UL AWM Style 1015 / 14 AWG — PVC Wire for Protected Equipment Internal Wiring
UL AWM Style 1015 is a single-conductor extruded PVC wire for the protected internal wiring of appliances and electrical equipment, covered under UL Subject 758, Section 1. This product page covers the 14 AWG (2.08 mm² nominal) construction at the marketed 105°C / 600 Vac rating. The full Style range covers 30 AWG–2000 kcmil at 80°C, 90°C, or 105°C maximum and 600 Vac or 750 Vdc; additional AWG sizes within this range are available and should be confirmed at the quotation stage. CableApex supplies UL AWM Style 1015 PVC wire from factory production. UL AWM Style 1015 documentation is available for confirmed constructions on request.
Product Specifications — UL AWM Style 1015 / 14 AWG
| Parameter | Specification |
|---|---|
| UL AWM Style | 1015 |
| UL Subject / Section | 758, Section 1 |
| AWG Size (this product) | 14 AWG (2.08 mm² nominal) |
| Full Style AWG Range | 30 AWG – 2000 kcmil, solid or stranded |
| Temperature Rating | 80°C / 90°C / 105°C maximum (construction-dependent) |
| Voltage Rating | 600 Vac / 750 Vdc |
| Insulation Material | Extruded PVC |
| Min Avg Insulation Thickness | 30 mils (0.76 mm) — per UL Style file, 30–9 AWG class |
| Min Insulation at Any Point | 27 mils (0.69 mm) — per UL Style file, 30–9 AWG class |
| Conductor | Solid or stranded copper; bare or tinned (confirm at order) |
| Optional Oil Resistance | 60°C or 80°C oil-resistant grade — optional, confirm at order |
| Approx. OD | ~4.5 mm (typical production value; confirm against ordered construction) |
| Max DC Resistance at 20°C | ~8.45 Ω/km (typical production value; confirm against ordered construction) |
| Flame Rating | Horizontal flame |
| UL Recognition | UL AWM Style 1015 documentation available for confirmed construction |
| Permitted Use (per UL Style file) | Internal wiring of appliances; tags may indicate 2,500V peak — for electronic use only |
| Colour Options | Red, black, white, yellow, blue, green, brown, grey; custom on request |
| RoHS / REACH | Documentation available on request |
Applications — Protected Internal Wiring of Equipment and Appliances
UL AWM Style 1015 is designated for the internal wiring of appliances. At 14 AWG, 105°C maximum, and 600 Vac / 750 Vdc, it covers a wide range of control circuit internal wiring requirements inside enclosed electrical and electronic equipment. Application categories where UL AWM Style 1015 14 AWG constructions are commonly evaluated include:
- Control circuit internal wiring inside industrial control panels and enclosed automation equipment
- Appliance internal wiring — white goods, HVAC equipment, heating and cooling appliance internals
- Power supply and converter internal wiring within enclosed assemblies
- Equipment internal lead wire connections — where the ordered construction and equipment-level evaluation support the requirement
- Commercial electrical equipment internal wiring where 600 Vac / 105°C rated PVC insulated wire is specified
UL AWM Style 1015 is not designated for field wiring, building installation wiring, utility distribution, or any use outside protected internal equipment wiring. The acceptability of the wire for any specific installation is determined at the equipment level by the applicable certification body.
UL 1015 vs UL 1007 — 600V vs 300V PVC Internal Wiring
Buyers selecting between UL AWM Style 1015 and UL AWM Style 1007 should note the key differences in voltage class and insulation wall. UL 1015 is rated to 600 Vac / 750 Vdc with a 30 mils minimum average PVC wall (30–9 AWG). UL 1007 is rated to 300 Vac with a 15 mils minimum average PVC wall (32–16 AWG, maximum 16 AWG). For internal equipment wiring circuits rated at or below 300V where conductor size does not exceed 16 AWG, UL 1007 provides a thinner-wall alternative. For 600V class internal wiring or AWG sizes below 16 AWG, UL 1015 is the appropriate Style.
Supply for Saudi Arabia and the Middle East
CableApex supplies UL AWM Style 1015 14 AWG PVC wire for B2B export to Saudi Arabia and the wider Middle East region. Export supply is offered CIF Jeddah Islamic Port or King Abdullah Port, with transit approximately 18–22 days. Standard export documentation includes Commercial Invoice, Packing List, Certificate of Origin (CCPIT), Bill of Lading, and UL AWM Style documentation for the confirmed construction. Arab League Certificate of Origin is available on request. MSDS available on request.
Key Features
Product
- UL AWM Style 1015 — up to 105°C maximum, 600 Vac / 750 Vdc
- UL AWM Style 1015 documentation available for confirmed construction
- 30 mils minimum average PVC insulation wall (30–9 AWG)
- 14 AWG — 2.08 mm² nominal, ~8.45 Ω/km typical
- Horizontal flame rated
- Optional 60°C or 80°C oil-resistant grade
Supply
- Factory supply — direct B2B export
- CIF Jeddah — transit approx. 18–22 days
- Certificate of Origin + Arab League CoO on request
- MOQ 100m per colour
- UL AWM Style documentation on request for confirmed construction
- B2B quotation response within 12 hours
Ordering Information
To request a quotation, provide: insulation colour, temperature rating required (80°C / 90°C / 105°C), conductor type (bare / tinned), reel length, quantity (metres), destination port, and documentation requirements (UL AWM Style documentation, RoHS Declaration, REACH, Arab League CoO). MOQ 100m per colour. Sample lengths from 10m available for incoming inspection. Final construction, markings, and documentation confirmed before production.
Related UL AWM Styles
Buyers evaluating UL AWM Style 1015 14 AWG may also consider: UL AWM 1007 (80°C / 300 Vac, extruded PVC, 32–16 AWG, 15 mils min avg wall — lower-voltage thinner-wall alternative for 300V internal wiring); UL AWM 1569 (80–105°C / 300 Vac, extruded PVC, 30–2 AWG, 15 mils min avg wall — 300V thin-wall PVC alternative); UL AWM 10269 (80–105°C / 1,000 Vac or 1,250 Vdc, extruded PVC, 30 AWG–2000 kcmil — higher-voltage PVC internal wiring alternative); and UL AWM 3271 (125°C / 600 Vac or 750 Vdc, XLPE, 30 AWG–2000 kcmil — higher-temperature motor lead and internal wiring alternative).
