Description
Overview
The Mitek KNS1 Protector Plate (KNS1) is designed for protecting plumbing and power/communications wiring from nail or screw penetration in residential and commercial construction applications. Measuring 1-1/2 x 3 inches and formed from 16-gauge steel, this protection plate meets the requirements of both the National Electrical Code (NEC) and the International Plumbing Code (IPC).
Technical Specifications
| MPN | KNS1 |
|---|---|
| Brand | Mitek |
| Dimensions | 1-1/2 x 3 inches |
| Gauge | 16-Gauge Steel |
| Finish | G90 Galvanized |
| Certifications / Code Compliance | National Electrical Code (NEC); International Plumbing Code (IPC) |
Technical Features
- 16-Gauge Steel Construction: Provides the structural resistance necessary to stop nail or screw penetration, protecting concealed plumbing and wiring within wall cavities.
- G90 Galvanized Finish: A high-grade zinc coating that delivers improved corrosion resistance, extending service life in moisture-exposed framing environments.
- NEC and IPC Code Compliant: Conforms to protection shield plate requirements of the National Electrical Code and International Plumbing Code, supporting inspection approval and code-compliant installations.
- Compatible with Commonly-Available Fasteners: Installs without specialty hardware, reducing material costs and simplifying on-site workflow.
- Compact 1-1/2 x 3-Inch Profile: Sized to fit standard framing stud bores and notch locations where pipes and cables are routed through structural members.
Applications
- Protecting water supply and drain lines routed through wall studs or floor joists from accidental fastener penetration during drywall or finish work.
- Shielding electrical, data, and communications wiring passing through framing members in residential and light commercial construction.
- Code-required installation at stud notches and bores per NEC and IPC protection shield requirements.
- New construction framing as well as retrofit and remodel applications where wiring or plumbing has been rerouted through structural members.
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