LW26GS 125/2 Two-pole universal conversion switch for power supply systems Key features - Model: LW26GS 125/2 - Type: two-pole universal conversion switch - Voltage and current rating: 690 V, 125 A - Operation: on off on combination; main hanging lock panel roller switch - Application: designed for use in power supply systems as a key component to control electrical circuits - Configuration: enables a two-pole switch function with a three-position (on-off-on) arrangement Benefits and why you need it - Reliable control of electrical circuits in power distribution and equipment control panels - Suitable for high voltage applications up to 690 V and current up to 125 A, providing strong performance in medium/high power systems - Simple integration into panel assemblies with a main hanging lock panel roller switch configuration - Versatile for use in a variety of power supply system layouts due to its universal conversion switch design Attributes to note - Function: provides essential on/off control of electrical circuits within power supply systems - Compatibility: rated for 690 V and 125 A - Design: two-pole configuration suitable for panel mounted installations - Performance: robust switching capability for reliable operation in industrial and commercial settings 2-3 practical use scenarios - Industrial power distribution panel: serves as the main switch to control feeders and protect downstream equipment in a facility power system - Equipment control in manufacturing: used in control cabinets to start and stop critical machinery and processes with a secure, three-position on-off-on arrangement - Power routing in electrical cabinets: acts as a versatile switch for selecting and routing power within complex panel layouts in utilities, plants, or large installations Note - The description remains consistent with the original model LW26GS 125/2, its two-pole universal conversion design, 690 V / 125 A ratings, and the on-off-on main hanging lock panel roller switch configuration for use in power supply systems and electrical circuit control.