UL 1332 24 AWG FEP Wire | 200°C 300V Compact Wiring

UL 1332 24 AWG FEP Wire for Compact Appliance Internal Wiring

UL AWM Style 1332 24 AWG FEP wire, rated 200°C and 300 Vac, is a specific conductor-size configuration within Style 1332’s broader 30 AWG–10 AWG range, commonly specified for internal wiring inside compact appliance assemblies where the BOM controls conductor size and available routing dimensions must be confirmed before quotation. This page focuses on the 24 AWG SKU — its confirmed FEP insulation requirement, dimensional scope, and what still needs to be specified in an RFQ — rather than a general article about routing behavior.

The Confirmed UL 1332 24 AWG Construction

Parameter	UL 1332
UL AWM Style	1332
Description	Single Conductor with Covering
Featured Conductor Size	24 AWG
Style Conductor Range	30 AWG – 10 AWG, solid or stranded round
Temperature Rating	200°C
Voltage Rating	300 Vac
Flame	Horizontal flame
Insulation	Extruded FEP, 13 mils min. average / 12 mils min. at any point
Optional Covering	Extruded FEP, 2 mils or heavier; or glass braid, 7 mils or heavier
Optional Resistance Ratings	Oil Resistant 80°C; Gasoline Resistant
UL-Defined Use	Internal wiring of appliances

13/12 Mil FEP Insulation at 24 AWG

The confirmed insulation requirement for UL 1332 is extruded FEP at 13 mils minimum average thickness and 12 mils minimum thickness at any point, applying across the Style’s full 30–10 AWG range — this page does not invent a different thickness specific to 24 AWG, since the Style’s insulation requirement is not tiered by conductor size group. This page does not convert this figure into an invented finished outside diameter, and does not assign a friction coefficient, abrasion rating, or any other unsupported physical-handling property to this figure — conductor geometry and handling characteristics are order-specific and are not established by the Style-level record.

Compact Installation Dimensions: An RFQ Field, Not an Assumed Property

This page does not describe UL 1332 as inherently easier to route, lower-friction, or better suited to tight spaces than another AWM construction — no such property is established by the Style-level record. What actually determines fit within a compact assembly is the confirmed conductor size, finished OD, and the buyer’s own routing-space, connector-cavity, or grommet constraint. If your compact appliance design has a specific dimensional limit, state the required maximum finished OD, connector or grommet restriction, and routing-space constraint in your RFQ — this page does not publish an invented nominal OD for 24 AWG.

Optional Covering and Resistance Ratings

UL Style 1332 permits an optional covering over the FEP-insulated conductor — either extruded FEP at 2 mils or heavier, or glass braid at 7 mils or heavier — and optional Oil Resistant 80°C and Gasoline Resistant ratings. None of these are standard on every UL 1332 24 AWG order; this page does not describe every unit as covered, oil resistant, or gasoline resistant by default. If your application requires any of these, specify it explicitly in your RFQ.

What UL 1332 Does Not Automatically Define

The Style data does not automatically define: conductor material, plating, strand count, strand diameter, conductor resistance, ampacity, current rating, finished OD, bend radius, flexibility class, friction coefficient, abrasion rating, standard colour, MOQ, lead time, stock, reel length, or production capacity. These require separate confirmation — none of them are invented on this page.