Flip on all four turn signals at once with the Standard Ignition Hazard Warning Switch HZS248, a direct-fit OE replacement for the 2008-2014 Scion xB (see the Buyer's Guide tab for engine details). This is the dash-mounted switch that closes the hazard-flasher circuit so every turn-signal lamp pulses together — the job it does whenever you need to warn traffic that you're stopped or slowing.
Key features:
- Copper alloy conductors: deliver superior electrical conductivity with low resistive losses.
- Direct-fit OE replacement: engineered for proper fit, form, and function to restore hazard-flasher operation and ease installation.
- Robust design & high-grade materials: chosen to meet the stringent demands placed on it by today's service professional.
- Global manufacturing: complete quality control is maintained throughout the production process.
If a worn or intermittent hazard switch is the cause of flashers that won't turn on, stay on, or shut off, this switch replaces the original component. Diagnose the flasher circuit before ordering to confirm the switch is at fault.
Interchange: HDS248 · SW9403 · HSW248 · 8433212530 · 8433212531
This part cross-references / interchanges with the following part numbers:
Frequently Asked Questions
What does this hazard warning switch do?
It's the dash switch that closes the hazard-flasher circuit so all four turn-signal lamps flash together to warn nearby traffic when you're stopped or slowing.
Will the HZS248 fit my vehicle?
It's a direct-fit OE replacement for the 2008-2014 Scion xB. Check the Buyer's Guide tab to confirm the exact application for your vehicle.
What numbers does this switch interchange with?
It cross-references HDS248, SW9403, HSW248, 8433212530, and 8433212531.
What are signs the hazard switch may need replacing?
Hazard lights that won't turn on, won't stay on, or won't shut off can point to a worn or intermittent switch. Diagnose the circuit first, since other causes are possible.
What are the conductors made of?
The switch uses copper alloy conductors for superior electrical conductivity with low resistive losses.
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