Rci SP0128 Magnetic Lock Spacer 0.25x1.5x10 in

Product Description

The DORMAKABA USA INC. / RCI SP0128 is a precision-machined spacer designed for use with 8310-series electromagnetic locking hardware. Spacers of this type provide the standoff clearance needed to achieve proper door and frame alignment when installing mag lock assemblies. Measuring 0.25 x 1.5 x 10 inches, this spacer allows installers to bridge gaps between the magnet body and the mounting surface, ensuring consistent holding-force contact between the armature plate and the electromagnet face. Licensed access control technicians and commercial door hardware installers are the primary end users.

This spacer is intended for commercial access control installations where electromagnetic locks are mounted to aluminum frames, hollow metal frames, or door closers with non-standard mounting profiles. It is commonly used when the mag lock body requires a standoff to achieve flush armature contact, or when a door has an insufficient reveal for direct surface mounting. It ships as a single unit (sold individually) and is sized to work with the 8310 mag lock series.

Key Features

• Dimensions of 0.25 x 1.5 x 10 inches provide a substantial standoff for frame-gap corrections
• Designed specifically for use with 8310-series electromagnetic locks
• Sold as an individual unit for single-door applications or targeted retrofits
• Precision sizing maintains proper armature-to-magnet alignment to preserve holding force

Compatibility

Designed for use with the RCI 8310-series electromagnetic lock as an OEM-style mounting spacer accessory.

Installation Notes

Installation should be performed by a licensed access control or low-voltage technician familiar with electromagnetic locking systems. De-energize the mag lock and disconnect power to the access control circuit before removing or repositioning any hardware. Verify that the spacer orientation maintains flush, parallel contact between the armature plate and the magnet face after mounting. Fastener torque and hardware selection should follow the manufacturer's installation instructions and applicable local building codes.