Installing the 361-3923 Combustion Head Kit on C13 and C15 On-Highway Engines{108B, 108M} Caterpillar


Installing the 361-3923 Combustion Head Kit on C13 and C15 On-Highway Engines{108B, 108M}

Usage:

C13 LEE
Engine:
C13 (S/N: LEE1-UP)
C15 (S/N: SDP1-UP)

Introduction

Do not perform any procedure in this special instruction until you have read this information and you understand this information.

Required Parts

This special instruction requires the use of the 361-3923 Combustion Head Kit . The kit contains two 296-7780 Gaskets and a 353-9958 Combustion Head As

Procedure




    Illustration 1g02174529

    ARD combustion head

    (1) Spark plug

    (2) Wire for the heated nozzle

    (3) Flame detection temperature sensor

  1. Remove spark plug (1) from the old ARD combustion head.

  1. Remove flame detection temperature sensor (3) .

  1. Remove wire for the heated nozzle (2) from the old head.

  1. Remove the ARD combustion head. Refer to the Disassembly and Assembly Manual, "Combustion Head Group (ARD) – Remove and Install (Clean Emissions Module)".



    Illustration 2g02173966

    (4) Gaskets

    (5) Studs

  1. Remove gaskets (4).

  1. Install new gaskets (4) .

  1. Apply 4C-5597 Anti-Seize Compound to the threads of studs (5).

  1. Install the ARD combustion head. Refer to the Disassembly and Assembly Manual, "Combustion Head Group (ARD) – Remove and Install (Clean Emissions Module)".

  1. Apply 4C-5597 Anti-Seize Compound to nuts (6). Tighten the nuts in a crisscross pattern to a torque of 23 ± 3 N·m (17 ± 2 lb ft). Tighten nuts (6) again in a crisscross pattern to a torque of 28 ± 3 N·m (21 ± 2 lb ft). Tighten nuts (6) again in a crisscross pattern to a torque of 28 ± 3 N·m (21 ± 2 lb ft).



    Illustration 3g02174916

    (7) Gasket for the ARD combustion air

  1. Install a new gasket for the ARD combustion air (7) .

  1. Install the spark plug (1) from the old combustion head into the new combustion head. Torque the spark plug to 47 ± 4 N·m (35 ± 3 lb ft).

  1. Install flame detection temperature sensor (3) into the new combustion head. Torque the temperature sensor to 45 ± 5 N·m (33 ± 4 lb ft).

  1. Install wire for the heated nozzle (2) into the new combustion head with the hardware from the old combustion head.



    Illustration 4g02175353

    Typical example

    (8) Pilot fuel fitting

    (9) Main fuel fitting

    (10) Fittings for the coolant

  1. Install the ARD coolant lines on fittings for the coolant (10). Tighten the lines to a torque of 16 ± 2 N·m (12 ± 1.5 lb ft).

  1. Install the ARD pilot fuel line onto pilot fuel fitting (8). Tighten the line to a torque of 20 N·m (15 lb ft).

  1. Install the ARD main fuel line onto main fuel fitting (9). Tighten the line to a torque of 13 N·m (10 lb ft).

    ------ WARNING! ------

    If a visual inspection of the fuel line connections and the coolant line connections is not performed during the ARD ignition test, fuel leaks or coolant leaks may result in a fire hazard which could result in personal injury or death. Visual inspection of the fuel line connections and the coolant line connections is the only method to detect a fuel leak or a coolant leak on the ARD system. Visually inspect the fuel line connections and the coolant line connections at the ARD head and the ARD manifold when the ARD ignition test is active.

    ----------------------



    Illustration 5g02016674

  1. Perform a test for ARD ignition. Refer to Troubleshooting, "ARD Ignition - Test". Refer to Illustration 5.

    Note: The "ARD Ignition - Test" can be successful even if a fuel leak is present. The test for the ARD ignition pressurizes the main fuel line and pilot fuel line with pressure in order to help assist with detecting a leak. Visually inspect all fuel line connections for a leak during the test for the ARD ignition. Visual inspection is the only method in order to detect a fuel leak on the ARD system.

    Note: Also, check the fuel connections at the ARD fuel manifold and the connections for the coolant at the ARD combustion head for any possible leaks.

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