What does Mazak parameter L109 do?

L109 is a Machine parameter in the TABLE group of the MAZATROL SmoothX control (INTEGREX e-670H). 8 bit settings.

Which bits does Mazak parameter L109 have?

Bit 0: Axial direction of the two axes to be checked by the software limit relative position check function (1st set of axes) Bit 1: Axial direction of the two axes to be checked by the software limit relative position check function (2nd set of axes) Bit 2: Axial direction of the two axes to be checked by the software limit relative position check function (3rd set of axes) Bit 3: Axial direction of the two axes to be checked by the software limit relative position check function (4th set of axes) Bit 4: Formula selection for calculating horsepower and thrust on the TOOL DATA display with [AUTO SET] Bit 5: Teaching when the lower turret is selected in the basic coordinate system unit (WPC) Bit 6: Fixed value Bit 7: Fixed value

‹ALARMSMazatrol Assistant

PARAMMachine parameter · TABLE (L)

L109

TABLE bit settings (8 bits)

Machine-specific. This parameter list is specific to the Mazak INTEGREX e-670H / e-670H-S with the MAZATROL SmoothX control (manual HA64HA0035E). Other Mazak models and control generations use different addresses, ranges and meanings — verify on your own control before changing anything.

Bit settings — L109 is set bit by bit

bit 0
Axial direction of the two axes to be checked by the software limit relative position check function (1st set of axes)
bit 1
Axial direction of the two axes to be checked by the software limit relative position check function (2nd set of axes)
bit 2
Axial direction of the two axes to be checked by the software limit relative position check function (3rd set of axes)
bit 3
Axial direction of the two axes to be checked by the software limit relative position check function (4th set of axes)
Specify the relationship between axial directions of the two axes, on the machine coordinate system, for which software limit relative position is checked. 0: Same direction 1: Reverse directions Example : When checking the software limit relative position between the Z2- and W-axis, the positive (+) direction of the W-axis on the machine coordinate system may be the same or reverse direction of the positive (+) direction of the Z2-axis depending on the machine model. Set “0” if the positive (+) direction of the Z2- and W-axis is the same on the machine coordinate system as shown in Fig. 1. Conversely, if the direction is reverse as shown in Fig. 2, then set “1”. Fig. 1 Fig. 2
Range 0, 1 · Takes effect: After stop of movement
bit 4
Formula selection for calculating horsepower and thrust on the TOOL DATA display with [AUTO SET]
Selection of formula to be used for calculating the horsepower and thrust on the TOOL DATA display with [AUTO SET] 0: M640M compatible scheme 1: New scheme
Range 0, 1 · Takes effect: Immediate
bit 5
Teaching when the lower turret is selected in the basic coordinate system unit (WPC)
When [TEACH] is tapped while the lower turret is selected in the basic coordinate system unit, 0: Causes Alarm 1450 SELECT LOWER TURRET 1: Enables teaching only along the Z- and C-axis. (With other axes, Alarm 1450 SELECT LOWER TURRET is caused.)
Range 0, 1 · Takes effect: Immediate
bit 6
Fixed value
bit 7
Fixed value

Source

Mazak PARAMETER LIST / ALARM LIST / M-CODE LIST, manual HA64HA0035E, p. 75, 493, 494. Reference and explanation only — not a reproduction of the manual.

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