SIAMEZE Terminals
Technical Specification
- Make: TE Connectivity
- Model code: SIAMEZE Terminals
- Wire Size: Cu: 0.13-2.03 / 36-12 ; Al: 0.40-2.30 / 26-11 mm / AWG
- Max. Number of Wires: Magnet Wire: 1 ; Lead Wire: 1
- Type of Wire: Magnet Wire (Cu / Al) & Stranded Lead Wire
SIAMEZE insulation displacement contact (IDC) terminals bring high-speed, solderless magnet wire termination to space constrained, small motor systems. The IDC terminal features a moving beam contact to fit a wide range of magnet wire sizes in a single terminal. SIAMEZE terminals can be applied with automated or manual assembly to achieve stable, gas-tight connections of either copper or aluminum magnet wire, without the need for pre-stripping. The system offers multiple terminal interface options, including quick disconnect tabs, posts, receptacles, and wire-to-wire IDC with an optional Lead Lok strain relief device.
Read more| Make | TE Connectivity |
|---|---|
| Manufacturer | TE Connectivity |
| Category | Components>Magnet Wire Connections |
| Model code | SIAMEZE Terminals |
| Wire Size | Cu: 0.13-2.03 / 36-12 ; Al: 0.40-2.30 / 26-11 mm / AWG |
| Max. Number of Wires | Magnet Wire: 1 ; Lead Wire: 1 |
| Type of Wire | Magnet Wire (Cu / Al) & Stranded Lead Wire |
| Materials / Plating | Base: Brass, CuNiSi, CuCrSiTi ; Plating: Tin, Pre-tin, Unplated |
| Operating temperature | Max. 150 °C |
| Standards/Approvals | UL |
| Additional info |
SIAMEZE insulation displacement contact (IDC) terminals bring high-speed, solderless magnet wire termination to space constrained, small motor systems. The IDC terminal features a moving beam contact to fit a wide range of magnet wire sizes in a single terminal. SIAMEZE terminals can be applied with automated or manual assembly to achieve stable, gas-tight connections of either copper or aluminum magnet wire, without the need for pre-stripping. The system offers multiple terminal interface options, including quick disconnect tabs, posts, receptacles, and wire-to-wire IDC with an optional Lead Lok strain relief device. |
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