Midnite Solar Magnum PAE E-Panel MNE250STM-240-RSS


SKU: MNE250STM-240-RSS Category:

The E-Panel for Magnum PAE inverters comes with all the regular E-Panel features plus terminal bus bars for 120/240VAC input and output. The 120 VAC E-Panels cannot be adapted for use with 120/240 inverters.

The RSS model is a rapid shut down compliant E-Panel that includes a remote trip breaker upgrade. The battery disconnect module is installed and tested to work with the Birdhouse (Birdhouse sold separately).

Note: Left hand units are standard. For E-Panels built as Right hand units, an “-R” must be added to the end of the model number. Right Hand versions have the hinge on the right, circuit breakers on the right and charge control bracket on the left.

    Main Breaker Current Rating – 250A
    Number of spaces – 10
    Environmental Rating – Type 1 (Indoor)
    Max. Wire Size – 4/0
    Max. AC Voltage – 240VAC
    Max. DC Voltage- 300VDC
    Warranty – 5 yrs.
    Listed by ETL for US & Canada
    Made in the USA
    White steel for 120/240VAC
    Comes standard with left hand door, use -R model for right hand door


MidNite Solar

MidNite Solar is an American manufacturing company that produces a wide range of alternative energy products. They started by making disconnect boxes for the alternative energy industry; later on they became a leading renewable energy manufacturer with the launch of the well known Classic series of Maximum Power Point Tracking (MPPT) charge controllers. MidNite offers a full line of pre-wired, battery based systems for standalone off grid, battery based grid tie, as well as AC coupled battery backup installations providing a wide range of solutions for residential and commercial projects. MidNite Solar is the largest manufacturer of DC combiner boxes in the US, their boxes and enclosures are made in Arlington, WA and meet all NEC requirements. Additionally they offer full range of Surge Protection Devices (SPD), wiring enclosures, breaker boxes and a full line of DC and AC breakers commonly used in renewable energy systems.