Ø      Full-Travel Alphanumeric Keyboard

Ø      LCD-Defined Soft Keys

Ø      12-Inch High-Resolution (800 x 600) Color LCD for Information Display

Ø      Position Display with Soft Key Selections of Part and Machine Coordinates

Ø      Active Event and Subsequent Events Display

Ø      Spindle Speed Display and Feedrate Display

Ø      Part Program Storage and Display: 448,000 Characters

Ø      Buffered Input Allows Part Programs of Unlimited Length to be Executed from Floppy Disk or from an External          Source

Ø      Concurrent Operation Allows Part Programs to be Entered or Edited While Cutting a Part

Ø      Fault Messages and Program Text Messages

Ø      Program Zero, Axis Home and Axis Jog

Ø      Retract and Recover Feature to Simplify Tool Inspection and/or Tool insert Change

Ø      Test Modes and Program Inhibit Optional Stop (M01) and Slash Code Block Delete

Ø      On-Line Diagnostics

Ø      Simultaneous Two (X and Z) Axes of Control

Ø      Departures to ± 99.99999 Inches, or ± 9999.999mm (± 999.9999 Inches or ±

Ø      9999.999mm optional)

Ø      Maximum Rapid Rates up to 1200 1PM or 30 MPM

Ø      Block Processing Time 3 ms

Ø      Electric Servo Drive Outputs ± I OVA Max

Ø      Interface for Digital Feedback Encoders

Ø      Servo Update Time 3 ms

Ø      Interface for Two Manual Handwheels

Ø      Spindle Speed Control: 5 Digits, ± 10 Volt Analog

Ø      Constant Surface Speed Control

Ø      Fixed Software Travel Limits

Ø      Part Programmable Software Travel Limits

Ø      Stored Safe Zones to Protect Chuck and Talistock

Ø      Customer Initialized Machine Control Parameters

Ø      Auxiliary Functions: M, S, and T Codes

Ø      32 x 32 DC Inputs and Outputs pIus 32 Row/Column Inputs for Operators Panel Switches

Ø      PLC Programmable Logic Control with Flash Memory and Message Capability

Ø   Electronic Handwheel(s)

Ø   Part Program Storage Expansion to 896,000 Characters

Ø   RS-422 Serial Port in Place of RS-232 Port

Ø   ONC Terminal Mode

Ø   Customer Prepared Cycles (User Macros) for Custom Culling and Probing Cycles and for Special OEM-Designed Machine Functions

Ø   High-Speed Touch Trigger Probe Interface

Ø   Additional DC Inputs and Outputs

Ø   Programming Format Switchable Between DynaPath® Menu-Driven Conversational and Conventional EIA/ISO  G-Codes

Ø   Parameter Initialized G-Codes for Part Programming Compatibility between different Machines

Ø   Decimal Point Programming

Ø   Inch/Metric input and Mirror Image

Ø   Absolute/Incremental Programming

Ø   Radius and Diameter Programming

Ø   Cartesian Coordinate Programming

Ø   End Point Programming

Ø   Angle-Length Programming

Ø   Angle-Diameter Programming

Ø   Angle-Radius Programming

Ø   Automatic Fillet Generation

Ø   Automatic Chamfer Generation

Ø   Special Events

ü      Three Types of Taper Programming

ü      Seven Types of Thread Programming

ü      Three Types of Groove Programming

ü      Peck Drill Cycle

ü      Tapping Cycle

Ø   Roughing and Finishing Cycles (Two Types to Accommodate both Bar Stock and Castings) to Automatically Cut a Contour Defined by Turn, Face Taper and Arc Events. Inside, Outside or Face Cycles can be Programmed.

Ø   Entry of Speeds and Feeds in Roughing and Finishing Cycles

Ø   Material Data Table for Standard and Special Materials Selected by Operator for Automatic

Ø   Macro Programming Mode, 4 Levels

Ø   High-Resolution Interpolated Graphics Display to Verify Part Profile and Analyze Cutting Time Before Turning the Part

Ø   Conversational Graphics™ for Interactive Graphical Programming Help (The Hard Disk Drive Optional Feature is a Prerequisite for Use of this Feature)

Ø      Modular Configuration:

Ø      System Module

Ø      CNC Operators Panel

Ø      Auxiliary Operator’s Panel (Optional)

Ø      System Module Enclosure Hardened for Noise and Vibration Immunity

Ø      CNC Operator’s Panel with Full-Travel Keyboard, Soft Keys and Industrial LCD - Oil and Coolant Tight

Ø      Industrial 586 Passive CPU Board for High Reliability

Ø      Processor Upgradeable to Stay Current with Technology

Ø      High Speed, Serial CANbus Interface for Error Detecting/Correcting Packet Communication with CNC Operator’s Panel and DC/IO

Ø      Machine Interface via Optically Isolated DC Inputs and Short Circuit Protected DC Outputs

Ø      Custom Heavy Duty Switching Power Supply

Ø      Input Voltage: I15/230 VAC + 10% Single Phase, 47-63 HZ, 425 VA

Ø      Ambient Temperature 40° to I20° (4° to 49°C)

Ø      Humidity: 5-95%

Ø      Mating Half of Interface Connectors and Front Panel Cables

Ø   Bi-directional Lead Screw Error Compensation

Ø   Reversal Error Compensation

Ø   (48) Pairs of Tool Offsets (X, Z) Entered as Radius or Diameter and Absolute or Incremental

Ø   (16) Sets of Tool Geometry Compensation (Tool Size and Tool Nose Radius) with Look Ahead Capability for Work Surface Programming

Ø   (48) Stored Feedrate Override Values which can be Incremented and Decremented in 5% Steps during Cutting

Ø   Calibration Feature for Automatically Storing Tool Compensations

Ø   Load and Store of all Tool Table Data via Interface Ports and Optional Floppy Disk

Ø      32-Bit 586 Processor with Cache Memory

Ø      Hard Disk Drive for Operating System Storage

Ø      Hard Disk Drive for Machine Control Parameters

Ø      Hard Disk Drive for Large Capacity Local Storage of Part Programs and Tool Tables and for Buffered Input Operations

Ø      3.5 Inch IBM® AT Compatible Floppy Disk Drive with Cover and Cable for Load/Store of Part Programs, Tool Tables, Machine Parameters, PLC Program and System Upgrades and for Buffered Input Operations

Ø      Dual RS-232 Serial Ports (300 to 38,400 Baud) for Load/Store of Part Programs. Tool Tables, Machine Parameters, PLC Program and for Buffered Input Operations