Altronix Corp DP4 Din Rail Power Distribution 4 Output 120V

Product Description

The Altronix Corp DP4 is a DIN rail mountable power distribution module designed to deliver organized AC power across four discrete outputs at 120 volts. It is built for panel and enclosure installations where structured power routing is required. Licensed electricians and security or building automation technicians typically install this component inside control cabinets, equipment enclosures, or electrical panels. The DIN rail mounting design allows fast, tool-minimal installation on standard 35mm DIN rails. With four outputs, the DP4 allows multiple downstream devices or circuits to be fed from a single source point, reducing wiring complexity inside the enclosure.

The DP4 is suited for commercial and light industrial applications where power distribution within a control cabinet or equipment enclosure is needed. Typical use cases include security system panels, access control enclosures, building automation cabinets, and similar low-voltage or line-voltage panel builds. The module supports installations requiring clean, modular power routing without the need for custom terminal block wiring arrays.

Key Features

• DIN rail mountable design fits standard 35mm DIN rail installations
• Four discrete outputs for distributing 120-volt AC power within an enclosure
• Compact form factor conserves space inside control panels and cabinets
• Reduces wiring complexity by centralizing power distribution at a single module
• Sold as an individual unit with a quantity of one per package

Compatibility

Designed as an OEM-style power distribution solution for use in control cabinets and equipment enclosures that support standard DIN rail mounting.

Installation Notes

Installation should be performed by a licensed electrician in accordance with applicable NEC requirements. Disconnect and lock out all power to the enclosure before mounting or wiring the module. Secure the module firmly to the DIN rail before making any output connections. Verify that the load requirements of connected devices do not exceed the rated output capacity of the module.