TPS100-DR24Pro - TPS030-130W Pro Series Din Rail Power Supply

The TPS100-DR24Pro is a 100W high-reliability power supply within the TPS030-130W Pro Series din rail power supply, offering 30W/70W/100W/130W din rail power supply options for diverse industrial needs. As a convection cooled din rail power supply, it operates silently without fans, ensuring stable performance in environments like building automation and medical equipment. With IP30 double insulation, it meets safety requirements for industrial and residential setups, while a 5-year warranty guarantees long-term reliability.

Featuring a 90-264VAC/120-370VDC input range, it adapts to global power grids, delivering a 24-28V output (part of 12-15V/24-28V output din rail supply options) with 93% efficiency under convection cooling. Comprehensive protections (overload, overvoltage, overtemperature) safeguard devices, making it ideal for building automation control and medical equipment applications.

Certified CE RoHS and compliant with safety standards (EN60601-1 for medical), it mounts effortlessly on DIN RAIL TS 35/7.5/15 vertical tracks. Operates at -20°C~+50°C (derating to 70°C), ensuring durability in harsh conditions.

Key Features

• Series Versatility: Part of TPS030-130W Pro Series, offering 30W/70W/100W/130W din rail power supply scalability.
• Convection Cooling: Fanless design for maintenance-free operation in noise-sensitive settings.
• IP30 Safety: Double insulation protects against dust and accidental contact, meeting industrial safety norms.
• 93% Efficiency: Reduces energy costs with high efficiency at full load (230VAC).
• Wide Input/Output: 90-264VAC/120-370VDC input + 24-28V adjustable output for flexible device compatibility.
• 5-Year Warranty: Backed by TPS’s reliability promise for worry-free operation.
• Certifications: CE RoHS, EN60601-1 (medical), and DIN RAIL TS 35 mounting for global compliance.
• Applications: Ideal for building automation control, medical equipment, and LED lighting systems.
• Temperature Range: Operates from -20°C~+50°C (derating to 70°C) for harsh environment resilience.