mUPS

Mikrotik


Mikrotik mUPS PoE Injector with 12V Battery Backup Capability for Stable Power Input



Product Highlights
  • The mUPS is a PoE injector with battery backup capability with a 12 V battery connector
  • It works just like a Gigabit PoE injector, but when power is lost, it switches over to the 12 V battery
  • If your power source is 28 V, the connected RouterBOARD will not reboot when the power source is lost, it will switch over to the 12 V battery transparently
  • You can use the mUPS with any single 12V battery (AGM, Gel, Lead Acid, regular car batteries, deep cycle marine batteries, etc.)
  • 12 V battery not included and must be mounted elsewhere. PoE out max current limit is 700 mA @ 24 V; 1 A @ 20 V (when powered by battery)
  • Model#: mUPS

    Sku: IT2485



    MSRP: $49.95


    Out of stock

    The mUPS is a PoE injector with battery backup capability with a 12 V battery connector. It works just like a Gigabit PoE injector, but when power is lost, it switches over to the 12 V battery. Even if your power source is 28 V, the connected RouterBOARD will not reboot when the power source is lost, it will
    switch over to the 12 V battery transparently. The LEDs indicate DC line or battery usage, the charging of battery and low battery level (<50%).

    In RouterOS it is possible to detect when running on battery power by monitoring the input voltage with scripting, since the voltage will change without a RouterOS reboot.

    The mUPS is a simple and compact device to make your network more reliable, or for situations where stable power input is not available, like solar or automotive installations. You can use the mUPS with any single 12V battery (AGM, Gel, Lead Acid, regular car batteries, deep cycle marine batteries, etc.).

    • 10/100/1000 Ethernet ports:  2
    • Short detection time:    ~50 us
    • Short protection delay:  ~20 ms
    • After short recovery time:  ~1 s
    • Measurement update time:    ~45 ms
    • PoE in:     12 - 28 V

     

    • PoE out: Depends on power source:

    When input 12 - 24 V = 24 V
    When input > 24 V = same as input
    When powered by battery = 20 V

    • DC in:    12 - 28 V
    • Battery connector:    Female tab terminal 6.3 x 0.8 mm
    • Battery charging current:    1 A max
    • PoE out max current limit:   700 mA @ 24 V; 1 A @ 20 V (powered by battery)