Power supply SCHROFF maxpower 100W dual NETZGERAET MAX 2512, 100 W, dual output

SCHROFF maxpower 100W dual NETZGERAET MAX 2512 is a 100 W dual-output power supply designed for industrial and embedded applications. The unit provides two independently regulated rails to power separate circuits or to enable redundant feeding in chassis-mounted or rack installations. Its compact form factor and integration options make it suitable for system integrators and equipment manufacturers who need a reliable, space-efficient power source for control electronics, communication modules, or instrumentation.

Advantages

The SCHROFF maxpower 100W dual NETZGERAET MAX 2512 offers stable voltage regulation across both outputs and includes protections against common electrical faults to maintain system uptime. Its dual-output architecture simplifies power distribution when multiple rails are required, reducing the need for additional converters. The design supports straightforward mechanical integration into standard industrial enclosures and rack systems while delivering a consistent 100 W total power budget.

Suitable for

• Embedded systems requiring two separate supply rails
• Chassis-mounted industrial controllers and backplanes
• Redundant power feeding for critical modules
• Communication equipment and network appliances
• Test and measurement instruments in rack installations

Key specifications

• Total output power: 100 W
• Dual independent outputs for separate rails or redundancy
• Form factor suitable for chassis or rack mounting
• Voltage regulation on each output to support stable loads
• Protection features such as overcurrent and short-circuit protection
• Designed for industrial and embedded system environments

How to use

Install the SCHROFF maxpower 100W dual NETZGERAET MAX 2512 into the designated chassis or rack slot following the mechanical mounting provisions of the enclosure. Connect the input to the appropriate AC supply according to the system wiring standards and attach each of the two outputs to the corresponding load circuits, observing proper polarity and wiring practice. Verify that the combined load does not exceed the 100 W rating and check that each rail meets the required voltage and current specifications for connected modules before energizing the system.

Usage recommendations

Place the power supply in an environment with adequate ventilation and within the temperature range specified by the system design. Ensure proper fuse or circuit protection on the input side and route output wiring to minimize electromagnetic interference with sensitive electronics. For redundancy configurations, follow the equipment manufacturer's guidelines for load-sharing and failover to maintain uninterrupted operation.