13.Place the fan on a dry level surface.

14.Do not operate if the fan housing is removed or damaged.

15.A loose fit between the AC outlet (receptacle) and plug may cause overheating and a distortion of the plug. Contact a qualified electrician to replace loose or worn outlet.

WARNING: To Reduce The Risk of Fire or Electric Shock, Do Not Use This Fan With Any Solid-State Speed Control Device.

OPERATION

Fig. 1

Fig. 2

Fig. 3

Place your fan on a level and dry surface.

Plug the power cord into a polarized 120 volt AC wall outlet.

To operate your fan, turn the switch to the desired speed:

HIGH (III), MEDIUM

(II)or LOW (I) (Fig.

1).

Adjust the angle of the fan to the desired air output direction (Fig. 2).

To move the fan, turn the fan OFF and pick it up by the concealed handle that is located on the top rear of the fan

(Fig. 3).

WALL MOUNTING

Locate and mark the position on the wall where the fan will be mounted (preferably at a wall stud).

Insert a #8 screw (bolt) into the wall stud. The screw is not included and can be purchased at a hardware store.

Leave approximately 3/8” of the screw (bolt) exposed.

Line up the opening on the base of the fan with the screw (bolt) and hang the fan on the wall.

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Honeywell HFT-311BC owner manual Operation, Wall Mounting

HFT-311BC, HFT-311B specifications

The Honeywell HFT-311B and HFT-311BC are innovative handheld thermal imaging cameras designed to enhance the efficiency of various industries, with particular applications in maintenance, electrical inspections, and building diagnostics. These devices are engineered to provide users with high-quality thermal images, enabling quick identification of problems that may otherwise go unnoticed in traditional inspections.

One of the main features of the HFT-311B and HFT-311BC is their advanced infrared sensor, which captures thermal images with exceptional clarity. Both models offer a thermal sensitivity of less than 0.1 degrees Celsius, ensuring that even the slightest temperature variations are detectable. This precision is critical in identifying potential issues such as overheating electrical components or insulation failures.

The HFT-311B features a 320 x 240 pixel resolution, allowing users to capture detailed thermal images. In contrast, the HFT-311BC boasts a higher resolution, facilitating a greater level of detail for professional applications. This higher resolution makes the HFT-311BC particularly appealing to HVAC technicians and electrical inspectors who require detailed images for accurate assessments.

User-friendliness is another significant characteristic of these thermal cameras. Both models are equipped with an intuitive user interface, enabling even those with minimal technical expertise to navigate the device effortlessly. The ergonomic design ensures comfort during prolonged use, making it ideal for fieldwork.

In terms of connectivity, the HFT-311BC stands out with its Wi-Fi capability, allowing for seamless sharing of images and data directly to smartphones or tablets. This feature enhances collaboration among team members and simplifies reporting processes, enabling users to capture and share findings on the spot.

Both models incorporate advanced image processing algorithms that enhance the visualization of thermal patterns. The ability to create thermal and visual image fusion ensures that inspectors can assess situations from both thermal and visual perspectives, providing a comprehensive overview of the environment being examined.

Battery life is also a strong point for these devices. With up to 8 hours of continuous operation, users can rely on the HFT-311B and HFT-311BC to complete extensive assessments without worrying about recharging.

In conclusion, the Honeywell HFT-311B and HFT-311BC thermal imaging cameras offer advanced features, high resolution, and user-friendly technology. Their innovative design and capabilities make them invaluable tools for professionals in various fields looking to improve inspection processes and detect potential issues before they escalate.