5)Lay the jacket top panel on top of the jacket side and rear panels. Locate the top of the rear jacket panel to the inside of the jacket top panel. Align the sides of the jacket top panel to be flush with the outside of the jacket side panels. Loosely attach the rear flange of the jacket top panel to the jacket rear panel using three #10 x 1/2” sheet metal screws. On the inside front of the boiler, attach the jacket top panel to the jacket side panels with two #10 x 1/2” sheet metal screws (one per side) as shown in Figure 6.

6)Return to the loosely installed sheet metal screws and tighten all screws.

7)Attach the four door mounting hardware clips (two per side) to the front end of the left and right side panels with #8-32 x 1/2” machine screws.

8)Attach the door knobs to the jacket door panel with 8-32 x 1/4” machine screws.

9)Mount the jacket door panel to the front of the boiler.

D.Ignition Control & Gas Valve Installation Standard (Honeywell S8610M) Control System

1)The standard gas valve assembly has been pre-piped with one half of a piping union and is to be connected to the other half of the union located on the gas manifold. See Figure 7.

2)This connection must be leak tested before placing the boiler in operation. See Section IX for further instructions on leak testing the gas piping.

3)Connect the pilot tubing from the pilot burner to the gas valve pilot tapping.

4)Attach the ignition module bracket to the jacket vestibule panel using (2) #10 x 1/2” sheet metal screws. See Figure 6.

5)Attach the Honeywell S8610M ignition control module to the ignition module base using (4) #8 x 1/2” sheet metal screws.

6)Connect the green ground wire from the pilot assembly to terminal number 4 (Burner GND) on the ignition control module.

7)Connect the orange ignitor wire from the pilot assembly to terminal number 9 (SPARK) on the ignition control module.

8)Refer to Section X for complete wiring instructions.

E.Ignition Control & Gas Valve Installation CSD-1 Control System

1)The CSD-1 gas valve assembly has been pre-piped with one half of a piping union and is to be connected to the other half of the union located on the gas manifold. See Figure 8.

2)This connection must be leak tested before placing the boiler in operation. See Section IX for further instructions on leak testing the gas piping.

3)Connect the pilot tubing from the pilot burner to the pilot solenoid valve located on the CSD-1 gas valve assembly.

4)Attach the ignition module bracket to the jacket vestibule panel using (2) #10 x 1/2” sheet metal screws. See Figure 6.

5)Attach the UT 1003-612A ignition control module to the ignition module base using (4) #8 x 1/2” sheet metal screws.

6)Attach the UT daughter board mounting bracket to the jacket vestibule panel using (2) #10 x 1/2” sheet metal screws.

7)Attach the UT 1145-2 daughter board to the daughter board mounting bracket using (2) #8-32 x 1/2 screws and hex nuts.

8)Connect the green ground wire from the pilot assembly to the terminal marked 24V GND on the ignition control module.

9)Connect the orange ignitor wire from the pilot assembly to the terminal marked SPARK on the ignition control module.

10)Refer to Section X for complete wiring instructions.

11)Apply the ‘CSD-1’ wiring label over top of the ‘Standard’ wiring label located on the inside door panel.

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16-325 500506 specifications

The Crown Boiler 16-325 500506 is a highly reliable heating solution designed for residential and light commercial applications. Known for its robust construction and advanced technologies, this boiler is engineered to deliver efficient heating while ensuring longevity and minimal maintenance.

One of the standout features of the Crown Boiler 16-325 is its durable steel construction, which is essential for handling the high temperatures and pressures involved in heating systems. The boiler is typically equipped with a cast iron heat exchanger, known for its excellent heat retention and distribution capabilities. This ensures that the system heats up quickly and maintains consistent temperatures throughout the space.

The boiler's capacity to produce 325,000 BTUs makes it suitable for larger homes or commercial buildings with significant heating demands. Its high input capacity allows for effective operation in areas where traditional systems may struggle to keep up with heating requirements. The Crown Boiler 16-325 employs a forced hot water system, which circulates water through pipes and radiators, providing uniform heat and comfort in indoor spaces.

A significant technological advancement in this model is its integrated control system. The advanced control module automates burner operation, ensuring optimal performance while minimizing energy consumption. This technology not only enhances efficiency but also helps in reducing operational costs, making it a cost-effective choice for users.

Moreover, the Crown Boiler 16-325 is designed with ease of installation and maintenance in mind. It features convenient access panels that simplify the maintenance process, allowing technicians to perform service checks and repairs without extensive downtime. This attribute is particularly beneficial for property managers or homeowners looking for a hassle-free heating solution.

In terms of safety features, the boiler is equipped with a pressure relief valve and a low-water cutoff switch, ensuring safe operation while protecting against potential hazards associated with overheating or lack of water.

Overall, the Crown Boiler 16-325 500506 is a powerful and efficient heating solution that excels in durability and performance. With its advanced technologies, substantial heating capacity, and user-friendly design, it represents an excellent choice for those seeking a reliable heating system that combines efficiency with long-term operational savings.
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