What is the difference between GXL and TXL wire?
What is the difference between GXL and TXL wire? The major differences between TXL and GXL Primary wires are the applications, wall thickness, and weight. TXL wire’s extra-thin wall makes it smaller and more lightweight than GXL. GXL, however, is used primarily where high heat resistance is required.
What AWG is automotive wiring?
18 gauge
Standard automotive primary wire is 18 gauge. This is good for signal wires, but not for hi-current applications. If you replace that section of wire with a piece of 18 gauge, it could cause a fire. Instead, you need to match the original wiring size.
What is GPT primary wire?
GPT wire is a low-voltage automotive primary wire. This wire features a stranded bare copper conductor and PVC insulation. It also has a temperature range of -40°C to +85°C. GPT wire is a general-purpose automotive wire, as specified by SAE J-1128.
What are the 3 types of wiring used in the automotive industry?
There are three basic _XL wires that may be used in the automotive segments today: TXL, GXL, and SXL. The copper strand counts are basically the same in each, but the main difference is the insulation thickness. TXL has the thinnest insulation and SXL has the thickest.
What is the difference between SXL and GXL wire?
The main difference between these two wires is their insulation thickness. SXL wire has thicker insulation than GXL, so it is slightly more durable. However, GXL is more ideal for applications with limited space. (TXL wire has the thinnest wall of all automotive primary wires).
What is TXL automotive wire?
TXL (thin-wall cross-linked) wire is a stranded, single-conductor copper wire with cross-linked polyethylene insulation. TXL wire has a temperature rating of -51°C to +125°C, making it ideal for automotive applications that require high heat and extreme cold reliability.
What does SXL wire mean?
SXL wire is a type of automotive primary wire. It contains a bare copper conductor and Cross-Linked Polyethylene (XLPE) insulation. This wire has a temperature rating of -51°C to 125°C and is rated up to 50V. Since SXL wire can handle high heat, it is rated by SAE J-1128 to be used in engine compartments.
What does SXL wire stand for?
SXL Wire. SXL wire is a type of automotive primary wire. It contains a bare copper conductor and Cross-Linked Polyethylene (XLPE) insulation. This wire has a temperature rating of -51°C to 125°C and is rated up to 50V.
What does SAE J1128 mean?
SAE J1128 covers low voltage cables in surface electrical systems, making sure that such cables carry voltage as intended in normal conditions. SAE J1127 covers low voltage battery cables in surface electrical systems, under normal conditions.
Why learn how to read automotive wiring diagrams?
Learning how to read automotive wiring diagrams is like learning a new language. Here we’ll talk about what the common symbols stand for so you can take your auto repair game to the next level. Watch the Diy automotive wiring diagrams video at the bottom of the page to find out how to use this information to pinpoint electrical problems like a pro.
What does a short line mean on a car wiring diagram?
A short line on the diagram doesn’t mean a short length of wire on the car. There are electrical symbols posted on the schematic that will indicate the color of the wire, its thickness or size and other important details about that particular circuit such as connector locations.
What do the letters mean on a wire repair diagram?
The standard labeling system will use the first letter to indicate the base color, and the second letter to indicate the stripe color. An example would be the letters OB. This represents an orange colored wire with a black tracer stripe. RB is red with a black tracer. Wire repair diagrams can become quite complex.
What type of wire is used in the automotive industry?
The most typical type of wire used in most automotive applications is automotive cross-link wire and automotive primary wire. General Purpose High Temperature automotive wire is ideal for under-hood automotive wiring applications with hard-to-fit areas.