Technical Information & Details for the MEAN WELL TDR-960-24 Power Supply
- Output Power: 960 W
- Output Voltage: 24 V DC
- Output Current: 40 A
- Input Voltage Range: Three-Phase 340 – 550 VAC (Dual-phase possible) / 480 – 780 VDC
- Efficiency: up to 94.5 %
- Ripple & Noise: ≤ 180 mVp-p
- Inrush Current: 60 A (Cold Start)
- Power Factor: PF ≥ 0.88 / 400 VAC at full load
- Operating Temperature: -30 °C to +70 °C
- Cooling: Free air convection (fanless)
- Protection Functions: Short circuit, Overload, Over voltage, Over temperature
- DC OK Signal: Built-in relay contact
- Isolation Voltage: 3000 V AC between Input and Output
- Dimensions (W x H x D): 110 mm x 125.2 mm x 150 mm
- Weight: 2.47 kg
- Safety & EMC Certificates: UL508, AS/NZS62368.1, EAC, IEC62368-1 CB, EN55032
- Installation: DIN Rail TS-35/7.5 or 15
- Manufacturer Warranty: 3 Years
Information about the MEAN WELL TDR-960-24
The MEAN WELL TDR-960-24 represents a high-performance solution for demanding three-phase industrial environments requiring substantial power in a compact 110mm width design. This 960W unit is engineered with active PFC function compliance and an outstanding efficiency rating of 94.5%, which significantly reduces power dissipation and heat generation within the control cabinet. Its ability to operate under dual-phase conditions provides essential redundancy and flexibility in electrical environments where a phase might be unstable or lost, ensuring that critical industrial processes remain powered and operational without immediate shutdown.
Equipped with advanced current sharing capabilities, the TDR-960-24 allows for parallel connection of up to four units to reach a total output of 3840W, making it highly scalable for heavy-duty machinery and large-scale automation systems. The built-in constant current limiting circuit and the DC OK relay contact provide sophisticated monitoring and protection, allowing for seamless integration into PLC-controlled environments. Its robust metal housing and fanless free air convection cooling system ensure long-term reliability and a high MTBF, even when subjected to the heavy industry immunity levels required by modern manufacturing standards.