Svendborg Brakes Range Product Specifications
Open the catalog to page 1SVENDBORG BRAKES ALTRA INDUSTRIAL MOTION Since 1989, Svendborg Brakes has been recognized as a leading global expert in intelligent braking solutions for industrial applications. Extensive application knowledge, innovative design, fast prototyping and exhaustive testing ensures that customers get the most technically advanced, most durable and safest braking systems to meet their specific requirements. Svendborg offers a wide range of highly engineered products including hydraulic brakes and power units, thruster brakes, soft braking controls and couplings. Svendborg braking solutions are hard...
Open the catalog to page 2GLOBAL LEADING EXPERTS DISC BRAKES BSAK BSFG SPECIAL RANGE HYDRAULIC WIND RANGE
Open the catalog to page 3GLOBAL LEADING EXPERTS Disc Brake: BSFI 100 MONOspring Specification Name: DEB-0100-010-MS-MAR Date: 24.04.2012 Revision: F TECHNICAL DATA AND CALCULATION FUNDAMENTALS CALIPER TYPE PAD OPERATING BALANCING PRESSURE 3) PRESSURE 1) SURFACE MIN PRESSURE 4) MIN BSFI 105 BSFI 110 BSFI 115 BSFI 120 BSFI 125 BSFI 130 All figures are based on 1 mm air gap (total) Braking force is based on a min clamping force, nominal coefficient of friction μ = 0.4 and 2 brake surfaces. 3) The operating pressure is the minimum needed for operating the brake 4) Pad pressure for organic / sintered pads respectively (based...
Open the catalog to page 4GLOBAL LEADING EXPERTS Disc brake: BSFI 100 MONOspring Specification BRAKING TORQUE The braking torque MB is calculated from following formula where: a is the number of brakes acting on the disc FB is the braking force according to table above [N] or calculated from formula DO is the brake disc outer diameter [m] The actual braking torque may vary depending on adjustment of brake and friction coefficient. CALCULATION FUNDAMENTALS MONOSPRING Weight of caliper without bracket: Approx. 7 kg Overall dimensions: 131 x 129 x 147 mm Pad width (width for heat calculation): 56 mm (organic) 53 mm (sintered)...
Open the catalog to page 5GLOBAL LEADING EXPERTS Disc Brake: BSFI 200 DUALspring - HIGH pressure Specification Name: DEB-0200-004-DS-MAR Date: 24.01.2012 Revision: C High pressure (option 400) TECHNICAL DATA AND CALCULATION FUNDAMENTALS CALIPER TYPE PAD OPERATING BALANCING PRESSURE 3) PRESSURE 1) SURFACE MIN PRESSURE 4) MIN BSFI 2015) BSFI 202 BSFI 203 BSFI 204 BSFI 205 BSFI 206 BSFI 207 BSFI 208 BSFI 209 BSFI 210 BSFI 211 BSFI 212 All figures are based on 1 mm air gap (each side) Braking force is based on a min clamping force, nominal coefficient of friction μ = 0.4 and 2 brake surfaces. 3) The operating pressure is...
Open the catalog to page 6GLOBAL LEADING EXPERTS Disc Brake: BSFI 200 DUALspring - HIGH pressure Specification BRAKING TORQUE The braking torque MB is calculated from following formula where: a is the number of brakes acting on the disc FB is the braking force according to table above [N] or calculated from formula DO is the brake disc outer diameter [m] The actual braking torque may vary depending on adjustment of brake and friction coefficient. CALCULATION FUNDAMENTALS Weight of caliper without bracket: Approx. 19 kg Overall dimensions: 195 x 220 x 260 mm Pad width: 70 mm Pad area: (organic) 8,000 mm2 (*) Max. wear...
Open the catalog to page 7GLOBAL LEADING EXPERTS Disc Brake: BSFI 200 MONOspring - HIGH pressure Specification Name: DEB-0200-004-MS-MAR Date: 24.01.2012 Revision: C High pressure (option 400) TECHNICAL DATA AND CALCULATION FUNDAMENTALS CALIPER TYPE PAD OPERATING BALANCING PRESSURE 3) PRESSURE 1) SURFACE MIN PRESSURE 4) MIN BSFI 2015) BSFI 202 BSFI 203 BSFI 204 BSFI 205 BSFI 206 BSFI 207 BSFI 208 BSFI 209 BSFI 210 BSFI 211 BSFI 212 All figures are based on 1 mm air gap (total) Braking force is based on a min clamping force, nominal coefficient of friction μ = 0.4 and 2 brake surfaces. 3) The operating pressure is the...
Open the catalog to page 8GLOBAL LEADING EXPERTS Disc Brake: BSFI 200 MONOspring - HIGH pressure Specification BRAKING TORQUE The braking torque MB is calculated from following formula where: a is the number of brakes acting on the disc FB is the braking force according to table above [N] or calculated from formula DO is the brake disc outer diameter [m] The actual braking torque may vary depending on adjustment of brake and friction coefficient. CALCULATION FUNDAMENTALS Weight of caliper without bracket: Approx. 19 kg Overall dimensions: 240 x 180 x 190 mm Pad width: 70 mm Pad area: (organic) 8,000 mm2 (*) Max. wear...
Open the catalog to page 9GLOBAL LEADING EXPERTS Disc Brake: BSFI 200 DUALspring - low pressure Specification Name: DEB-0200-004-DS-MAR Date: 24.01.2012 Revision: C TECHNICAL DATA AND CALCULATION FUNDAMENTALS CALIPER TYPE PAD OPERATING BALANCING PRESSURE 3) PRESSURE 1) SURFACE MIN PRESSURE 4) MIN BSFI 202 BSFI 203 BSFI 204 BSFI 205 BSFI 206 BSFI 207 BSFI 208 BSFI 209 BSFI 210 BSFI 211 BSFI 212 BSFI 213 All figures are based on 1 mm air gap (each side) Braking force is based on a min clamping force, nominal coefficient of friction μ = 0.4 and 2 brake surfaces. 3) The operating pressure is the minimum needed for operating...
Open the catalog to page 10GLOBAL LEADING EXPERTS Disc Brake: BSFI 200 DUALspring - low pressure Specification BRAKING TORQUE The braking torque MB is calculated from following formula where: a is the number of brakes acting on the disc FB is the braking force according to table above [N] or calculated from formula DO is the brake disc outer diameter [m] The actual braking torque may vary depending on adjustment of brake and friction coefficient. CALCULATION FUNDAMENTALS Weight of caliper without bracket: Approx. 19 kg Overall dimensions: 195 x 220 x 260 mm Pad width: 70 mm Pad area: (organic) 8,000 mm2 (*) Max. wear of...
Open the catalog to page 11GLOBAL LEADING EXPERTS Disc Brake: BSFI 200 MONOspring - low pressure Specification Name: DEB-0200-004-MS-MAR Date: 24.01.2012 Revision: C TECHNICAL DATA AND CALCULATION FUNDAMENTALS CALIPER TYPE PAD OPERATING BALANCING PRESSURE 3) PRESSURE 1) SURFACE MIN PRESSURE 4) MIN BSFI 202 BSFI 203 BSFI 204 BSFI 205 BSFI 206 BSFI 207 BSFI 208 BSFI 209 BSFI 210 BSFI 211 BSFI 212 BSFI 213 All figures are based on 1 mm air gap (total) Braking force is based on a min clamping force, nominal coefficient of friction μ = 0.4 and 2 brake surfaces. 3) The operating pressure is the minimum needed for operating the...
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