Lochinvar 286, 151 manual Condensate Trap, Condensate disposal

Page 7

Outdoor Knight Boiler User’s Information Manual

2 Maintenance schedule (continued)

3.Fill with fresh water until the water begins to pour out of the drain.

4.Replace the cap. Press the cap onto the trap until the cap makes contact with the drain.

5.Replace the retaining screw.

The condensate trap (FIG. 1) must be ￿ WARNING filled with water during all times of boiler

operation to avoid flue gas emission from the condensate drain line. Failure to fill the trap could result in severe personal injury or death.

Figure 1 Condensate Trap

RETAINING

SCREW

2” PVC CAP WITH

BLOCKED DRAIN SWITCH

PVC TEE ASSEMBLY (FACTORY SUPPLIED)

CONDENSATE FROM

HEAT EXCHANGER TO FLOOR

DRAIN

Condensate disposal

1.This boiler is a high efficiency appliance that produces condensate.

2.The side of the boiler has a 1/2 inch PVC union for connection of a 1/2 inch PVC pipe (FIG. 2).

3.Slope condensate tubing down and away from the boiler into a drain or condensate neutralizing filter. Condensate from the outdoor boiler will be slightly acidic (typically with a pH from 3 to 5). Install a neutralizing filter if required by local codes. Call your qualified service technician to inspect the boiler and system.

A Neutralizer Kit is available from the factory (Kit #3087). Call your qualified service technician to install.

4.Install the 1/2 inch PVC tee assembly (shipped with the unit) as shown in FIG. 2. Call your qualified service technician to inspect the boiler and system.

5.Leave the top of the 1/2 inch tee OPEN. This is needed as a vacuum break.

6.Do not expose condensate line to freezing temperatures.

NOTICE

Use materials approved by the authority

having jurisdiction. In the absence of

 

 

other authority, PVC and CPVC pipe

 

must comply with ASTM D1785 or D2845.

 

Cement and primer must comply with

 

ASME D2564 or F493. For Canada use

 

CSA or ULC certified PVC or CPVC pipe,

 

fittings, and cement.

 

To allow for proper drainage on large

NOTICE

horizontal runs, a second line vent may

 

be required and tubing size may need to

 

increase to 1 inch.

The condensate line must remain unobstructed, allowing free flow of condensate. If condensate is allowed to freeze in the line or if the line is obstructed in any other manner, condensate can exit from the boiler tee, resulting in potential water damage to property. Call your qualified service technician to inspect the boiler and system.

8.A condensate removal pump is required if the boiler is below the drain. When installing a condensate pump, select one approved for use with condensing boilers and furnaces. The pump should have an overflow switch to prevent property damage from condensate spillage. Call your qualified service technician to inspect the boiler and system.

Figure 2 Condensate Disposal

1/2" PVC TEE ASSEMBLY

(FACTORY SUPPLIED)

1/2" PVC UNION (FACTORY SUPPLIED)

NEUTRALIZER KIT

FLOOR DRAIN OR

IMG00387

DRAIN PAN

7. Use only plastic tubing or piping as a condensate drain

 

7

 

line (FIG. 2).

 

 

 

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Contents Outdoor Knight Boiler User’s Information Manual Models 151 Contents Please read before proceeding Boiler service and maintenanceProducts to avoid Prevent combustion air contaminationAreas likely to have contaminants General Maintenance schedule Service technicianFill condensate trap with water Maintenance scheduleCondensate disposal Condensate TrapCheck air vents Operating instructions Smart System control module InstallerUser Night Setback Override Temperature UnitsSpace heating SH1, SH2, SH3 and tank set points Call for Heat Smart System control module Dial Function Outdoor Knight Boiler User’s Information Manual
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286, 151 specifications

Lochinvar 151,286 is a notable model in the realm of commercial water heating solutions, designed primarily for large-scale applications. This model incorporates advanced technologies and features that set it apart in terms of efficiency, usability, and reliability.

One of the hallmark features of Lochinvar 151,286 is its high-efficiency system that leverages condensing technology. This technology enables the unit to extract additional heat from exhaust gases, allowing it to operate at an impressive annual fuel utilization efficiency (AFUE) rating. This not only reduces energy consumption, but it also significantly lowers operational costs.

The Lochinvar 151,286 is equipped with a robust stainless steel heat exchanger, which provides both durability and enhanced thermal efficiency. This design withstands the rigors of high-demand environments, making it ideal for restaurants, schools, hospitals, or any facility requiring consistent hot water supply. Its compact footprint allows it to be installed in tight spaces without sacrificing performance.

Another standout characteristic is its intelligent control system. The built-in touchscreen interface offers users an intuitive way to manage settings, monitor performance, and troubleshoot issues. This smart technology aids in simplifying maintenance and improves overall system reliability. The unit also features advanced safety protocols, including multiple sensors that monitor operation and provide alerts in case of irregular performance.

In terms of capacity, the Lochinvar 151,286 can deliver an impressive output, accommodating varying demands with ease. Its innovative modulation capabilities allow the unit to adjust its heating output based on real-time hot water needs, ensuring unmatched comfort and efficiency.

Supporting the model’s performance are versatile connectivity options. Lochinvar 151,286 can integrate seamlessly with building management systems, allowing facility managers to monitor and control heating processes remotely. This level of connectivity not only enhances control but also supports energy-saving strategies across the facility.

In conclusion, Lochinvar 151,286 stands out as a premium choice for commercial water heating needs. With its high-efficiency ratings, durable construction, intelligent control system, impressive capacity, and versatile connectivity, it ensures that hot water is delivered reliably and efficiently, meeting the demands of modern businesses while reducing energy costs. This combination of technology and design makes it an essential component for any large-scale facility focused on performance and sustainability.