Speedorange™ Induction Bolt Heating
Speedorange™ is the fastest, safest, most efficient bolt heating system available in the world. It is specially designed to remove bolts from turbine casings ranging in size from 1" to 16" in diameter. Our customers have been astonished with the results. See the benefit for yourself. Avoid lengthy outages by scheduling Speedorange™ for your next scheduled-or unscheduled- maintenance. Read our case studies »
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Speedorange™ Induction Bolt Heating
Speedorange™ is the fastest, safest, most efficient bolt heating system available in the world. It is specially designed to remove bolts from turbine casings ranging in size from 1" to 16" in diameter. Our customers have been astonished with the results. See the benefit for yourself. Avoid lengthy outages by scheduling Speedorange™ for your next scheduled-or unscheduled- maintenance. Read our case studies »
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We take over
36 M150X8 and 24 M120X6. The customer was not able to disassemble the M150 bolts with traditional electrical resistance. Speedorange™ Team successfully disassembled all nuts required for maintenance while electrical resistance heating could not.
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Size: no obstacle
For over 24hrs electrical resistance had no effect on M400 studs that measured 16" diameter/2500mm total length. Speedorange™ finished them in 1 hour each with inductors specially designed for this application.
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Saved 6.5 days
5 Screw Sizes: M30, M42, M48, M52, M56. Total of 120 nuts. Powerplant used electrical resistance heating in the past, which usually took 10 days of downtime. Speedorange™ team was able to finish in ONLY THREE AND HALF DAYS. A time savings of 6.5 days!
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Done in minutes
36 M52 and 10 M36 bolts. With electrical resistance bolt heating, the customer had to wait 1 day for heating and followed by a long cooling period. Speedorange™ Team finished each bolt in only FOUR MINUTES for each M52 and THREE MINUTES per M36.
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5hrs vs. 2 days
48 M85, cap nuts on joint level, 5 man holes on each side (total of bolts) and 32 M60. Electrical resistance usually took about two days for disassembly for most bolts. Disassembly was completed in 5 hours vs. two days with previous method.
