DP-N DP-N Series wo-platen Injection Moldg Mache (99-35 US ons) YIZUMI-HPM CORPORION ddress: 1193 Pole ane Road Marion, OH 4332 el: 地 74-32-56 : 广东省佛山市顺德区大良顺昌路 - Fax: 74-32-212 Website: 号 E:6-7-2921 www.yizumi-m.com 9 6-7-2926 Email: sales@achery.com 515(overseas) www.yizumi.com
We Walk longside he World DP-N Series wo-platen Injection Moldg Mache bout Yizumi-HPM Corporation DP-N Series wo-platen Injection Moldg Mache Yizumi-HPM's cost-effective two-platen jection moldg mache not only brgs high productivity for jection moldg 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 the long term. Yizumi-HPM Corporation Yizumi Headquarters Yizumi-HPM eam Yizumi Shunde(Wusha)Production Base Yizumi Suzhou(Wujiang)Production Base hree Value Propositions Yizumi-HPM Corporation; Manufacturer of high quality hybrid jection moldg machery from 6 to 35 tons, and hot and cold chamber die castg machery from 2 to 45 tons. HPM has been supplyg jection moldg machery and support services to the plastic dustry sce 1931, and has thousands of Injection Moldg and Die Castg Maches operation throughout North merica. HPM Company was corporated 177 as the Hydraulic Press Manufacturg Company Mount Gilead, Ohio, with the purpose to design and build hydraulic presses for the extraction of apple cider. hrough the sales efforts of its founders, the company marketed its products to most fruit-growg areas the United States and Canada, gag credibility primarily through word-of-mouth advertisg. HPM started to manufacture hydraulic presses that were used a number of markets, cludg textiles, railroads, and food processg. In March of 211, YIZUMI Precision Machery Co., td, located Cha, acquired all HPM tellectual properties. Shortly after the purchase, HPM North merica Corporation was set up Marion, Ohio. In 217 HPM North merica changed its name to Yizumi-HPM Corporation to be representative of the formidable ternational company that we are a part of today. Precision & Stability High-response servo valve control technology and ultrasonic displacement sensor are applied to mold closg and openg, with accurate position control and mold-open repeatability up to ±.1. Fully-closed-loop control of the jection and hold ( and velocity) stages, numerically-controlled proportional back and part repeatability 3. High Efficiency & Energy Savg Clampg unit is highly rigid. here is no contact and frictional resistance between the movable platen and tie s so that motion becomes faster. With the diagonally-positioned high-speed cylders, four short-stroke high- cylders and synchronous lockg nut mechanism, mold closg and closg and generation of clampg force happen less time and dry cycle becomes very short, reducg cycle time and improvg productive efficiency by 22%. he high-performance Ecoservo drive and piston variable pump system can provide and flow as needed and has merits of strong power and fast response, consumg 56% less energy than traditional drive systems. Yizumi-HPM Corporation sells and manufactures jection moldg maches and die castg maches based upon the HPM designs but utilizg the engeerg, manufacturg and fancial strengths of YIZUMI. It is not only the service and technical center of YIZUMI North merica; 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 Special Processes Based on Germany modular design and excellent equipment structure, a variety of special processes solutions, such as jection compression moldg (ICM) technology, FoamPro microcellular foam technology, precision mold-open technology, secondary mold-close technology, carbon fiber-based lightweightg technology, long glass fiber (GF) jection moldg technology and multi-material micro jection moldg technology are available. 1 2
We Walk longside he World DP-N Series wo-platen Injection Moldg Mache Modular Design Precise, Efficient, Energy-savg High-rigidity platen and precise mold openg Box-shape platen is designed for high rigidity and high parallelism. Mold closg and openg are controlled by high-response servo valve with mold-open repeatability up to ±.1. Higher efficiency With further optimized clampg unit, mold closg and openg and generation of clampg force happen shorter time and dry cycle time (EUROMP 6, dry cycle time of UN1DP up to 4.1sec) is reduced, with productive efficiency up by 22%. More reliable and stable clampg unit he high- clampg cylder, parallel lockg nut mechanism and tie s are made of high-quality materials and subject to special technical processg so that they are durable and reliable. ie s are designed with uniform stress distribution, which ensures the clampg unit works reliably and stably. Better jection precision Double parallel cylders and patented dual proportional closed-loop control technology are applied to jection, with high jection repeatability and repeatability of part weight 3. ower energy consumption Steadier mold support he movg platen is supported by extended rigid slidg shoes with the function of tilt adjustment and -shape guide design, providg steady support and precise guidance for the mold. Professional control system ustria s KEB controller works faster and it is powerful enough to offer a variety of control software solutions for special processes. More accurate position control Measurement of stroke is performed by the ultrasonic displacement sensor which is resistant to terference and durable, with accuracy up to.1%/f.s. High-performance Ecoservo drive technology, a standard feature for the DP series, is tegrated with the piston variable pump system to offer strong power and fast response, resultg 56% less energy consumption. Data above are reference criteria for factory test. 3 4
We Walk longside he World DP-N Series wo-platen Injection Moldg Mache DP-N Series wo-platen Injection Moldg Mache Offer You Multiple Solutions Injection Unit Model 4 615 9 125 15 23 31 445 545 5 1 UN99DP-N 3.37 3.622 3.937 3.622 3.937 4.252 3.937 4.252 4.567 4.567 4.921 5.315 UN12DP-N 3.622 3.937 4.252 3.937 4.252 4.567 4.567 4.921 5.315 5.315 5.79 6.12 UN165DP-N 3.937 4.252 4.567 4.567 4.921 5.315 5.315 5.79 6.12 5.79 6.12 6.496 UN2DP-N 3.937 4.252 4.567 4.567 4.921 5.315 5.315 5.79 6.12 5.79 6.12 6.496 6.12 6.476 7.7 UN25DP-N 4.567 4.921 5.315 5.315 5.79 6.12 5.79 6.12 6.496 6.12 6.476 7.7 7.7 7.4 7.74 UN3DP-N 5.315 5.79 6.12 5.79 6.12 6.496 6.12 6.476 7.7 7.7 7.4 7.74 7.4 7.74.465.465 9.55 9.646 9.55 9.646 1.236 UN35DP-N 5.315 5.79 6.12 5.79 6.12 6.496 6.12 6.476 7.7 7.7 7.4 7.74 7.4 7.74.465.465 9.55 9.646 9.55 9.646 1.236 3 *Calculation of jection unit model based on ternational standards: shot volume [cm ] max. jection []/1 *arger platens are optional (see specifications). pplication Examples Car grille Car light Bumper Washg mache tub V frame ir conditioner panel Plastic pallet Rubbish b 5 6
We Walk longside he World Clampg Unit High-rigidity platens are designed as box structures with high degree of parallelism, large space between tie s, large mold thickness and long mold-open stroke. Mold closg and openg are controlled by high-response and high-speed proportional valves, with mold openg repeatability up to ±.1. Diagonally-positioned high-speed cylders enable mold closg and openg to be faster and effectively shorten dry cycle. Clampg force is quickly generated thanks to the synchronous lockg nut mechanism and four short-stroke high- cylders. DP-N Series wo-platen Injection Moldg Mache ① No contact between tie s and movable platen ② High- mold openg High- cylders offer large mold openg force, which solves the problem of difficult mold openg the production of deep-cavity parts. ③ Synchronous lockg nut mechanism ④ Highly-rigid extended platen supports ⑤ Safety foot plates ⑥ Open ejector mechanism ⑦ utomatic tie retraction Compact two-platen clamp unit saves space by 2%. UN25DP-N No frictional resistance, faster mold openg and closg, no need of tie lubrication and clean mold area without oil sta. ① he fast, reliable and durable synchronous lockg nut mechanism is driven by patented impact-cushiong cylders and performs movements accurately. he movg platen is supported by exceptionally long, rigid slidg shoes with the function of tilt adjustment and -shape guide design, providg steady support and precise guidance for large molds. arge areas of safety foot plates that harbor no oil or water are mounted the areas of front and rear safety gates and mold. Separate safety switches are co n n e cte d to t h e co n t ro l l e r fo r s a fet y, co m p l ete l y co n fo r m i n g to GB2253-2 national safety standard. he open double-cylder ejector mechanism is easy to stall and mata. Ejection synchronized with mold openg and forced ejector-backward are available. he automatic tie retraction function is optional and designed with stability and reliability. It can remove the restriction of factory ceilg height. ② ③ ④ ⑤ ⑥ ⑦ 7
We Walk longside he World DP-N Series wo-platen Injection Moldg Mache Injection Unit hanks to modular design, each clampg unit can be combed with different jection units to meet diversified needs of jection moldg applications. Combation of advanced drive technology and further optimized plasticizg unit brgs better plasticizg effect, so that moldg of precision parts is no longer difficult. Carriage supports and lear guide rails 1 High-rigidity carriage supports and double-deck guide rails are designed with low resistance and ensure high jection precision. 2 Ultrasonic digital displacement sensor Injection and jection carriages are equipped with ultrasonic displacement sensors which are resistant to terference and durable, with measurement accuracy up to.1%/f.s. 3 Quick rel change mechanism Double-parallel-cylder jection, fully-closed-loop control of the jection and hold ( and velocity) stages, numerically-controlled proportional back and stable jection end position ensure part repeatability is less than or equal to 3. Ceramic heater bands are used for rel heatg and it is under self-tung PID temperature control performed by ustria s KEB controller, with control accuracy up to±.5. he heater bands have long service life and low energy consumption. Specialized bi-metallic rel assembly resistant to wear and corrosion is optional to meet requirements of different materials. 4 Barrel is mounted with a press plate. he jection unit and rel assembly are detachable as a whole, which greatly shortens the rel unit replacement time. Injection carriage cylder wo jection carriages are parallel located. he universal couplg used for connection ensures stable nozzle contact and no plastic leak. 1 2 3 4 9 1
1 Precision filtration and coolg system he hydraulic system cludes Germany s HYDC low- oil filter and coolg system, with separate filtration and coolg. Filter feness up to 5μm ensures clean hydraulic circuit, stable oil temperature and reliable, durable hydraulic components. 2 Humanized design he cabet of the drive unit is designed with -shape covers available to opened, which is matenance-friendly. 3 Fast response With the use of advanced Ecoservo drive technology, the system response time is only 5ms. 4 Strong power he power system employs Italy s branded servo motor and imported piston variable pump, with fast response, high overload capacity, double energy savgs and energy consumption reduction up to 56%. 25 37Given oil 3. 3Oil feedback 3. 25 2 25. 25. 2 15 2. 2. 15 1 1 5 15. 1. 15. 1. 1 5 2 5. 5. 3-5 -1. -5.. -5. -5-1 4-15 -1. -1. -15-2 -15. -15. -2-25 -2. -2. -25 39Set speed(rpm). 4.. 12. 16. 2. 4Set speed(rpm) Hydraulic System he 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 ternal leak and significant energy savgs. he drive system and jection unit will be matched the form of modules so as to customize the power for mache and mimize energy loss. Mold openg durg plasticizg, ejection or core pullg is a standard feature that reduces cycle time. Data above are reference criterions for factory tests. 11 12
We Walk longside he World DP-N Series wo-platen Injection Moldg Mache Control System DP-N series employs ustria s KEB control system with user-friendly terface and higher processg speed. It is also powerful and capable of providg multiple control software solutions for special processes. 1 2'' F color touch screen, visualized graphic parameter settg, actual parameter values recorded and displayed with curves, more accurate onle process analysis Free prograg is available to meet the needs of special molds and processes. he sequence of mache movements also can be freely edited. Extensible I/O modules can tegrate with more functions, cludg temperature control and sequence valve as needed. Counication ports for prter, auxiliary equipment and automation. Professional control system Powerful and accurate control Quick process parameters settg and easy operation Mold closg settgs Injection curve Stable, fast and accurate control Data and safety Double-CPU control, 1ms of scan cycle, faster response and high Storage of process data without limit reliability Memory of alarm and process parameter Real-time accurate control of mold closg and openg and jection change by the telligent high-response closed-loop controller Process quality control (PDP), statistical process control (SPC) and data export Multi-level user access ensurg data safety, Easy to operate multiple protections of equipment and Networked remote control operator through software and hardware Onle conversion of multiple languages and units Multiple means of quick put, such as graph and virtual keyboard Easy and convenient process parameter settg Production process data control Sequence of mache movements 13 14
We Walk longside he World DP-N Series wo-platen Injection Moldg Mache High- mold openg Mold openg driven by high- cylders with large openg force Solution to difficult mold-open the manufacture of deep-cavity parts DP-N Series wo-platen Injection Moldg Mache Special Processes pplied to production of deep-cavity parts, cludg washg mache drum, rubbish b and storage box With the use of rigorous and novative Germany processes, DP-N series gives every material distctive properties and provides new ideas of application and efficient, telligent material combations. Yizumi-Hpm is coitted to becomg a leader Cha s jection moldg mache dustry and provide you with cost-savg jection moldg solutions and the best vestment return. ow- jection moldg technology echnical pots: Injection compression moldg (ICM) function SmartClamp technology realizes automatic calibration of platen parallelism, with response accuracy up to ±.15/2ms. FoamPro microcellular foam technology Secondary mold closg Mold closg for the second time with larger Effectively prevent possible ternal stress molded parts and air trap Improve the accuracy and appearance quality of molded parts for higher QC passg rate For automotive applications, such as car lights and applications household appliances dustry Molded part repeatability 934 932 echnical pots: SmartClamp technology lternative temperature technology () ircraft alumum mold technology FEXflow servo-driven hot runner system Part quality/g 93 92 926 924 922 92 1 2 3 4 5 6 7 9 1 est part: automotive lampshade Repeatability Without secondary mold closg :.725% With secondary mold closg:.715% imes Without secondary mold closg With secondary mold closg Data above are reference criteria for factory test. 15 16
We Walk longside he World DP-N Series wo-platen Injection Moldg Mache Carbon fiber moldg Carbon fiber has been widely used passenger cars. he greatest advantage of carbon fiber as an automotive material is light and strong, which will facilitate breakthroughs automotive lightweightg and brg a social benefit: energy savg. In the future, high carbon fiber will become creasgly popular. Reaction technology HP-RM (high- res transfer moldg), completed with the use of preform, steel mold, vacuum-aided exhaust, high- jection and high, thermoset composites impregnation and solidification technologies Insitu polymerization technology Injection moldg technology Carbon fiber composite preform Processes such as heatg, press formg, back jection and trig of preform echnology of multi-material micro jection moldg via second jection unit Higher added value of molded part Enhanced mechanical property of molded part Better appearance of molded part Improved productive efficiency ess vestment cost echnical pots: ccurate horizontal rotator positiong and control technology Spray pated part surface replaced by high-gloss appearance 17 1
We Walk longside he World Standard and Optional Features Ma Part ist (Standard) Part Name Control system Servo motor Piston variable pump Servo valve Proportional valve Key control valve Pressure sensor Ultrasonic digital displacement sensor (non-contact) Seal Hydraulic motor ow- oil filter Oil cooler Suction filter Barrel assembly ie ie lockg nut Clampg piston Servo drive Solid-state relay utomatic switch ir switch Position limit switch Proximity switch C contactor DFOCK self-lockg nut Brand / Specifications KEB PHSE Rexroth/YUKEN Rexroth Rexroth Rexroth/YUKEN Danfoss MS SKF SFF/HGGUNDS HYDC HYDC Rexroth N SR/Huaye GENER&GENESIS GENER&GENESIS GENER&GENESIS Inovance KUDOM BB FUJI SCHMERS/Schneider/Panasonic UONICS FUJI DF Place of Brand ustria Italy Germany / Japan Germany Germany Germany / Japan Germany / Italy merica Sweden Brita / Sweden Germany Germany Germany aiwan / Cha aiwan aiwan aiwan Cha Brita Switzerland Japan Germany/ France/ Japan Korea Japan merica Standard Optional Standard Optional Clampg Unit - Bi-alloy rel - Heat preservation cover for rel and safety nozzle cover (with electrical protection) - Simultaneous ejector or core-pull movements - SPI ejector p hole - High-accuracy ultrasonic displacement sensor measurg stroke of jection, plasticizg and carriage - Clampg mechanism with tie s dependent of movg platen - 1-stage jection speed/ / position control - High-rigidity clampg frame - 1-stage jection speed/ / position control - Quantitative volumetric automatic lubrication system - 1-stage holdg speed/ / position/ time control - High-response servo control of and flow for mold openg and closg - Open ejection mechanism hydraulically-driven by double parallel cylders - 5-stage plasticizg speed/ / position control - Selectable suck-back before or after plasticizg - High-accuracy ultrasonic displacement sensor measurg stroke of tie s, mold openg and closg and ejection - ear guides for jection carriage - High-rigidity box-shape platen - ear guides for jection - ow- mold protection - Double-deck jection unit - Electrically-protected safety foot plates of mold area and safety gates - Double carriage cylders - Protective cover of jection unit -One-button automatic mold adjustment - Clampg force adjustment as needed - Screw cold start protection - Ejection/ tie reset/ plasticizg/ core pullg durg mold openg - Suck back function - Robot mountg hole as per EUROMP 1 - utomatic material cleang - Fixed platen with solid slidg bearg - Manual central lubrication system of jection unit - Platen with -slot and mold mountg hole - Dual-cycle coolg water for feed openg - Slidg support with steel-base copper alloy lubricatg bearg - Ceramic heater band - Hardened sprg steel strips and guide rails - Screw rotation measurg device - Four platens made of high-rigidity ductile iron - iftg and change of the whole rel assembly - Hydraulic and electrical safety devices - Mountg terface for hopper loadg platform - Secondary mold closg - Extended nozzle (5/1/15/2 longer) - ow- jection moldg - Mixg screw - Forced return of ma ejector p - Bi-metallic screw - Protective plate mold area - Swivel jection unit - SPI mold locatg rg - Special screw components - Quick mold change system - Barrel heat-retag energy-savg device (silicone cover) - Hydraulic mold clamp - Sprg shut-off nozzle - Magnetic platen - Increased jection stroke - Safety mechanical lock device - Servo jection system - Heat sulatg plate of mold - Nitrogen jection system - Special mold mountg hole - Special low- jection moldg system - Increased mold openg stroke - MuCell system - Increased mold thickness - System dedicated to UPVC pipe fittg - Increased ejector stroke - ccumulator system for large shot volume production - arger ejection force - Hopper loadg platform - Mold-open cylders exchange - uxiliary ladder - utomatic tie retraction (upper tie s optional) -Hopper slidg device - Ejector-backward protection switch - Enlarged plasticizg motor - adder for matenance of fixed platen - Second jection unit for micro jection moldg - Central water pan Hydraulic System - Staless steel material receivg pan - sets of hydraulic sequence valve (bi-directional) - (Rear, lower) mold-open cylder safety cover Electrical Control System - CE certified - Voltage: 46V/3Ph/6Hz - 16 sets of put/output pots reserved - PID closed-loop control of rel and nozzle temperature - Manual, semi-auto and fully-auto operatg mode - Input and output spection terface - utomatic display of alarm messages and acousto-optic alarm system - Built- software with the oscilloscope function - Unlimited technical parameter storage - Chese and English operatg system - Safety gate emergency stop function - Onle cycle monitorg - 12"F color touch screen - Visualized graphic prograg - PDP terface - uto-protection of jection monitorg - uto-protection of mold closg monitorg - Statistical process control (SPC) terface - Electrical enclosure rated IP54 - Screw speed detectg device - High-performance servo pump system - Real-time display of the of power unit via sensor - High-precision low- oil filter - Imported-brand hydraulic valve - ow-noise energy-savg hydraulic circuit - Proportional back control for plasticizg - Proportional control of jection - Reliable hydraulic pipg - Modular combation of power - Oil pre-heatg system - Oil level monitorg and alarm - Openable protective cover of pump motor - 4 sets of electrical connectors of core puller/ unscrewg devices. 2 sets each on the fixed platen and moveable platen - Differential mold openg circuit - Injection and mold-close protection - High- mold openg - Precision dependent filtration and coolg systems - utomatic and flow calibration - Imported branded seal - utomatic oil temperature spection and alarm - Panel cooler and automatic coolg pump - ime/ position/ time + position control modes for switchover to holdg - 6 sets of sequence (jection ) valve terface - 3 sets of 3V 32 socket - 1 set of 3V 16 socket - 1 set of multi-function 22V socket - 16-level password security - EUROMP 12 robot terfaces - Closed-loop proportional variable displacement pump system - Variable displacement pump system - High-response accumulatg servo jection system - Enlarged oil cooler - Enlarged multi-capacity pump motor - utomatic heat preservg, automatic heatg and group heatg settgs - Closed loop servo control of jection, plasticizg, holdg and back - Phase sequence protection - Plasticizg durg mold openg (quick plasticizg) - Oil cleanless monitorg - Multiple sets of electrical connectors of core puller or unscrewg devices (optional, creasable ) - Warng or motor switch-off due to steppg on safety foot plate - ir blast (one set on fixed platen and one set on movg platen) - Robot terfaces based on EUROMP 67 - Electric unscrewg device - Hot runner control system - uxiliary emergency stop - Electric unscrewg device terface - Central (networked) monitorg 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 - KEB 5 control system Injection Unit - Double-cylder jection system - Core puller relief - Gate relief - Quick connector for core puller and hydraulic gate - Independent hydraulic gate control system Other - Operation Manual - djustable levelg pad - 4 sets of liftg rgs - Staless steel hopper - Glass-tube coolg water flowmeter - Mold clamp - Mold temperature controller - utomatic loader - Dehumidification dryer - Other auxiliary equipment - ow-speed high-torque hydraulic motor Standard feature Optional feature 19 2
9.45 UN99DP-N Mache Dimensions 113.56 9.45 126.93 Model 61.69 6.5 UN4/UN99DP-N UN615/UN99DP-N UN9/UN99DP-N UN25/UN99DP-N Coolg water let/outlet for movg mold halves 166.71 194.65 215.45 UN99DP-N Platen Dimensions 22.99 61.69 4.94 3.93 Ø1.1 63.46 57.7 3.93 69.9 15. 46.45 63.46 57.7 Ø2.2 H1 H2 W 1553 415.472 256.945 29 114.94 1553 415.472 276 1.732 291 114.2 1553 415.472 21 1.929 2923 115.79 1553 415.472 2231 7.35 373 12.94 2723 17.25 2723 17.25 3145 123.19 3145 123.19 15.74 17.26 24. 4.16 65.16 Sectional area of ma power cord 2 7 95 95 12 22.5 1.43.27 12.6 11.2 6.9 2.19.147.147.16 5.33 Coolg water let/outlet for fixed mold halves 2.76 22.4 11.2.27 13.7 Full-load current 23.2 21.4 35.1 347.3 Bearg capacity of foundation t/m 2 31.2 M24, 4 deep() Robot mountg holes accordg to Euromap 1/E16 M24, 4 deep() 26.77 Number of coolg water le port / 2 n /m n gal/m 176 1 3 1 7.92 Coolg water flow (mold excluded) /m Water let/outlet for oil cooler gal/m 16 42.24 Power port MX.3.6 MX.64.96 35.7 MX.44.9 12.6.9 Ø9.4H7 Coolg water SR.59 Ø9.4H7 3~4 43.5~5 Coolg water W MIN.1.9 1.97 MIN.24.4 H1 H2 5~6 72.5~7 94.67 echnical Specifications of UN99DP-N UN99DP-N DESCRIPION UNI 4 615 9 125 Injection Unit Screw diameter 3.37 3.622 3.937 3.622 3.937 4.252 3.937 4.252 4.567 4.567 4.921 4 92 1 92 1 1 1 1 116 116 125 heoretical shot volume cu 135.21 162.2 191.724 176.474 2.5 243.194 263.621 37.47 354.72 36.976 449.354 cm 3 2217 2659 3142 292 3416 395 432 53 513 6341 7363 Shot weight oz 72 6 12 94 111 129 14 164 19 26 239 g 239 2446 29 266 3143 3666 3974 4636 5347 533 6774 Injection 3156 2631 2227 364 26136 224 324 25976 2251 272 23743 21 11 154 213 1 155 29 179 155 19 164 Screw :D ratio 21.9 2 2 21.7 2 2 21.6 2 2 22.1 2 Injection rate cu /s 2.5 34.176 4.4 35.274 41.62 4.639 46.9 54.54 62.92 55.694 64.69 cm 3 /s 467 56 662 57 63 797 766 94 131 913 16 Max. jection speed /s 3.54 3.423 3.41 3.4 /s 9. 6.9 97.6 6.4 Screw stroke 15. 17.13 21.65 23.62 4 435 55 6 Max. screw speed r/m 154 139 12 113 Screw torque Nm 66 639 1192 14769 Plasticizg rate(ps) oz/s 3.4 4.5 6.4 3.4 5.5 7. 5.3 5. 7.6 7. 9.2 g/s 9 127 1 95 156 199 15 165 215 197 261 Heatg capacity 51.2 51.2 5 63. 63. 69.7 62.4 62.4 6. 9. 9. 3.16 3.16 41.66 47.56 47.56 51.96 46.52 46.52 51.32 66.39 66.39 Barrel heatg zone number 6 7 7 Nozzle contact force 2.9 2.9 29.67 29.67 17.6 17.6 263. 263. Carriage stroke 24.49 2.74 29.921 29.921 62 73 76 76 CMPING UNI clampg force 9/112 /9 Openg stroke 5 76 platen size 69.9x65.16 15x1655 space between tie-s 46.45x4.16 11x12 mold thickness 1.9-44.9 4-112 max.openg stroke 64.96 165 max.daylight 3.6 213 ejector force 25 22 ejector stroke 12.6 32 ejector number 17 system motor pump flow total power oil tank capacity dry cycle max.mold weight mache weight (clampg+ jection units,no oil) mache dimensions gal/m /m gal S/ S/ m Electrical & Hydraulic Units 3.49 2+52.4 41.57 2+52.4 2.7 2+39.4 31 2+39.4 97.6 114.5 37 432 1.5 1.5 15.19 199.57 199.57 25.47 134.6 134.6 13.1 14.2 14.2 153.22 General 315.2 315.2 1194 1194 4./32.51 4./32.51 4./26 4./26 3 3 14 14 74+22 74+242 32+1 32+11 397.64 12 114.17 397.64 12 114.17 1.1 3.2 2.9 1.1 3.2 2.9 1.Dry cycle time accords with EUROMP 6. 2.he load-bearg capacity of the movg platen is 2/3 of the total mold weight. 3.he shot weight is calculated by GPPS and it is.92 times of the theoretical shot volume. 4.he jection unit data are ternational units and calculated as follows: theoretical shot volume[ cm ³] jection [Mpa]/1 5.Plasticizg capacity is calculated by GPPS ( for the jection unit model 15 and smaller ones ) or PP ( for jection unit above model 15 ). 6.Because of constant technical improvement, the mache specifications are subject to change without notice. 74.56+52.4+41.57 55.6+39.4+31 145.2 55 231.32 231.32 237.76 172.5 172.5 177.3 396.3 151 4.5/32.51 4.5/26 3 14 74+264 32+12 413.39 129.92 114.17 1.5 3.3 2.9. 291 217 5.315 135 524.126 5 279 791 2363 14 2.43 1236 11.5 327 94.7 7.65 74.56 2+52.4 55.6 2+39.4 15.4 6 291 296.63 217 221.2 396.3 151 4.5/32.51 4.5/26 3 14 74+3 32+14 413.39 129.92 122.5 1.5 3.3 3.1 21 22
94 UN12DP-N Mache Dimensions UN12DP-N Platen Dimensions 2.62 64.5 4 Model 119.76 94 6.3 133.93 64.6 66.1 62.9 H1 H2 W 51.57 UN615/UN12DP-N UN9/UN12DP-N 17 42.26 2136 4.94 297 117.244 17 42.26 2141 4.291 293 177.441 2723 17.25 3145 123.19 UN125/UN12DP-N 17 42.26 2291 9.197 3133 123.346 UN15/UN12DP-N 117 467.63 2431 95.79 341 134.567 3145 123.19 3542 139.449 66.1 62.9 74. Robot mountg holes accordg to Euromap 39.37 1/E16 M24, 4 deep() 15. Ø2.2 Ø1.1 Coolg water let/outlet for movg mold halves 3.93 17 9.4 47.24 22.2 224.74 72.3 Sectional area of ma power cord 2 95 95 12 15 33.7 27. 56 22. 5 13.7 9.65 16. 54 M24, 4 deep() 12.6.46 2.147.147.16.233 4.33 Full-load current 21.4 35.1 347.3 517.6 5.33 33.7 22.4 13.7 Coolg water let/outlet for fixed mold halves 22.4 33.7 34.4 Bearg capacity of foundation t/m 2 9.65 M24, 4 deep() 31.5 Robot mountg holes accordg to Euromap 1/E1 Number of coolg water le port / 2 n /m n gal/m 176 1 3 1 7.92 Coolg water flow (mold excluded) /m Water let/outlet for oil cooler gal/m 16 42.24 Power port MX.92.52 MX.72.3 39.25 MX.47.24 14.17 Coolg water.9 Φ9.4H7 R.59 Φ9.4H7 3~4 43.5~5 H1 W H2 MIN.19.6 1.97 Coolg water MIN.2.74 5~6 72.5~7 1.7 echnical Specifications of UN12DP-N UN12DP-N DESCRIPION UNI 615 9 125 15 Injection Unit Screw diameter 3.622 3.937 4.252 3.937 4.252 4.567 4.567 4.921 5.315 5.315 5.79 92 1 1 1 1 116 116 125 135 135 145 heoretical shot volume cu 176.474 2.5 243.194 263.621 37.549 354.669 36.977 449.353 524.124 611.4.425 cm 3 292 3416 395 432 54 512 6341 7363 5 12 11559 Shot weight oz 93. 11.9 129.3 14.2 163.5 1.6 25.7 23.9 27.7 325.1 3.1 g 266 3143 3666 3974 4636 5347 533 6774 791 921 1634 Injection 364 26136 224 329 25976 2251 272 23743 2363 2673 23177 213 1 155 29 179 155 19 164 14 14 16 Screw :D ratio 21.7 2 2 21.6 2 2 22.1 2 2 23.6 22 Injection rate cu /s 35.274 41.62 4.639 46.7 54.537 62.916 55.696 64.674.436 76.346.124 cm 3 /s 57 63 797 766 94 131 913 16 1236 1251 1444 Max. jection speed /s 3.42 3.4 3.4 3.44 /s 6.9 97.6 6.4 7.4 Screw stroke 17.126 21.654 23.622 27.559 435 55 6 7 Max. screw speed r/m 139 12 113 11 Screw torque Nm 639 1192 14769 1949 Plasticizg rate(ps) oz/s 3.35 7.3 5.27 5.2 7.59 6.97 9.22 11.52 7.34 1.41 g/s 95 156 199 15 165 215 197 261 327 2 295 Heatg capacity 63.7 63.7 69.6 62.3 62.3 6.2 9.3 9.3 94.74 132.62 47.56 47.56 51.96 46.52 46.52 51.32 66.39 66.39 7.65 9.9 Barrel heatg zone number 7 7 Nozzle contact force 2.9 29.67 29.67 17.6 263. 263. Carriage stroke 2.74 29.921 29.921 32.677 73 76 76 3 CMPING UNI clampg force 1124/1237 1/11 Openg stroke 9 platen size 74.x72.3 19x15 space between tie-s 51.57x47.24 131x12 mold thickness 19.69-47.24 5-12 max.openg stroke 72.4 15 max.daylight 92.52 235 ejector force 31 274 ejector stroke 14.17 36 ejector number 25 system motor pump flow total power oil tank capacity dry cycle max.mold weight mache weight (clampg+ jection units,no oil) mache dimensions gal/m /m gal S/ S/ m Electrical & Hydraulic Units 41.57 2+52.3 74.55+52.3+41.57 31 2+39.4 55.6+39.4+31 114.5 145.2 432 55 199.57 199.57 25.47 231.32 231.32 237.76 14.2 14.2 153.22 172.5 172.5 177.3 General 315.22 396.26 1194 151 6/36.1 5./36.1 6/917 5./917 44 44 2 2 +242 +264 4+11 4+12 429.13 133.6 11.11 429.13 133.6 11.11 1.9 3.4 3. 1.9 3.4 3. 1.Dry cycle time accords with EUROMP 6. 2.he load-bearg capacity of the movg platen is 2/3 of the total mold weight. 3.he shot weight is calculated by GPPS and it is.92 times of the theoretical shot volume. 4.he jection unit data are ternational units and calculated as follows: theoretical shot volume[ cm ³] jection [Mpa]/1 5.Plasticizg capacity is calculated by GPPS ( for the jection unit model 15 and smaller ones ) or PP ( for jection unit above model 15 ). 6.Because of constant technical improvement, the mache specifications are subject to change without notice. 291 217 74.55 2+52.3 55.6 2+39.4 15.4 6 291 296.63 217 221.2 396.26 151 5.6/36.1 5.6/917 44 2 +3 4+14 429.13 133.6 122.5 1.9 3.4 3.1.46 3 6 3 211.2 374 27.9 6.12 155 6. 132 42.6 12152 2276 14 2 1.696 165 12.1 343 639.94 2424 5.5/36.1 5.5/917 44 2 +44 4+22 46.5 141.73 133.6 11.9 3.6 3.4 23 24
12.35 16.69 UN165DP-N Mache Dimensions 13.94 UN165DP-N Platen Dimensions 15.43 6.9 6.9 4.23 145.59 6.5 Model 9.4 3.94 Ø2.2 Coolg water let/outlet for movg mold halves 72. 72. 66.31 66.31 92.13 9.4 3.94 Ø1.1 H1 H2 W 15. 39.37 6.63 UN9/UN165DP-N 11794 464.331 2264 9.134 316 122.23 3145 123.19 UN125/UN165DP-N 11794 464.331 2414 95.39 3265 12.543 UN15/UN165DP-N 12794 53.71 2554 1.551 3541 139.49 UN15/UN165DP-N 13394 527.323 2574 11.339 35 14.945 3145 123.19 3542 139.449 3377 132.953 216.1 15. 243.74 26.66 16.1 24.25 39.37 5.39.31 Sectional area of ma power cord 2 95 12 15 15 33. 7 2 7. 56 2 2. 5 1 6. 54 13.7 5. 5 1 9. 65 1 7. 91 M24, 4 deep() 14.76 9.25 2.147.16.233.233 3.74 Full-load current 35.1 347.3 517.6 627.3 5.33 Bearg capacity of foundation t/m 2 9.4 Coolg water let/outlet for fixed mold halves 3.5 33.7 22.5 11.2 19.29 22.5 4.43 22.5 33.7 M3, 6 deep() Robot mountg holes accordg to Euromap 1/E2 33.62 Number of coolg water le port / 2 n /m n gal/m 26 1 3 1 7.92 Coolg water flow (mold excluded) /m gal/m 16 42.24 Water let/outlet for oil cooler M X.122.5 M X.94. 42.2 14.96 Coolg water.9 9.4H7 Power port MX.57.4 3~4 43.5~5 M IN.27.17 R.79 9.4H7 1.97 M IN.29.92 Coolg water H1 W 5~6 72.5~7 H2 19.45 echnical Specifications of UN165DP-N UN165DP-N DESCRIPION UNI 9 125 15 23 Injection Unit Screw diameter 3.937 4.252 4.567 4.567 4.921 5.315 5.315 5.79 6.12 5.79 6.12 1 1 116 116 125 135 135 145 155 145 155 heoretical shot volume cu 263.627 37.543 354.6 36.976 449.354 524.126 611.4.425 6. 5.13 63.65 cm 3 432 539 512 6341 7363 5 12 11559 132 1235 14152 Shot weight oz 14 164 19 26 239 279 325 3 429 42 459 g 3974 4636 5347 533 6774 791 921 1634 12152 11394 132 Injection 324 25976 2251 272 23743 2363 2673 23177 2276 2747 24366 29 179 155 19 164 14 14 16 14 192 16 Screw :D ratio 21.6 2 2 22.1 2 2 23.6 22 2 23.5 22 Injection rate cu /s 46.9 54.5554 62.996 55.695 64.654.467 76.341.116 1.69 91.411 14.656 cm 3 /s 766 94 131 913 16 1237 1251 1444 165 155 1715 Max. jection speed /s 3.4 3.4 3.44 3.59 /s 97.6 6.4 7.4 91.1 Screw stroke 21.7 23.6 27.6 29.5 55 6 7 Max. screw speed r/m 12 113 11 114 Screw torque Nm 1192 14769 1949 24522 Plasticizg rate(ps) oz/s 5.27 5.2 7.59 6.97 9.22 11.52 7.34 1.41 12.1 6.97 9.7 g/s 15 165 215 197 261 327 2 295 343 19 257 Heatg capacity 62.3 62.3 6.2 9.3 9.3 94.74 132.62 15.71 46.52 46.52 51.32 66.39 66.39 7.65 9.9 112.39 Barrel heatg zone number 7 1 Nozzle contact force 29.67 29.67 263. 263. Carriage stroke 29.9 29.9 32.7 32.7 76 76 3 3 CMPING UNI clampg force 1462/167 13/15 Openg stroke 13 123 platen size 92.13x.31 234x24 space between tie-s 6.63x5.39 154x12 mold thickness 27.17x57.4 69-146 max.openg stroke 94. 241 max.daylight 122.5 31 ejector force 34 3 ejector stroke 14.96 3 ejector number 25 system motor pump flow total power oil tank capacity dry cycle max.mold weight mache weight (clampg+ jection units,no oil) mache dimensions gal/m /m gal S/ S/ m Electrical & Hydraulic Units 74.55+52.3+41.57 74.55 2+52.3 55.6+39.4+31 55.6 2+39.4 145.2 15.4 55 6 231.32 231.32 237.76 291 291 296.63 172.5 172.5 177.3 217 217 221.2 General 396.26 396.26 151 151 7.2/42.44 6./42.44 7.2/17 6./17 66 66 3 3 1254+264 1254+3 57+12 57+14 464.57 149.61 137. 464.57 149.61 137. 11. 3. 3.5 11. 3. 3.5 1.Dry cycle time accords with EUROMP 6. 2.he load-bearg capacity of the movg platen is 2/3 of the total mold weight. 3.he shot weight is calculated by GPPS and it is.92 times of the theoretical shot volume. 4.he jection unit data are ternational units and calculated as follows: theoretical shot volume[ cm ³] jection [Mpa]/1 5.Plasticizg capacity is calculated by GPPS ( for the jection unit model 15 and smaller ones ) or PP ( for jection unit above model 15 ). 6.Because of constant technical improvement, the mache specifications are subject to change without notice..46 3 6 3 211.2 374 27.9 639.94 2424 6.7/42.44 6.7/17 66 3 1254+44 57+22 53.94 149.61 137. 12. 3. 3.5.46 3+74.55 6 3+55.6 264 1 466.67 34 6.496 165 97.692 1637 521 146 21466 14 2.1 11.997 195 1.6 33 6.1 264 6.4/42.44 6.4/17 66 3 1254+56 57+23 5 149.61 141.73 13.4 3. 3.6 25 26
UN2DP-N Mache Dimensions 133.5 UN2DP-N Platen Dimensions 111.32 11.5 72.3 111.32 16 72.3 6.5 5.39 Model 13.7 9.4 3.94 Ø2.2 Coolg water let/outlet for movg mold halves 2.76 76.2 H1 H2 W 14.72 13.7 9.4 3.93 39.37 51.1 73.62 UN9/UN2DP-N 1234 47.559 2364 93.71 326 126.22 3145 123.19 UN125/UN2DP-N 1234 47.559 2514 9.976 3365 132.4 UN15/UN2DP-N 1334 526.929 2654 14.4 3641 143.346 UN23/UN2DP-N 1394 55.551 2674 15.276 36 144.2 UN31/UN2DP-N 1444 57.236 279 16.654 3715 146.26 3145 123.19 3542 139.449 3377 132.953 359 141.339 2.76 76.2 Ø1.1 237.22 39.37 266. 293.96 51.1 16.7 56.1.19 24.6 Sectional area of ma power cord 2 95 12 15 15 15 3.5 3 3.7 2 7.56 22. 5 13.7 9.65 1 7.91 M24, 4 deep() 13.7.27 2.76 2.147.16.233.233.27 Full-load current 35.1 347.3 517.6 627.3 7.9 5.33 44.9 3.5 33.7 11.2 22.4 33.7 44.9 Bearg capacity of foundation t/m 2 1.5 Coolg water let/outlet for fixed mold halves 49.9 M3, 6 deep() Robot mountg holes accordg to Euromap 1/E2 37.4 Number of coolg water le port / 2 n /m n gal/m 231 1 3 1 7.92 Coolg water flow (mold excluded) /m gal/m 16 42.24 MX.135.3 MX.16.3 46.73 15. Coolg water Water let/outlet for oil cooler.9 9.4H7 Power port MX.64.7 MIN.29.53 R.79 9.4H7 3~4 43.5~5 1.97 MIN.29.92 Coolg water H1 W 5~6 72.5~7 H2 117.32 echnical Specifications of UN2DP-N UN2DP-N DESCRIPION UNI 9 125 15 23 31 Injection Unit Screw diameter 3.937 4.252 4.567 4.567 4.921 5.315 5.315 5.79 6.12 5.79 6.12 6.496 6.12 6.496 7.7 1 1 116 116 125 135 135 145 155 145 155 165 155 165 1 heoretical shot volume cu 263.627 37.543 354.6 36.976 449.354 524.126 611.4.425 6. 5.13 63.65 97.692 955.71 13.6 12.962 cm 3 432 539 512 6341 7363 5 12 11559 132 1235 14152 1637 15661 17747 21121 Shot weight oz 14 164 19 26 239 279 325 3 429 42 459 521 5 576 65 g 3974 4636 5347 533 6774 791 921 1634 12152 11394 132 146 1447 16327 1943 Injection 324 25976 2251 272 23743 2363 2673 23177 2276 2747 24366 21466 29443 25976 2251 29 179 155 19 164 14 14 16 14 192 16 14 23 179 155 Screw :D ratio 21.6 2 2 22 2 2 23.6 22 2 23.5 22 2.1 23.4 22.1 2 Injection rate cu /s 46.9 54.559 62.913 55.71 64.69.491 76.346.124 1.696 91.47 14.663 119.4 12.527 116.136 13.22 cm 3 /s 766 94 131 913 16 1237 1251 1444 165 155 1715 195 16 193 2265 Max. jection speed /s 3.41 3.41 3.441 3.5 3.55 /s 97.6 6.4 7.4 91.1 9. Screw stroke 21.7 23.6 27.6 29.5 32.7 55 6 7 3 Max. screw speed r/m 12 113 11 114 121 Screw torque Nm 1192 14769 1949 24522 2 Plasticizg rate(ps) oz/s 5.27 5.2 7.59 6.97 9.22 11.52 7.34 1.41 12.11 6.97 9.7 1.6.2 1.2 11.6 g/s 15 165 215 197 261 327 2 295 343 19 257 33 25 291 336 Heatg capacity 62.3 62.3 6.2 9.3 9.3 94.74 132.62 15.71 193.25 46.52 46.52 51.32 66.39 66.39 7.65 9.9 112.39 144.63 Barrel heatg zone number 7 1 1 Nozzle contact force 29.67 29.67 263. 263. Carriage stroke 29.921 29.921 32.677 32.677 32.677 76 76 3 3 3 CMPING UNI clampg force 1912/21 17/15 Openg stroke 155 13 platen size 14.72x.19 266x224 space between tie-s 73.62x56.1 17x1425 mold thickness 29.52-64.96-165 max.openg stroke 16.3 27 max.daylight 135.3 345 ejector force 34 3 ejector stroke 15. 4 ejector number 33 system motor pump flow total power oil tank capacity dry cycle max.mold weight mache weight (clampg+ jection units,no oil) mache dimensions gal/m /m gal S/ S/ m 74.55+52.3+41.57 55.6+39.4+31 145.2 55 231.32 231.32 237.76 172.5 172.5 177.3 396.26 151.2/51.54.2/139 99 45 166+264 73+12 4.19x165.35x137. 12.4x4.2x3.5 Electrical & Hydraulic Units 74.55 2+52.3.46 3 55.6 2+39.4 6 3 15.4 211.2 6 291 291 296.63 374 217 217 221.2 27.9 General 396.26 639.94 151 2424 7./51.53 7.7/51.53 7./139 7.7/139 99 99 45 45 166+3 166+44 73+14 73+22 4.19x165.35x137. 5 165.35 141.73 12.4x4.2x3.5 13.4 4.2 3.6 1.Dry cycle time accords with EUROMP 6. 2.he load-bearg capacity of the movg platen is 2/3 of the total mold weight. 3.he shot weight is calculated by GPPS and it is.92 times of the theoretical shot volume. 4.he jection unit data are ternational units and calculated as follows: theoretical shot volume[ cm ³] jection [Mpa]/1 5.Plasticizg capacity is calculated by GPPS ( for the jection unit model 15 and smaller ones ) or PP ( for jection unit above model 15 ). 6.Because of constant technical improvement, the mache specifications are subject to change without notice..46 3+74.55 6 3+55.6 264 1 466.67 34 6.1 264 7.4/51.53 7.4/139 99 45 166+56 73+23 551.1 165.35 145.67 14. 4.2 3.7.46 4+74.55 6 4+55.6 322. 122 565.5 421.7 9.69 3442 7.4/51.53 7.4/139 99 45 166+14 73+37 57.7 165.35 145.67 14.5 4.2 3.7 27 2
16.93 6.14 132.7 UN25DP-N Mache Dimensions 123.3 6.5 29.33 5.33 319.69 174.57 123.3 7.94 56.26 7.93 25.9 UN25DP-N Platen Dimensions 13.7 Model 9.4 Coolg water let/outlet for movg mold halves 7.2.1 114.17 13.7 9.4 39.37 51.1 79.53 7.2.1 Ø2.2 39.37 H1 H2 W UN25/UN25DP-N 12957 51.11 2669 15.79 3511 13.22 3145 123.19 UN15/UN25DP-N 13957 549.4 29 11.591 3796 149.449 3542 139.449 UN23/UN25DP-N 14557 573.11 229 111.37 335 15.94 3377 132.953 UN31/UN25DP-N 1557 592.795 264 112.6 37 152.362 UN445/UN25DP-N 15377 65.394 292 114.961 3955 155.79 359 141.339 4257 167.59 51.1 63.7 25 96.6 4 4. 9 3.5 3 3. 7 2 7. 56 16.5 4 5.51 11. 2 2 2. 5 M24, 4 deep() 13.7.27 2.76 Sectional area of ma power cord 2 12 15 15 15 15 49.61 44.9 3.5 33.7 11.2 22.5 2.16.233.233.27.27 Coolg water let/outlet for fixed mold halves 3.5 49.6 Full-load current 347.3 517.6 627.3 7.9 991.1 53.3 Bearg capacity of foundation t/m 2 12.5 M3, 6 deep() Robot mountg holes accordg to Euromap 1/E21 42.52 Number of coolg water le port / 2 n /m n gal/m 2 1 3 1 7.92 M X.15 MX.12.47 51.26 16.93 Coolg water flow (mold excluded) /m Water let/outlet for oil cooler gal/m 2 52. Power port 1.57 12.4H7 M X.71.26 M IN.29.53 R.9 12.4H7 Coolg water 3~4 43.5~5 H1 W H2 1.97 MIN.35.43 Coolg water 5~6 72.5~7 127.36 echnical Specifications of UN25DP-N DESCRIPION Screw diameter heoretical shot volume Shot weight Injection Screw :D ratio Injection rate Max. jection speed Screw stroke Max. screw speed Screw torque Plasticizg rate(ps) Heatg capacity Barrel heatg zone number Nozzle contact force Carriage stroke clampg force Openg stroke platen size space between tie-s mold thickness max.openg stroke max.daylight ejector force ejector stroke ejector number system motor pump flow total power oil tank capacity dry cycle max.mold weight mache weight (clampg+ jection units,no oil) mache dimensions UNI cu cm 3 oz g cu /s cm 3 /s /s /s r/m Nm oz/s g/s gal/m /m gal S/ S/ m 4.567 116 36.976 6341 26 533 272 19 22.1 55.71 913 6.97 197 9.3 66.39 UN25DP-N 125 15 23 31 445 Injection Unit 4.921 5.315 5.315 5.79 6.12 5.79 6.12 6.496 6.12 6.496 7.7 7.7 7.4 7.74 125 135 135 145 155 145 155 165 155 165 1 1 19 2 449.354 524.126 611.4.425 6. 5.13 63.65 97.692 955.71 13.6 12.962 1444.25 169.19 173.35 7363 5 12 11559 132 1235 14152 1637 15661 17747 21121 23666 2636 29217 239 279 325 3 429 42 459 521 5 576 65 76 46 93 6774 791 921 1634 12152 11394 132 146 1447 16327 1943 21536 23995 265 23743 2363 2673 23177 2276 2747 24366 21466 29414 262 2114 27412 24511 22191 164 14 14 16 14 192 16 14 23 179 15 19 169 153 2 2 23.6 22 2 23.5 22 2.1 23.4 22.1 2 23.4 22.1 2 64.69.491 76.346.124 1.696 91.47 14.663 119.4 12.527 116.136 13.22 132.735 147.992 163.59 16 1237 1251 1444 165 155 1715 195 16 193 2265 21 2425 265 3.41 3.441 3.5 3.55 3.365 6.4 7.4 91.1 9. 5.5 23.6 27.6 29.5 32.7 36.6 6 7 3 93 113 11 114 121 14769 1949 24522 2 33439 9.22 11.52 7.34 1.41 12.1 6.97 9.7 1.6.2 1.2 11.6 11.44 13.37 14.66 261 327 2 295 343 19 257 33 25 291 336 324 379 416 9.3 94.74 132.62 15.71 193.25 227.97 245.4 253.45 66.39 7.65 9.9 112.39 144.63 17 13 19 1 1 29.67 263. 35.433 37.42 37.42 37.42 37.42 9 95 95 95 95 CMPING UNI 225/257 2/23 211 1 114.17 96.6 29 244 79.52 63.7 22 162 29.52-71.26-11 12.47 36 15 31 52 46 16.93 43 25 74.55 2+52.3 55.6 2+39.4 15.4 6 291 291 296.63 217 217 221.2 396.26 151 12.5/55.67 12.5/1414 132 6 26+3 94+14 511.1 173.23 145.67 13. 4.4 3.7 1.Dry cycle time accords with EUROMP 6. 2.he load-bearg capacity of the movg platen is 2/3 of the total mold weight. 3.he shot weight is calculated by GPPS and it is.92 times of the theoretical shot volume. 4.he jection unit data are ternational units and calculated as follows: theoretical shot volume[ cm ³] jection [Mpa]/1 5.Plasticizg capacity is calculated by GPPS ( for the jection unit model 15 and smaller ones ) or PP ( for jection unit above model 15 ). 6.Because of constant technical improvement, the mache specifications are subject to change without notice. Electrical & Hydraulic Units.46 3.46 3+74.55.46 4+74.55.46 5+52.3 6 3 6 3+55.6 6 4+55.6 6 5+39.4 211.2 264 322. 41.1 1 122 154 374 466.67 565.5 63.11 7.54 7.5 27.9 34 421.7 59.4 522.4 52.4 General 639.94 6.1 9.69 156 2424 264 3442 4 11.5/55.67 1.5/55.67 1/55.67 1/55.67 11.5/1414 1.5/1414 1/1414 1/1414 132 132 132 132 6 6 6 6 26+44 26+56 26+14 26+14 94+22 94+23 94+37 94+37 551.1 173.23 149.61 574. 173.23 149.61 594.49 173.23 153.54 66.3 11.1 157.4 14. 4.4 3. 14.6 4.4 3. 15.1 4.4 3.9 15.4 4.6 4. 29 3
echnical Specifications of UN3DP-N UN3DP-N UN3DP-N Mache Dimensions DESCRIPION Screw diameter heoretical shot volume UNI cu cm 3 15 23 31 445 545 5 1 Injection Unit 5.315 5.79 6.12 5.79 6.12 6.496 6.12 6.496 7.7 7.7 7.4 7.74 7.4 7.74.465.465 9.55 9.646 9.55 9.646 1.236 135 145 155 145 155 165 155 165 1 1 19 2 19 2 215 215 23 245 23 245 26 611.4.43 6. 5.13 63.66 97.692 955.7 13.1 129 1444.25 169.19 173.35 173.311 1917.242 2215.613 253.642 265.174 3251.79 3422.996 34.33 4374.1 12 11559 132 1235 14152 1637 15661 17747 21121 23666 2636 29217 2353 31416 3635 4125 46949 53272 569 63644 716 145.32 132.17 4.45 1.43 12.52 Coolg water let/outlet for movg mold halves 21.32 324.53 353.6 5.33 Coolg water let/outlet for fixed mold halves Water let/outlet for oil cooler H1 W H2 Shot weight Injection Screw :D ratio Injection rate Max. jection speed Screw stroke Max. screw speed Screw torque Plasticizg rate(ps) Heatg capacity Barrel heatg zone number Nozzle contact force Carriage stroke clampg force oz g cu /s cm 3 /s /s /s r/m Nm oz/s g/s 325 3 429 921 1634 12152 2673 23177 2276 14 16 14 23.6 22 2 76.346.124 1.7 1251 1444 165 3.441 7.4 27.6 7 11 1949 7.34 1.41 12.1 2 295 343 132.62 9.9 37.42 95 42 11394 2747 192 23.5 459 132 24366 16 22 521 146 21466 14 2.1 5 1447 29414 23 23.4 576 16327 262 179 22.1 65 1943 2114 15 2 76 21536 27412 19 23.4 46 23995 24511 169 22.1 93 265 22191 153 2 91 253 27992 193 23.4 1 259 25237 174 22.1 1165 333 2191 151 2 1317 37335 269 15 23.4 157 42725 23551 161 22.1 171 447 2595 142 2 1 5143 26469 13 23.4 243 5791 23351 161 22.1 231 65225 274 143 2 91.47 14.66 119.4 12.53 116.14 13.22 132.735 147.992 163.59 17.49 119.4 137.617 133.651 152.569 173.624 152.569 173.319 194.67 155 1715 195 16 193 2265 21 2425 265 176 195 2255 219 25 245 25 24 319 3.5 3.55 91.1 9. 29.5 32.7 3 114 121 24522 2 6.97 9.7 1.6.2 1.2 11.6 19 257 33 25 291 336 15.71 112.39 1 41.399 15 193.95 144.63 1 41.339 15 CMPING UNI 337/326 27/25 3.365 2.444 2.3 2.369 5.5 62.1 6.3 6.2 36.6 39.4 44.5 53.2 93 1 113 135 65 62 45 33439 4617 55732 76433 11.44 324 13.37 379 14.66 416 11.29 32 13.26 376 15.7 45 15.16 43 1.7 53 21.14 599 11.9 33 14.55 413 15.7 45 227.97 245.4 253.45 244.6 253.45 24.29 352.6 376.2 42.3 376.2 42.3 45.62 17 13 9 19 9 12 19 9 212 9 263 9 21 1 3 11 21 9 3 1 342 11 51.11 7.74 7.74 7.74 13 2 2 2 Openg stroke 247 22 Power port platen size 116.93 1 297 26 UN3DP-N Platen Dimensions space between tie-s mold thickness 5.2 69.9 21 15 31.1-79.13 79-21 max.openg stroke 122.44 311 132.17 4.67.24 4.45 61.22 91.26 91.26 3.5 3.5 116.93 63 51.1 39.37 5.3 Ø2.2 9.4 15. 69.9 1 4 9.6 1 4 4. 9 3. 5 33. 7 2 7.5 6 2 2. 5 1 6.5 4 5.5 1 11. 2 2 2. 4 55.12 49.61 44.9 3.5 33.7 22.5 11.2 57.24 Robot mountg holes accordg to Euromap 1/E22 M24, 4 deep() M3, 6 deep() 46.6 MX.161.42 MX.13.32 5.15 MX.79.13 19.69 1.57 Φ12.4H7 R.94 Φ12.4H7 MIN.31.1 1.97 MIN.51.1 137.6 max.daylight ejector force ejector stroke ejector number system motor pump flow total power gal/m /m.46 3 6 3 211.2 369.1 2.3 153.54 39 52 46 19.69 5 33 Electrical & Hydraulic Units.46 3+74.55.46 4+74.55.46 5+52.3 6 3+55.6 6 4+55.6 6 5+39.4 264 322. 41.1 1 122 154 466.67 565.5 63.11 7.54 7.5 34 421.7 59.4 522.4 52.4 General.46 6+52.3 6 6+39.4 494.21 172 726.2 736.21 767.5 542 549 572.46 7+52.3 6 7+39.4 57.24 216 91 94.4 965.52 63 71 72.46 7+52.3 6 7+39.4 57.24 216 94.4 965.52 121.4 71 72 762 Model H1 H2 W UN15/UN3DP-N 1554 592.677 2949 116.12 3936 154.961 3542 139.449 Sectional area of ma power cord 2 15 14.96 2.233 9.45 3.94 Full-load current 517.6 3.5 49.61 Bearg capacity of foundation t/m 2 Number of coolg water le port / 2 n /m n gal/m Coolg water flow (mold excluded) /m gal/m Coolg water Coolg water oil tank capacity dry cycle max.mold weight mache weight (clampg+ jection units,no oil) gal S/ S/ 639.94 2424 12/6.7 12/1526 165 25+44 114+22 6.1 264 11.5/6.7 11.5/1526 165 25+56 114+23 9.69 3442 11/6.7 11/1526 165 25+14 114+37 156 4 1.5/6.7 1.5/1526 165 25+92 114+41 1399.2 53 1.5/6.7 1.5/1526 165 25+132 114+6 1399.2 53 1/6.7 1/1526 165 25+132 114+6 1399.2 53 1/6.7 1/1526 165 25+143 114+65 UN23/UN3DP-N 15654 616.299 2969 116.9 39 156.496 3377 132.953 UN31/UN3DP-N 16154 634 34 11.26 41 157.74 359 141.339 15 15.233.27 627.3 7.9 mache dimensions m 594.4 11.1 15.1 4.6 3.9 61.11 11.1 157.4 15.7 4.6 4. 637.79 11.1 157.4 16.2 4.6 4. 649.61 15.4 161.41 16.5 4.7 4.1 649.61 15.4 165.35 16.5 4.7 4.2 7.66 1.9 169.29 1. 4. 4.3 732.2 1.9 173.23 1.6 4. 4.4 UN445/UN3DP-N 16474 64.53 36 12.472 495 161.22 4257 167.59 15.27 991.1 13.5 297 1 3 1 7.92 2 52. 3~4 43.5~5 5~6 72.5~7 UN545/UN3DP-N 16474 64.53 395 121.5 UN5/UN3DP-N 17994 7.425 3143 123.74 42 165.354 4323 17.197 4295 169.94 4423 174.134 24 3.372.465 1124.2 137.6 1.Dry cycle time accords with EUROMP 6. 2.he load-bearg capacity of the movg platen is 2/3 of the total mold weight. 3.he shot weight is calculated by GPPS and it is.92 times of the theoretical shot volume. 4.he jection unit data are ternational units and calculated as follows: theoretical shot volume[ cm ³] jection [Mpa]/1 UN1/UN3DP-N 1644 734.16 3345 131.693 4445 1 4523 17.71 4.62 141.3 5.Plasticizg capacity is calculated by GPPS ( for the jection unit model 15 and smaller ones ) or PP ( for jection unit above model 15 ). 6.Because of constant technical improvement, the mache specifications are subject to change without notice. 31 32