- Induction Shrink fitting impeller blades to shaft Type:
Class: Induction Shrink FittingIntro: Shrink fitting impeller blades to shaft Objective Heat aluminum impeller blades to 200 F (93 C) and shrink fit onto a shaft.Material Aluminum impeller blades with a .28” (7.109mm) bore, aluminum shaftTemperature 200 F (93 C)Frequency 255 kHzEquipment…
- Induction Shrink fitting pulley to insert bearing Type:
Class: Induction Shrink FittingIntro: Shrink fitting pulley to insert bearing Objective Heat aluminum pulley for insertion of an inner bearing for the automotive industryMaterial Aluminum pulley 2.3” (60mm) OD x 1.6” (40mm) ID x 1” (27mm) high and inner bearing 0.7” (17.8mm) high x 1.…
- Induction Shrink fitting wrist pin into connecting rod Type:
Class: Induction Shrink FittingIntro: Shrink fitting wrist pin into connecting rod Objective Assemble connecting rods with a more accurate control of the heatMaterial Rod has an OD of .9125” (23.18mm), knuckle has an ID of .9125” (23.18mm) with an interference of .0001” (.0025mm). Knuc…
- Induction Shrink Fit Camshaft Gear Type:
Class: Induction Shrink FittingIntro: Shrink Fit Camshaft Gear Objective: Heating a camshaft gear with a bore size of 1.630 to shrink fit over a steel shaft that has a diameter of 1.632. A temperature of 5000F is required for the gear to expand 0.002 in order to slip over the shaft. Produ…
- Induction Shrink Fitting Cam Shaft Gears Type:
Class: Induction Shrink FittingIntro: Shrink Fitting Cam Shaft Gears Objective To heat aluminum and steel camshaft gears to over 500F within 4 minutes for a shrink fitting application.Material 6” diameter, 2” thick steel and aluminum camshaft gears, “K” type thermocouple, digital ther…
- Induction Shrink fit steel ring Type:
Class: Induction Shrink FittingIntro: Shrink fit steel ring Objective Heating a steel band to 1000 F (538 C) and inserting a carbon graphite ring in the center of the steel bandMaterial 4340 steel ring 8” (20.3cm) OD x 7.75” (19.7cm) ID, .895” (22.7mm) thick, carbon graphite ring inser…
- Induction Shrink Fit Bearings Type:
Class: Induction Shrink FittingIntro: Shrink Fit Bearings Objective To heat a roller bearing assembly for a shrink fitting applicationMaterial Steel bearings, diameters 1” to 3.5” (25.4 to 89mm)Temperature 300F (150C)Frequency 60 kHzEquipment Power of 25kW solid-state induction power su…
- Induction Shrink Fit Steel Flange Type:
Class: Induction Shrink FittingIntro: Shrink Fit Steel Flange Objective To heat steel flange for heat shrink application. Reaching the desired temperature results in adequate expansion to allow for placing of the flange over a graphite seal.Material Graphite seal 1” (25.4mm) diameter ste…
- Induction Shrink Fit Steel Tube Type:
Class: Induction Shrink FittingIntro: Shrink Fit Steel Tube Objective Heating a steel tube to 500-1000F for a shrink-fitting application. Determine expansion (growth) of ID at varying temperatures.Material Steel tubes 7” OD x 4.75” ID x 5” heat zone Type ‘K’ thermocouple to measure t…
- Induction Shrink Fitting Type:
Class: Induction Shrink FittingIntro: Induction shrink fitting refers to the use of induction heater technology to pre-heat metal components between 150 C (302 F) and 300 C (572 F) thereby causing them to expand and allow for the insertion or removal of another component.Typically the lower t
Induction Shrink fitting wrist pin into connecting rod
Induction Shrink fitting pulley to insert bearing
Induction Shrink fitting impeller blades to shaft
induction shrink fitting motor (stator or rotor)
induction shrink fitting aluminum motor frames to 350 celsius degree in 50 seconds by 60KW machine
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