Ajax 12v PSU for Hub & Rex

R462.00 Incl. VAT

Ajax 12v PSU for Hub (1), Hub Plus (1) & Rex(1) | 8-20v Input Voltage

The Ajax 12v PSU is a power supply unit used to connect the Hub, Hub Plus and ReX units to low-voltage power sources such as a 12V power supply or portable battery. An ideal solution for premises with no electricity, unstable power, mobile homes or boats.

The 12v PSU replaces the on-board 220v PSU.

  • Input voltage: 8 – 20 VDC
  • Output voltage: 4.65 VDC ± 3%
  • Switch on voltage: 8 VDC ± 2.5%
  • Switch off voltage: 6.9 – 7.5 VDC (depending on load)
  • Max input current: < 1 A
  • Max output current: 1.5 A
  • DC jack: (Female) 6.5 × 2 mm | (Male) 5.5 × 2.1 mm
  • Dimensions: 138 × 64 × 13 mm

 

SKU: 1917938-54-NC Categories: , Brand:

Description

Ajax 12v PSU for Hub (1), Hub Plus (1) & Rex (1)

A power supply unit used for connecting the Hub, Hub Plus control panels and ReX radio signal range extender to low-voltage power sources.

In Warehouses, Building Sites etc:

Use Ajax in premises lacking electricity or having an unstable power supply. A 12 V power supply unit allows connecting hubs and radio signal extenders to low-voltage networks or use a portable battery.

In Campervans and Caravans:

Ajax protects your home, even if it goes on wheels. Connect the hub to a car or portable battery and let the security system travel with you.

On Yachts:

Insert a SIM card and connect the hub to the on-board network or battery so that Ajax always guards your boat at the pier.

 

Compatibility:

The power supply unit is compatible with Hub, Hub Plus, and ReX. It features a standard socket for connecting the power jack plug and has a bundled terminal adapter.

 

Installation:

12V PSU is installed into the device body replacing the pre-installed 110/230 V power supply unit.

 

Ajax 12v PSU for Hub User Manual and Tech Specs

User Manual

Tech Specs

Control Panel power consumption when operating from 12 V

 

Additional information

Weight30 g
Dimensions138 × 64 × 13 mm

Calculate Power Consumption

How to calculate the time of operation of the central panel from an external battery:

Divide the capacity of the external battery by the power consumption of the central panel.

Power consumption of the central panel depends mostly on active communication modules — the average values ​​are indicated in the table:

Central panelActive communication modulesAverage input current
HubGSM42 mA
Ethernet80 mA
GSM+Ethernet90 mA
Hub PlusGSM35 mA
Ethernet72 mA
GSM+Ethernet93 mA
Wi-Fi20 mA
Wi-Fi+GSM42 mA
Wi-Fi+Ethernet80 mA
Wi-Fi+GSM+Ethernet96 mA
Hub 2GSM33 mA
Ethernet80 mA
GSM+Ethernet86 mA
ReX20 mA

 

For instance, when connected to a 40A·h battery, Hub 2 — with active GSM module only — will operate approximately 1200 hours (40A·h / 0.033A).