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> Minster MEF3-cs-14S electric feed bracket-mounted
Minster MEF3-cs-14S electric feed bracket-mounted
This Minster feed has been designed for a variety of different material specifications, and offers superior performance, reliability and efficiency for a wide range of applications.
This feed is being offered with a 90-day limited parts warranty.
All questions will be answered promptly.
• Rugged, Compact Press-Mounted Design
• Dual Roll Drive with Precision Anti-Backlash Gearing
• High Efficiency Pneumatic Roll Lift (425 spm)
• Adjustable Pass Line Height, Bracket Design
• Cascading Roll Catenary with Stock Guides
• Photo Electric End-of-Stock Detector
• Hand-Held Feed Setup Pendant
• Allen Bradley Ultra 5000 Drive
• Allen Bradley MP Series Low-Inertia Brushless Servo Motors
• Cutler Hammer Panel Mate Operator Interface, PMC Control
• Allen Bradley Panel View 300 Operator Interface, Basic Retrofit
Control Specification: ANSI-B11.1 and NFPA-79.
System Voltage: 480V, 3 Phase, 60 Hz.
Material Direction: Right to Left.
Legend Plate Language: English.
Service Manual Language: English.
Number of Rolls Driven: Two (2)
Minimum Stock Thickness: 0.010"
Maximum Stock Thickness: 0.188"
Maximum Stock Thickness at Max Width: 0.123"
Roll Opening for Threading: 0.250"
Feed Repeatability Accuracy: +/- 0.002"
Maximum Feed Length Preset: 100"
Maximum Roll Lift Rate: 425 spm
Approximate Feed Mass: 575 lb.
Drive Reduction Ratio: Single 3/1
Feed Setup Station Location: Feed Hand-Held Pendant
Unless other arrangements are expressly made, the user is responsible for the complete integration and installation of this equipment. Minster engineering and service personnel can provide integration and installation service if required. Standard engineering and service rates will apply.
It is the responsibility of the end user/owner to select suitable protective safety measures to ensure conformance to current and future OSHA (Occupational Safety and Health Administration) safety regulations according to their particular machine production system configuration, operational methods and working environment.
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