Disconnect switch LBS 1000 3P 004661455

Reliable isolating switch for demanding applications

The LBS 1000 3P disconnecting switch is a solid and proven solution for safely disconnecting electrical circuits. Designed for use in both industry and commercial construction, it provides reliable operation and high resistance to working conditions. The device's design allows switching operations under load, guaranteeing a safe insulating break.

Wide application and compliance with standards

The device is perfect for 415 V AC networks and direct current (DC) circuits. It has been designed, tested and certified in accordance with IEC 60947-3, which confirms its high quality and safety of use. The possibility of mounting on a plate, in distribution boards and on a 4-hole panel provides installation flexibility. The device is intended to perform the functions of a main, safety and maintenance disconnecting switch.

Key features and benefits

• High rated current: 1000 A allows the use of the disconnecting switch in circuits with high power consumption.
• Three-pole design: provides comprehensive protection for the entire circuit.
• Rated operating power for AC-23, 400 V: up to 560 kW – an ideal solution for demanding industrial applications.
• Safety of use: double insulation break and contact position indicator increase work safety.
• Locking option: the possibility of using a padlock protects against unauthorized switching.
• Installation flexibility: the possibility of mounting on a plate, in distribution boards and on a 4-hole panel facilitates installation in various configurations.
• Expandability: compatible with LBS-PS11 and LBS-2PS11 auxiliary contacts, as well as LBS-TS terminal covers.
• Durable construction: The permanently mounted device ensures long-term and reliable operation.

Additional information: Disconnectors are sold without a handle - you need to select the appropriate model from the accessories (single handle up to 630A or double-sided from 800A). The device status indicator clearly defines the state of the main contacts. The change of contact state precedes the change of state of the main device paths when switching from position I to 0.