nut welding gun
DESCRIPTION
Nut Welding GunTRANSCRIPT
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16151413121110987654321
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DO NOT SCALE DRAWING
4250 WEAVER PARKWAY. WARRENVILLE. IL 60555Phone: 630.393.0300 Fax: 630.393.6800
PRODUCTION QTY:
US_0052022
0.0000 ,000[ ]
0.984 25,00[ ]
0.0000 ,000[ ]
1.3780 35,000[ ]
0.984 25,00[ ]1.3780 35,000[ ]
(2x)0.3150 H7 +0.0006-0.00008,000 H7 +,015-,000[ ]
( )( )
0.0000
,000
[]
0.433
11,00
[]
0.0000
,000
[]
0.433
11,00
[]
0.0000 ,000[ ]0.157 4,00[ ]
0.0000 ,000[ ]0.5512 14,000[ ]
1.811 46,00[ ]2.2047 56,000[ ]
2.8 71[ ]
1.9 49[ ]
19.8 504[ ]
24.5 623[ ]
0.0000
,000
[]
0.512
13,00
[]
0.0000
,000
[]
0.94
4924
,000
[]
1.378
35,00
[]
2.4
60[]
19.0
0048
2,60
[]
21.8
555
[]
3.6 93[ ]5.9 150[ ]
0.9 22[ ]
14.2 362[ ]14.272 362,50[ ]
1.8+0.0-0.3 46+0-8[ ]
0.8 20[ ]
THRU (2x)
0.3150 H7 +0.0006-0.00008,000 H7 +,015-,000[ ]
( )( )
CENTER OF GRAVITY2.820 71,63[ ]
CENT
ER O
F GR
AVIT
Y12
.501
317,
53[
]
10.8 273[ ]
( )44.31126[ ]
( )21.8 555[ ]
CERTIFIED DRAWING
DATE APPROVED:
APPROVED BY:
CUSTOMER NAME:
ETOX PRESSOTECHNIK ---- ----Sheet1 of 1
----TZ 08.526401.A.001NameDateSAP Revision #Index
Drawing #0.500 Pro-Engineer CAD-System376.32 lbsFORD_BS_SUB_10mm5245029+Version
Description1Revision WeightSAP #Drawing Scale-Checked by
-- Part Dimensions(WxDxH)Alternative-Detailed bySurfaceFinish-- Design-Designed by
Heat TreatmentMaterialStatus13.11.14Date
TOX PRESSOTECHNIK L.L.C.
UNLESS OTHERWISE SPECIFIED:ALL DIMENSIONS ARE IN INCHESREMOVE ALL BURRS AND CORNERSSURFACE FINISH MIN. 125 RMS.XX #.01" .XXX #.005" .XXXX #.0005"FRACTIONAL #1/32 ANGLE #1/2$
THIS DRAWING IS OUR EXCLUSIVE PROPERTY. WITHOUT OUR CONSENTTHIS DRAWING MAY NOT BE REPRODUCED OR GIVEN TO THIRD PARTY.
US_0052022 TZ 08.526401.A.001 FORD_BS_SUB_10mm 524502
BILL OF MATERIALS
INDEX QTY TYPE PART NAME PART NUMBER /DRAWING NUMBER DESCRIPTION_EN SAP
1 1 ASM DE_0149558 - housing 100 x 160 x 80 Alu 1737092 1 ASM DE_0168904 SPP 00.03.02.01.02 installation compl. 5156313 1 ASM US_0049009 SP 02.02.000-001 SPRAY_SYSTEM_MOUNT 5161934 1 ASM US_0050442 CMR TOX 43.25.001 10mm_URETHANE_STRIPPER 5343475 1 ASM US_0058566 CSRS 040.10.120.110.90 CSRS_40_HEAVY_DUTY_ERROR_PROOF 5642816 1 ASM US_0059031 TZ 08N01A150E02T10.002-001 C-BOW (ASM) 5315287 1 PRT DE_0106996 EPMR 100.034.100.000 ElectricPowerModule (dummy) 385974 8 1 PRT US_0052170 CSRS 040.10.120.075.90-004 PUNCH_RECEIVER_ADAPTER 534315
COLOR: SAFETY ORANGE ROBOT: 100-11 JOINT #1499 7K100-01-L, 7K100-01-R7K100-02-L, 7K100-02-R7K300-01-L, 7K300-01-R7K300-02-L, 7K300-02-R CABLE TO CONTROL BOX: 6m STANDARD VALUES VOLUME = 3.4458996e+03 INCH^3SURFACE AREA = 8.1582556e+03 INCH^2AVERAGE DENSITY = 1.0842913e-01 POUND / INCH^3MASS = 3.7363591e+02 POUND CENTER OF GRAVITY with respect to coordinate frame:X Y Z 2.8199440e+00 -4.4580491e-02 1.2501098e+01 INCH INERTIA with respect to coordinate frame: (POUND * INCH^2) INERTIA TENSOR:Ixx Ixy Ixz 7.0156419e+04 8.8009992e+01 -2.3740989e+04Iyx Iyy Iyz 8.8009992e+01 1.2435726e+05 1.8521627e+02Izx Izy Izz -2.3740989e+04 1.8521627e+02 5.5287763e+04 INERTIA at CENTER OF GRAVITYwith respect to coordinate frame: (POUND * INCH^2) INERTIA TENSOR:Ixx Ixy Ixz 1.1764807e+04 4.1038545e+01 -1.0569428e+04Iyx Iyy Iyz 4.1038545e+01 6.2995204e+04 -2.3012926e+01Izx Izy Izz -1.0569428e+04 -2.3012926e+01 5.2315836e+04 PRINCIPAL MOMENTS OF INERTIA: (POUND * INCH^2)I1 I2 I3 9.1752759e+03 5.4905217e+04 6.2995354e+04 ROTATION MATRIX from orientation to PRINCIPAL AXES: 0.97127 -0.23796 -0.00157 -0.00064 0.00397 -0.99999 0.23796 0.97127 0.00370 ROTATION ANGLES from orientation to PRINCIPAL AXES (degrees):angles about x y z 89.788 -0.090 13.766 RADII OF GYRATION with respect to PRINCIPAL AXES:R1 R2 R3 4.9554747e+00 1.2122229e+01 1.2984641e+01 INCH -------------------------------------------------------------- METRIC VALUES VOLUME = 5.6468178e-02 M^3SURFACE AREA = 5.2633802e+00 M^2AVERAGE DENSITY = 3.0013081e+03 KILOGRAM / M^3MASS = 1.6947840e+02 KILOGRAM CENTER OF GRAVITY with respect to coordinate frame:X Y Z 7.1626578e-02 -1.1323445e-03 3.1752790e-01 M INERTIA with respect to coordinate frame: (KILOGRAM * M^2) INERTIA TENSOR:Ixx Ixy Ixz 2.0530550e+01 2.5755214e-02 -6.9475549e+00Iyx Iyy Iyz 2.5755214e-02 3.6391865e+01 5.4201626e-02Izx Izy Izz -6.9475549e+00 5.4201626e-02 1.6179392e+01 INERTIA at CENTER OF GRAVITYwith respect to coordinate frame: (KILOGRAM * M^2) INERTIA TENSOR:Ixx Ixy Ixz 3.4428490e+00 1.2009506e-02 -3.0930337e+00Iyx Iyy Iyz 1.2009506e-02 1.8434895e+01 -6.7344947e-03Izx Izy Izz -3.0930337e+00 -6.7344947e-03 1.5309688e+01 PRINCIPAL MOMENTS OF INERTIA: (KILOGRAM * M^2)I1 I2 I3 2.6850496e+00 1.6067444e+01 1.8434939e+01 ROTATION MATRIX from orientation to PRINCIPAL AXES: 0.97127 -0.23796 -0.00157 -0.00064 0.00397 -0.99999 0.23796 0.97127 0.00370 ROTATION ANGLES from orientation to PRINCIPAL AXES (degrees):angles about x y z 89.788 -0.090 13.766 RADII OF GYRATION with respect to PRINCIPAL AXES:R1 R2 R3 1.2586906e-01 3.0790463e-01 3.2980989e-01 M
SCALE 0.250
SECTION A-A
TAP M12x1.75 THRU (4x)
TAP M12x1.75 0.98 (4x)
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