Electrical relay Schneider Electric ITL White 1, coil 110 V, AC input 250 V, 50–60 Hz, 18×60×84 mm

Schneider Electric ITL White 1 electrical relay with a 110 V coil is designed for switching AC circuits in control and automation systems. The relay supports an AC input voltage of 250 V at 50–60 Hz and is built in a compact housing with dimensions 18×60×84 mm, enabling installation in confined spaces such as control panels and automation cabinets.

Advantages

This relay offers a compact footprint and standardized mounting that help save panel space and simplify integration into existing switchgear. The 110 V coil provides reliable actuation for industrial control circuits while the rated 250 V AC input and 50–60 Hz compatibility make it suitable for common mains and control voltages. The solid construction and consistent electrical characteristics facilitate predictable switching performance in repetitive applications.

Suitable for

• Control panels and distribution boards in industrial environments
• Automation cabinets and machine control systems
• AC switching of lighting, heaters, and motors within rated limits
• Retrofit or replacement of space-limited relay modules

Key specifications

• Coil voltage: 110 V (designed for AC activation)
• Rated input voltage: 250 V AC
• Rated frequency: 50–60 Hz
• Dimensions (W×D×H): 18×60×84 mm

How to use

Mount the relay on the appropriate DIN rail or panel position according to the system layout, ensuring secure mechanical fixation. Connect the coil terminals to a 110 V control source and wire the switched contacts to the 250 V AC load circuit in accordance with the electrical schematic. Verify correct terminal identification and tighten connection screws to the manufacturer’s recommended torque. After wiring, perform an insulation and continuity check before energizing the control circuit.

Usage recommendations

For reliable long-term performance, install the relay in a clean, dry environment with adequate ventilation and within its rated voltage and frequency limits. Avoid exposure to excessive vibration, corrosive atmospheres, or temperatures outside the equipment’s specified range. Use appropriate protective devices (fuses, circuit breakers, and surge protection) on both coil and load circuits to prevent damage during electrical faults.