Heiman Carbon Monoxide Detectors, 10-Year Product Life CO Detector, C1-S | UL 2034 5th Ed, Battery Powered, Figaro Sensor, Test Silence Button, 85 dB Alarm, for Home Office Hotel Rental Apartments and Global Recycled Standard

Overview

The Heiman C1-S Carbon Monoxide Detector offers a reliable safety solution designed to meet the needs of residential, commercial, and hospitality environments. With a 10‑year product life and compliance with the UL 2034 5th Edition standard, this device is built for long‑term use. Its battery‑powered design, integrated Figaro sensor, and 85 dB alarm provide consistent detection and notification across a variety of settings, from home and office spaces to hotels and rental apartments. The Global Recycled Standard certification reflects a commitment to environmentally responsible manufacturing.

Key Features

• 10‑Year Product Life – The detector is engineered to maintain effective operation for a decade, reducing the need for frequent replacements.
• UL 2034 5th Edition Compliance – Meets the requirements set by the Underwriters Laboratories standard for residential and commercial carbon monoxide detectors, ensuring a baseline of safety performance.
• Figaro Sensor Technology – Employs a dedicated Figaro sensor to detect carbon monoxide concentrations, offering a proven and reliable sensing element.
• Battery Powered – Operates on battery power, enabling installation in locations without readily available electrical wiring.
• Test Silence Button – Includes a button that temporarily silences the alarm during routine testing or maintenance, preventing unnecessary interruptions while the detector remains functional.
• 85 dB Alarm – Generates an audible alarm at 85 decibels, audible in most indoor environments to alert occupants to elevated carbon monoxide levels.
• Global Recycled Standard Certification – Indicates that the product was manufactured using recycled materials or processes that meet global environmental benchmarks.

Design and Installation

Designed for versatility, the C1-S can be mounted in a variety of indoor locations. Its battery operation removes the need for a hard‑wired connection, allowing placement in rooms, hallways, or common areas where electrical outlets are unavailable. The device is lightweight and compact, making it easy to handle during installation or relocation.

Intended Applications

The detector is suitable for a range of settings, including:

• Home living spaces where long‑term, low‑maintenance monitoring is desired.
• Office environments that require continuous detection without extensive electrical infrastructure.
• Hotels and short‑stay rentals that benefit from a battery‑powered solution and an audible alarm that alerts guests to potential hazards.
• Rental apartments where a durable, easily replaceable detector enhances tenant safety.

Operating Instructions

After installation, the detector will automatically begin monitoring for carbon monoxide. When the internal Figaro sensor detects a rise in carbon monoxide levels, the alarm will sound at 85 dB until the levels return to safe ranges. For routine checks or when the alarm is triggered, the Test Silence button can be pressed to pause the alarm for a short period, allowing occupants to verify functionality without unnecessary noise.

Maintenance and Lifespan

The 10‑year product life is based on the manufacturer’s specified lifespan for the internal components, including the battery and sensor. While the battery is not explicitly detailed, the device’s design supports long‑term use, and the detector’s indicator will alert when a battery replacement is necessary. The UL 2034 5th Edition certification covers the detector’s compliance with performance criteria for carbon monoxide detection, ensuring that the device meets industry safety benchmarks throughout its lifespan.

Environmental Considerations

Heiman’s inclusion of the Global Recycled Standard certification indicates that the detector incorporates recycled materials or adheres to global environmental standards during its manufacturing process. This aligns with broader efforts to reduce environmental impact while maintaining safety and performance.