UL 1332 14 AWG FEP Wire for Appliance Power-Section Lead Wiring
UL AWM Style 1332 14 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, used for internal lead wiring inside appliance power-section assemblies. This page focuses on the 14 AWG SKU — its confirmed FEP insulation requirement, application boundary, and the specification fields an RFQ needs — rather than making broad claims about chemical resistance or general power-electronics suitability that are not established by the Style data.
The Confirmed UL 1332 14 AWG Construction
| Parameter | UL 1332 |
|---|---|
| UL AWM Style | 1332 |
| Description | Single Conductor with Covering |
| Featured Conductor Size | 14 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 14 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 figure is not tiered by conductor size group, so this page does not invent a separate value specific to 14 AWG. This page does not convert this figure into an invented finished outside diameter; conductor geometry, including finished OD, is order-specific.
“Chemical Resistant” Is Not a UL 1332 Property — Here Is What the Style Actually Provides
This distinction matters for accurate specification. UL Style 1332 does not carry a general chemical-resistance rating. What the Style permits are two specific, optional provisions: an Oil Resistant 80°C rating, and a Gasoline Resistant rating. Neither is standard on every UL 1332 order, and neither should be generalized into broader claims about resistance to solvents, acids, cleaning agents, coolants, or industrial chemicals as a class. If your power-section assembly may be exposed to oil or gasoline specifically, state that requirement in your RFQ so the applicable optional provision can be confirmed against the qualified construction. If your application involves a different chemical exposure, that requirement should be evaluated separately rather than assumed to be covered by this Style.
14 AWG Does Not Establish Current-Carrying Capacity
This page does not publish a generic ampacity figure simply because the product is 14 AWG, and does not infer allowable current from the 14 AWG conductor size or the 300 Vac voltage rating — these are separate parameters. Current-carrying suitability for a power-section lead depends on the actual conductor construction, equipment design, ambient conditions, and installation, and must be evaluated accordingly rather than assumed from AWG alone.
Conductor Form, Material and Termination: RFQ Fields
UL Style 1332 permits solid or stranded conductor construction at 14 AWG; conductor material and plating are not established by the Style data. This page does not describe UL 1332 14 AWG as a fixed tinned-copper or bare-copper product — if your BOM or drawing specifies a conductor material, plating, or termination method (soldering, crimping, or both), include that in your RFQ so the corresponding construction can be confirmed.
Optional Covering
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. This is not standard on every UL 1332 14 AWG order; if your application requires a covering, specify which type in your RFQ.
Common RFQ Gaps for a 14 AWG UL1332 Power Lead
Certain specification fields are frequently left out of an initial enquiry and typically require a follow-up before an accurate quotation can be issued. These are common information gaps, not observations about any particular buyer: 14 AWG is specified but conductor form is missing; conductor plating is controlled by a drawing but omitted from the RFQ; a maximum OD is missing despite connector-space restrictions; colour is omitted; termination requirements are omitted; an optional covering is assumed rather than specified; “chemical resistance” is requested without identifying the actual oil or gasoline qualification needed; 600 V is requested even though UL 1332 is primarily a 300 Vac Style; quantity is given without a packaging requirement; or a cut length is given without a tolerance. Correcting these gaps improves quotation comparability and reduces the need for later specification revisions.
What UL 1332 Does Not Automatically Define
The Style data does not automatically define: conductor material, conductor plating, strand count, strand diameter, conductor resistance, ampacity, current rating, finished OD, bend radius, flex cycles, flexibility class, connector compatibility, termination process, standard colour, MOQ, stock, lead time, or reel length. These remain RFQ or ordered-construction details where relevant — none of them are invented on this page.
RFQ Checklist for UL 1332 14 AWG FEP Wire
To request an accurate quotation, please provide:
- UL AWM Style 1332
- 14 AWG
- Solid or stranded
- Conductor material, if specified
- Conductor plating, if specified
- 200°C requirement
- 300 Vac requirement
- Insulation colour
- Nominal or maximum finished OD, if controlled
- Optional FEP or glass-braid covering, if required
- Optional oil / gasoline qualification, if required
- Termination / contact information
- Cut length, if applicable
- Quantity
- Packaging
- Destination
- Documentation requirements
Applicable RoHS / REACH documentation can be confirmed according to the ordered construction.
See the UL1332 FEP Wire category, our Fluoropolymer Wire range, or our AWM Wire category for other conductor sizes within this Style.
