What it looks like
Terminal hole
Length — mm
Lengths match to ±10 mm.
Which standards this page can answer for
| Standard | Rows | What it is | |
|---|---|---|---|
| ASNE0088–0092 | 260 | The bonding lead series, five standards by section and termination. | |
| CFBA1068 | 72 | Bonding jumper, the longest run of lengths in the catalogue. | |
| ABS1509 / ABS1510 | 131 | Standard bonding leads on round braid ABS5315: ABS1509 13 mm² (replaces E0092), ABS1510 7.06 mm² (replaces E0091). Finish NN is nickel plating, 260 °C; no finish code or NE, 135 °C. The older E0088–E0092 leads are round braid NSA936020 of 1.4, 3.5, 4.6, 7.0 and 13 mm². | |
| ABS0394 | 54 | Bonding lead on flat braid DAN416, 14 or 22 mm², crimped in an NSA936507 terminal. | |
| LN9264 | 42 | Flat tinned-copper braid, the classic bonding jumper: Cu/Sn to 150 °C, Cu/Ni to 260 °C. | |
| E0088–E0092 | 313 | The same five standards written with a number for the pair of terminals: E0089-41-250NN = standard · terminal variant · length in mm · finish. The card gives the hole of each end, A and B. | |
| MS25083 | 18 | Military bonding jumper: the digit is the size, the two letters the stud at each end (A #4 / #6, B #8 / #10, C 1/4 in, D 5/16 in), the last number the length in inches. M83413/8 jumpers are the same family with the length as three digits. | |
| AGS2097 | 19 | Flat tinned-copper braid 0.7 mm² to 150 °C. The code is the terminal at end A, the length in inches, the terminal at end B (B Ø3.68, C Ø5.00, E Ø6.73, G Ø8.33, J Ø9.91 mm). | |
| NSA936020 | 10 | The braid alone, by length, no terminals: -01 1.4, -02 3.5, -03 4.6, -04 7.0, -05 13 mm²; N at the end is nickel plated. | |
| Other listed parts | 110 | Bonding leads, jumpers and straps with their own part numbers (PE88001, D-numbers, B0312009 …). They are listed so the part number is found; length and hole are not published in the sources found, so the card says so. | |
| ABS0922 / NSA935510 | 3 | Bonding lid caps — the cover over a bonding terminal, not a lead. |
REFERENCE ONLY — not authorized for maintenance, repair or return-to-service. A bonding lead is a measured resistance, not a wire: the figure that matters is the milliohm reading across the joint after installation, and it is the maintenance data task that states it. Length here is the published length of the part, and a lead fitted taut is a lead that will fail.