Kidde - Edwards 270KIT Footing with Extension Gray

Product Description

The KIDDE - EDWARDS 270KIT is a gray footing with extension designed for use as a communication accessory in life safety and fire alarm systems. This mounting component provides a stable base and extended reach for compatible devices, allowing technicians to achieve proper positioning during installation. Sold as an individual unit, the 270KIT is a straightforward mechanical accessory that supports device mounting in low-voltage communication and signaling applications. Licensed fire alarm installers and security system technicians are the primary trade professionals who work with this type of hardware.

The 270KIT is suited for commercial and residential fire alarm or communication system installations where a footing with an extension is required to properly seat or position a compatible device. It is commonly used during new installations or replacement service work where the mounting base needs to accommodate specific spatial or clearance requirements. The gray finish is consistent with standard device housing colors used in this product family.

Key Features

• Footing with integrated extension provides flexible device positioning
• Gray color finish matches standard communication device housings
• Sold as a single unit for targeted replacement or new installation
• Designed for use in life safety and fire alarm communication systems

Compatibility

Designed as an OEM-style accessory for use within KIDDE - EDWARDS communication and fire alarm system device families. Refer to the system documentation to confirm fitment with specific devices before installation.

Installation Notes

Installation should be performed by a licensed fire alarm or low-voltage systems technician in accordance with applicable local codes and NFPA 72 requirements. De-energize the associated circuit panel or control unit before handling any system components. Verify that the footing and extension are fully seated and secured before reconnecting power or commissioning the device. Do not force-fit the component if resistance is encountered, as improper seating can affect system performance.