Slide Switch with high current
SL-2-C
SL-2-C Slide Switches (High current)
Slide switch with high current 12A, 125VAC ; 6A 250VAC T105. Solder lug and PC thru-hole terminations for choice. This switch is perfect for Construction engineering equipment, Telecommunication, Medical equipment
Features
- High current in compact size
- Double pole
Specification
- Contact Rating: 12A 125 VAC ; 6A 250/VAC T105
- Electrical Life: 10,000 cycles
- Contact Resistance: 50 mΩ max. (initial)
- Insulation Resistance: 100 MΩ min.
- Dielectric Strength: Terminal-Enclosure 1,500VAC / Terminal-Polarities 500VAC
- Operating Temperature: -10°C to 105°C
Materials
- HOUSING: PA9T Black
- ACTUATOR & COVER: PA66 Black
- TERMINAL & LEVER: C2680 1/2H, silver plated
- Contact: Silver alloy
- Spring: SWP
- Slide button: PTFE
Product Drawings

Application
- Construction engineering equipment
- Telecommunication
- Medical equipment
- Instrumentation
- Youtube
- Files Download
How Can You Ensure Reliable Power Switching in Extreme Construction Equipment Environments?
Our SL-2-C slide switch is engineered for construction machinery with 12A 125VAC rating and -10°C to 105°C operating range, handling dust, vibration, and temperature extremes. With 1,500VAC dielectric strength and silver alloy contacts, it delivers fail-safe performance in excavators, cranes, and heavy equipment. Contact us to receive detailed specifications and samples tailored to your construction equipment power management requirements.
Certified to UL, ENEC, RoHS, and Lead-Free standards, the SL-2-C slide switch combines robust construction with superior electrical characteristics for critical industrial applications. With an electrical life of 10,000 cycles and PTFE slide button for smooth operation, this switch provides the durability and precision required by construction machinery manufacturers, medical device developers, and telecommunication equipment suppliers worldwide. The compact footprint maximizes design flexibility while the high current capacity eliminates the need for oversized components, making it the optimal choice for space-constrained applications demanding reliable high-power switching.






