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Job: oil Stop Job No. MARTIN CONSULTING GROUP. Inc. <br />Client: Oil Stop 19266 2204 PLAZA DRIVE, SUITE 130 <br />ROCKLIN. CALIFORNIA 95765 <br />Designed J.M. Date Page of 9161256.4816 FAX 9161302-4065 <br />Equipment Location: Air/Oil Room <br />Equipment Description: 1000 Gallon oil tank <br />Equip. Overall Dimensions: 8'-4" x 3'-7" x 4'-10" <br />Type of Anchor: 1/2" Dia x 2" embed <br />Hilti KB TZ <br />Anchoraae Information <br />y� x <br /># of Anchors: <br />8 <br />"a" Spacing: <br />42 <br />in <br />"b" Spacing: <br />104 <br />in <br />hcc: <br />29 <br />in hC9 <br />Wt of Unit: <br />8697 <br />lbs <br />Calculated Forces <br />1) Fp = <br />0.453 <br />Wp (includes Omega Factor) <br />4) CG of equipment coincides with CG of the restraints <br />Design Loads <br />Fp = 3935.4 lbs <br />Fy <br />Fx <br />Wp = 6776.7 lbs (Use 0.779 of DL) - 0.9DL-0.2Sds <br />Determine Overtumina (Tension: <br />a <br />Y -Y Direction TY = 0.0 lb/anch Ty = [(Fp * hcG) - Wp* b/2] / b / 2 anchors <br />X -X Direction Tx = 0.0 !blanch TX = [(Fp * hcc) - Wp* a/21 / a / 2 anchors <br />- Determine Compression <br />Y -Y Direction CY = 2243 Ib/anch Cy = [(FP * hCG) + WP * b/21 / b / 2 anchors <br />X -X Direction Cx 0 3052.8 lb/anch Cx = [(FP * hcc) + WR * a/2] / a / 2 anchors <br />