THERMALTAKE virtalähde - Toughpower TF1 1550W - TT Premium Edition - 80 PLUS Titanium modulaarinen

Toughpower TF1 1550W – TT Premium Edition
Designed for overclockers, user’s with high-end system demands, and more, the Toughpower TF1 Titanium 1550W delivers 80 PLUS Titanium efficiency to satisfy their needs. Besides the critical features like < 30mV low ripple noise, extremely strict Voltage Regulation < ±2%, and Hold up time> 16 milliseconds, Thermaltake also added three vital features to make sure Toughpower TF1 Titanium 1550W can consistently and safely power up the whole system. Firstly, Low Transient Response Secondly, Inrush current < 50 Ampere. Lastly, 12V OCP protection is covered. With all the advantages plus a 10-years warranty, the Toughpower TF1 Titanium 1550W can satisfy the market, where PC enthusiasts are looking for a premium power supply with all the latest features.

Turbo Fan Button
The turbofan button is designed to maximize airflow intake around 2400±10% RPM to cool down the power supply when it is in a full load. Users can easily push the button behind the PSU panel to use this function.

Extra Jumper Accessory
The Toughpower TF1 Titanium 1550W comes with an extra jumper to provide electricity to the graphics card without connecting to the motherboard. If you need more than one power supply to power up your system, the extra jumper will help a lot.

Low Transient Response
The transient response is a measure of how well the power source can hold its output constant in response to load changes. We make sure that we can keep the results comply with 12V ＜ 1 %, 5V＜ 3%, and 3.3V ＜ 5% to avoid PSU output voltage deviation causing subsequent equipment malfunction or even shut down.

Inrush current ＜ 50 Ampere
Inrush current is the instantaneous high input current drawn by a power supply or electrical equipment at turn-on. This arises because of the high initial currents required to charge the capacitors, inductors, or transformers. We make sure that the test results are under 50 ampere to avoid damage to the PSU components.

140mm Pulse Width Modulation Fan
Featuring a 140mm Pulse Width Modulation Fan with intelligent RPM controls to help guarantee superior cooling performance and near-silent operation.

＜30mV Low Ripple Noise
All ripples are lower than 30mV on +12V, +5V or +3.3V from 0% to 100% load to ensure a stable operation and keep your performance-critical components to function reliably for longer.

Extremely Strict Voltage Regulation ＜±2%
The voltage regulation, more strict than Intel’s standard ±5% for major rails and ±10% for -12V, is set to no more than ±2% for major rails to meet the highest performance.

Fully Modular Low-Profile Flat Cable
Offers cable selection for users while powering the system at an advantageous voltage. Low-profile flat black cable makes cable management easier, reduces clutter and increases airflow inside the chassis.

Premium Japanese 105°C/221°F Capacitors
Providing great durability as well as offering the highest stability, while remaining reliable.

High Amperage Single +12V Rail
Powerful single +12V rail ensures a stable and reliable supply to other PC components.

80 PLUS Platinum Certified and Intel C6/C7 States Ready
Toughpower TF1 Titanium 1550W saves energy through its high energy efficiency up to 94% and is certified to 80 PLUS® Titanium. It has been optimized to work with all generations of Intel’s processors to achieve maximum energy saving.

How to use

Install the Thermaltake Toughpower TF3 1550W into a compatible ATX case following the manufacturer’s mounting orientation and screw locations. Connect only the cables required for your components, using the modular connectors to maintain tidy routing and unobstructed airflow. Verify that motherboard, CPU power, and graphics card connectors are fully seated, and ensure that combined system draw stays within the unit’s rated capacity. After first power-up, monitor system voltages and temperatures to confirm stable operation.

Recommendations

For reliable long-term performance, use high-quality, matched cables and avoid exceeding the recommended continuous load. Provide adequate case ventilation and regular dust maintenance to support cooling. When planning multi-GPU or heavily populated drive configurations, calculate total power requirements including peak loads and headroom for future upgrades.