Inline Connectors Splices

Serial Number	Area mm2	Dimensions in mm
		ØA	ØC	j
1	1.5	1.6	3.2	7
2	1.5	1.8	3.7	12
3	1.5	1.8	2.6	10
4	2.5	2.4	4	15
5	2.5	2.4	4	7
6	2.5	2	3.7	15
7	4	3.1	4.8	15
8	4-6	3.5	5.5	15
9	4-6	3.5	5.5	7
10	6	3.8	5.5	15
11	10	4.4	6.2	9
12	16	5.6	8	23
13	16	5.6	8	10
14	16	5.3	7.1	20
15	25	7.5	11.1	25
16	25	7.5	11.1	11
17	25	7	9	25
18	25	6.8	8.8	32
19	35	9	12.6	27
20	35	9	12.6	12
21	35	8	10	30
22	35	8.2	10.6	36
23	50	9.2	11.2	35
24	50	9.2	12.4	40
25	70	12	16	42
26	70	12	16	18
27	70	11.5	13.8	40
28	70	11.2	14.7	50
29	70	11.2	14.7	40
30	95	12.8	15.6	45

Inline connectors and splices are specialized electrical components used to join or connect two or more electrical conductors together in a straight line or «inline.» These connectors and splices provide a secure and insulated connection, ensuring reliable electrical continuity and reducing the risk of electrical faults or hazards.

Key features and uses of inline connectors and splices include:

1. Design: Inline connectors and splices are designed to accommodate multiple conductors in a single connection, enabling the merging of wires or cables in a straight-line configuration.
2. Material: They are typically made from materials with good electrical conductivity, such as Copper or Aluminium, to ensure low-resistance connections.
3. Insulation: Many inline connectors and splices come with insulating covers or sleeves made from materials like PVC or nylon to provide electrical insulation and protect the connection from moisture, dust, and physical damage.
4. Types: Inline connectors and splices come in various types, such as butt splices, inline wire connectors, and insulated inline connectors, to suit different applications and wire sizes.
5. Termination: They are attached to the conductors using crimping, soldering, or compression methods, depending on the connector type and application.
6. Applications: Inline connectors and splices are used in a wide range of electrical systems, including automotive wiring, home electrical installations, industrial wiring, and control circuits.
7. Easy Installation: Inline connectors and splices offer a convenient and easy-to-install solution for joining multiple conductors, eliminating the need for complicated twisting and taping.
8. Electrical Safety: Properly installed inline connectors and splices maintain electrical safety by providing secure connections and preventing accidental contact with live conductors.
9. Reusability: Some types of inline connectors and splices are reusable, allowing for disconnection and reconnection when needed.

Inline connectors and splices are valuable components in electrical wiring and installation projects, where multiple conductors need to be joined together in a neat and organized manner. They provide a more organized and reliable solution compared to traditional methods like wire nuts and twisting.

When using inline connectors and splices, it is essential to select the appropriate connector type and size based on the wire gauge and application requirements. Proper installation techniques, such as crimping or compression, are crucial to achieving secure and durable connections.