2926 5150(overseas) www.yizumi.com
DP-N(990-3500 US Tons)
DP-N Series Two-platen Injection Molding Machine
YIZUMI-HPM CORPORATION
Address: 1193 Pole Lane Road Marion, OH 43302Tel: 740-382-5600 - Fax: 740-382-2008 Website: www.yizumi-hpm.com Email: [email protected]
DP-N Series Two-platen Injection Molding Machine
DP-N Series Two-platen Injection Molding MachineWe Walk Alongside The World
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Yizumi-HPM Corporation; A Manufacturer of high quality hybrid injection molding machinery from 60 to 3500 tons, and hot and cold chamber die casting machinery from 200 to 4500 tons. HPM has been supplying injection molding machinery and support services to the plastic industry since 1931, and has thousands of Injection Molding and Die Casting Machines in operation throughout North America.
HPM Company was incorporated in 1877 as the Hydraulic Press Manufacturing Company in Mount Gilead, Ohio, with the purpose to design and build hydraulic presses for the extraction of apple cider. Through the sales efforts of its founders, the company marketed its products to most fruit-growing areas in the United States and Canada, gaining credibility primarily through word-of-mouth advertising. HPM started to manufacture hydraulic presses that were used in a number of markets, including textiles, railroads, and food processing.
In March of 2011, YIZUMI Precision Machinery Co., Ltd, located in China, acquired all HPM intellectual properties. Shortly after the purchase, HPM North America Corporation was set up in Marion, Ohio. In 2017 HPM North America changed its name to Yizumi-HPM Corporation to be representative of the formidable international company that we are a part of today.
Yizumi-HPM Corporation sells and manufactures injection molding machines and die casting machines based upon the HPM designs but utilizing the engineering, manufacturing and financial strengths of YIZUMI. It is not only the service and technical center of YIZUMI in North America; it’s also a very important step of the globalization strategy of the company. I hope with further global operation of HPM and YIZUMI brands, we can provide our customers worldwide with our best products and services. - Richard Yan, CEO of Yizumi
About Yizumi-HPM Corporation
Precision & Stability High Efficiency & Energy Saving
Special Processes◆ Based on Germany modular design and excellent equipment structure, a variety of special processes solutions, such as injection compression molding (ICM) technology, FoamPro microcellular foam technology, precision mold-open technology, secondary mold-close technology, carbon fiber-based lightweighting technology, long glass fiber (LGF) injection molding technology and multi-material micro injection molding technology are available.
High-response servo valve control technology and ultrasonic displacement sensor are applied to mold closing and opening, with accurate position control and mold-open repeatability up to ±0.1mm.
Clamping unit is highly rigid. There is no contact and frictional resistance between the movable platen and tie bars so that motion becomes faster. With the diagonally-positioned high-speed cylinders, four short-stroke high-pressure cylinders and synchronous locking nut mechanism, mold closing and closing and generation of clamping force happen in less time and dry cycle becomes very short, reducing cycle time and improving productive efficiency by 22%.
The high-performance Ecoservo drive and piston variable pump system can provide pressure and flow as needed and has merits of strong power and fast response, consuming 56% less energy than traditional drive systems.
Three Value Propositions
Fully-closed-loop control of the injection and h o l d ( p r e s s u r e a n d v e l o c i t y ) s t a g e s , numerically-controlled proportional back pressure and part repeatability ≤ 3‰.
Yizumi-HPM's cost-effective two-platen injection molding machine not only brings high productivity for injection molding production, but also higher return on use value to customers through stable performance and high product quality. DP-N series is your trustworthy better choice in the long term.
Yizumi-HPM Corporation
Yizumi-HPM Team Yizumi Shunde(Wusha)Production Base Yizumi Suzhou(Wujiang)Production Base
Yizumi Headquarters
DP-N Series Two-platen Injection Molding MachineWe Walk Alongside The World
Modular Design
Precise, Efficient, Energy-saving
※ Data above are reference criteria for factory test.
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High-rigidity platen and precise mold openingBox-shape platen is designed for high rigidity and high parallelism. Mold closing and opening are controlled by high-response servo valve with mold-open repeatability up to ±0.1mm.
Steadier mold supportThe moving platen is supported by extended rigid sliding shoes with the function of tilt adjustment and L-shape guide design, providing steady support and precise guidance for the mold.
More accurate position controlMeasurement of stroke is performed by the ultrasonic displacement sensor which is resistant to interference and durable, with accuracy up to 0.001%/F.S.
Lower energy consumptionHigh-performance Ecoservo drive technology, a standard feature for the DP series, is integrated with the piston variable pump system to offer strong power and fast response, resulting in 56% less energy consumption.
Higher efficiencyWith further optimized clamping unit, mold closing and opening and generation of clamping force happen in shorter time and dry cycle time (EUROMAP 6, dry cycle time of UN1000DP up to 4.1sec) is reduced, with productive efficiency up by 22%.
More reliable and stable clamping unitThe high-pressure clamping cylinder, parallel locking nut mechanism and tie bars are made of high-quality materials and subject to special technical processing so that they are durable and reliable. Tie bars are designed with uniform stress distribution, which ensures the clamping unit works reliably and stably.
Better injection precisionDouble parallel cylinders and patented dual proportional closed-loop control technology are applied to injection, with high injection repeatability and repeatability of part weight ≤ 3‰.
Professional control systemAustria s KEBA controller works faster and it is powerful enough to offer a variety of control software solutions for special processes.
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3.9373.622 4.252
4.2523.937 4.567 4.9214.567 5.315 5.7095.315 6.102 6.1025.709 6.496
4.2523.937 4.567 4.9214.567 5.315 5.7095.315 6.102 6.1025.709 6.496 6.4766.102 7.087
4.9214.567 5.315 5.7095.315 6.102 6.1025.709 6.496 6.4766.102 7.087 7.487.087 7.874
5.7095.315 6.102 6.1025.709 6.496 6.4766.102 7.087 7.487.087 7.874 7.8747.48 8.465 9.0558.465 9.646 9.6469.055 10.236
5.7095.315 6.102 6.1025.709 6.496 6.4766.102 7.087 7.487.087 7.874 7.8747.48 8.465 9.0558.465 9.646 9.6469.055 10.236
4.2523.937 4.567 4.9214.567 5.315 5.7095.315 6.102
3.9373.622 4.252 4.2523.937 4.567 4.9214.567 5.315
DP-N Series Two-platen Injection Molding MachineWe Walk Alongside The World
Injection Unit
UN1200DP-N
UN1650DP-N
UN2000DP-N
UN2500DP-N
UN3000DP-N
UN3500DP-N
4800 6150 9000 12050 18500 23750 31750 44500 54500 75500 100000
DP-N Series Two-platen Injection Molding Machine
Offer You Multiple Solutions
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Car grille Bumper TV frameWashing machine tub Air conditioner panel Plastic pallet Rubbish binCar light
Application Examples
*Calculation of injection unit model based on international standards: shot volume [cm ] × max. injection pressure [bar]/1000
*Larger platens are optional (see specifications).
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Model
UN990DP-N 3.307 3.622 3.937
Clamping Unit
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⑤
⑥
⑦
⑥ ⑦
⑤④③
②①
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DP-N Series Two-platen Injection Molding MachineWe Walk Alongside The World
Highly-rigid extended platen supports
Safety foot plates
Open ejector mechanism
Automatic tie bar retraction
High-rigidity platens are designed as box structures with high degree of parallelism, large space between tie bars, large mold thickness and long mold-open stroke.
Mold closing and opening are controlled by high-response and high-speed proportional valves, with mold opening repeatability up to ±0.1mm.
Diagonally-positioned high-speed cylinders enable mold closing and opening to be faster and effectively shorten dry cycle.
Clamping force is quickly generated thanks to the synchronous locking nut mechanism and four short-stroke high-pressure cylinders.
Compact two-platen clamp unit saves space by 20%.
Large areas of safety foot plates that harbor no oil or water are mounted in the areas of front and rear safety gates and mold. Separate safety switches are connected to the control ler for safety, completely conforming to GB22530-2008 national safety standard.
The automatic tie bar retraction function is optional and designed with stability and reliability. It can remove the restriction of factory ceiling height.
The open double-cylinder ejector mechanism is easy to install and maintain. Ejection synchronized with mold opening and forced ejector-backward are available.
The moving platen is supported by exceptionally long, rigid sliding shoes with the function of tilt adjustment and L-shape guide design, providing steady support and precise guidance for large molds.
①No frictional resistance, faster mold opening and closing, no need of tie bar lubrication and clean mold area without oil stain.
No contact between tie bars and movable platen
②High-pressure cylinders offer large mold opening force, which solves the problem of difficult mold opening in the production of deep-cavity parts.
High-pressure mold opening
③The fast, reliable and durable synchronous locking nut mechanism is driven by patented impact-cushioning cylinders and performs movements accurately.
Synchronous locking nut mechanism
UN2500DP-N
DP-N Series Two-platen Injection Molding MachineWe Walk Alongside The World
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②
①
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Injection Unit ①
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Carriage supports and linear guide rails
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Thanks to modular design, each clamping unit can be combined with different injection units to meet diversified needs of injection molding applications.
Combination of advanced drive technology and further optimized plasticizing unit brings better plasticizing effect, so that molding of precision parts is no longer difficult.
Double-parallel-cylinder injection, fully-closed-loop control of the injection and hold (pressure and velocity) stages, numerically-controlled proportional back pressure and stable injection end position ensure part repeatability is less than or equal to 3‰.
Ceramic heater bands are used for barrel heating and it is under self-tuning PID temperature control performed by Austria s KEBA controller, with control accuracy up to±0.5℃. The heater bands have long service life and low energy consumption.
Specialized bi-metallic barrel assembly resistant to wear and corrosion is optional to meet requirements of different materials.
High-rigidity carriage supports and double-deck guide rails are designed with low resistance and ensure high injection precision.
Injection and injection carriages are equipped with ultrasonic displacement sensors which are resistant to interference and durable, with measurement accuracy up to 0.001%/F.S.
Barrel is mounted with a press plate. The injection unit and barrel assembly are detachable as a whole, which greatly shortens the barrel unit replacement time.
Two injection carriages are parallel located. The universal coupling used for connection ensures stable nozzle contact and no plastic leak.
Ultrasonic digital displacement sensor
Quick barrel change mechanism
Injection carriage cylinder
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Hydraulic System ◆
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Data above are reference criterions for factory tests.
① Precision filtration and cooling system
② Humanized designThe cabinet of the drive unit is designed with L-shape covers available to opened, which is maintenance-friendly.
③ Fast responseWith the use of advanced Ecoservo drive technology, the system response time is only 50ms.
④ Strong powerThe power system employs Italy s branded servo motor and imported piston variable pump, with fast response, high overload capacity, double energy savings and energy consumption reduction up to 56%.
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39Set speed(rpm)-200.0
-150.0
-100.0
-50.0
0.0
50.0
100.0
150.0
200.0
250.0
300.0
-2500
-2000
-1500
-1000
-500
0
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1000
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2500
-2500
-2000
-1500
-1000
-500
0
500
1000
1500
2000
2500
-200.0
-150.0
-100.0
-50.0
0.0
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100.0
150.0
200.0
250.0
300.0
37Given oil pressure 38Oil pressure feedback
40Set speed(rpm)0.0 400.0 800.0 1200.0 1600.0 2000.0
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The excellent performance of DP -N series benefits from the high-performance Ecoservo drive technology and the piston variable pump, which has strong power, fast response, little internal leak and significant energy savings.
The drive system and injection unit will be matched in the form of modules so as to customize the power for machine and minimize energy loss.
Mold opening during plasticizing, ejection or core pulling is a standard feature that reduces cycle time.
T h e h y d ra u l i c s y st e m i n c l u d e s G e r m a n y s H Y D A C low-pressure oil filter and cooling system, with separate filtration and cooling. Filter fineness up to 5μm ensures clean hydraulic circuit, stable oil temperature and reliable, durable hydraulic components.
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DP-N Series Two-platen Injection Molding MachineWe Walk Alongside The World
Professional control system Powerful and accurate in controlQuick process parameters setting and easy operation
◆ Stable, fast and accurate control
◆ Easy to operate
◆ Data and safety
Control System
Sequence of machine movementsProduction process data control
Mold closing settings Injection curve
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Double-CPU control, 1ms of scan cycle, faster response and high reliability Real-time accurate control of mold closing and opening and injection by the intelligent high-response closed-loop controller
Storage of process data without limit Memory of alarm and process parameter change Process quality control (PDP), statistical process control (SPC) and data export Multi-level user access ensuring data safety, multiple protections of equipment and operator through software and hardware Networked remote control
Online conversion of multiple languages and units Multiple means of quick input, such as graph and virtual keyboard Easy and convenient process parameter setting
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DP-N series employs Austria s KEBA control system with user-friendly interface and higher processing speed. It is also powerful and capable of providing multiple control software solutions for special processes.12'' TFT color touch screen, visualized graphic parameter setting, actual parameter values recorded and displayed with curves, more accurate online process analysis Free programming is available to meet the needs of special molds and processes. The sequence of machine movements also can be freely edited. Extensible I/O modules can integrate with more functions, including temperature control and sequence valve as needed. Communication ports for printer, auxiliary equipment and automation.
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◆ Mold closing for the second time with larger pressure ◆ Effectively prevent possible internal stress in molded parts and air trap◆ Improve the accuracy and appearance quality of molded parts for higher QC passing rate
Secondary mold closing
Part
qua
lity/
g
Molded part repeatability 934932930928926924922920
Test part: automotive lampshadeRepeatabilityWithout secondary mold closing :0.725%With secondary mold closing:0.715%
TimesWithout secondary mold closing With secondary mold closing
1 2 3 4 5 6 7 8 9 10
◆ Mold opening driven by high-pressure cylinders with large opening force ◆ Solution to difficult mold-open in the manufacture of deep-cavity parts
High-pressure mold opening
FoamPro microcellular foam technology
Technical points:
● Injection compression molding (ICM) function● SmartClamp technology realizes automatic calibration of platen parallelism, with response accuracy up to ±0.015mm/2ms.
Low-pressure injection molding technology
。
Technical points:
● SmartClamp technology ● Aircraft aluminum mold technology● Alternative temperature technology (ATT) ● FLEXflow servo-driven hot runner system
※Data above are reference criteria for factory test.
With the use of rigorous and innovative Germany processes, DP-N series gives every material distinctive properties and provides new ideas of application and efficient, intelligent material combinations.
Yizumi-Hpm is committed to becoming a leader in China’s injection molding machine industry and provide you with cost-saving injection molding solutions and the best investment return.
Applied to production of deep-cavity parts, including washing machine
drum, rubbish bin and storage box
For automotive applications, such as car lights and applications in household appliances industry
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Special Processes DP-N Series Two-platen Injection Molding Machine
DP-N Series Two-platen Injection Molding MachineWe Walk Alongside The World
Carbon fiber molding
Carbon fiber has been widely used in passenger cars. The greatest advantage of carbon fiber as an automotive material is light and strong, which will facilitate breakthroughs in automotive lightweighting and bring a social benefit: energy saving. In the future, “high carbon fiber” will become increasingly popular.
HP-RTM (high-pressure resin transfer molding), completed with the use of preform, steel mold, vacuum-aided exhaust, high-pressure injection and high pressure, thermoset composites impregnation and solidification technologies Insitu polymerization technology
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Reaction technology
Carbon fiber composite preform Processes such as heating, press forming, back injection and trimming of preform
◆◆
Injection molding technology
◆ Higher added value of molded part ◆ Enhanced mechanical property of molded part ◆ Better appearance of molded part ◆ Improved productive efficiency◆ Less investment cost
Technology of multi-material micro injection molding via second injection unit
◆ Accurate horizontal rotator positioning and control technology ◆ Spray painted part surface replaced by high-gloss appearance
Technical points:
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DP-N Series Two-platen Injection Molding MachineWe Walk Alongside The World
Main Part List (Standard) Part Name
Control system
Servo motor
Piston variable pump
Servo valve
Proportional valve
Key control valve
Pressure sensor
Seal
Hydraulic motor
Low-pressure oil filter
Oil cooler
Suction filter
Barrel assembly
Tie bar
Tie bar locking nut
Clamping piston
Servo drive
Solid-state relay
Automatic switch
Air switch
Position limit switch
Proximity switch
AC contactor
DTFLOCK self-locking nut
KEBA
PHASE
Rexroth/YUKEN
Rexroth
Rexroth
Rexroth/YUKEN
Danfoss
MTS
SKF
STAFFA/HAGGLUNDS
HYDAC
HYDAC
Rexroth
TAN STAR/Huaye
GENERAL&GENESIS
GENERAL&GENESIS
GENERAL&GENESIS
Inovance
KUDOM
ABB
FUJI
SCHMERSAL/Schneider/Panasonic
AUTONICS
FUJI
DTF
Austria
Italy
Germany / Japan
Germany
Germany
Germany / Japan
Germany / Italy
America
Sweden
Britain / Sweden
Germany
Germany
Germany
Taiwan / China
Taiwan
Taiwan
Taiwan
China
Britain
Switzerland
Japan
Germany/ France/ Japan
Korea
Japan
America
Brand / Specifications Place of Brand
Standard and Optional FeaturesStandard Optional Standard Optional
- 8 sets of hydraulic sequence valve (bi-directional)
Optional feature
- High-performance servo pump system- Real-time display of the pressure of power unit via pressure sensor
- High-precision low-pressure oil filter
- Imported-brand hydraulic valve - Low-noise energy-saving hydraulic circuit- Proportional back pressure control for plasticizing - Proportional pressure control of injection
- Reliable hydraulic piping- Modular combination of power- Oil pre-heating system
- Oil level monitoring and alarm - Openable protective cover of pump motor- 4 sets of electrical connectors of core puller/ unscrewing devices. 2 sets each on the fixed platen and moveable platen - Differential mold opening circuit- Injection and mold-close pressure protection- High-pressure mold opening
- Precision independent filtration and cooling systems - Automatic pressure and flow calibration
- Imported branded seal- Automatic oil temperature inspection and alarm- Panel cooler and automatic cooling pump - 6 sets of sequence (injection ) valve interface- Closed-loop proportional variable displacement pump system
- Variable displacement pump system- High-response accumulating servo injection system- Enlarged oil cooler- Enlarged multi-capacity pump motor - Closed loop servo control of injection, plasticizing, holding pressure and back pressure
- Plasticizing during mold opening (quick plasticizing)- Multiple sets of electrical connectors of core puller or unscrewing devices (optional, increasable )
- Core puller pressure relief - Gate pressure relief - Quick connector for core puller and hydraulic gate - Independent hydraulic gate control system
● Other- Operation Manual- Adjustable leveling pad
- 4 sets of lifting rings- Stainless steel hopper - Glass-tube cooling water flowmeter- Mold clamp- Mold temperature controller- Automatic loader - Dehumidification dryer
- Other auxiliary equipment
Standard feature
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- Clamping mechanism with tie bars independent of moving platen
- Simultaneous ejector or core-pull movements - SPI ejector pin hole
- High-rigidity clamping frame
- Quantitative volumetric automatic lubrication system
- Open ejection mechanism hydraulically-driven by double parallel cylinders
- High-accuracy ultrasonic displacement sensor measuring stroke of tie bars, mold opening and closing and ejection
- High-rigidity box-shape platen
- Low-pressure mold protection
- Electrically-protected safety foot plates of mold area and safety gates
-One-button automatic mold adjustment
- Clamping force adjustment as needed
- Ejection/ tie bar reset/ plasticizing/ core pulling during mold opening
- Robot mounting hole as per EUROMAP 18- Fixed platen with solid sliding bearing
- Platen with T-slot and mold mounting hole- Sliding support with steel-base copper alloy lubricating bearing- Hardened spring steel strips and guide rails- Four platens made of high-rigidity ductile iron- Hydraulic and electrical safety devices- Secondary mold closing- Low-pressure injection molding - Forced return of main ejector pin- Protective plate in mold area- SPI mold locating ring - Quick mold change system- Hydraulic mold clamp- Magnetic platen - Safety mechanical lock device - Heat insulating plate of mold- Special mold mounting hole- Increased mold opening stroke- Increased mold thickness - Increased ejector stroke- Larger ejection force- Mold-open cylinders exchange - Automatic tie bar retraction (upper tie bars optional)- Ejector-backward protection switch- Ladder for maintenance of fixed platen - Central water pan - Stainless steel material receiving pan- (Rear, lower) mold-open cylinder safety cover
● Electrical Control System- CE certified- Voltage: 460V/3Ph/60Hz - 16 sets of input/output points reserved- PID closed-loop control of barrel and nozzle temperature- Manual, semi-auto and fully-auto operating mode - Input and output inspection interface- Automatic display of alarm messages and acousto-optic alarm system
- Built-in software with the oscilloscope function- Unlimited technical parameter storage
- Chinese and English operating system- Safety gate emergency stop function- Online cycle monitoring
- 12"TFT color touch screen- Visualized graphic programming- PDP interface- Auto-protection of injection monitoring
- Auto-protection of mold closing monitoring- Statistical process control (SPC) interface- Electrical enclosure rated IP54- Screw speed detecting device- Time/ position/ time + position control modes for switchover to holding pressure
- 3 sets of 380V 32A socket - 1 set of 380V 16A socket - 1 set of multi-function 220V socket - 16-level password security- EUROMAP 12 robot interfaces - Automatic heat preserving, automatic heating and group heating settings
- Phase sequence protection- Oil cleanliness monitoring- Warning or motor switch-off due to stepping on safety foot plate
- Electric unscrewing device- Hot runner control system- Auxiliary emergency stop
- Air blast (one set on fixed platen and one set on moving platen)
- Electric unscrewing device interface
- Central (networked) monitoring system- Protective light grid of safety gates- Opto-electronic safety switch of front and rear safety gates- Protective light grid of central safety foot plate- Safety switch for front safety door edge
- Robot interfaces based on EUROMAP 67
- KEBA 5000 control system
● Injection Unit- Double-cylinder injection system- Low-speed high-torque hydraulic motor
- Hopper loading platform
- 5-stage plasticizing speed/ pressure/ position control- Selectable suck-back before or after plasticizing
- Linear guides for injection carriage- Linear guides for injection - Double-deck injection unit - Double carriage cylinders - Protective cover of injection unit - Screw cold start protection- Suck back function- Automatic material cleaning
- Manual central lubrication system of injection unit- Dual-cycle cooling water for feed opening - Ceramic heater band- Screw rotation measuring device
- Lifting and change of the whole barrel assembly- Mounting interface for hopper loading platform
- Mixing screw - Bi-metallic screw
- Swivel injection unit
- Extended nozzle (50/100/150/200mm longer)
- Special screw components- Barrel heat-retaining energy-saving device (silicone cover)- Spring shut-off nozzle- Increased injection stroke- Servo injection system - Nitrogen injection system
- Special low-pressure injection molding system - MuCell system - System dedicated to UPVC pipe fitting- Accumulator system for large shot volume production
- Auxiliary ladder -Hopper sliding device - Enlarged plasticizing motor
- Second injection unit for micro injection molding
- 10-stage injection speed/ pressure/ position control
- 10-stage holding pressure speed/ pressure/ position/ time control
● Hydraulic System
- Bi-alloy barrel- Heat preservation cover for barrel and safety nozzle cover (with electrical protection)
- High-accuracy ultrasonic displacement sensor measuring stroke of injection, plasticizing and carriage
- 10-stage injection speed/ pressure/ position control
- High-response servo control of pressure and flow for mold opening and closing
Ultrasonic digital displacement sensor (non-contact)
We Walk Alongside The World
● Clamping Unit
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UN990DP-N
Technical Specifications of UN990DP-N
3.50489.0
15.75400154
6688
620.09178.6
24.409620
3.30784
135.2812217
722039
3156021821.9
28.500467
3.62292
162.2752659
862446
2631018120
34.176560
3.937100
191.7243142102
289022278
15420
40.400662
3.4098
51.2038.16
4.50127
51.2038.16
6.40180
55.9041.66
4800 6150 9000 12050UNITDESCRIPTION
inmmcu incm3
ozg
psiMPa
cu in/scm3/sin/s
mm/sin
mmr/min
Nmoz/sg/shpkWPCS
US tonskNin
mm
Screw L:D ratio
Screw diameter
Theoretical shot volume
Shot weight
Injection pressure
Injection rate
Max. injection speed
Screw stroke
Max. screw speedScrew torque
Plasticizing rate(PS)
Heating capacity
Nozzle contact force
Carriage stroke
Barrel heating zone number 720.09178.6
28.740730
729.67263.8
29.921760
829.67263.8
29.921760
3.62292
176.4742892
942660
3086421321.7
35.274578
3.937100
208.53416111
314326136
18020
41.682683
4.252108
243.1943985129
366622408
15520
48.639797
3.937100
263.6214320140
397430284
20921.6
46.759766
4.252108
307.4875038164
463625976
17920
54.540894
4.567116
354.7285813189
534722510
15520
62.9201031
4.567116
386.9766341206
583327572
19022.1
55.694913
3.42386.9
17.13435139
8639
3.84197.6
21.65550128
11982
3.40086.4
23.62600113
14769
4.921125
449.3547363239
677423743
16420
64.6891060
5.315135
524.1268588279
790120363
14020
75.4301236
5.50156
63.8047.56
3.4095
63.8047.56
7.00199
69.7051.96
5.80165
62.4046.52
5.30150
62.4046.52
7.60215
68.8051.32
9.20261
89.0066.39
7.00197
89.0066.39
11.5327
94.7070.65
clamping force
Opening stroke
platen size
space between tie-bars
mold thickness
max.opening stroke
max.daylight
ejector force
ejector stroke
ejector number
system pressure
motor
pump flow
total power
oil tank capacity
dry cycle
max.mold weight
machine dimensions
Injection Unit
CLAMPING UNIT
Electrical & Hydraulic Units
General
US tonskN
US tonskNin
mmin
mmin
mmin
mmin
mmUS tons
kNin
mmPCS
psiMPahpkW
gal/minL/min
hpkW
galL
S/inS/mm
lbmT
lbmTinm
machine weight (clamping+injection units,no oil)
1.Dry cycle time accords with EUROMAP 6.2.The load-bearing capacity of the moving platen is 2/3 of the total mold weight.3.The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume.4.The injection unit data are in international units and calculated as follows: theoretical shot volume[㎝³]×injection pressure [Mpa]/1005.Plasticizing capacity is calculated by GPPS ( for the injection unit model 18500 and smaller ones ) or PP ( for injection unit above model 18500 ).6.Because of constant technical improvement, the machine specifications are subject to change without notice.
900/10128000/9000
85760
69.09x65.161755x1655
46.45x40.161180x102018.90-44.09
480-112064.96165083.862130
2522012.632017
2538,362617.5,25
38.49×2+52.8428.7×2+39.4
97.68370
315.21194
4.8/32.514.8/82630800
1470400+22000
32+10397.64×125.98×114.17
10.1×3.2×2.9
315.21194
4.8/32.514.8/82630800
1470400+24200
32+11397.64×125.98×114.17
10.1×3.2×2.9
396.31501
4.5/32.514.5/82630800
1470400+26400
32+12413.39×129.92×114.17
10.5×3.3×2.9
396.31501
4.5/32.514.5/82630800
1470400+30800
32+14413.39×129.92×122.05
10.5×3.3×3.1
180.5134.6
180.5134.6
185.19138.1
2538,362617.5,25
41.57×2+52.8431×2+39.4
114.05432
199.57148.82
199.57148.82
205.47153.22
2538,362617.5,25
74.56+52.84+41.5755.6+39.4+31
145.2550
231.32172.5
231.32172.5
237.76177.3
2538,362617.5,25
74.56×2+52.8455.6×2+39.4
158.4600
291217
291217
296.63221.2
Model
UN4800/UN990DP-N
UN6150/UN990DP-N
UN9000/UN990DP-N
UN2050/UN990DP-N
L H1 H2 W
mm in
10553
10553
10553
10553
415.472
415.472
415.472
415.472
mm in
2056
2076
2081
2231
80.945
81.732
81.929
87.835
mm in
2898
2918
2923
3073
114.094
114.882
115.079
120.984
mm in
2723
2723
3145
3145
107.205
107.205
123.819
123.819
mm2
70
95
95
120
Full-loadcurrent
A
230.2
281.4
305.1
347.3
in2
0.109
0.147
0.147
0.186
Sectional area of main power cord
Bearing capacity of foundation
Number of cooling water line port
Cooling water flow (mold excluded)
t/m2
8
lbm/in2 n×L/min n×gal/min
17600 10×30 10×7.92
L/min gal/min
160 42.24
Cooling water pressure
bar psi
3~4 43.5~58
Cooling water pressure
bar psi
5~6 72.5~87
126.9
3
166.71
W
61.6
9
215.45
5.33194.65
L
6.5
113.5
65.9
89.4
5
H1
H2
Cooling water inlet/outlet for moving mold halves
Cooling water inlet/outlet for fixed mold halves Water inlet/outlet
for oil cooler
Power port
UN990DP-N Machine Dimensions
UN990DP-N Platen Dimensions
63.4663.46
89.4
5
27.5
6
40.1
6
65.1
6
5.9
3.93
46.45
17.2
6
24.8
15.7
4
5.9
3.9
3
57.0757.07
15.7527.56
22.9
961.6
9
Ø2.28
69.09
40.9
4
Ø1.18
8.2705.51
16.5422.0527.56
12.6
13.7
8
22.0
4
16.5
4
11.0
2
8.2
7
5.5
1
0
26.7
7
31.02
27.5
6
10.43
94.6
7
Ø9.8
4H7
0.98
Ø9.8
4H7 1.97
MIN.24.4
A
MAX.83.86
MAX.64.96
35.7
12.6
MIN.18.9
MAX.44.09
SR0.59
27.56
16.54
2.7
6
6.9
11.0
2
M24, 48 deep(mm)
M24, 48 deep(mm)
Robot mounting holes according to Euromap 18/E16
21 22
2538,362617.5,25
80.46×360×3211.2800374
278.9
UN1200DP-N
Technical Specifications of UN1200DP-N
3.4286.9
17.126435139
8639
720.09178.6
28.740730
3.62292
176.474289293.82660
3086421321.7
35.274578
3.937100
208.53416110.93143
2613618020
41.682683
4.252108
243.1943985129.33666
2240815520
48.639797
3.3595
63.7847.56
5.51156
63.7847.56
7.03199
69.6851.96
6150 9000 12050 18500UNITDESCRIPTION
inmmcu incm3
ozg
psiMPa
cu in/scm3/sin/s
mm/sin
mmr/min
Nmoz/sg/shpkWPCS
US tonskNin
mm
Screw L:D ratio
Screw diameter
Theoretical shot volume
Shot weight
Injection pressure
Injection rate
Max. injection speed
Screw stroke
Max. screw speedScrew torque
Plasticizing rate(PS)
Heating capacity
Nozzle contact force
Carriage stroke
Barrel heating zone number 729.67263.8
29.921760
829.67263.8
29.921760
833.38296.7
32.677830
3.937100
263.6214320140.23974
3029820921.6
46.757766
4.252108
307.5495040163.54636
2597617920
54.537894
4.567116
354.6695812188.65347
2251015520
62.9161031
4.567116
386.9776341205.75833
2757219022.1
55.696913
4.921125
449.3537363238.96774
2374316420
64.6741060
5.315135
524.1248588278.77901
2036314020
75.4361236
5.315135
611.4810020325.19218
2673018423.6
76.3461251
3.8497.6
21.654550128
11982
3.4086.4
23.622600113
14769
3.4487.4
27.559700118
18949
5.709145
705.42511559375.11063423177
16022
88.1241444
6.102155
806.0813208428.61215220276
14020
100.6961650
5.82165
62.3846.52
5.27150
62.3846.52
7.59215
68.8251.32
9.22261
89.0366.39
6.97197
89.0366.39
11.52327
94.7470.65
10.41295
132.6298.9
7.34208
12.10343
clamping force
Opening stroke
platen size
space between tie-bars
mold thickness
max.opening stroke
max.daylight
ejector force
ejector stroke
ejector number
system pressure
motor
pump flow
total power
oil tank capacity
dry cycle
max.mold weight
machine dimensions
Injection Unit
CLAMPING UNIT
Electrical & Hydraulic Units
General
US tonskN
US tonskNin
mmin
mmin
mmin
mmin
mmUS tons
kNin
mmPCS
psiMPahpkW
gal/minL/min
hpkW
galL
S/inS/mm
lbmT
lbmTinm
machine weight (clamping+injection units,no oil)
1.Dry cycle time accords with EUROMAP 6.2.The load-bearing capacity of the moving platen is 2/3 of the total mold weight.3.The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume.4.The injection unit data are in international units and calculated as follows: theoretical shot volume[㎝³]×injection pressure [Mpa]/1005.Plasticizing capacity is calculated by GPPS ( for the injection unit model 18500 and smaller ones ) or PP ( for injection unit above model 18500 ).6.Because of constant technical improvement, the machine specifications are subject to change without notice.
1124/123710000/11000
98875
74.8x72.831900x1850
51.57x47.241310x120019.69-47.24
500-120072.84185092.522350
31274
14.1736025
2538,362617.5,25
41.57×2+52.8331×2+39.4
114.05432
315.221194
6/36.16/91744000
2088000+24200
40+11429.13×133.86×118.11
10.9×3.4×3.0
396.261501
5.8/36.15.8/91744000
2088000+26400
40+12429.13×133.86×118.11
10.9×3.4×3.0
396.261501
5.6/36.15.6/91744000
2088000+30800
40+14429.13×133.86×122.05
10.9×3.4×3.1
639.942424
5.5/36.15.5/91744000
2088000+48400
40+22468.5×141.73×133.86
11.9×3.6×3.4
199.57148.82
199.57148.82
205.47153.22
2538,362617.5,25
74.55+52.83+41.5755.6+39.4+31
145.2550
231.32172.5
231.32172.5
237.76177.3
2538,362617.5,25
74.55×2+52.8355.6×2+39.4
158.4600
291217
291217
296.63221.2
Model
UN6150/UN1200DP-N
UN9000/UN1200DP-N
UN12050/UN1200DP-N
UN18500/UN1200DP-N
L H1 H2 W
mm in
10878
10878
10878
11878
428.268
428.268
428.268
467.638
mm in
2136
2141
2291
2431
84.094
84.291
90.197
95.709
mm in
2978
2983
3133
3418
117.244
177.441
123.346
134.567
mm in
2723
3145
3145
3542
107.205
123.819
123.819
139.449
mm2
95
95
120
150
Full-loadcurrent
A
281.4
305.1
347.3
517.6
in2
0.147
0.147
0.186
0.233
Sectional area of main power cord
Bearing capacity of foundation
Number of cooling water line port
Cooling water flow (mold excluded)
t/m2
8
lbm/in2 n×L/min n×gal/min
17600 10×30 10×7.92
L/min gal/min
160 42.24
Cooling water pressure
bar psi
3~4 43.5~58
Cooling water pressure
bar psi
5~6 72.5~87
UN1200DP-N Machine Dimensions
UN1200DP-N Platen Dimensions
202.28
224.74
L
6.38
64.
06
119.
76
5.33
5.9
95.9
4
H1
H2
133.9
3
175.98
W
5 .5113.78
13.7
8
5.5
1
27.5
6
22.0
4
33.0
7
16.5
4
9.6
5
0
33 .0727.5622.05
16.549.650
47.2
4
72.8
3
51.57
9.84
3.93
22.04
4.33
33.07
45.
51
20.6
264
.05
62.09
66.81
62.09
66.81
15.75
27.56
39.37
74.8
95.9
4
5.9
31.5
34.4
Ø2.28
Ø1.18
8.46
12.6
16.5
4
16 .54
100.
87
14.17
1.97
Φ9.
84H7
Φ9.
84H7
0.98
MAX.92.52
MAX.72.83 MIN.19.68
39.25 MAX.47.24
MIN.28.74
R0.59
A
M24, 48 deep(mm)
M24, 48 deep(mm)
Robot mounting holes according to Euromap 18/E16
Cooling water inlet/outlet for moving mold halves
Cooling water inlet/outlet for fixed mold halves Water inlet/outlet
for oil cooler
Power port
M24, 48 deep(mm)Robot mounting holes according to Euromap 18/E18
23 24
UN1650DP-N
Technical Specifications of UN1650DP-N
3.8497.621.7550128
11982
729.67263.829.9760
3.937100
263.6274320140
397430284
20921.6
46.759766
4.252108
307.5435039164
463625976
17920
54.5554894
4.567116
354.6755812189
534722510
15520
62.90961031
5.27150
62.3846.52
5.82165
62.3846.52
7.59215
68.8251.32
9000 12050 18500 23750UNITDESCRIPTION
inmmcu incm3
ozg
psiMPa
cu in/scm3/sin/s
mm/sin
mmr/min
Nmoz/sg/shpkWPCS
US tonskNin
mm
Screw L:D ratio
Screw diameter
Theoretical shot volume
Shot weight
Injection pressure
Injection rate
Max. injection speed
Screw stroke
Max. screw speedScrew torque
Plasticizing rate(PS)
Heating capacity
Nozzle contact force
Carriage stroke
Barrel heating zone number 829.67263.829.9760
833.38296.732.7830
1033.38296.732.7830
4.567116
386.9766341206
583327572
19022.1
55.6905913
4.921125
449.3547363239
677423743
16420
64.68541060
5.315135
524.1268588279
790120363
14020
75.48671237
5.315135
611.4810020
3259218
2673018423.6
76.3411251
5.709145
705.42511559
3751063423177
16022
88.11861444
6.102155
806.0813208
4291215220276
14020
100.691650
5.709145
755.81312385
4021139427847
19223.5
91.84111505
3.4086.423.6600113
14769
3.4487.427.6700118
18949
3.5991.129.5750114
24522
6.102155
863.65814152
4591302024366
16822
104.6561715
6.496165
978.69216037
5211475621466
14820.1
118.9971950
9.22261
89.0366.39
6.97197
89.0366.39
11.52327
94.7470.65
10.41295
7.34208
12.10343
9.07257
150.71112.39
132.6298.9
6.97198
10.68303
clamping force
Opening stroke
platen size
space between tie-bars
mold thickness
max.opening stroke
max.daylight
ejector force
ejector stroke
ejector number
system pressure
motor
pump flow
total power
oil tank capacity
dry cycle
max.mold weight
machine dimensions
Injection Unit
CLAMPING UNIT
Electrical & Hydraulic Units
General
US tonskN
US tonskNin
mmin
mmin
mmin
mmin
mmUS tons
kNin
mmPCS
psiMPahpkW
gal/minL/min
hpkW
galL
S/inS/mm
lbmT
lbmTinm
machine weight (clamping+injection units,no oil)
1.Dry cycle time accords with EUROMAP 6.2.The load-bearing capacity of the moving platen is 2/3 of the total mold weight.3.The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume.4.The injection unit data are in international units and calculated as follows: theoretical shot volume[㎝³]×injection pressure [Mpa]/1005.Plasticizing capacity is calculated by GPPS ( for the injection unit model 18500 and smaller ones ) or PP ( for injection unit above model 18500 ).6.Because of constant technical improvement, the machine specifications are subject to change without notice.
1462/168713000/15000
1381230
92.13x80.312340x2040
60.63x50.391540x1280
27.17x57.48690-1460
94.882410
122.053100
34300
14.9638025
2538,362617.5,25
74.55+52.83+41.5755.6+39.4+31
145.2550
396.261501
7.2/42.447.2/1078
6600030
125400+2640057+12
464.57×149.61×137.8011.8×3.8×3.5
396.261501
6.8/42.446.8/1078
6600030
125400+3080057+14
464.57×149.61×137.8011.8×3.8×3.5
639.942424
6.7/42.446.7/1078
6600030
125400+4840057+22
503.94×149.61×137.8012.8×3.8×3.5
756.12864
6.4/42.446.4/1078
6600030
125400+5060057+23
527.56×149.61×141.7313.4×3.8×3.6
231.32172.5
231.32172.5
237.76177.3
2538,362617.5,25
74.55×2+52.8355.6×2+39.4
158.4600
291217
291217
296.63221.2
2538,362617.5,25
80.46×360×3211.2800374
278.9
2538,362617.5,25
80.46×3+74.5560×3+55.6
2641000
466.67348
Model
UN9000/UN1650DP-N
UN12050/UN1650DP-N
UN18500/UN1650DP-N
UN18500/UN1650DP-N
L H1 H2 W
mm in
11794
11794
12794
13394
464.331
464.331
503.701
527.323
mm in
2264
2414
2554
2574
89.134
95.039
100.551
101.339
mm in
3106
3265
3541
3580
122.283
128.543
139.409
140.945
mm in
3145
3145
3542
3377
123.819
123.819
139.449
132.953
mm2
95
120
150
150
Full-loadcurrent
A
305.1
347.3
517.6
627.3
in2
0.147
0.186
0.233
0.233
Sectional area of main power cord
Bearing capacity of foundation
Number of cooling water line port
Cooling water flow (mold excluded)
t/m2
9.4
lbm/in2 n×L/min n×gal/min
20680 10×30 10×7.92
L/min gal/min
160 42.24
Cooling water pressure
bar psi
3~4 43.5~58
Cooling water pressure
bar psi
5~6 72.5~87
UN1650DP-N Machine Dimensions
UN1650DP-N Platen Dimensions
5.33
68.9
216.18
145
.59
268.66
L
243.746.5
103.9
4128
.35
5.9
H1
H2
W
5.5
1
016.5
4
22.0
5
27.5
6
33.0
7
38.5
8
11.0
2
5 . 5 1
1 7.919.650
13 .7 81 6.542 2.052 7.5633 .07
40.43
33.6
2
22.0
5
19.2
9
22.05
3.7
4
14.7
6
9.2
5
33.07
3.94
5.9
66.31 66.31
72.8 72.8
9.8
4
3.9
45.9
50.3
9
106.6
9
16.1 24.2
5
80.3
1
39.3
7
27.5
6
15.7
5
15.75
39.3727.56
60.63
9.84
92.13
15.4
368.9
48.2
3
Ø2.28
Ø1.18 14.96
42.2
MIN.27.17
MAX.122.05
MAX.94.88
109.4
5
MAX.57.48
R0.79
9.8
4H7
1 .97
9.8
4H7
M IN.29.92
0.98
A
Cooling water inlet/outlet for moving mold halves
Cooling water inlet/outlet for fixed mold halves Water inlet/outlet
for oil cooler
Power port
M30, 60 deep(mm)
M24, 48 deep(mm)Robot mounting holes according to Euromap 18/E20
25 26
Model
UN9000/UN2000DP-N
UN12050/UN2000DP-N
UN18500/UN2000DP-N
UN23750/UN2000DP-N
UN31750/UN2000DP-N
L H1 H2 W
mm in
12384
12384
13384
13984
14484
487.559
487.559
526.929
550.551
570.236
mm in
2364
2514
2654
2674
2709
93.071
98.976
104.488
105.276
106.654
mm in
3206
3365
3641
3680
3715
126.22
132.48
143.346
144.882
146.26
mm in
3145
3145
3542
3377
3590
123.819
123.819
139.449
132.953
141.339
mm2
95
120
150
150
185
Full-loadcurrent
A
305.1
347.3
517.6
627.3
780.9
in2
0.147
0.186
0.233
0.233
0.287
Sectional area of main power cord
Bearing capacity of foundation
Number of cooling water line port
Cooling water flow (mold excluded)
t/m2
10.5
lbm/in2 n×L/min n×gal/min
23100 10×30 10×7.92
L/min gal/min
160 42.24
Cooling water pressure
bar psi
3~4 43.5~58
Cooling water pressure
bar psi
5~6 72.5~87
UN2000DP-N
Technical Specifications of UN2000DP-N
3.84197.621.7550128
11982
729.67263.8
29.921760
3.937100
263.6274320140
397430284
20921.6
46.759766
4.252108
307.5435039164
463625976
17920
54.559894
4.567116
354.6755812189
534722510
15520
62.9131031
5.27150
62.3846.52
5.82165
62.3846.52
7.59215
68.8251.32
9000 12050 18500 23750 31750UNITDESCRIPTION
inmmcu incm3
ozg
psiMPa
cu in/scm3/sin/s
mm/sin
mmr/min
Nmoz/sg/shpkWPCS
US tonskNin
mm
Screw L:D ratio
Screw diameter
Theoretical shot volume
Shot weight
Injection pressure
Injection rate
Max. injection speed
Screw stroke
Max. screw speedScrew torque
Plasticizing rate(PS)
Heating capacity
Nozzle contact force
Carriage stroke
Barrel heating zone number 829.67263.8
29.921760
132.6298.9
833.38296.7
32.677830
150.71112.39
1033.38296.7
32.677830
193.25144.63
1033.38296.7
32.677830
4.567116
386.9766341206
583327572
19022
55.718913
4.921125
449.3547363239
677423743
16420
64.6891060
5.315135
524.1268588279
790120363
14020
75.4911237
5.315135
611.4810020
3259218
2673018423.6
76.3461251
5.709145
705.42511559
3751063423177
16022
88.1241444
6.102155
806.0813208
4291215220276
14020
100.6961650
5.709145
755.81312385
4021139427847
19223.5
91.8471505
3.40186.423.6600113
14769
3.44187.427.6700118
18949
3.58891.129.5750114
24522
3.50589.032.7830121
28008
6.102155
863.65814152
4591302024366
16822
104.6631715
6.496165
978.69216037
5211475621466
14820.1
119.0041950
6.102155
955.78115661
508 14407 29443
203 23.4
102.5271680
6.496165
1083.08617747
5761632725976
17922.1
116.1361903
7.087180
1288.96221121
6851943022510
15520
138.2282265
9.22261
89.0366.39
6.97197
89.0366.39
11.52327
94.7470.65
10.41295
7.34208
6.97198
10.68303
8.82250
12.11343
9.07257
10.28291
11.86336
clamping force
Opening stroke
platen size
space between tie-bars
mold thickness
max.opening stroke
max.daylight
ejector force
ejector stroke
ejector number
system pressure
motor
pump flow
total power
oil tank capacity
dry cycle
max.mold weight
machine dimensions
Injection Unit
CLAMPING UNIT
Electrical & Hydraulic Units
General
US tonskN
US tonskNin
mmin
mmin
mmin
mmin
mmUS tons
kNin
mmPCS
psiMPahpkW
gal/minL/min
hpkW
galL
S/inS/mm
lbmT
lbmTinm
machine weight (clamping+injection units,no oil)
1.Dry cycle time accords with EUROMAP 6.2.The load-bearing capacity of the moving platen is 2/3 of the total mold weight.3.The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume.4.The injection unit data are in international units and calculated as follows: theoretical shot volume[㎝³]×injection pressure [Mpa]/1005.Plasticizing capacity is calculated by GPPS ( for the injection unit model 18500 and smaller ones ) or PP ( for injection unit above model 18500 ).6.Because of constant technical improvement, the machine specifications are subject to change without notice.
1912/208117000/18500
1551380
104.72x88.192660x2240
73.62x56.101870x142529.52-64.96
750-1650106.32700
135.833450
34300
15.7540033
2538,362617.5,25
74.55+52.83+41.5755.6+39.4+31
145.2550
396.261501
8.2/51.548.2/1309
9900045
160600+2640073+12
488.19x165.35x137.8012.4x4.2x3.5
396.261501
7.8/51.537.8/1309
9900045
160600+3080073+14
488.19x165.35x137.8012.4x4.2x3.5
639.942424
7.7/51.537.7/1309
9900045
160600+4840073+22
527.56×165.35×141.7313.4×4.2×3.6
756.12864
7.4/51.537.4/1309
9900045
160600+5060073+23
551.18×165.35×145.6714.0×4.2×3.7
908.693442
7.4/51.537.4/1309
9900045
160600+8140073+37
570.87×165.35×145.6714.5×4.2×3.7
231.32172.5
231.32172.5
237.76177.3
2538,362617.5,25
74.55×2+52.8355.6×2+39.4
158.4600
291217
291217
296.63221.2
2538,362617.5,25
80.46×360×3211.2800374
278.9
2538,362617.5,25
80.46×3+74.5560×3+55.6
2641000
466.67348
2538,362617.5,25
80.46×4+74.5560×4+55.6
322.081220565.5421.7
UN2000DP-N Machine Dimensions
UN2000DP-N Platen Dimensions
5.33
165.
51
237.22
266.75
293.96
L
72.8
3
6.5
133.
55.
9
111.
32
H1
H2
W1 7.91
9.6505.51
13 .7822.0527.5633.0738.58
11.0
2
22.0
4
5.5
1
16.5
4
27.5
6
33.0
7
38.5
8
44.0
9
0
49.09
37.4
44.09
33.07
2.76
8.27
13.78
11.8
5
50.3
9
72.8
3
27.5639.37
51.1873.62
111.32
13.7
8
27.5
6
39.3
7
51.1
8
56.1
88.1
9
16.7 24
.6
Ø2.28
Ø1.18
82.7682.76
76.2876.28
104.72
13.78
9.84
5.9
3.93
9.84
5.9
3.94
15.75
46.73
MIN.29.53MAX.106.3
MAX.135.83
117.
32
MAX.64.7
9.84
H7
0.98
1.97
R0.79
9.84
H7
MIN.29.92
A
Cooling water inlet/outlet for moving mold halves
Cooling water inlet/outlet for fixed mold halves
Water inlet/outlet for oil cooler
Power port
M24, 48 deep(mm)
M30, 60 deep(mm)
Robot mounting holes according to Euromap 18/E20
27 28
UN2500DP-N
Technical Specifications of UN2500DP-N
3.40186.423.6600113
14769
829.67263.8
35.433900
4.567116
386.9766341206
583327572
19022.1
55.718913
4.921125
449.3547363239
677423743
16420
64.6891060
5.315135
524.1268588279
790120363
14020
75.4911237
6.97197
89.0366.39
9.22261
89.0366.39
11.52327
94.7470.65
12050 18500 23750 31750 44500UNITDESCRIPTION
inmmcu incm3
ozg
psiMPa
cu in/scm3/sin/s
mm/sin
mmr/min
Nmoz/sg/shpkWPCS
US tonskNin
mm
Screw L:D ratio
Screw diameter
Theoretical shot volume
Shot weight
Injection pressure
Injection rate
Max. injection speed
Screw stroke
Max. screw speedScrew torque
Plasticizing rate(PS)
Heating capacity
Nozzle contact force
Carriage stroke
Barrel heating zone number
132.6298.9
833.38296.7
37.402950
150.71112.39
1033.38296.7
37.402950
193.25144.63
1033.38296.7
37.402950
833.38296.7
37.402950
5.315135
611.4810020
3259218
2673018423.6
76.3461251
5.709145
705.42511559
3751063423177
16022
88.1241444
6.102155
806.0813208
4291215220276
14020
100.6961650
5.709145
755.81312385
4021139427847
19223.5
91.8471505
6.102155
863.65814152
4591302024366
16822
104.6631715
6.102155
955.78115661
5081440729414
20323.4
102.5271680
3.44187.427.6700118
18949
3.58891.129.5750114
24522
3.50589.032.7830121
28008
3.36585.536.693075
33439
6.496165
1083.08617747
5761632726020
17922.1
116.1361903
7.087180
1288.96221121
6851943021814
15020
138.2282265
6.496165
978.69216037
5211475621466
14820.1
119.0041950
7.087180
1444.25823666
7602153627412
18923.4
132.7352175
7.48190
1609.18926368
8462399524511
16922.1
147.9922425
7.874200
1783.03529217
9382658822191
15320
163.8592685
10.41295
7.34208
12.10343
9.07257
6.97198
8.82250
11.86336
11.44324
227.97170
10.68303
10.28291
13.37379
245.40183
14.66416
253.45189
clamping force
Opening stroke
platen size
space between tie-bars
mold thickness
max.opening stroke
max.daylight
ejector force
ejector stroke
ejector number
system pressure
motor
pump flow
total power
oil tank capacity
dry cycle
max.mold weight
machine dimensions
Injection Unit
CLAMPING UNIT
Electrical & Hydraulic Units
General
US tonskN
US tonskNin
mmin
mmin
mmin
mmin
mmUS tons
kNin
mmPCS
psiMPahpkW
gal/minL/min
hpkW
galL
S/inS/mm
lbmT
lbmTinm
machine weight (clamping+injection units,no oil)
2250/258720000/23000
2111880
114.17×96.062900×2440
79.52×63.782020×162029.52-71.26
750-1810120.473060150
381052
46016.9343025
1.Dry cycle time accords with EUROMAP 6.2.The load-bearing capacity of the moving platen is 2/3 of the total mold weight.3.The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume.4.The injection unit data are in international units and calculated as follows: theoretical shot volume[㎝³]×injection pressure [Mpa]/1005.Plasticizing capacity is calculated by GPPS ( for the injection unit model 18500 and smaller ones ) or PP ( for injection unit above model 18500 ).6.Because of constant technical improvement, the machine specifications are subject to change without notice.
2538,362617.5,25
74.55×2+52.8355.6×2+39.4
158.4600
639.942424
11.5/55.6711.5/1414
13200060
206800+4840094+22
551.18×173.23×149.6114.0×4.4×3.8
396.261501
12.5/55.6712.5/1414
13200060
206800+3080094+14
511.81×173.23×145.6713.0×4.4×3.7
756.12864
10.5/55.6710.5/1414
13200060
206800+5060094+23
574.80×173.23×149.6114.6×4.4×3.8
908.693442
10/55.6710/1414132000
60206800+81400
94+37594.49×173.23×153.54
15.1×4.4×3.9
10564000
10/55.6710/1414132000
60206800+81400
94+37606.30×181.10×157.48
15.4×4.6×4.0
291217
291217
296.63221.2
2538,362617.5,25
80.46×360×3211.2800
374278.9
0 0 466.67348
0 0 565.5421.7
0 0 683.11509.4
700.54522.4
708.58528.4
2538,362617.5,25
80.46×3+74.5560×3+55.6
2641000
2538,362617.5,25
80.46×4+74.5560×4+55.6
322.081220
2538,362617.5,25
80.46×5+52.8360×5+39.4
418.181584
UN2500DP-N Machine Dimensions
UN2500DP-N Platen Dimensions
174.5
7
258.9
319.69
289.33
L
6.5 5.33
123.0
3
132.8
75.9
H1
H2
W
78.9
3
5.5
1
016.5
4
27.5
6
33.0
7
38.5
8
44.0
9
49.6
1
11.0
2
22.0
5
2 2.0511.02
05 .51
16 .5427.5633.0738 .5844.09
53.03
42.5
2
2.7
6
13.7
8
8.2
7
49.6
38.58
16.93
127.3
6
51.26
MAX.120.47 MIN.29.53
MAX.150
1.97
12.4
H7
1.57
MAX.71.26
R0.98
12.4
H7
MIN.35.43
A5.9
9.84
27.56
5.9
27.5
6
51.1
8
9.8
4
56.2
6
78.9
4
123
.03
13.7
8
25
51.18
79.53
39.37
96.0
6
63.7
8
80.8180.8187.2887.28
13.78114.17
39.3
7
Ø2.28
6.14
39. 61
Model
UN2050/UN2500DP-N
UN18500/UN2500DP-N
UN23750/UN2500DP-N
UN31750/UN2500DP-N
UN44500/UN2500DP-N
L H1 H2 W
mm in
12957
13957
14557
15057
15377
510.118
549.488
573.11
592.795
605.394
mm in
2669
2809
2829
2864
2920
105.079
110.591
111.378
112.756
114.961
mm in
3511
3796
3835
3870
3955
138.228
149.449
150.984
152.362
155.709
mm in
3145
3542
3377
3590
4257
123.819
139.449
132.953
141.339
167.598
mm2
120
150
150
185
185
Full-loadcurrent
A
347.3
517.6
627.3
780.9
991.1
in2
0.186
0.233
0.233
0.287
0.287
Sectional area of main power cord
Bearing capacity of foundation
Number of cooling water line port
Cooling water flow (mold excluded)
t/m2
12.5
lbm/in2 n×L/min n×gal/min
27500 10×30 10×7.92
L/min gal/min
200 52.8
Cooling water pressure
bar psi
3~4 43.5~58
Cooling water pressure
bar psi
5~6 72.5~87
Cooling water inlet/outlet for moving mold halves
Cooling water inlet/outlet for fixed mold halves
Water inlet/outlet for oil cooler
Power port
M24, 48 deep(mm)
M30, 60 deep(mm)
Robot mounting holes according to Euromap 18/E21
29 30
UN3000DP-N
Technical Specifications of UN3000DP-N
18500 23750 31750 44500 54500 75500 100000UNITDESCRIPTION
inmmcu incm3
ozg
psiMPa
cu in/scm3/sin/s
mm/sin
mmr/min
Nmoz/sg/shpkWPCS
US tonskNin
mm
Screw L:D ratio
Screw diameter
Theoretical shot volume
Shot weight
Injection pressure
Injection rate
Max. injection speed
Screw stroke
Max. screw speedScrew torque
Plasticizing rate(PS)
Heating capacity
Nozzle contact force
Carriage stroke
Barrel heating zone number
clamping force
Opening stroke
platen size
space between tie-bars
mold thickness
max.opening stroke
max.daylight
ejector force
ejector stroke
ejector number
system pressure
motor
pump flow
total power
oil tank capacity
dry cycle
max.mold weight
machine dimensions
Injection Unit
CLAMPING UNIT
Electrical & Hydraulic Units
General
US tons
kN
US tons
kN
in
mm
in
mm
in
mm
in
mm
in
mm
US tons
kN
in
mm
PCS
psi
MPa
hp
kW
gal/min
L/min
hp
kW
gal
L
S/in
S/mm
lbm
T
lbm
T
in
m
machine weight (clamping+injection units,no oil)
1.Dry cycle time accords with EUROMAP 6.2.The load-bearing capacity of the moving platen is 2/3 of the total mold weight.3.The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume.4.The injection unit data are in international units and calculated as follows: theoretical shot volume[㎝³]×injection pressure [Mpa]/1005.Plasticizing capacity is calculated by GPPS ( for the injection unit model 18500 and smaller ones ) or PP ( for injection unit above model 18500 ).6.Because of constant technical improvement, the machine specifications are subject to change without notice.
3037/3206
27000/28500
247
2200
116.93×105.51
2970×2680
85.82×69.09
2180×1755
31.10-79.13
790-2010
122.44
3110
153.54
3900
52
460
19.69
500
33
7.087
180
1444.258
23666
760
21536
27412
189
23.4
132.735
2175
7.48
190
1609.189
26368
846
23995
24511
169
22.1
147.992
2425
7.874
200
1783.035
29217
938
26588
22191
153
20
163.859
2685
11.44
324
227.97
170
8
13.37
379
245.40
183
9
14.66
416
253.45
189
9
132.62
98.9
8
33.38
296.7
37.402
950
5.315
135
611.48
10020
325
9218
26730
184
23.6
76.346
1251
5.709
145
705.43
11559
375
10634
23177
160
22
88.124
1444
6.102
155
806.08
13208
429
12152
20276
140
20
100.7
1650
3.441
87.4
27.6
700
118
18949
10.41
295
7.34
208
12.10
343
150.71
112.39
10
33.38
296.7
41.399
1050
5.709
145
755.813
12385
402
11394
27847
192
23.5
91.847
1505
6.102
155
863.66
14152
459
13020
24366
168
22
104.66
1715
3.588
91.1
29.5
750
114
24522
6.496
165
978.692
16037
521
14756
21466
148
20.1
119.004
1950
9.07
257
6.97
198
10.68
303
193.95
144.63
10
33.38
296.7
41.339
1050
6.102
155
955.78
15661
508
14407
29414
203
23.4
102.53
1680
3.505
89.0
32.7
830
121
28008
6.496
165
1083.1
17747
576
16327
26020
179
22.1
116.14
1903
7.087
180
1289
21121
685
19430
21814
150
20
138.228
2265
8.82
250
11.86
336
10.28
291
3.365
85.5
36.6
930
75
33439
7.48
190
1730.311
28353
910
25803
27992
193
23.4
107.409
1760
7.874
200
1917.242
31416
1008
28590
25237
174
22.1
119.004
1950
8.465
215
2215.613
36305
1165
33038
21901
151
20
137.617
2255
2.444
62.1
39.4
1000
65
46178
33.38
296.7
51.181
1300
11.29
320
244.06
182
8
13.26
376
253.45
189
9
15.87
450
284.29
212
933.38
296.7
78.740
2000
8.465
215
2503.642
41025
1317
37335
26759
185
23.4
133.651
2190
9.055
230
2865.174
46949
1507
42725
23551
161
22.1
152.569
2500
9.646
245
3251.079
53272
1710
48478
20595
142
20
173.624
2845
2.375
60.3
44.5
1130
62
55732
15.16
430
352.68
263
9
18.70
530
376.82
281
10
21.14
599
402.30
300
1133.38
296.7
78.740
2000
9.055
230
3422.996
56089
1800
51043
26469
183
23.4
152.569
2500
9.646
245
3884.033
63644
2043
57918
23351
161
22.1
173.319
2840
10.236
260
4374.188
71675
2301
65225
20740
143
20
194.678
3190
2.369
60.2
53.2
1350
45
76433
11.90
338
376.82
281
9
14.55
413
402.30
300
10
15.87
450
458.62
342
1133.38
296.7
78.740
2000
2538,3626
17.5,25
80.46×3
60×3
211.2
800
369.18
275.3
639.94
2424
12/60.07
12/1526
165000
75
250800+48400
114+22
594.48×181.10
15.1×4.6×3.9
756.1
2864
11.5/60.07
11.5/1526
165000
75
250800+50600
114+23
618.11×181.10×157.48
15.7×4.6×4.0
908.69
3442
11/60.07
11/1526
165000
75
250800+81400
114+37
637.79×181.10×157.48
16.2×4.6×4.0
1056
4000
10.5/60.07
10.5/1526
165000
75
250800+90200
114+41
649.61×185.04×161.41
16.5×4.7×4.1
1399.2
5300
10.5/60.07
10.5/1526
165000
75
250800+132000
114+60
649.61×185.04×165.35
16.5×4.7×4.2
1399.2
5300
10/60.07
10/1526
165000
75
250800+132000
114+60
708.66×188.98×169.29
18.0×4.8×4.3
1399.2
5300
10/60.07
10/1526
165000
75
250800+143000
114+65
732.28×188.98×173.23
18.6×4.8×4.4
2538,3626
17.5,25
80.46×3+74.55
60×3+55.6
264
1000
466.67
348
2538,3626
17.5,25
80.46×4+74.55
60×4+55.6
322.08
1220
565.5
421.7
2538,3626
17.5,25
80.46×5+52.83
60×5+39.4
418.18
1584
2538,3626
17.5,25
80.46×6+52.83
60×6+39.4
494.21
1872
2538,3626
17.5,25
80.46×7+52.83
60×7+39.4
570.24
2160
2538,3626
17.5,25
80.46×7+52.83
60×7+39.4
570.24
2160
683.11
509.4
700.54
522.4
708.58
528.4
726.82
542
736.21
549
767.05
572
915.9
683
940.04
701
965.52
720
940.04
701
965.52
720
1021.84
762
UN3000DP-N Machine Dimensions
UN3000DP-N Platen Dimensions
353.68
H1
H2
L
5.3310.43
5.9
145
.32
84.4
5
324.53
132
.17
Model L H1 H2 W
mm in mm in mm in mm in
Full-loadcurrent
A
517.6
627.3
780.9
991.1
1124.2
1387.6
1401.3
in2
0.233
0.233
0.287
0.287
0.372
0.465
0.62
Sectional area of main power cord
Bearing capacity of foundation
Number of cooling water line port
Cooling water flow (mold excluded)
t/m2
13.5
lbm/in2 n×L/min n×gal/min
29700 10×30 10×7.92
L/min gal/min
200 52.8
Cooling water pressure
bar psi
3~4 43.5~58
Cooling water pressure
bar psi
5~6 72.5~87
UN18500/UN3000DP-N
UN23750/UN3000DP-N
UN31750/UN3000DP-N
UN44500/UN3000DP-N
UN54500/UN3000DP-N
UN75500/UN3000DP-N
UN100000/UN3000DP-N
15054
15654
16154
16474
16474
17994
18644
592.677
616.299
635.984
648.583
648.583
708.425
734.016
2949
2969
3004
3060
3095
3143
3345
116.102
116.89
118.268
120.472
121.85
123.74
131.693
3936
3975
4010
4095
4200
4295
4445
154.961
156.496
157.874
161.22
165.354
169.094
175
3542
3377
3590
4257
4323
4423
4523
139.449
132.953
141.339
167.598
170.197
174.134
178.071
mm2
150
150
185
185
240
300
400
W
182.
52
218.32
Cooling water inlet/outlet for moving mold halves
Cooling water inlet/outlet for fixed mold halves
Water inlet/outlet for oil cooler
Power port
55.1
2
27.5
6
11.0
2
4 9 .61
5 .5116 .5422 .0527 .5633 .0738.5844 .09
49.6
1
44.0
9
38.5
8
33.0
7
22.0
5
16.5
4
5.5
1
0
2 2 .0411 .02
0
5.9 9.8
4
15.7
5
69.0
9
85.83
0.24
132.1
7
84.6
7
84.4
5 61.2
2
39.37
51.18
63
116.93
83.0583.0591.26 91.26
Ø2.2827.56
105.5
1
57.24
46.0
6
38.58
49.61
3.9
4
9.4
5
14.9
6
MIN.51.18
1.57
MAX.79.13
R0.94
MAX.161.42
58.15
137.6
MAX.130.32Φ
12.4
H7
Φ12.4
H7 1.97
MIN.31.1
19.69A
M24, 48 deep(mm)
M30, 60 deep(mm)
Robot mounting holes according to Euromap 18/E22
31 32
UN3500DP-N
Technical Specifications of UN3500DP-N
18500 23750 31750 44500 54500 75500 100000UNITDESCRIPTION
inmmcu incm3
ozg
psiMPa
cu in/scm3/sin/s
mm/sin
mmr/min
Nmoz/sg/shpkWPCS
US tonskNin
mm
Screw L:D ratio
Screw diameter
Theoretical shot volume
Shot weight
Injection pressure
Injection rate
Max. injection speed
Screw stroke
Max. screw speedScrew torque
Plasticizing rate(PS)
Heating capacity
Nozzle contact force
Carriage stroke
Barrel heating zone number
clamping force
Opening stroke
platen size
space between tie-bars
mold thickness
max.opening stroke
max.daylight
ejector force
ejector stroke
ejector number
system pressure
motor
pump flow
total power
oil tank capacity
dry cycle
max.mold weight
machine dimensions
Injection Unit
CLAMPING UNIT
Electrical & Hydraulic Units
General
US tons
kN
US tons
kN
in
mm
in
mm
in
mm
in
mm
in
mm
US tons
kN
in
mm
PCS
psi
MPa
hp
kW
gal/min
L/min
hp
kW
gal
L
S/in
S/mm
lbm
T
lbm
T
in
m
machine weight (clamping+injection units,no oil)
1.Dry cycle time accords with EUROMAP 6.2.The load-bearing capacity of the moving platen is 2/3 of the total mold weight.3.The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume.4.The injection unit data are in international units and calculated as follows: theoretical shot volume[㎝³]×injection pressure [Mpa]/1005.Plasticizing capacity is calculated by GPPS ( for the injection unit model 18500 and smaller ones ) or PP ( for injection unit above model 18500 ).6.Because of constant technical improvement, the machine specifications are subject to change without notice.
3599/3824
32000/34000
287
2550
126.77×110.63
3220×2810
88.19×73.23
2240×1860
43.30-78.74
1100-2000
122.05
3100
165.35
4200
52
460
19.69
500
33
7.087
180
1444.26
23666
760
21536
27412
189
23.4
132.735
2175
7.48
190
1609.19
26368
846
23995
24511
169
22.1
147.992
2425
7.874
200
1783.04
29217
938
26588
22191
153
20
163.859
2685
11.44
324
227.97
170
8
13.37
379
245.40
183
9
14.66
416
253.45
189
9
132.62
98.9
8
33.38
296.7
42.323
1075
5.315
135
611.48
10020
325
9218
26730
184
23.6
76.346
1251
5.709
145
705.425
11559
375
10634
23177
160
22
88.124
1444
6.102
155
806.08
13208
429
12152
20276
140
20
100.696
1650
3.441
87.4
27.6
700
118
18949
10.41
295
7.34
208
12.10
343
150.71
112.39
10
33.38
296.7
42.323
1075
5.709
145
755.813
12385
402
11394
27847
192
23.5
91.847
1505
6.102
155
863.658
14152
459
13020
24366
168
22
104.663
1715
3.588
91.1
29.5
750
114
24522
6.496
165
978.692
16037
521
14756
21466
148
20.1
119.004
1950
9.07
257
6.97
198
10.68
303
193.95
144.63
10
33.38
296.7
42.323
1075
6.102
155
955.781
15661
508
14407
29414
203
23.4
102.527
1680
3.505
89.0
32.7
830
121
28008
6.496
165
1083.09
17747
576
16327
26020
179
22.1
116.136
1903
7.087
180
1288.96
21121
685
19430
21814
150
20
138.228
2265
8.82
250
11.86
336
10.28
291
3.365
85.5
36.6
930
75
33439
7.48
190
1730.31
28353
910
25803
27992
193
23.4
107.409
1760
7.874
200
1917.24
31416
1008
28590
25237
174
22.1
119.004
1950
8.465
215
2215.61
36305
1165
33038
21901
151
20
137.617
2255
2.444
62.1
39.4
1000
65
46178
33.38
296.7
51.181
1300
11.29
320
244.06
182
8
13.26
376
253.45
189
9
15.87
450
284.29
212
933.38
296.7
78.740
2000
8.465
215
2503.64
41025
1317
37335
26759
185
23.4
133.651
2190
9.055
230
2865.17
46949
1507
42725
23351
161
22.1
152.569
2500
9.646
245
3251.08
53272
1710
48478
20595
142
20
173.624
2845
2.375
60.3
44.5
1130
62
55732
15.16
430
352.68
263
9
18.70
530
376.82
281
10
21.14
599
402.30
300
1133.38
296.7
78.740
2000
9.055
230
3423
56089
1800
51043
26469
183
23.4
152.569
2500
9.646
245
3884.03
63644
2043
57918
23351
161
22.1
173.319
2840
10.236
260
4374.19
71675
2301
65225
20740
143
20
194.678
3190
2.369
60.2
53.2
1350
45
76433
11.90
338
376.82
281
9
14.55
413
402.30
300
10
15.87
450
458.62
342
1133.38
296.7
78.740
2000
2538,3626
17.5,25
80.46×3
60×3
211.2
800
374
278.9
639.94
2424
14/62
14/1575
178200
81
314600+48400
143+22
606×192.91×157.48
15.4×4.9×4.0
756.1
2864
13.5/62
13.5/1575
178200
81
314600+50600
143+23
629.92×192.91×161.42
16.0×4.9×4.1
908.69
3442
13/62
13/1575
178200
81
314600+81400
143+37
649.61×192.91×161.42
16.5×4.9×4.1
1056
4000
12/62
12/1575
178200
81
314600+90200
143+41
661.41×192.91×165.35
16.8×4.9×4.2
1399.2
5300
12/62
12/1575
178200
81
314600+132000
143+60
661.4×192.91×169.29
16.8×4.9×4.3
1399.2
5300
11/62
11/1575
178200
81
314600+132000
143+60
720.47×192.91×173.23
18.3×4.9×4.4
1399.2
5300
0.69/62
10/1575
178200
81
314600+143000
143+65
751.97×196.85×181.10
19.1×5.0×4.6
2538,3626
17.5,25
80.46×3+74.55
60×3+55.6
264
1000
466.67
348
2538,3626
17.5,25
80.46×4+74.55
60×4+55.6
322.08
1220
565.5
421.7
2538,3626
17.5,25
80.46×5+52.83
60×5+39.4
418.18
1584
2538,3626
17.5,25
80.46×6+52.83
60×6+39.4
494.21
1872
2538,3626
17.5,25
80.46×7+52.83
60×7+39.4
570.24
2160
2538,3626
17.5,25
80.46×7+52.83
60×7+39.4
570.24
2160
683.11
509.4
700.54
522.4
708.58
528.4
726.82
542
736.21
549
767.05
572
915.9
683
940.04
701
965.52
720
940.04
701
965.52
720
1021.84
762
UN3500DP-N Machine Dimensions
UN3500DP-N Platen Dimensions
Model L H1 H2 W
mm in mm in mm in mm in
Full-loadcurrent
A
517.6
627.3
780.9
991.1
1124.2
1387.6
1401.3
in2
0.233
0.233
0.287
0.287
0.372
0.465
0.62
Sectional area of main power cord
Bearing capacity of foundation
Number of cooling water line port
Cooling water flow (mold excluded)
t/m2
14.5
lbm/in2 n×L/min n×gal/min
31900 10×30 10×7.92
L/min gal/min
200 52.8
Cooling water pressure
bar psi
3~4 43.5~58
Cooling water pressure
bar psi
5~6 72.5~87
UN18500/UN3500DP-N
UN23750/UN3500DP-N
UN31750/UN3500DP-N
UN44500/UN3500DP-N
UN54500/UN3500DP-N
UN75500/UN3500DP-N
UN100000/UN3500DP-N
15361
15961
16461
16781
16781
18301
18951
604.764
628.386
648.071
660.669
660.669
720.512
746.102
3095
3079
3114
3170
3205
3253
3455
121.85
121.22
122.598
124.803
126.181
128.071
136.024
4046
4085
4120
4205
4310
4405
4555
159.291
160.827
162.205
165.551
169.685
173.425
179.331
3542
3377
3590
4257
4323
4423
4523
139.449
132.953
141.339
167.598
170.197
174.134
178.071
mm2
150
150
185
185
240
300
400
H1
H2
W
L
141.7
3
153.9
85.9
10.43343.8
357.3
281.32
194.0
6
5 .33
88.7
8
60.6
3
49.6
1
55.1
2
44.0
9
44 .09
55.11
Ø2.28
43.1
1
49 .6 14 4. 0938 . 5833 . 072 7 .5 61 6 .5 4
5 .5 1
33.0
7
38.5
8
22.0
5
16.5
4
11.0
2
5.5
1
0
2 2 . 0511 .0 2
0
15.7
5
9.8
45.9
59.06
87.54
97.0397.03
87.54
126.78
27.56
39.37
51.18
63
88.19
73.2
3
110.6
3
27.5
6
3.9
3
9.4
5
14.9
6
49.0
6
88.8
4.09
139.9
4
68.1
1
110.
63
126.78 149.8
19.69
1.97
Ø12.4
H7
Ø12.4
H7
M IN.78.74
1.57
MAX.165.35
MIN.122.05 MIN.43.31
MAX.78.7462.6
S R0 .79
A
Cooling water inlet/outlet for moving mold halves
Cooling water inlet/outlet for fixed mold halves
Water inlet/outlet for oil cooler
Power port
M24, 48 deep(mm)
M30, 60deep(mm)
Robot mounting holes according to Euromap 18/E22
33 34