Schneider Electric LC1D95F7 IEC Contactor – 3 Pole – 95A – 110V AC Coil – TeSys D Series – Heavy Duty Motor Contactor – DIN Rail/Panel Mount

The Schneider Electric LC1D95F7 is a high-capacity 3-phase IEC-rated magnetic contactor from the TeSys D series, designed for heavy industrial motor control and power switching applications. It is commonly used in large motors, HVAC systems, compressors, pumps, and industrial automation panels where high current handling and reliable switching performance are required.

Electrical Ratings

• Contact Current Rating (AC-3): 95 A
• AC-1 Rated Current: 125 A
• Control Coil Voltage: 110 V AC (50/60 Hz)
• Voltage Rating: up to 690 V AC
• Motor Power Rating:
  • 30 HP at 230 V (3-phase)
  • 60 HP at 460 V (3-phase)
• Frequency: 50/60 Hz
• Utilization Category: AC-3 / AC-1
• Application Type: Heavy-duty motor switching

Configuration and Function

• Device Type: IEC Magnetic Contactor
• Series: TeSys D (LC1D Series)
• Poles: 3 Pole
• Main Contacts: 3 NO (Normally Open)
• Auxiliary Contacts: 1 NO + 1 NC (built-in)
• Primary Function: Motor control and load switching
• Operation: Electromagnetic coil-driven switching
• Action: Non-reversing contactor

Mechanical and Physical Characteristics

• Mounting Type: DIN Rail / Panel Mount
• Terminal Type: Screw clamp terminals
• High-capacity industrial TeSys D frame design
• Designed for integration with overload relays
• Robust construction for heavy-duty applications
• Compact industrial enclosure design

Standards and Certifications

• IEC / UL / CSA compliant
• Designed for global industrial control systems
• Manufacturer: Schneider Electric / Square D
• Series: TeSys D (LC1D)

Features

• Very high 95A AC-3 motor switching capacity
• 110V AC control coil for industrial control systems
• Suitable for large motors up to 60 HP at 460V
• Built-in 1NO + 1NC auxiliary contacts for control circuits
• Designed for harsh industrial environments
• Compatible with thermal overload relays for full motor protection
• DIN rail or panel mounting flexibility
• High electrical and mechanical endurance
• Reliable TeSys D construction for heavy-duty industrial use