Siemens 6EP3333-7SB00-0AX0 Power supply unit 24 V 5 A 120 W No. of outputs:1 x Content 1 pc(s)
The 1-phase SITOP PSU6200 are technology power supplies for demanding solutions and offer maximum functionality for use in complex plants and machines. The wide-range input enables the connection to any power supply in the world and provides high security even with large voltage fluctuations. The extra power supplies up to 150% of the nominal current for a short time. In the event of an overload, the PSU6200 supplies constant current up to a voltage of 15V DC. The very high efficiency keeps the energy consumption and heat generation in the control cabinet low and the compact metal housing saves space. To further increase the 24 V availability, the SITOP PSU6200 power supplies can be combined with buffer, DC-UPS, redundancy and selectivity modules. No matter which industry, no matter what r...
Siemens4025515155164
Price: £139.99 from Conrad Electronic
| Stockist | Price | |
|---|---|---|
| £139.99 | Visit Store |
Related Products
Siemens 6EP3333-7LB00-0AX0 Power supply unit 24 V 3.7 A 89 W No. of outputs:1 x Content 1 pc(s)
The 1-phase SITOP PSU6200 are technology power supplies for demanding solutions and offer maximum functionality for use in complex plants and machines. The wide-range input enables the connection to any power supply in the world and provides high security...
Siemens 6EP3323-7SB00-0AX0 Power supply unit 12 V 7 A 84 W No. of outputs:1 x Content 1 pc(s)
The 1-phase SITOP PSU6200 are technology power supplies for demanding solutions and offer maximum functionality for use in complex plants and machines. The wide-range input enables the connection to any power supply in the world and provides high security...
Siemens 6EP3331-7SB00-0AX0 Power supply unit 24 V 1.3 A 31.2 W No. of outputs:1 x Content 1 pc(s)
The 1-phase SITOP PSU6200 mini are slim and space-saving power supplies for the lower power range. They are used in distributed applications in control boxes or in small control cabinets. They are characterized by the low power loss over the entire load...