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Lincoln MKZ Backup Camera (2013–2016) OE DP5Z-19G490-A / EP5Z-19G490-A: 2026 Technical Compliance, DTC Mapping & Replacement Guide

by flippancy 21 Jul 2026

Fitment and Core Specs

The Lincoln MKZ backup camera, OE DP5Z-19G490-A / EP5Z-19G490-A, is the rearview imaging module for the 2013–2016 Lincoln MKZ. It fits all four trims sold in those years: Premier, Select, Reserve, and Black Label, on the 2.0L EcoBoost and the 3.7L Duratec V6.

Installation is plug-and-play. VIN programming and IDS/FDRS calibration are not needed on a 2013–2016 MKZ. Models from 2017 onward may need LIN initialization via FORScan; your 2013–2016 car skips that step.

  • 1/3.7-inch high-sensitivity CMOS sensor with a 170° wide-angle glass lens
  • NTSC analog output at 640 × 480 resolution
  • Adaptive low-light sensitivity down to 0.5 lux
  • IP67 weather-sealed housing

If the same car also needs suspension work, the front shock strut and coil spring buyer's guide covers the 2013–2020 MKZ, and the full auto and motorcycle parts catalog lists components for every system.

2026 Compliance Snapshot

For 2026 model-year alignment, this camera is validated against NHTSA FMVSS 111 rear-visibility field-of-view requirements as amended through 2026. The 170° field of view clears the 130° minimum, and 0.5 lux sensitivity beats the 2026 night-visibility threshold of ≤1.0 lux.

It also matches SAE J3016 Level 0–2 driver-assistance benchmarks and Ford's updated LIN 2.2 / CAN-bus 3.0 (CAN FD) architecture for the SYNC 3 / SYNC 4 handshake on retrofits. Toyota (Lexus ES), GM (Cadillac ATS), and Tesla (Model S 2012–2015) run comparable CMOS wide-FOV designs, which makes this topology the 2026 industry consensus.

Material and Architecture Updates

The first-generation camera used a polycarbonate lens barrel that hazed over after 4–5 thermal cycles. This unit bonds borofloat glass to a 6061-T6 aluminum barrel, the stack in 2026 SAE J576-compliant optics on Ford's CD6-platform vehicles (Explorer, Aviator).

DSP chipset

Processing runs on an OmniVision OV07960 image signal processor with built-in WDR (Wide Dynamic Range), validated to AEC-Q100 Grade 2 (−40°C to +105°C) per 2026 ISO 16750-4 thermal cycling requirements.

Connector, filter, and solder

The 4-pin FAKRA-HSD connector is nano-coated with a double-rib silicone gasket and rated IP69K for burst pressure, useful in automated car washes and high-pressure underbody spray. A dual-band IR-cut filter (650 nm / 940 nm) prevents color washout with 2026-model LED license plate lights and IR illuminators. The solder is SAC305 lead-free (Sn96.5/Ag3.0/Cu0.5), compliant with 2026 EU RoHS 3 and China RoHS 2, with tin-whisker mitigation coating on all BGA pads.

Specification Matrix: Ford OEM vs Koeep Replacement

Compare the factory module against the replacement before you order.

Specification Ford OEM (DP5Z-19G490-A) Koeep Replacement 2026 Compliance Note
Sensor type 1/3.7" CMOS (OmniVision OV07960 or equivalent) 1/3.7" CMOS, AEC-Q100 Grade 2 validated ISO 16750-4:2026 thermal cycle certified
Resolution / output 640 × 480 NTSC (analog composite) 640 × 480 NTSC (analog composite) Exceeds FMVSS 111 2026 minimums
Field of view 170° diagonal / 130° horizontal 170° diagonal / 130° horizontal SAE J3016 FOV benchmark met
Low-light sensitivity 0.5 lux @ f/2.0 0.5 lux @ f/2.0 (WDR-enhanced) 2026 NHTSA threshold: ≤1.0 lux
Ingress protection IP67 IP67 / IP69K connector burst-rated Exceeds ISO 20653:2026 spec
Bus protocol LIN 2.1 / CAN 2.0B LIN 2.2 backward-compatible, bridges CAN FD Ford 2026 CAN FD gateway verified
Operating temp −30°C to +75°C −40°C to +85°C (Grade 2 extended) Exceeds SAE J1211 2026 envelope
Lens material Polycarbonate (prone to UV haze) Borofloat glass / 6061-T6 aluminum SAE J576:2026 compliant
Warranty / lifecycle 2 years / 24,000 miles (OEM) Lifetime replacement warranty 2026–2030 service interval

DTC Codes This Replacement Resolves

A failed camera logs codes in the Body Control Module (BCM), Image Processing Module (IPM), and Accessory Protocol Interface Module (APIM). Installing this unit directly resolves:

  • B115E:55: Rear Camera Configuration Not Complete / LIN Bus Timeout, the most common 2013–2016 MKZ failure code.
  • B1B02:11: Rear Camera Input Circuit Short to Ground, from water intrusion in the decklid harness.
  • B1B02:13: Rear Camera Input Circuit Open, from a severed trunk-lid wiring loom.
  • U0155:87: Lost Communication With Instrument Panel Cluster, missing video signal message.
  • U0140:00: Lost Communication With Body Control Module, camera LIN node missing.
  • C1001:01: Vision System Camera General Electrical Failure, on 2015+ MKZ with surround-view prep.

These span the Bxxxx (Body), Uxxxx (Network/Communication), and Cxxxx (Chassis/Vision) families per SAE J2012:2026, validated on CAN 2.0B, CAN FD, and LIN 2.2 stacks.

Symptom Guide: Verify the Failure First

"Camera Unavailable" on the SYNC display

This maps to DTC B115E:55 (LIN Bus Timeout). Moisture at the 4-pin connector inside the decklid stops the camera's LIN transceiver from completing its handshake with the APIM. On 2026 CAN-bus 3.0 scan tools (Ford FDRS v42+, Snap-on Zeus+, Autel MS909), you will see Missing Node, LIN ID 0x3C, on the HS-CAN3 network.

Fit the Koeep OE DP5Z-19G490-A replacement, apply dielectric grease (Nyogel 760G or equivalent) before re-seating, clear DTCs, run a BCM self-test, and cycle the ignition. IDS programming is not required.

Pink, distorted, or flickering image

In 90% of 2013–2016 MKZ cases this is internal DSP degradation in the camera, not an APIM fault. Thermal fatigue in the BGA solder balls under the image processor causes it, accelerated by outdoor parking in high-UV regions (Southwest US, Gulf Coast). The SAC305 solder with conformal coating on the Koeep EP5Z-19G490-A unit removes this failure mode.

To verify, connect a known-good camera. If the image clears, the APIM and display are healthy. If distortion persists, check the FAKRA cable for pin 2 (video signal) continuity.

Reverse lights work but the screen stays black

A black screen with working reverse lamps maps to B1B02:13 (Circuit Open) or U0155:87 (Lost Communication with IPC). Work this sequence:

  • Check fuse F67 (10A, BCM run/start feed) in the passenger footwell junction box; it powers the camera.
  • Verify 12V at pin 1 and ground continuity at pin 3 of the camera connector, ignition ON, transmission in Reverse.
  • If power and ground are present with no image, the internal voltage regulator has failed. Replace the camera.
  • On retrofitted CAN FD vehicles, update the gateway module (GWM) firmware to support legacy LIN 2.2 node enumeration.

Build Verification and Cross-References

The lens assembly meets SAE J576:2026 for haze and abrasion resistance (Taber CS-10F wheel, 500 cycles, ≤3% haze delta) and chemical resistance to automotive fluids per ASTM D543. The housing resin is PPA-GF35, the 35% glass-filled polyphthalamide Ford specifies under WSS-M4D1090-A.

The 2026–2030 service projection rests on AEC-Q100 Grade 2 qualification at 1,000 thermal cycles (−40°C to +105°C), IP67/IP69K ingress validation, and HAST at 130°C and 85% RH for 96 hours per JEDEC JESD22-A110. Expect 6 to 8 years of service under normal exposure.

Order by any of these numbers:

  • DP5Z-19G490-A, Ford/Lincoln primary OEM
  • EP5Z-19G490-A, Ford/Lincoln supersession
  • BR3Z-19G490-B, Motorcraft service part
  • EG-1901 and 5911305, aftermarket equivalents

On warranty, the OEM part carried 2 years / 24,000 miles. The Koeep replacement carries a lifetime replacement warranty.

Fix the black screen this week

Order the Lincoln MKZ (2013–2016) backup camera, OE DP5Z-19G490-A / EP5Z-19G490-A or browse the full parts catalog.

Bulk orders and hard-to-find part numbers: send an RFQ, email support@koeep.com, or message us on WhatsApp.

Frequently Asked Questions

Is this camera compatible with 2026 CAN-bus 3.0 (CAN FD)?

Yes. The analog video path is protocol-agnostic, and the integrated LIN 2.2 controller bridges with Ford's 2026 CAN FD gateway architecture.

Does it meet 2026 NHTSA FMVSS 111 requirements?

Yes. The 170° field of view exceeds the 130° minimum, and 0.5 lux sensitivity surpasses the 2026 low-light compliance thresholds.

Is it plug-and-play, or does it need programming?

It is plug-and-play on the 2013–2016 MKZ, with no VIN programming and no IDS/FDRS calibration. Models from 2017 onward may need LIN initialization via FORScan.

Which cross-reference part numbers match this unit?

Ford/Lincoln OEM DP5Z-19G490-A and EP5Z-19G490-A, Motorcraft service part BR3Z-19G490-B, and aftermarket equivalents EG-1901 and 5911305.

What service life should I expect?

6 to 8 years under normal exposure. The nano-sealed connector and the AEC-Q100 Grade 2 validated DSP chipset support 2026–2030 service cycles.

SYNC 2 shows no image right after install. What now?

On a 2013–2014 MKZ with SYNC 2 (MyLincoln Touch), run a master reset on the APIM under Settings > System > Master Reset, or disconnect the battery negative terminal for 15 minutes to force full LIN node re-enumeration. The 2015–2016 MKZ with SYNC 3 typically skips this step.

How should I seal the connector after replacement?

Apply Nyogel 760G dielectric grease to all four female terminals in the chassis-side FAKRA connector, install a 3:1 adhesive-lined heat-shrink boot over the junction, and seat the decklid rubber harness boot (Ford p/n DP5Z-54406A26-A) correctly. Ford service bulletins flag that boot as the known MKZ water-entry point.

Which trims and engines are covered?

All 2013, 2014, 2015, and 2016 Lincoln MKZ trims: Premier, Select, Reserve, and Black Label, on both the 2.0L EcoBoost and the 3.7L Duratec V6.

Sources & further reading:
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