Crimp Terminal with Insulation-Superposition Crimp Ring (Value Product)

Features

● Crimp terminals are wire connection components that are used in a wide range of applications such as electrical engineering as well as domestic electrical appliances, measuring devices, FA control devices etc.
● Available in 2 types: conventional type bare crimp terminals without insulation sheathing, and crimp terminals with insulation sleeves.
● We also offer products with JIS, UL and CSA certification, allowing for use with peace of mind.

Allowable Current

Wire Size Used			Terminal Nominal Number	Allowable current or less (at 30°C)
Single Wire	Stranded Wire	AWG		With rubber vinyl insulated wire		Cord
				Single Wire	Stranded Wire
-	0.08	28	0.08	-	-	-
-	0.3	26, 24	0.3	-	-	-
0.8	0.3, 0.5	22, 20	0.5	-	-	-
1.0, 1.2	0.75, 0.9, 1.25	18, 16	1.25	16 A, 19 A	16 A, 17 A, 19 A	7 A (0.75 mm), 12 A
1.6	2	14	2	27 A	27 A	17 A
2.0	3.5	12	3.5	35 A	37 A	23 A
2.6	5.5	10	5.5	48 A	48 A	35 A
3.2	8	8	8	62 A	62 A	-

Allowable Voltage

Bare Crimp Terminal: 600 VAC or less
Insulated Crimp Terminal: 300 VAC or less

Materials

Conductor Component: Oxygen-free Copper (Tin-Plated)
Insulator Component: Refer to product pages

Compatible Wire Size

Refer to product pages.

Crimping Method

Diagram A

Terminal Nominal (Note 3)	Wire Size Used			Wire Sheath Strip Dimensions (mm)
	Stranded Wire (mm2)	Single Wire (Dia. mm)	Wire Conjugation Capacity (Note 1)	L (Note 2)	L1	L2
0.08	0.08	-	-	B + L1 + L2	0.5 ~ 2	0 ~ 1
1.25	0.3, 0.5, 0.75, 0.9, 1.25	0.75 ~ 1.44	0.25 ~ 1.65	B + L1 + L2	0.5 ~ 2	0 ~ 1
2	1.25, 2.0	1.14 ~ 1.82	1.04 ~ 2.63	B + L1 + L2	0.5 ~ 2	0 ~ 1
5.5	3.5, 5.5	1.82 ~ 2.89	2.63 ~ 6.64	B + L1 + L2	0.5 ~ 2	0 ~ 1
8	8	2.89 ~ 3.65	6.64 ~ 10.52	B + L1 + L2	1 ~ 2	0 ~ 2

(Note 1) When 2 or more wires are inserted into terminals for crimping, ensure that the combined total of the wires' cross-sectional area is within the wire conjugation capacity range and is also similar to the terminal nominal.
(Note 2) The calculation method of the L dimension is simply for finding the dimensions of the wire sheath stripping, and is not used to indicate the shape or dimensions after crimping.
(Note 3) For applicable wires at 0.3, use a conductor cross-sectional area close to the terminal nominal. Furthermore, fold back the core wire when crimping thin types such as AWG28.
Also, ensure that the wire stripping dimension complies with the terminal nominal 1.25.

Crimping Guideline

Selection of Crimping Tool

Visual Inspection after Crimping