What connector pins are used for the wiper switch on this combination switch?

The wiper switch connector uses pins 17, 14, 13, 16 on the top row and 18 and 15 on the bottom row (two positions are marked X/unused). The continuity table covers terminals 13-18 across OFF, INT, LO, HI, and WASH positions.

Which terminals belong to the turn signal switch and what positions are tested?

Terminals 1, 2, and 3 are tested in the R (right), N (neutral), and L (left) lever positions per the turn signal switch continuity table.

What are the hazard switch terminals shown on this page?

The hazard switch continuity table lists terminals 21 through 26, tested in OFF and ON positions. The hazard warning lamp connectors are shown with pins 26/25/24 and 21/23/27/22.

What lever positions does the lighting switch have?

The lighting switch rotates through OFF, 1ST, and 2ND, each with lever positions A, B, and C; the continuity table covers terminals 5 through 12.

Where is the horn terminal on the combination switch?

The horn terminal is called out on the rear-view illustration of the combination switch body, located at the center-bottom area of the switch near the steering shaft opening.

Home/ Registry/ Nissan/ Micra/ 1990 Nissan Micra/ Photo supermotors.net/registry/media/294101

Nissan Micra Combination Switch Check & Continuity Tables - EL-38 Diagram

Combination switch diagram with terminal layout and continuity charts

‹ ›

Combination switch diagram showing lighting, turn, wiper and hazard terminals with continuity charts for each switch position.

AI caption February 2006 · Photo 384 of 412

This is page EL-38 of a Nissan electrical service manual section covering the combination switch (steering column stalk switch) check procedure. The top illustration shows the combination switch assembly with lever positions labeled: the lighting switch rotates through OFF, 1ST, and 2ND with lever positions A, B, C; the turn signal lever moves to R, N, and L; the hazard switch slides between ON and OFF; and the wiper stalk operates OFF, INT, LO, HI plus WASH. A second illustration shows the back of the switch body, identifying the horn terminal and four connectors with their pin numbering: hazard warning lamp connectors (pins 21-27), the wiper switch connector (pins 13-18), and the lighting switch connector (pins 1-12). Below are four continuity test tables used to check the switch with an ohmmeter: the lighting switch table (terminals 5-12 across OFF/1ST/2ND positions A, B, C), the intermittent wiper switch table (terminals 13-18 across OFF/INT/LO/HI/WASH), the turn signal switch table (terminals 1-3 across R/N/L), and the hazard switch table (terminals 21-26 across OFF/ON). Figure reference SEL518D. A reader can identify connector pin locations and expected continuity for testing each function of the combination switch.

Is this accurate? Sign in to help verify it.

Frequently asked questions

What connector pins are used for the wiper switch on this combination switch?: The wiper switch connector uses pins 17, 14, 13, 16 on the top row and 18 and 15 on the bottom row (two positions are marked X/unused). The continuity table covers terminals 13-18 across OFF, INT, LO, HI, and WASH positions.
Which terminals belong to the turn signal switch and what positions are tested?: Terminals 1, 2, and 3 are tested in the R (right), N (neutral), and L (left) lever positions per the turn signal switch continuity table.
What are the hazard switch terminals shown on this page?: The hazard switch continuity table lists terminals 21 through 26, tested in OFF and ON positions. The hazard warning lamp connectors are shown with pins 26/25/24 and 21/23/27/22.
What lever positions does the lighting switch have?: The lighting switch rotates through OFF, 1ST, and 2ND, each with lever positions A, B, and C; the continuity table covers terminals 5 through 12.
Where is the horn terminal on the combination switch?: The horn terminal is called out on the rear-view illustration of the combination switch body, located at the center-bottom area of the switch near the steering shaft opening.