Overview

The EBX-2208 is the EBX family's dedicated 24 V wiper controller. Where a full BCM such as the EBX-953 or the EBX-954 absorbs wiper drive into the body-control scope, the EBX-2208 is the right tier when the program wants the wiper drive isolated on a small, hard-wired box close to the wiper motor — either because the BCM is already at I/O capacity, or because the program uses a steering-column combination switch that hands the wiper command directly to the wiper motor without going through the BCM.

Electrically the module operates across an 18–32 VDC range with quiescent current ≤ 3 mA. The output stage is dimensioned for direct drive of a commercial-vehicle wiper motor in three speed modes (high-speed, low-speed, intermittent), with park-position feedback closing the loop so the wiper always reverse-parks to the stowed position on switch release. The build is sealed to IP53 (dust-protected, spray-protected) for in-cab placement near the steering column or under the dash.

Integrated functions

  • High-speed wiper drive. Two-channel high-speed drive output sized for the wiper-motor high-speed brush.
  • Low-speed wiper drive. Two-channel low-speed drive output sized for the wiper-motor low-speed brush.
  • Intermittent mode. Programmable wiper-cycle timing — reference profile per the customer combination-switch behaviour and run-time over the IGN-on window.
  • Park-position reverse. Park-position feedback from the wiper motor — the controller reverse-parks the wiper to the stowed position on switch release, regardless of where the blade is mid-stroke.
  • Switch debouncing. Debounced low-speed / high-speed / intermittent switch inputs (typical 5 – 20 ms debounce) so column-switch contact bounce does not double-fire the drive.

Engineering details

  • Single-housing harness footprint: all power, ground, switch inputs, park feedback and motor drive land on one 13-pin connector
  • Park-position closed-loop: the controller never simply cuts the drive on switch release — it always reverse-parks the blade to the stowed position using the park-position feedback signal from the wiper motor
  • Wide IP53 sealing suitable for in-cab installation; specify a sealed-connector variant at quotation if the program requires under-hood IP65 / IP67 placement near the wiper-motor housing
  • 3-part PA66-style construction: upper housing, FR-4 PCBA, lower housing — serviceable on the bench with the customer's standard fuse-extractor tooling

Mechanical layout

EBX-2208 mechanical drawing — side view, top-down view with 13-pin connector position and mounting ear dimensions
EBX-2208 mechanical layout (side and top-down engineering views) — overall envelope 130 × 99.4 × 39.5 mm. The 13-pin harness-side connector sits on the bottom edge. The mounting holes are on the side ears, 25 mm from each hole center to the body edge opposite the connector.

Construction

EBX-2208 exploded view — upper housing, PCBA carrier and lower housing
EBX-2208 exploded construction — three main parts: (1) lower housing on the harness side, (2) upper housing with the 13-pin connector cut-out and mounting ears, (3) PCBA carrier with the H-bridge driver stage. The upper housing snaps onto the lower housing with vibration-damped retainer features visible on the carrier base.

13-pin pin-out reference

Final pin allocation is confirmed against the customer harness drawing at quotation.

EBX-2208 13-pin connector outline with pin numbering
EBX-2208 harness-side connector pin numbering — 13 positions across two rows (top row pins 1–6, bottom row pins 7–13).
Reference pin-out (current production)
PinFunctionType
1Power groundPower return
2Wiper high-speed driveDrive output
3Wiper high-speed driveDrive output
4Wiper low-speed driveDrive output
5Wiper low-speed driveDrive output
6Power supply (+24 V)Power
7Power groundPower return
8Park-position feedback input (from wiper motor)Input
9Wiper low-speed switch inputInput
10Wiper high-speed switch inputInput
11Wiper intermittent switch inputInput
12NC (reserved)—
13Power supply (+24 V)Power

Comparison with other Youlai wiper / BCM modules

The EBX family covers several patterns for wiper drive. The EBX-2208 is the dedicated single-housing 24 V tier:

Comparison with other Youlai wiper / BCM modules
ModelSystemPatternDrive modesHarness
EBX-220824 V (18–32 VDC)Dedicated wiper controllerHigh / Low / Intermittent + park-reverse1 × 13-pin
EBX-96124 V (18–32 VDC)Smart wiper controllerSpeed + intermittent (per program)Compact, IP53
EBX-95324 V (18–32 VDC)Full BCM — wiper inside scopeSpeed + intermittent + washer9 connector positions
EBX-95424 V (18–32 VDC)Pure-logic BCM — wiper inside scopeSpeed + intermittent + washer6 connector positions

The EBX-2208 is the right choice for a program that wants the wiper drive isolated on its own hard-wired ECU close to the wiper motor — particularly on builds where the steering-column combination switch goes straight to the wiper controller without passing through the BCM. For an even smaller smart-wiper controller without the intermittent timing logic exposed, look at EBX-961; to absorb the wiper function into a wider BCM scope, look at EBX-953 or EBX-954.

Manufacturing & testing

Built under IATF 16949 with APQP project planning and a PPAP package available for OEM programmes. Every unit is end-of-line functional-tested before packaging — quiescent current, the high-speed / low-speed / intermittent switch inputs, the wiper drive H-bridge in both speed modes, the park-position feedback loop and the reverse-park behaviour on switch release are all checked. Environmental sealing follows the IP53 reference; specify a sealed-connector variant at quotation if the program requires under-hood IP65 / IP67 placement.

How to ask

The EBX-2208 belongs to the Smart Control Modules family. To request the harness drawing, the wiper-motor stall-current rating, the intermittent timing profile or a PPAP package, use the contact page. These help if you already have them: target vehicle programme, expected annual volume and key technical requirements (wiper motor model, intermittent timing profile, IP rating, connector preference). Drawings welcome.