Robust design and high grade materials meet the stringent demands of today's service professional. Copper alloy conductors ensure superior electrical conductivity with low resistive losses. Our parts are 100% tested to verify both mechanical and electrical switching performance. Decades of industry leading research and development focused on meeting the technician's needs. As a global manufacturer of original equipment ignition products, we maintain complete quality control throughout the manufacturing process from componentry to finished product.
| Connector Gender | Female |
| Number of Switch Positions | 2 |
| Switch Mounting Type | Snap Fit |
| Terminal Gender | Male |
| Terminal Quantity | 5 |
| Terminal Type | 5 Blade Terminals |
| Voltage | 12 |
Standard Motor Products
Robust design and high grade materials meet the stringent demands of today's service professional. Copper alloy conductors ensure superior electrical conductivity with low resistive losses. Our parts...
Standard Motor Products
Robust design and high grade materials meet the stringent demands of today's service professional. Copper alloy conductors ensure superior electrical conductivity with low resistive losses. Our parts...
Standard Motor Products
Robust design and high grade materials meet the stringent demands of today's service professional. Copper alloy conductors ensure superior electrical conductivity with low resistive losses. Our parts...
Standard Motor Products
Robust design and high grade materials meet the stringent demands of today's service professional. Copper alloy conductors ensure superior electrical conductivity with low resistive losses. Our parts...
Standard Motor Products
Robust design and high grade materials meet the stringent demands of today's service professional. Copper alloy conductors ensure superior electrical conductivity with low resistive losses. Our parts...
Standard Motor Products
Direct-fit OE-replacement switch effectively restores power window switch function. Copper alloy conductors ensure superior electrical conductivity with low resistive losses. Robust design and...
