2005 E-ONE TYPHOON Recalls (2)
- Campaign:
- 06V171000 on 05/18/2006
- Component:
- Engine and engine cooling:engine:diesel
- Manufactured:
- 11/16/2005 - 04/05/2006
- Affected:
- 79
- Defect:
- On certain emergency vehicles equipped with cummins isl cm850 diesel engines, the connecting rods which transfer energy from the piston to the crankshaft are defective and can result in seizure of the piston pin. a piston pin seizure can result in a mission-disabling engine failure.
- Consequence:
- This condition could ultimately result in a loss of vehicle power (engine stall) increasing the risk of a crash.
- Correction:
- Dealers are working with cummins to replace the connecting rods free of charge. owners may contact e-one at 352-237-1122 or cummins at 1-800-diesels.
- Notes:
- Customers may also contact the national highway traffic safety administration's vehicle safety hotline at 1-888-327-4236 (tty 1-800-424-9153), or go to http://www.safercar.gov.
- Campaign:
- 18V056000 on 01/18/2018
- Component:
- Electrical system
- Manufactured:
- 12/31/2004 - 12/30/2010
- Affected:
- 196
- Defect:
- E-one incorporated (e-one) is recalling certain 2005-2010 e-one typhoon, cyclone ii, x-036, cyclone iii, spgl, spbe, flm2, f550, i440, and i740 emergency vehicles, equipped with an iota 50 amp transfer switch. electrical connections at the transfer switch may loosen and cause excessive heat.
- Consequence:
- The excessive heat can increase the risk of a fire.
- Correction:
- E-one will notify owners, and dealers will replace the iota transfer switch with a powermax switch, free of charge. the recall began on february 19, 2018. owners may contact e-one customer service at 1-352-861-3612.
- Notes:
- Owners may also contact the national highway traffic safety administration vehicle safety hotline at 1-888-327-4236 (tty 1-800-424-9153), or go to www.safercar.gov.
2005 E-ONE TYPHOON TSB
- Bulletin:
- 2016-0893
- Component:
- 350000 equipment
- Summary:
- E-one vehicles are designed with electrical circuit protection (e.g. fuses), to provide overcurrent protection during short-circuit conditions or malfunction of components. fuses are sometimes shared amongst different circuits. for example,
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