Three Axis Servo – Mechanical Transfer System
Technical Specifications
q Maximum Clamp Stroke (Finger Travel): Up to 10.000 In.
q Maximum Lift: Up to 6.000 In.
q Maximum Pitch: Up to 60.000 In.
q Linear Starting Position: Programmable
q Linear Pitch Distance: Programmable
q Maximum Number of Stations: 16 (Expandable)
q Transfer Program Storage Capacity: Virtually Unlimited
Standard Features
q Quick-Change Transfer Bar Mounting
q Mechanically Driven Clamp and Lift motions guarantees positive return
q Electrically monitored Safety Clutches protect every axis of motion
q Finger Travel & Lift Clutches easily disengaged decreasing Start Up time
q Cams easily raised and lowered with NEC “Class” Assembly
q Automatic Transfer Bar Recognition System (ATRS)
q Color Resistive Touchscreen (Pendant or Console Mounted)
q Rugged Industrial PC with Touchscreen
q Human Machine Interface (HMI) operates on Windows NT making it robust and fully network compatible
q All communication between Servo Motors & Drives is carried out on a Sercos Fiber Optic cable allowing for fast, noise free communication
q High level functions are Password protected to restrict access to authorized users
q A complete machine history is recorded including production and fault data
q Interface Screens and Data Reports can be fully customized
q Inputs and Outputs from auxiliary components (Dies, Destackers, Feeders, etc.) can be easily integrated in to the Transfer System Controls
q 24/7/365 Service Policy
Optional Features
q Variable Pitch & Width capability to run various size parts with one Transfer
q Swing or Lift Away° device for Quick Die Maintenance and Changeover
q Rotate parts up to 180° (Mechanically)
Components
q Steel Construction Engineered to minimize stress and deflection
q Mass is minimized in the Pitch direction allowing for faster, more controlled indexes
q Indramat Brush-less AC Servo Motor and Drives / Bayside Gearboxes
q Moving parts are supported on hardened Linear Guideways
q A precision Rack and Pinion is used to transmit motion in the Linear Direction