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DP specification

DP specification
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DP specification

Product catalog summary
Overview: The document provides technical specifications and details for the DP Series Two-platen Injection Molding Machines, covering models UN800DP to UN3200DP. It includes information on injection units, clamping units, and electrical & hydraulic units.
Technical Specifications: Each machine model is detailed with specifications such as screw diameter, theoretical shot volume, shot weight, injection pressure, screw L:D ratio, injection rate, maximum injection speed, screw stroke, maximum screw speed, screw torque, plasticizing rate, heating capacity, barrel heating zone number, nozzle contact force, and carriage stroke.
Clamping Unit: Specifications include clamping force, opening force, platen size, space between tie-bars, mold thickness, maximum opening stroke, maximum daylight, ejector force, ejector stroke, ejector number, and system pressure.
Electrical & Hydraulic Units: Details on motor, pump flow, total power, oil tank capacity, dry cycle, maximum mold weight, and machine dimensions are provided.
General Notes: The document notes that dry cycle time accords with EUROMAP 6, the mold-bearing capacity of the moving platen is 2/3 of the total mold weight, and shot weight is calculated by GPPS. Three screw types are available per model, with the medium one as standard. Injection unit data are in international units, and plasticizing capacity is calculated by GPPS or PP depending on the model. Specifications are subject to change due to technical improvements.
Additional Features: The document includes appearance drawings, mold cooling water connectors, oil cooler connectors, power supply connectors, platen dimension drawings, and robot mounting holes (EUROMAP 18/E18).
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Catalog excerpts

DP specification-1

1. Dry cycle time accords with EUROMAP 6. 2. The mold-bearing capacity of moving platen is 2/3 of total mold weight. 3. The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume. 4. Three kinds of screws are available for each model and the medium one is standard on the machine. 5. The injection unit data are in international units and calculated as follows: theoretical shotvolume [cm3] x injection pressure [MPa]/100 S. Plasticizing capacity is calculated by GPPS (for the injection unit model 18050 and smaller ones) orPP (for injection unit above model 18050). 7. The blue and green words respectively represent the standard configuration of clamping unit and injection unit. 8. Because of constant technical improvement, the machine specifications are subject to change without notice.

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DP specification-2

1. Dry cycle time accords with EUROMAP 6. 2. The mold-bearing capacity of moving platen is 2/3 of total mold weight. 3. The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume. 4. Three kinds of screws are available for each model and the medium one is standard on the machine. 5. The injection unit data are in international units and calculated as follows: theoretical shotvolume [cm3] x injection pressure [MPa]/100 S. Plasticizing capacity is calculated by GPPS (for the injection unit model 18050 and smaller ones) orPP (for injection unit above model 18050)....

 Open the catalog to page 2
DP specification-3

1. Dry cycle time accords with EUROMAP 6. 2. The mold-bearing capacity of moving platen is 2/3 of total mold weight. 3. The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume. 4. Three kinds of screws are available for each model and the medium one is standard on the machine. 5. The injection unit data are in international units and calculated as follows: theoretical shotvolume [cm3] x injection pressure [MPa]/100 S. Plasticizing capacity is calculated by GPPS (for the injection unit model 18050 and smaller ones) orPP (for injection unit above model 18050)....

 Open the catalog to page 3
DP specification-4

1. Dry cycle time accords with EUROMAP 6. 2. The mold-bearing capacity of moving platen is 2/3 of total mold weight. 3. The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume. 4. Three kinds of screws are available for each model and the medium one is standard on the machine. 5. The injection unit data are in international units and calculated as follows: theoretical shotvolume [cm3] x injection pressure [MPa]/100 S. Plasticizing capacity is calculated by GPPS (for the injection unit model 18050 and smaller ones) orPP (for injection unit above model 18050)....

 Open the catalog to page 4
DP specification-5

1. Dry cycle time accords with EUROMAP 6. 2. The mold-bearing capacity of moving platen is 2/3 of total mold weight. 3. The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shotvolume. 4. Three kinds of screws are available for each model and the medium one is standard on the machine. 5. The injection unit data are in international units and calculated as follows: theoretical shotvolume [cm3] x injection pressure [MPa]/100 S. Plasticizing capacity is calculated by GPPS (for the injection unit model 18050 and smaller ones) orPP (for injection unit above model 18050). 7....

 Open the catalog to page 5
DP specification-6

1. Dry cycle time accords with EUROMAP 6. 2. The mold-bearing capacity of moving platen is 2/3 of total mold weight. 3. The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume. 4. Three kinds of screws are available for each model and the medium one is standard on the machine. 5. The injection unit data are in international units and calculated as follows: theoretical shotvolume [cm3] x injection pressure [MPa]/100 S. Plasticizing capacity is calculated by GPPS (for the injection unit model 18050 and smaller ones) orPP (for injection unit above model 18050)....

 Open the catalog to page 6
DP specification-7

1. Dry cycle time accords with EUROMAP 6. 2. The mold-bearing capacity of moving platen is 2/3 of total mold weight. 3. The shot weight is calculated by GPPS and it is 0.92 times of the theoretical shot volume. 4. Three kinds of screws are available for each model and the medium one is standard on the machine. 5. The injection unit data are in international units and calculated as follows: theoretical shotvolume [cm3] x injection pressure [MPa]/100 S. Plasticizing capacity is calculated by GPPS (for the injection unit model 18050 and smaller ones) orPP (for injection unit above model 18050)....

 Open the catalog to page 7

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