L53

Low-Temp DH Kilns

Achieve Superior Quality Drying Without Breaking The Bank

With the L53, you can achieve superior-quality drying without breaking the bank. This compact and high-performance dehumidification system can dry between 300 and 1000 board feet of lumber, ensuring remarkable results with each batch. Equipped with two internal fans, a kiln control, and a powered vent kit, the L53 is perfect for both dedicated hobbyists and seasoned professionals.

Starting at:

$4,495.00

Financing Available:

Payments as low as $110/ Month.

Order Now

Energy-Efficient Drying

The L53 uses a low-temperature dehumidification process to minimize energy consumption while ensuring optimal wood drying.

Compact Design

Ideal for smaller operations, the kiln’s space-saving design allows for efficient drying without compromising on performance.

Precise Moisture Control

Advanced monitoring capabilities ensure consistent moisture levels, delivering high-quality drying results.

Durable Construction

Built with high-quality materials, the L53 kiln is designed for long-lasting performance and reliability in demanding environments.

Specifications

Load Capacity	For softwoods and fast-drying hardwoods (Pine or Poplar) 300 - 400 BF For slow-drying hardwoods (Oak) 1,000 BF
Nominal Water Removal Rate	60 lbs/day
Drying Time	4/4 Green Pine - 80% to 8% in approximately 12 days. 4/4 Green Oak - 65% to 8% in approximately 35 days.
Drying Temperature Range	70°–120° F (21°–49° C)
Heat Treating Capability	Yes, up to 160° F (71° C)
Compressor	1/2 HP
Internal Blower Motors	2 internal fans; 40 watts each, 525 CFM
Auxiliary Heat	1,000 Watts
Over Temperature Vents	One power vent system included (includes exhaust and intake)
Power Requirements	120V, 60 Hz, Dedicated 15A Required.
Shipping Weight	150 lbs
Dimensions (H × L × W)	37½" × 22" × 14½" (base unit only)

*The maximum heat-treating temperature depends on the chamber's construction and insulation. To accelerate heating in larger chambers, Nyle offers Auxiliary Heat Boosters.

Your L53 Auxiliary Heat Booster should have come with an instruction sheet. If you didn't receive one or misplaced it, you can find it here.

For your L53 kiln, you should follow these steps for mounting the Dry Bulb and Wet Bulb sensors:

Dry & Wet Bulb Sensor Installation:

- Mount the dry & wet bulb sensor on a bracket, roughly 4 feet (1.2m) off the floor, 4 inches off the wall, and at least 3 ft from the dehumidifier to ensure it receives proper airflow.
- Ensure the wick surrounding the wet bulb sensor is always maintained wet, but the sensor itself should not be submerged in water.

Make sure to follow the specific installation instructions for securing the sensors and ensuring they are positioned correctly for accurate readings.

The L53 kiln chamber can have either a concrete floor or a wood floor. However, for the best results, a concrete floor with insulation installed underneath is recommended. If you choose to use an existing concrete floor, the insulation may be omitted, but the concrete must not extend beyond the kiln walls.

If you opt for a wood floor, it must be built according to construction guidelines. If you need more specific construction guidelines, feel free to reach out, and we can provide them.

The L53 kiln does not specifically require positioning on a stand; it can be placed directly on the floor of the chamber. However, it is essential to ensure that the installation meets any local building codes and safety regulations.

The L53 kiln requires a power supply of 120V, 60 Hz, with a dedicated 15A circuit. It can be run on solar power or a generator, provided that the power output meets these specifications.

Make sure that the solar power system or generator can consistently supply the necessary voltage and amperage for optimal operation.

To properly route the water from the L53 kiln, you should connect an appropriate length drain hose to the dehumidifier's drain spout. The drain must have a trap to prevent backflow.

Make sure to drill a hole in the back wall of the kiln for the drain tube to exit, ensuring that the drain tube has proper flow out of the kiln. Additionally, the wall opening should be sealed around where the drain hose extends outside of the chamber.