Repeatable, fast and easy installation
Highly expandable and flexible
Superior Flame Protection during exposure to +1000°C x >30 minutes
Dielectric protection > 2.0kV Post Flame
Non-flammable
FUNCTIONS:
FyreJacket® 1650 sleeve is a highly expandable fiberglass structure with engineered silicone coating, providing superior flame protection and dielectric resistance. Product is specifically designed as anti-propagation protection in case of Thermal Runaway within EV battery pack.
The inherent elasticity of FyreJacket 1650 delivers a sleeve solution with easy installation and superior fit on complex busbar geometries. FyreJacket 1650’s ability to contour along with the busbar geometry minimizes space required for Thermal Runaway protection. Space savings is very valuable within battery pack.
FyreJacket 1650 provides the highest level of protection from Thermal Runaway along with repeatable, reliable and fast installation times. This superior product gives the end user confidence the best solution is in use.
• Protects busbars from Thermal Runaway
• Busbars located within EV battery pack
• Busbar outside EV battery pack
• Rigid busbars
• Flexible busbars
Commercial Part Number | Nominal Diameter (mm) |
---|---|
FyreJacket 1650 8 | 8 |
FyreJacket 1650 10 | 10 |
FyreJacket 1650 12 | 12 |
FyreJacket 1650 14 | 14 |
FyreJacket 1650 16 | 16 |
Color: Orange
Application based variables will influence the sleeve size required. Routing geometry and application type may present installation and fit challenges that should be considered. Proper sleeve sizing should be confirmed by the end user. Please consult your local sales representative for recommendations and support.
There are no installation guides available at this time. Please contact your sales representative or distribution team for further support.
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Property | Test Method | Result |
---|---|---|
Thermal Runaway | SP Internal Test Method | Resists 30 min x 1000°C Flame |
Flammability | SAE J369 | Self-extinguishing |
Dielectric Strength PRE Thermal Runaway (AC and DC) | EN6059-501 | >5.0 kV Breakdown Voltage |
Dielectric Strength POST Thermal Runaway | SP Internal Test Method + EN6059-501 | 3.0kV x 1 min No Breakthrough |
Wall Thickness | SP Internal Test Method | < 2.0mm |