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SIEMENS 802D/810D/840D M typical cycles

Nanjing Swan simulation software has perfected some classical cycles of SIEMENS 802DM and SIEMENS 810D/840D M ：

CYCLE71——face milling ；

LONGHOLE——long hole ；

POCKET4——circular pocket ；

POCKET3——square pocket ；

SLOT1——milling a slot ；

SLOT2——milling a circumferential slot ；

Cycle examples ：

1 、 Face milling——CYCLE71

1.1 Programming specification format

CYCKE71 (_RTP, _RFP, _SDIS, _DP, _PA, _PO, _LENG, _WID, _STA, _MID, _MIDA, _FDP, _FALD, _FFP1, _VARI, _FDP1)

1.2 Parameter explanation （Fig.1-1）

_RTP	real	Retraction plane (absolute)
_RFP	real	Reference plane (absolute)
_SDIS	real	Safety clearance (enter without sign)
_DP	real	Final drilling depth (absolute)
_PA	real	Starting point (absolute), 1st axis of the plane
_PO	real	Starting point (absolute), 2nd axis of the plane
_LENG	real	Rectangle length along the 1st axis, incremental. The corner from which the dimension starts results from the sign.
_WID	real	Rectangle length along the 2nd axis, incremental. The corner from which the dimension starts results from the sign.
_STA	real	Angle between the longitudinal axis of the rectangle and the 1st axis of the plane (abscissa, enter without sign); Range of values: 0° ≤ _STA < 180°
_MID	real	Maximum infeed depth (enter without sign)
_MIDA	real	Maximum infeed width during solid machining in the plane as a value (enter without sign)
_FALD	real	Finishing dimension in the depth (incremental, enter without sign)
_FFP1	real	Feedrate for surface machining
_VARI	integer	Machining type (enter without sign) UNITS DIGIT: Values:1 Roughing .2 Finishing TENS DIGIT: Values: 1. Parallel to the 1st axis of the plane, unidirectional 2 Parallel to the 2nd axis of the plane, unidirectional 3 Parallel to the 1st axis of the plane, changing direction 4 Parallel to the 2nd axis of the plane, changing direction
_FDP1	real	Overrun travel in the direction of the plane infeed (incremental, enter without sign)

1.3 Function

You can mill a optional rectangular plane by using CYCLE71. The cycle distinguishes roughing and finish machining. The cycle machines without radius compensation of milling cutter. Deepness machining is executed when dry run

1.4 Graphic programming

Fig.1－1

1.5 Generated trochoid by visualized NC code debugging tool (SGD)

Fig.1－2

Notation ： Swan published a accessory tool （ SGD ） on a near day——visualized NC code debugging tool (SGD)

SWANSC G-code debug tool (for short SGD) is a simple and effective built-in tool which can call simulation NC code intuitionisticly, simplely and rapidly. SGD help you call G code rapidly and correctly and check format of each command intuitionisticly. With SGD ， you can even check every G code and check every corresponding locus in the condition of a visualized three-dimensional graphics. SGD support kernel code of many NC systems such as FANUC 、 SIEMENS 、 HUAZHONG NC 、 MITSUBISHI.

1.6 Program G code

M03S1000

M06 T1D1

N110 G17 G0 G90 G94 F2000

G54 X0 Y0 Z20

CYCLE71( 10, 0, 2,-11, 0, 0,

100, 100, 0, 6, 3, 5, 0, 4000, 11, 2)

N125 G0 G90 X0 Y0

N130 M30

1.7 Graphic display of Swan 3DM machining

Fig.1－3

2、Square pocket——POCKET3

2.1 Programming specification format

POCKET3 (_RTP, _RFP, _SDIS, _DP, _LENG, _WID, _CRAD, __PA, _PO, _STA, _MID, _FAL, _FALD, _FFP1, _FFD, _CDIR, _VARI, _MIDA, _AP1, _AP2, _AD, _RAD1, _DP1)

2.2 Function

该循环可（kě）以（yǐ）用（yòng）于粗加工和精加工。在精（jīng）加（jiā）工时要求一（yī）个端面（miàn）铣刀。

深度方（fāng）向进刀始终从凹槽中（zhōng）心（xīn）点开始，或者在那儿垂直进行；因此在此位置可（kě）以（yǐ）先预钻削（xuē）孔。

2.3 Parameter explanation

_RTP	real	Retraction plane (absolute)
_RFP	real	Reference plane (absolute)
_SDIS	real	Safety clearance (enter without sign)
_DP	real	Pocket depth (absolute)
_LENG	real	Pocket length, for dimensioning from the corner with sign
_WID	real	Pocket width, for dimensioning from the corner with sign
_CRAD	real	Pocket corner radius (enter without sign)
_PA	real	Reference point for the pocket (absolute), 1st axis of the plane
_PO	real	Reference point for the pocket (absolute), 2nd axis of the plane
_STA	real	Angle between the pocket longitudinal axis and the first axis of the plane (enter without sign); Value range: 0° ≤ _STA < 180°
_MID	real	Maximum infeed depth (enter without sign)
_FAL	real	Finishing allowance at the pocket edge (enter without sign)
_FALD	real	Finishing allowance at the base (enter without sign)
_FFP1	real	Feedrate for surface machining
_FFD	real	Feedrate for depth infeed
_CDIR	integer	Milling direction: (enter without sign) Values: 0 Synchronous milling (according to the spindle direction) 1 .Conventional milling 2 .With G2 (independent of spindle direction) 3 .With G3
_VARI	integer	Machining type: UNITS DIGIT Values: 1 Roughing 2 Finishing TENS DIGIT: Values: 0 Perpendicular to the pocket center with G0 1 Perpendicular to the pocket center with G1 2 Along a helix 3 Perpediculation along a pocket longitudinal axis
_MIDA	real	Maximum infeed width as a value in solid machining in the plane
_AP1	real	Blank dimension of pocket length
_AP2	real	Blank dimension of pocket width
_AD	real	Blank pocket depth dimension from reference plane
_RAD1	real	Radius of the helical path on insertion (relative to the tool center point path) or maximum insertion angle for reciprocating motion
_DP1	real	Insertion depth per 360° revolution on insertion along helical path

2.4 graphic programming （Fig.2-1）

Fig. 2－1

2.5 Generated trochoid by visualized NC code debugging tool (SGD) （Fig.2-2）

Fig.2－2

2.6 Program G code

M3S800

M06T01D01

G54G0X0Y0Z50

POCKET3 (5, 0, 1, -31, 50,

50, 6, 0, 0, 30, 3, 0.5,

0.5, 100, 100, 2, 11, 3)

M30

2.7 Graphic display of Swan 3DM machining（Fig.2-3）

图（tú）2－3

3、Milling a circumferential slot——SOLT2

3.1 Programming specification format

SLOT2 (RTP, RFP, SDIS, DP, DPR, NUM, AFSL, WID, CPA, CPO, RAD, STA1, INDA,

FFD, FFP1, MID, CDIR, FAL, VARI, MIDF, FFP2, SSF, _FFCP)

3.2 Function

Cycle SLOT2 is a combined roughing － finish machining cycle. This cycle can machine ring slot, and these slots lie on an arc.

3.3 Parameters to explain

_RTP	real	Retraction plane (absolute)
_RFP	real	Reference plane (absolute)
_SDIS	real	Safety clearance (enter without sign) Safety clearance (enter without sign)
_DP	real	Slot depth (absolute)
_DPR	real	Slot depth relative to the reference plane (enter without sign)
_NUM	integer	Number of slots
_AFSL	real	Angle for the slot length (enter without sign)
_WID	real	Circumferential slot width (enter without sign)
_CPA	real	Center point of circle of holes (absolute), 1st axis of the plane
_CPO	real	Center point of circle of holes (absolute), 2nd axis of the plane
_RAD	real	Radius of the circle (enter without sign)
_STA1	real	Starting angle
_INDA	real	Incrementing angle
_FFD	real	Feedrate for depth infeed
_FFP1	real	Feedrate for surface machining
_MID	real	Maximum infeed depth for one infeed (enter without sign)
_CDIR	integer	Mill direction for machining the circumferential slot Values: 2 (for G2) 3 (for G3)
_FAL	real	Finishing allowance at the slot edge (enter without sign)
_VARI	integer	Machining type Values: 0 = complete machining 1 = roughing 2 = finishing
_MIDF	real	Maximum infeed depth for finishing
_FFP2	real	Feedrate for finishing
_SSF	real	Speed when finishing
_FFCP	real	Interfix feed, circular orbit, unit:mm/m

3.4 Graphic programming （Fig.3-1）

Fig3－1

3.5 Generated trochoid by visualized NC code debugging tool (SGD) （Fig.3-2）

Fig.3－2

3.6 Program G code

T01D01

G54G0X0Y0Z20

SLOT2 (10, 0, 5, -10, 10,

4, 40, 15, 0, 0, 25, 60,

0, 100, 100, 3, 3, 0.5, 2,

M30

3.7 Graphic display of Swan 3DM machining（Fig.3-3）

Fig.3－3

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