Surface Reed magnetic contact for wood MC-SWPC

Description of the Surface Reed magnetic contact for wood MC-SWPC

The MC-SWPC magnetic contact is a surface-mounted Reed detector suitable for installation on wood. It uses a two-wire connection and a 35 cm cable to integrate with a compatible wired input. The assembly has a neodymium magnet and a plastic housing; both the detector and magnet measure 64 × 13 × 13 mm. It can monitor separation between the two parts on wooden doors or windows in a suitable intrusion alarm system. The maximum detection distance is up to 20 mm and depends on the mounting material, rather than being a fixed installation gap. This unbranded, medium-power contact has resistance to mechanical and electrical shocks. It does not include a tamper function, so anti-tamper monitoring must not be assumed.

Key features

• Magnetic detection using Reed technology.
• Surface installation suitable for wood.
• Two-wire connection with a 35 cm cable.
• Detection up to 20 mm, depending on the mounting material.

Technical specifications

Package contents

• Detector magnético
• Instrucciones de uso

Recommended applications

• Monitoring the opening of wooden doors or windows through a compatible wired input.
• Replacing a surface magnetic contact in an intrusion system with a two-wire connection.

Installation and configuration

Mount the detector and magnet so that they remain aligned when the door or window is closed. The allowable gap depends on the material and must not be treated as a fixed 20 mm distance. Connect the two wires to a compatible input, following its circuit requirements and the contact electrical limits.

Frequently asked questions (FAQ)

Will it always detect at a distance of 20 mm?

No. This is the stated maximum and depends on the installation material. Check the gap in the actual mounting arrangement.

Is it a wireless detector?

No. It uses a wired, two-wire connection with a 35 cm cable.

Does it include an anti-tamper function?

No. This version does not have an anti-tamper function.