Part 138296 is a hose assembly designed for use in heated hose systems where controlled material flow and temperature stability are required. It connects sections of the fluid delivery system and supports consistent transfer of coating material during operation.
| Part Number | 138296 |
|---|---|
| Part Description | Hose Assembly |
| Brand | Helix |
| Fits | Helix FR, VR Heated Hose; Helix VR |
| Condition | New |
This hose assembly is used within heated hose systems to transfer coating material while maintaining consistent temperature and flow characteristics. Proper hose integrity is essential for even material delivery and stable spraying performance.
Damage, internal wear, or compromised fittings can lead to pressure loss, leaks, or uneven material flow. Replacing the hose assembly helps restore reliable performance and reduces the risk of downtime during application.
| Material transfer | Moves coating material between system components |
|---|---|
| Temperature support | Maintains heated material flow in compatible systems |
| Pressure containment | Withstands operating pressure during spraying |
| Leaks | Material seepage at fittings or along the hose body |
|---|---|
| Pressure loss | Inability to maintain consistent spray pressure |
| Physical damage | Cracks, abrasions, or blistering on the hose exterior |
| Heat damage | Degradation caused by prolonged exposure to elevated temperatures |
This hose assembly is compatible with the following heated hose systems. Always confirm fitment using the correct parts diagram for your specific configuration.
| System | Component |
|---|---|
| Helix FR Heated Hose | Hose assembly |
| Helix VR Heated Hose | Hose assembly |
| Helix VR | Hose assembly |
Hose performance is often affected by surrounding components. When servicing a hose assembly, these items are commonly inspected or replaced at the same time.
Worn or damaged fittings can cause leaks and pressure instability.
Electrical connectors should be checked for secure contact and insulation damage.
Faulty controls can lead to overheating or insufficient material temperature.
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