THE CINCINNATI SERIES TONNAGE: 3600 US/3200 Metric

Product catalog summary

Overview: The document provides technical specifications for the Cincinnati Series injection molding machines, ranging from 1500 to 6750 tons. It includes details on machine dimensions, injection unit specifications, clamping force, and additional features.

Specifications:

Frame Sizes: The series includes frames with tonnage capacities of 23000, 34000, and 48000.
Injection Unit: Maximum injection capacities range from 330 oz (9341 gms) to 1054 oz (29892 gms) depending on the frame size. Screw diameters vary from 4.92 in (125 mm) to 7.87 in (200 mm).
Injection Pressure: Maximum injection pressures are specified at 32,000 psi (2207 bar) for certain configurations.
Injection Rate and Velocity: Rates and velocities are provided for standard, increased, and performance packages, with injection rates reaching up to 148.4 in3/sec (2432 cm3/sec) in the performance package.

Clamping Specifications:

Clamping Force: The machines offer a clamping force of 3597 tons (32000 kN).
Clamp Stroke: Maximum clamp stroke is 129.9 in (3300 mm).
Clamp Speed: Closing and opening velocities vary across packages, with maximum speeds reaching 44.6 in/sec (1132 mm/sec).

Additional Features:

Ejector Force: Optional ejector force is 45 tons (400 kN).
Mold Specifications: Maximum mold weight is 178,570 lbs (81,000 kg) per platen, with a maximum daylight of 165.4 in (4200 mm).
Machine Dimensions: Dimensions for the standard package are provided, with lengths up to 647 in (16437 mm).

Performance Packages: The document outlines three performance packages: Standard (STD), Increased (INCR), and Performance (PERF), each offering different levels of injection rate, velocity, and screw speed.

General Notes: All specifications are subject to change, and values are for reference only. Theoretical dry cycle times are provided for each package.

Catalog excerpts

THE CINCINNATI SERIES TONNAGE: 3600 US/3200 Metric-1

ONE MILACRON, INFINITE POSSIBILITIES Available Packages: Standard (STD) Increased (INCR) Performance (PERF) 23000 Frame ENGLISH METRIC TECHNICAL SPECIFICATIONS Not actual model, for visual reference only. 23000 Frame ENGLISH METRIC Injection Unit Specifications Clamping Force Clamp Opening Force (Max) Clamp Stroke Clamp Speed Close Velocity (STD/INCR./PERF.) in/sec mm/sec Clamp Speed Open Velocity (STD/INCR./PERF.) in/sec mm/sec Ejector Force (OPTIONAL) Maximum Ejector Stroke (OPTIONAL) Mold Protect Pressure Maximum Daylight Min/Max Mold Thickness Maximum Mold Weight 50% per platen Distance Between Tie Rods (H x V) Dry Cycle Time (Euromap 6) (STD/INCR./PERF.)* Diagonal Tiebar Distance Mold Locating Ring Injection Capacity, Maximum GPPS Screw Diameter Theoretical Displacement Maximum Injection Pressure in/sec mm/sec Injection Rate (INCR. PKG) - 220 kW Injection Velocity (INCR. PKG) - 220 kW in/sec mm/sec Injection Rate (PERF. PKG) - 246 kW Injection Vleocity (PERF. PKG) -246 kW in/sec mm/sec Screw Stroke Back Pressure Limit Screw Speed Maximum (STD PKG) -191 kW Screw Speed Maximum (INCR. PKG) - 220 kW Screw Speed Maximum (PERF. PKG) - 246 kW Machine Dimensions (L × W × H) (without stairs) Machine Weight (without oil) Hydraulic System Pressure Core Pull (STD/INCR./PERF.) gal/min L/min Calculated Recovery Rate (GP Styrene) (STD PKG) - 191 kW oz/sec gm/sec Calculated Recovery Rate (GP Styrene) (INCR. PKG) - 220 kW oz/sec gm/sec Connected Load (FLI) (STD PACK.) - 107kW Calculated Recovery Rate (GP Styrene) (PERF. PKG) - 246 kW oz/sec gm/sec Total Oil Reservoir Capacity Number of Pyrometers (Barrel/Nozzle) Total Heat Capacity Nozzle Holding Force Electric Motor (STD/INCR./PERF.) Heat Exchanger Water @ 90°F gal/min L/min Notes 1) ll machine dimensions and specifications are subject to change. Values are for reference only. All general assembly drawings or visuals included herein are for reference only. Please A consult the general assembly drawing from a Milacron representative. 2) All specifications reference the Standard performance level (STD) unless otherwise noted. 3) *Theoretical calculated dry cy

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