One-Time, Bi-Weekly, or Weekly Home Watch Services from Ideal Home Check (Up to 53% Off)

Springfield, MA

Value Discount You Save
$35 51% $18
Give as a Gift
Limited quantity available
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In a Nutshell

Home watch professionals water plants, carry in mail, check for break-ins and ensure heating, plumbing, smoke detectors are in working order

The Fine Print

Promotional value expires 120 days after purchase. Amount paid never expires. Valid only within 30 miles of zip code 01001. Limit 1 per person, may buy 1 additional as gift. Valid only for option purchased. All goods or services must be used by the same person. Merchant is solely responsible to purchasers for the care and quality of the advertised goods and services.

Choose from Three Options

  • $17 for one-time home watch service ($35 value)
  • $85 for three month, bi-weekly home watch services ($170 value)
  • $165 for three-month, weekly home watch services ($350 value)

Smoke Detectors: Fire Safety's Two Technologies

Although smoke detectors may have different looks or sounds, most are triggered by one of two kinds of sensors. Read on for a breakdown of both types that may be found in your home.

Ionization Detectors: A Half-Life That Saves Lives

The more common of the two, ionization smoke detectors harness a force that may seem counterintuitive to home safety: nuclear radiation. Inside the detector, a tiny particle of a radioactive isotope—typically americium-241—constantly generates radiation known as alpha particles. These particles interact with the oxygen and nitrogen atoms in the air to create ions with negative and positive charges, resulting in a small electric current. If any smoke particles reach the chamber, they immediately neutralize the ions and nullify the current, triggering the alarm. This style of alarm is more effective in detecting smaller smoke particles, which typically emanate from hot, fast-moving blazes fueled by highly combustible materials.

Photoelectric Detectors: Smoke as Mirrors

As the name suggests, photoelectric detectors rely on smoke's interaction with light to trip the sensor. However, while it's logical to think the detector senses when smoke blocks out a beam of light, it actually works because of smoke's ability to deflect light. In this model, the sensor mechanism is typically a T-shaped chamber in which a constant beam of light traces across the top horizontal bar. A light sensor occupies the vertical leg, untouched by the perpetual beam above. When smoke drifts into the chamber and reaches the horizontal bar, it scatters the light, directing some beams into the light sensor and triggering the horn. This style is particularly adept at detecting the thicker smoke of slow-burning, smoldering flames such as those caused by a particularly heated sibling rivalry.


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