AC-Inrush Current Limiter Slim Series - TPS-ICL-1P-12A & TPS-ICL-1P-16A

The AC-Inrush Current Limiter Slim Series includes the TPS-ICL-1P-12A inrush current limiter and TPS-ICL-1P-16A AC limiter, designed as DIN-Rail slim inrush current limiters for inductive and capacitive loads. These devices feature an integrated bypass relais, setting them apart from simple NTC solutions. With a limiting peak current of 45A for 100-500ms, they effectively provide inrush current protection for various systems. Operating at 230VAC (within the 207-253VAC range), they are suitable for 12A and 16A AC current requirements. Certified with CE and RoHS, these IP20 inrush current limiters come with screw terminals compatible with 16-12 AWG (1.3-3.3mm) wires. Key applications include switching mode power supply (SPS) limiter use, power factor correction (PFC) systems, AC power sides, large rectifier current protection, and diode bridge protection, making them reliable inrush current protection devices .

Key Features

• Integrated Bypass Relais: The Integrated bypass relais current limiter design ensures superior performance compared to simple NTC solutions, enhancing reliability in operation .
• Peak Current Limitation: As a 45A peak current limiter, it restricts peak current to 45A for 100-500ms, effectively protecting circuits from excessive inrush .
• Versatile Load Compatibility: Specifically engineered as an inductive capacitive loads limiter, suitable for both inductive and capacitive load types .
• DIN-Rail Mounting: This DIN-Rail slim inrush current limiter is designed for easy mounting on DIN RAIL TS 35/7.5 or TS 35/15, ensuring convenient installation .
• Electrical Specifications: The 230VAC inrush current limiter operates within 207-253VAC, 47-63Hz, with 12A and 16A AC current ratings, fitting various system requirements .
• Certifications: Compliant with CE and RoHS, this CE RoHS current limiter meets international safety and environmental standards .
• Protective Features: Helps protect against unintended fuse release, allows smaller and faster circuit breakers, and enables reduction of cabling sections .