Product Description

Wolven Industries Window Sensor

Precision. Simplicity. Immediate Awareness.

The Wolven Industries Window Sensor is a high-reliability magnetic contact sensor engineered to detect window movement the moment alignment is broken.

When the window opens and magnetic alignment is disrupted, the system triggers instantly.

Designed for modern residential and light commercial security systems, this two-part sensor mounts cleanly with:

• •  Primary unit secured to the window frame

• •  Secondary magnetic unit mounted directly on the window glass

Why It Matters

Most break-ins don’t start with shattered glass. They start with a quietly opened window.

It’s engineered for builders, integrators, and serious homeowners who want dependable perimeter detection without unnecessary complexity.

This sensor provides:

• •  Immediate open/close detection

• •  Clean integration with custom control panels and microcontroller systems

• •  Minimal visual footprint

• •  Reliable magnetic alignment tolerance

• •  Durable enclosure for long-term performance

Design Philosophy

No gimmicks. No fragile external antennas. No bloated hardware.

Just clean magnetic contact detection built to do its job.

At Wolven Industries, we believe security devices should be:

• •  Discreet

• •  Mechanically simple

• •  Electrically dependable

• •  Easy to integrate

Ideal Applications

• •  Residential window protection

• •  Sliding windows

• •  Casement windows

• •  Smart home integration projects

• •  Custom Arduino / ESP-based alarm systems

• •  Layered perimeter defense builds

Technical Overview

• •  Magnetic contact-based open/close detection

• •  Two-piece aligned sensor architecture

• •  Frame + glass mounting configuration

• •  Low-profile enclosure

• •  Compatible with low-voltage alarm circuits and microcontroller inputs

Installation

Mount the larger sensor body to the door frame and the smaller magnetic contact to the door itself.

Secure with screws or high-strength adhesive, depending on your installation preference.