Customer Favorite L6008a1192 - Remote Bulb Controller Diff.: 5 Deg F Smart Choice [OcRGazUe]

L6008A1192 - Honeywell Remote Bulb Controller

Introducing the Honeywell L6008A1192 Remote Bulb Controller, a cutting-edge solution for your HVACR Service Parts needs. This thermostat is designed to provide precise and efficient temperature control, ensuring optimal comfort in your home or office. With its wide temperature range of 100 to 240 Degrees F and a temperature differential of 5 to 30 Degrees F, the L6008A1192 is a versatile choice for any environment. The adjustable HC tube allows for further customization, making it a standout among competitors.

Product Specifications and Features

Equipped with advanced features, the L6008A1192 offers a comprehensive list of specifications that make it a standout product. Its lightweight design, weighing only 1.3 lbs, ensures easy installation and maintenance. The SpeedT switch action provides fast and accurate temperature control, while the insulation depth of 3 inches adds an extra layer of protection. The product comes with a UPC code 85267053877, ITM182416 ID, and TSC277859106 ID, ensuring you stay up to date with the latest technology and system updates. Key features include:

• Temperature differential of 5 to 30 Degrees F
• Temperature range of 100 to 240 Degrees F
• Adjustable HC tube
• SpeedT switch action for fast and accurate control

Practical Applications and Benefits

The Honeywell L6008A1192 Remote Bulb Controller is not just a thermostat; it's a smart investment for your home or office. Its energy-efficient design helps prevent unnecessary waste of energy by avoiding over-heating or under-cooling, thereby ensuring your HVAC system operates efficiently. This product is perfect for both professionals and homeowners who seek a reliable and durable solution for their climate control needs. With Cold Air Central's commitment to providing top-quality HVAC parts and supplies, the L6008A1192 is an excellent choice for anyone looking to enhance their comfort and energy efficiency.