Train Control Systems 32 AWG Wire
Train Control Systems (TCS) 32 AWG Decoder Wire
Train Control Systems (TCS) 32 AWG Wire is designed for the most demanding DCC decoder installations and ultra-tight wiring applications in model railroading. This extremely fine-gauge wire is ideal for lighting leads, function outputs, and electronics work where space is severely limited and precision matters.
Compared to heavier gauges, TCS 32 AWG decoder wire allows for cleaner routing inside compact locomotive shells, tenders, and small-scale equipment. Its fine stranded construction and flexible insulation make it easier to manage complex installs without adding bulk or interfering with mechanical components.
Key Features & Benefits
- 32 AWG ultra-fine stranded copper for extremely tight spaces
- Exceptional flexibility for clean routing around motors, frames, and weights
- Color-coded options for organized installs and easier troubleshooting
- Excellent solderability with minimal heat transfer
- Designed for DCC electronics and low-current applications
Ideal Applications
- DCC decoder function outputs and logic-level wiring
- LED headlights, ditch lights, marker lights, and interior lighting
- Sound decoder lighting and accessory leads
- Precision wiring in N scale, Z scale, and compact HO scale locomotives
- Projects where wire visibility and bulk must be minimized
Why Choose TCS 32 AWG Wire?
Generic electronics wire often sacrifices flexibility or insulation quality at very small gauges. Train Control Systems wire is engineered specifically for model railroad environments, balancing strand count, insulation thickness, and durability to withstand vibration, heat, and repeated shell removals over time.
TCS 32 AWG decoder wire is an excellent choice when 30 AWG feels too large or stiff for your application—giving installers more control and cleaner results in the most confined spaces.
Fusion Scale Hobbies stocks genuine Train Control Systems 32 AWG wire in multiple colors and lengths to support professional-grade DCC installs and advanced electronics projects.