Switching power supply 30W, 5VDC, 6A, MDR-40-5 MEAN WELL

Switching power supply from MEAN WELL with a power output of 90W, output voltage 12VDC and output current 7.5A. Mounting on a DIN rail. Built-in overload and short-circuit protection. MEAN WELL MDR-100-12

Industrial DIN Rail Power Supply with 10W power, 24VDC output voltage and 0.42A output current. Mounting on a DIN rail. Built-in overload and short circuit protection. MEAN WELL MDR-10-24

Switching power supply from MEAN WELL with a power rating of 96W, output voltage 48VDC and output current 2A. Mounting on a DIN rail. Built-in overload and short-circuit protection. MEAN WELL MDR-100-48

The Mean Well NDR-240-24 power supply is an efficient switching power supply for a DIN rail, delivering 240W of power at a voltage of 24V and a current of 10A. The narrow housing (63mm) and numerous protections (short circuit, overload, overvoltage and thermal) guarantee safe and reliable operation in industrial automation systems.

Mean Well HDR-60-24 power supply with 60 W power and 24 V DC output designed for DIN rail mounting ensures high efficiency and reliability in industrial environments. Adapted for continuous operation in a wide range of temperatures and supply voltages.

This 25W, 24VDC switching AC/DC power supply is designed for industrial and automation applications. Equipped with thermal, short-circuit, and overvoltage protection, it ensures safe and reliable operation. It supports parallel, dual, and series configurations, and its narrow 32mm housing allows for easy mounting on a 35mm DIN rail. The power supply complies with EN 60950-1 and EN 61204-3 standards, as well as the RoHS directive (Finder 78.25.1.230.2482).

EDR-120-24 is a high-performance switching power supply from Mean Well, designed for mounting on a DIN rail, ideal for powering devices in industrial automation and control systems. It offers 120W of power at a voltage of 24V DC and a current of 5A, ensuring reliable operation in harsh conditions and protection against overload, overvoltage and short circuit.

Switching power supply from MEAN WELL, power 20W, output voltage 12VDC and output current 1.67A. Mounting on a DIN rail. Built-in overload and short-circuit protection. MDR-20-12

Switching power supply from MEAN WELL, power 24W, output voltage 24VDC and output current 1A. Mounting on a DIN rail. Built-in overload and short-circuit protection. MDR-20-24

SDR-120-24 is a high-performance 24 V, 5 A, 120 W switching power supply, designed for mounting on a DIN rail, manufactured by Mean Well. It is characterized by an efficiency of 91% and an active PFC system, which allows for efficient use of energy and improvement of the power factor in industrial installations.

Mean Well HDR-15-24 power supply with 15 W power and 24 V DC output mounted on a DIN rail offers high reliability and a wide range of input voltages. It is suitable for automation systems, industrial installations, and low-voltage distribution boards.

Switching power supply from MEAN WELL, power 40W, output voltage 48VDC and output current 0.83A. Mounting on a DIN rail. Built-in overload and short-circuit protection. MEAN WELL MDR-40-48

Switching power supply from MEAN WELL, power 20W, output voltage 15VDC and output current 1.34A. Mounting on a DIN rail. Built-in overload and short-circuit protection. MEAN WELL MDR-20-15

Switching power supply from MEAN WELL 15W, 5V DC output voltage and 3A output current. Mounting on a DIN rail. Built-in overload and short-circuit protection. MDR-20-5

Switching power supply from MEAN WELL with 60W output voltage, 48VDC output voltage and 1.25A output current. Mounting on a DIN rail. Built-in overload and short-circuit protection. MEAN WELL MDR-60-48

The HDR-150-12 is a high-performance, DIN-rail switch-mode power supply from Mean Well, ideal for industrial automation and control applications. It offers 135W of power at 12V DC and 11.3A, and its compact slim housing and wide input voltage range from 85V to 264V AC provide space-saving and flexible integration, with additional protection against overload, overvoltage and short circuit.