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- Schneider Electric LC1G5004KUEN TeSys Giga Contactor 4P 4NO AC-1 700 A 100-250 V AC/DC V AC/DC Coil Contactor Schneider Electric LC1G5004KUEN TeSys Giga Contactor 4P 4NO AC-1 700 A 100-250 V AC/DC V AC/DC Coil Contactor
Schneider Electric LC1G5004KUEN TeSys Giga Contactor 4P 4NO AC-1 700 A 100-250 V AC/DC V AC/DC Coil Contactor
Schneider Electric LC1G5004KUEN TeSys Giga Contactor 4P 4NO AC-1 700 A 100-250 V AC/DC V AC/DC Coil Contactor
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- Description
The Schneider Electric LC1G5004KUEN is a 4-pole TeSys Giga contactor rated 700 A AC-1 at up to 440 V, for heavy resistive and power-switching duty such as heater banks, capacitor banks or bypass circuits. It runs on a 100-250 V AC/DC wide-band electronic coil matched to standard 110/230 V control transformers and ships with a 1 NO + 1 NC auxiliary block factory-fitted on the 225 x 185 mm Giga frame.
Technical Specifications
| Reference | LC1G5004KUEN |
| Brand | Schneider Electric |
| Range | TeSys Giga |
| Device short name | LC1G |
| Contactor application | Power switching (AC-1) |
| Poles | 4P (4 NO) |
| Rated operational voltage (Ue) | ≤ 1000 V AC 50/60 Hz / ≤ 460 V DC |
| Rated operational current (Ie, AC-1) | 700 A at < 40°C |
| Conventional free air thermal current (Ith) | 700 A at 40°C |
| Control circuit voltage (Uc) | 100-250 V AC/DC |
| Rated breaking capacity | 4600 A at 440 V |
| Rated short-time withstand (Icw) | 4.0 kA for 10 s |
| Associated fuse rating | 500 A aM at ≤ 440 V (motor) |
| Auxiliary contact | 1 NO + 1 NC |
| Coil technology | Built-in bidirectional peak limiting |
| Power circuit busbar | 32 x 10 mm |
| Mounting support | Plate |
| IP degree of protection | IP2X front face with shrouds (IEC 60529 / VDE 0106) |
| Ambient air temperature (operation) | -25...60°C |
| Dimensions (H x W x D) | 225 x 185 x 226 mm |
| Net weight | 8.3 kg |
| Operating altitude | 3000 m without derating |
Certifications & Standards
- CE
- UKCA
- CCC
- cULus
- EN/IEC 60947-4-1
Selection Notes
Rated 700 A AC-1, the LC1G5004KUEN is sized for power-switching and resistive duty — heater banks, capacitor banks, bus-tie and bypass circuits — rather than motor starting; the 4600 A breaking capacity and 4.0 kA 10 s short-time withstand are what matter for coordinating with an upstream breaker on this frame. It carries a 100-250 V AC/DC coil. Local contact-wear diagnosis (CWD) is read directly at the device; where the panel is inaccessible or centrally monitored, the LSEA electronic-coil variant of the same current frame adds remote diagnostics without changing the mechanical footprint.