4/21/2021 0 Comments Okuma Lathe Osp Programming Manual
Due to the nature of the turning operation, the tool cuts a circle with a radius equivalent to the distance from the center of rotation to the tool nose position.Precautions Relating to Installation (1) Please be noted about a primary power supply as follows.Read the instructions marked with these symbols carefully and follow them.
![]() Okuma Lathe Osp Programming How To Use AndThis manual explains how to use and maintain the NC so that it will deliver its full performance and maintain accuracy over a long term. Automatic Any-Angle Chamfering. Torque Limit and Torque Skip Function. Torque Limit Command (G29).36 5-2. Torque Limit Cancel Command (G28).36 5-3. Torque Skip Command (G22).37 5-4. General Description. Chuck Barrier and Tailstock Barrier.323 3. Operation Time Reduction Function.326 4. Turret Unclamp Command (for NC Turret Specification). SPINDLE SPEED VARIATION CONTROL FUNCTION.327 5-1. Functions such as a sequence search function, a sequence stop function and a branching function can be used for blocks assigned a sequence name. Word Configuration A word is defined as an address character followed by a group of numeric values, an expression, or a variable name. If a word consists of an expression or a variable, the address character must be followed by an equal sign. Programmable Range of Address Characters Programmable Range Address Function Remarks Metric Inch Program name 0000 to 9999 same as left Alphabetic characters available Sequence name 0000 to 9999 same as left Preparatory function 0 to 999 same as left Coordinate values 99999.999 mm. Operation functions can be used together with variables to control peripherals or to pass on the results of an operation. Exclusive OR (EOR) c a LE33013R0300300080001 If the two corresponding values agree, EOR outputs 0. Cutting by Controlling the C-axis Only Although it is possible to machine a workpiece by controlling the C-axis, tool movement distance in unit time (one minute) differs according to the diameter of the position to be machined because the feedrate is specified in units of degmin. Cutting by Controlling Both C-axis and Z-axis Simultaneously Example: Point A coordinate value X 80 90 Z 100 C 120 Point B coordinate value X 80 Z 50 C 210 LE33013R0300300140001 When cutting the spiral from A to B with a two-flute end mill under the following cutting conditions. Cutting by Simultaneous 3-axis Control of X-, Z-, and C-axis Example: 90 Point A coordinate value X 80 Point B coordinate value X 40 Z 50 Z 100 C 120 C 210 LE33013R0300300160001. Coordinate Systems and Values To move the tool to a target position, the reference coordinate system must be set first to define the target position, and the target position is defined by coordinate values in the set coordinate system. Controlled Axis The following table lists the addresses necessary for axis control. Address Contents Controlled axis in the direction parallel to the workpiece end face Linear axis Controlled axis in the direction parallel to the workpiece longitudinal direction. Commands in Inch System If the inchmetric switchable specification is selected, it is possible to specify dimensions in the inch unit system. Even if dimensions are specified in the inch system values in a part program, the NC processes the data on the basis of metric system values. Inch System (Inchmetric switchable specification): 110000 inch 1 inch Unit Data Table (Value for data 1) Metric System Inch System Dimension 1 m 10 m 1 mm 110000 inch 1 inch Length: X, Z, I, K, D, H, L. Diametric and Radial Commands In a turning operation, the workpiece is rotated while being is machined.
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