Accuracy Brand Products, Inc. Sof' Shoe Shim Can Solve Your Angular Soft Foot Alignment Problems!
Slide 2Precision Brand Products, Inc. Sof' Shoe Shim Can Solve Your Angular Soft Foot Alignment Problems!
Slide 3Ordinary/Parallel Soft Foot
Slide 4Even crevice between the foot and base. Customary/Parallel Soft Foot
Slide 5All four corners of the foot are on a similar plane Ordinary/Parallel Soft Foot Even crevice between the foot and base.
Slide 6Angular Soft Foot
Slide 7Angular Soft Foot A condition that alludes to uneven or unpredictable holes between the foot and base.
Slide 8Shim Pack Poorly machined/sprung foot Angular Soft Foot A condition that alludes to uneven or sporadic crevices between the foot and base.
Slide 9Corroded as well as unpredictable base Angular Soft Foot A condition that alludes to uneven or sporadic holes between the foot and base. Shim Pack Poorly machined/sprung foot
Slide 10Angular Soft Foot A condition that alludes to uneven or sporadic crevices between the foot and base. Shim Pack Standard shim packs don't make up for Angular Soft Foot.
Slide 11Angular Soft Foot Robs Productivity, Shortens Motor Life, and Increases Maintenance Demands
Slide 12Driven machine, initially in arrangement, encounters shaft wobble when associated with shamefully adjusted engine. Rakish Soft Foot Robs Productivity, Shortens Motor Life, and Increases Maintenance Demands
Slide 13Improperly adjusted driver engine causes shaft wobble. Precise Soft Foot Robs Productivity, Shortens Motor Life, and Increases Maintenance Demands Driven machine, initially in arrangement, encounters shaft wobble when associated with despicably adjusted engine.
Slide 14Why is Angular Soft Foot so damaging?
Slide 15Why is Angular Soft Foot so damaging? Fixing an engine foot that has Angular Soft Foot drives the foot to reach the construct, making undesirable worries with respect to the engine lodging through the engine's leg. These burdens can mutilate the engine lodging and contort orientation, bowing the pole and creating shaft wobble.
Slide 16Motor Twist & Foot Movement Tightening an engine foot that has Angular Soft Foot drives the foot to reach the construct, making undesirable worries with respect to the engine lodging through the engine's leg. These burdens can misshape the engine lodging and contort heading, twisting the pole and bringing about shaft wobble.
Slide 17Motor Twist & Foot Movement Tightening an engine foot that has Angular Soft Foot constrains the foot to reach the construct, making undesirable worries in light of the engine lodging through the engine's leg. These anxieties can contort the engine lodging and curve course, twisting the pole and bringing about shaft wobble.
Slide 18Motor Twist & Foot Movement Tightening an engine foot that has Angular Soft Foot constrains the foot to reach the construct, making undesirable worries in light of the engine lodging through the engine's leg. These anxieties can twist the engine lodging and contort direction, bowing the pole and bringing about shaft wobble.
Slide 19Motor Twist & Foot Movement Tightening an engine foot that has Angular Soft Foot constrains the foot to reach the construct, making undesirable worries with respect to the engine lodging through the engine's leg. These anxieties can contort the engine lodging and wind orientation, twisting the pole and bringing about shaft wobble.
Slide 20Motor Twist & Foot Movement Tightening an engine foot that has Angular Soft Foot drives the foot to reach the construct, making undesirable worries with respect to the engine lodging through the engine's leg. These burdens can twist the engine lodging and curve orientation, bowing the pole and bringing on shaft wobble.
Slide 21Motor Twist & Foot Movement Tightening an engine foot that has Angular Soft Foot compels the foot to reach the construct, making undesirable worries in light of the engine lodging through the engine's leg. These anxieties can misshape the engine lodging and curve direction, bowing the pole and bringing about shaft wobble.
Slide 22Motor Twist & Foot Movement Tightening an engine foot that has Angular Soft Foot drives the foot to reach the construct, making undesirable worries with respect to the engine lodging through the engine's leg. These burdens can misshape the engine lodging and wind orientation, bowing the pole and bringing on shaft wobble.
Slide 23Motor Twist & Foot Movement Tightening an engine foot that has Angular Soft Foot constrains the foot to reach the construct, making undesirable worries in light of the engine lodging through the engine's leg. These anxieties can contort the engine lodging and wind course, twisting the pole and bringing about shaft wobble.
Slide 24Motor Twist & Foot Movement Tightening an engine foot that has Angular Soft Foot constrains the foot to reach the construct, making undesirable worries with respect to the engine lodging through the engine's leg. These burdens can contort the engine lodging and curve orientation, twisting the pole and bringing on shaft wobble.
Slide 25Angular Soft Foot will bring about:
Slide 26Angular Soft Foot will bring about: additional strain on the orientation and seals unconventionality of the engine air hole, decreasing efficiency and expanding heat abundance strain and wear on couplings Ultimately, the outcome will be untimely bearing disappointment and shorter engine life.
Slide 27How would you be able to perceive Angular Soft Foot?
Slide 28How would you be able to perceive Angular Soft Foot? Conflicting level ascent readings amid arrangement demonstrate Angular Soft Foot. Check the crevice under each side of the foot with sensor gage. On the off chance that the estimations are not the same, the engine may have an Angular Soft Foot condition.
Slide 29Have you ever "Wasted time"? Remedying for Soft Foot in light of conflicting dial or laser readings may quantify the spring of a foot
Slide 30Have you ever "Wasted time"? Redressing for Soft Foot in view of conflicting dial or laser readings may quantify the spring of a foot and not the genuine conventional, co-planar level ascent.
Slide 31Have you ever "Wasted time"? Adjusting for Soft Foot in light of conflicting dial or laser readings may quantify the spring of a foot and not the genuine normal, co-planar level ascent. Standard shimming basically lifts the issue
Slide 32Have you ever "Wasted time"? Rectifying for Soft Foot in view of conflicting dial or laser readings may gauge the spring of a foot and not the real customary, co-planar level ascent. Standard shimming just lifts the issue , prompting to a ceaseless reiteration of the procedure regularly called "wasting time".
Slide 33What are the customary cures for Angular Soft Foot? Step Shim (Labor serious and can shake free)
Slide 34What are the conventional cures for Angular Soft Foot? Step Shim (Labor serious and can shake free)
Slide 35Re-Machine (Costly and unfeasible for bigger engines and turbines) What are the customary cures for Angular Soft Foot? Step Shim (Labor serious and can shake free)
Slide 36Poured Epoxy (Significant downtime and lost generation) What are the customary cures for Angular Soft Foot? Step Shim (Labor escalated and can shake free) Re-Machine (Costly and unfeasible for bigger engines and turbines)
Slide 37Poured Epoxy (Significant downtime and lost creation) What are the conventional cures for Angular Soft Foot? Step Shim (Labor serious and can shake free) Re-Machine (Costly and unreasonable for bigger engines and turbines)
Slide 38Now, the most financially savvy and pragmatic answer for Angular Soft Foot is Sof' Shoe shim.
Slide 39Poorly machined sprung foot Corroded or potentially unpredictable base Shim Pack Now, the most financially savvy and functional answer for Angular Soft Foot is Sof' Shoe shim.
Slide 40Poorly machined sprung foot Corroded or potentially unpredictable base Shim Pack Sof' Shoe shim fills in any uneven holes between the foot and base
Slide 41How does Sof' Shoe shim work?
Slide 42How does Sof' Shoe shim work? It's made of an extraordinarily figured elastomer Cold streams and sets to fill any sporadic holes amongst foot and base Creates add up to surface get in touch with It is a "moment" step shim
Slide 43What makes Sof' Shoe shims so successful?
Slide 44What makes Sof' Shoe shims so successful? Special properties hold around half of it's adaptability permitting it to fit in with any shape Takes a lasting set following ten to fourteen days under standard jolt torque pressure Enables moment engine startup after arrangement Stable to 225 degrees Fahrenheit
Slide 45Sof' Shoe shim Catalog Products Two thicknesses .020"=Blue & .045=Yellow Four engine shim sizes 2", 3", 4" & 5"
Slide 46Two thicknesses .020"=Blue & .045=Yellow Four engine shim sizes 2", 3", 4" & 5" Sof' Shoe shim Catalog Products To connection to the Precision Brand Sof' Shoe shim index page click here .
Slide 47Precision Brand Products, Inc. 2250 Curtiss Street, Downers Grove, IL 60515 USA Phone: (630) 969-7200 (800) 535-3727 FAX: (630) 969-0310 E-Mail: precisionbrand@pbrand.com web: www.precisionbrand.com To download a Sof' Shoe handout click here
Slide 48Precision Brand Products, Inc. 2250 Curtiss Street, Downers Grove, IL 60515 USA Phone: (630) 969-7200 (800) 535-3727 FAX: (630) 969-0310 E-Mail: precisionbrand@pbrand.com web: www.precisionbrand.com To download a Sof' Shoe pamphlet click here
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