All installations and services must be performed by qualified service personnel.

Furnace Model

Orifice Size

Manifold Gas Pressure

No. Turns Closed*

** PGL16-160 Nat

#J (.277)

2.4” W.C.

24

PGL16-160 LP

#8(.199)

2.9”

24

PGL20-180Nat

#J(.277)

3.0”

20

PGL20-180 LP

#3(.213)

3.0”

20

AGL16-160LP

#8(.199)

2.9”

24

AGL20-180Nat

#J(.277)

3.0”

20

AGL20-180LP

#3(.213)

3.0”

20

*Air Adjustment screw: Number of turns closed from the fully open position.

**PG-160 or PG-180 Power Gas Conversion Burners- use chart for applicable settings.

4.Attach a manifold pressure gauge (Inches of W.C. scale) to the outlet of the gas valve.

5.Turn on the furnace and adjust the manifold pressure to the setting indicated above for the desired rate and orifice which applies to the unit being tested.

6.Let the furnace run until warm, approximately 10 minutes. Note: If the furnace required cleaning, you may wish to allow any residual dust or soot to burn off before taking measurements.

7.If the draft exceeds the recommended maximum of .1”, a draft regulator should be used to reduce the draft to the recommended parameters of –01 W.C. to –1” W.C.

8.IMPORTANT: An accurate CO2 or O2 combustion analyzer is required when setting combustion. A carbon monoxide detector capable of measuring flue gas down to 50 PPM of CO is also required. After the unit has operated a minimum of 10 minutes and a proper draft is established-between-.01” W.C. and -.1” W.C., perform a combustion test and make final adjustment to the combustion air to achieve the CO2 or O2 as listed below.

NATURAL GAS

 

MIN.

MAX.

CO2

7.0%

11.0%

O2

2.0%

8.9%

CO

 

<50 PPM

 

L.P. GAS

 

 

MIN.

MAX. **See

CO2

8.0%

10.4% Note Below

O2

5.5%

8.9% **See Note Below

CO

 

<50PPM

 

DRAFTOVERFIRE

 

MIN.

 

.MAX.

-.01

 

-.1

**Note!! Under absolutely no circumstances should the air adjustment screw (on LP units only) be closed more than the number of turns indicated by the chart on the previous page.

9.Once the CO2 or O2 is adjusted to the above parameters, a Carbon Monoxide test must be done to insure less than 50 PPM in the flue gas.

Any sign of soot or carboning during combustion indicates that there is insufficient primary air and the air shutter should be opened more until this condition is corrected. If soot or carboning of the burner is suspected, a smoke sample should be taken after the burner operates a minimum of 10 minutes. This would typically only occur in the LP units. Opening the air adjustment screw should reduce the carboning from the combustion process.

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Thermo Products PGL20-180, PGT16-160, PGT5-100, PGT11-125, PGL37-312, PGL39-400, PGL33-250 Natural GAS, Gas, Draftoverfire

PGL33-250, PGL39-400, PGL37-312, PGT11-125, PGL20-180 specifications

Thermo Products offers a robust lineup of heating devices designed to meet diverse industrial requirements. Among these, models PGL33-250, PGT5-100, PGL39-400, PGL20-180, and PGT11-125 stand out for their innovative technology and exceptional performance.

The PGL33-250 is particularly noted for its high output, making it an ideal choice for larger industrial applications. With an advanced heating element, it ensures rapid temperature increases while maintaining consistent heat distribution. This model is equipped with smart control systems that allow for remote monitoring and adjustments, enhancing operational efficiency.

Next in the lineup is the PGT5-100, a compact yet powerful solution perfectly suited for smaller spaces where efficiency is key. It features an energy-efficient design that reduces operational costs without compromising on performance. The PGT5-100 includes built-in overheat protection, ensuring safe operation even in demanding environments.

The PGL39-400 takes versatility to the next level. Its dual-mode heating capabilities allow users to switch between high-efficiency and high-output settings, catering to varying workload requirements. The advanced insulation technology employed in this model minimizes heat loss, thereby maximizing energy efficiency and reducing environmental impact.

In the mid-range category, the PGL20-180 offers robust performance with a focus on user-friendly features. This model includes a sophisticated digital control panel, providing real-time temperature readings and programmable settings. Its lightweight design makes installation straightforward, while its durability ensures long-term reliability.

Finally, the PGT11-125 stands out for its innovative thermal regulation system. This system adapts the heating output based on real-time environmental conditions, ensuring optimal performance at all times. The PGT11-125 is also constructed using high-quality materials that resist corrosion and wear, making it suitable for various industrial applications.

Collectively, these models from Thermo Products exemplify the company's commitment to quality and technological advancement. With features such as smart controls, advanced insulation, and dual-mode operation, these heating solutions not only offer efficient performance but also contribute to energy savings and a reduced carbon footprint. As industries continue to evolve, Thermo Products remains at the forefront, providing reliable and innovative heating solutions for all industrial needs.