The crankshaft position sensor (CPS) is one of the most critical elements of the engine management system. Nissan Tiida. Its failure leads to a complete stop of the engine or unstable operation, and in some cases, to the inability to start the car. Despite its simple design, this sensor often becomes a source of headaches for owners. Tiida with engines HR16DE And KR15DE, especially after 100–150 thousand kilometers.

In this article we will look at how recognize a faulty DPKV based on indirect evidence, check it with a multimeter or oscilloscope, as well as replace the sensor yourself without contacting the service. We will pay special attention to typical diagnostic errors (for example, confusing the symptoms of DPKV with faulty ignition coils) and the nuances of selecting spare parts for Tiida different years of manufacture.

What does the crankshaft sensor do? Nissan Tiida?

The crankshaft position sensor (CPS) is inductive or Hall sensor, which reads the teeth on the crankshaft master disk (pulley) and transmits a signal to the ECU. Based on this, the control unit determines:

  • 🔹 Fuel injection timing (injector synchronization)
  • 🔹 Ignition timing (spark control)
  • 🔹 Engine speed (idle speed adjustment)
  • 🔹 Valve timing (together with camshaft sensor)

On Nissan Tiida (2004–2020) two types of DPKV were installed:

  1. Inductive (on engines HR16DE until 2012) - generate an analog signal when metal teeth pass past the coil.
  2. Hall's (on HR16DE after 2012 and KR15DE) - generate a digital signal when the Hall sensor is triggered.

You can distinguish them by their connector: inductive ones have 2 contacts (signal + ground), Hall ones have 3 (power + signal + ground). On a Tiida with an automatic transmission, a faulty DPKV can block gear shifting due to a failure to synchronize the ECU with the transmission.

📊 What engine does your Nissan Tiida have?
  • HR16DE (1.6 l)
  • KR15DE (1.5 l)
  • Other
  • I don't know

Signs of a faulty crankshaft sensor

Symptoms of DPKV failure on Tiida often disguised as other faults (for example, problems with the fuel pump or coils). However there is characteristic featuresthat should alert you:

  • ⚠️ Engine won't start (the starter turns, but there is no spark or injection).
  • ⚠️ "Floating" speed at idle (from 500 to 1500 rpm).
  • ⚠️ Jerks during acceleration, especially at speeds of 60–90 km/h.
  • ⚠️ Check engine with errors P0335 (“DPKV circuit”) or P0336 (“Invalid DPKV signal”).
  • ⚠️ Detonation under load (noisy knocking sounds in the engine).

Feature Tiida: if the DPKV fails, the ECU may turn off the fuel pump 2–3 seconds after the start attempt (protection against flooding of spark plugs). This distinguishes the problem from an immobilizer malfunction, where the pump does not turn on at all.

⚠️ Attention! If the dashboard lights up CHECK ENGINE and the engine stalls, do not try to turn the starter repeatedly - this may lead to overheating of ignition coils or low battery. Check the DPKV first.
Symptom Probable Cause Additional check
Engine does not start, no spark DPKV or its wiring Ring the circuit, check with an oscilloscope
Jerks during acceleration, error P0300 DPKV or ignition coils Swap coils, reset errors
Floating speed, error P0336 DPKV or master disk Inspect the disc for damage to the teeth
Detonation under load DPKV or knock sensor Check the ignition timing

How to check the crankshaft sensor for Nissan Tiida?

Diagnosis of DPCV can be performed in three ways: visual inspection, checking with a multimeter And waveform analysis. Let's start with the simplest thing.

1. Visual inspection

Remove the sensor (located on the oil pump cover, next to the crankshaft pulley) and check:

  • 🔍 Hull integrity - cracks or chips will lead to oil penetration and a short circuit.
  • 🔍 Contact status — oxidation or corrosion disrupts the signal.
  • 🔍 Gap between sensor and drive disc (must be 0.5–1.5 mm).
  • 🔍 Condition of disc teeth — chips or contamination with metal shavings distort the signal.

2. Check with a multimeter

For inductive DPKV:

  1. Set the multimeter to mode 2000 Ohm and measure the resistance between the sensor terminals. Norm: 500–700 Ohm.
  2. Check the circuit for an open circuit: one probe to the sensor contact, the second to ground. Resistance should tend to infinity.

For Hall DPCV:

  1. Check power: between +12V and the mass should be 11.5–12.5 V with the ignition on.
  2. Measure the signal wire: when the crankshaft rotates (with the starter), the voltage should jump from 0.2 V to 5 V.

Remove the sensor and inspect for damage|

Test the circuit with a multimeter

Check the gap between the sensor and the disk|

Make sure there are no metal shavings on the disk -->

3. Check with an oscilloscope (the most accurate method)

Connect the oscilloscope to the DPKV signal wire and start the engine (or crank it with the starter). healthy signal must have:

  • 📊 Clear voltage peaks (without “flooding” the amplitude).
  • 📊 Stable frequency corresponding to the speed.
  • 📊 No missing teeth (even intervals on the oscillogram).

An example of a faulty signal: chaotic bursts, “saws” instead of clear peaks, or a complete lack of response to crankshaft rotation.

How to connect an oscilloscope without an adapter?

If you don't have an automotive oscilloscope, you can use a USB oscilloscope (such as Hantek) with crocodile clips. Connect to the DPKV signal wire through a pin, piercing the insulation. Connect the negative wire to engine ground.

Errors in diagnosing DPCV on Tiida: What is often missed?

Many owners Nissan Tiida make typical mistakes that lead to replace a working sensor or miss the real cause of the problem. Here are the most common:

  1. Ignore wiring. Oxidation of contacts in the connector or fracture of the cerca sensor wire is a common cause. P0335. Check the circuit for an open circuit and “ring” the wires to the computer.
  2. Errors do not clear after replacement. The ECU may “stick” in emergency mode. After replacing the DPKV disconnect the battery terminal for 10 minutes or reset errors with a scanner.
  3. Confused with camshaft sensor. Error P0340 (DPPV) can masquerade as problems with DPPV. Always check both sensors.
  4. They do not check the master disk. Chipped teeth or disc play on the crankshaft pulley will lead to an unstable signal even with a new DPKV.
⚠️ Attention! On Tiida with engine HR16DE installed after 2015 plastic drive disc, which may crack upon impact (for example, after an accident). Inspect it for cracks!
💡

If after replacing the DPKV the engine still does not start, check the fuse EFI (15A) in the block under the hood. It is responsible for powering the sensor circuit and can burn out if there is a short circuit.

Step-by-step instructions for replacing the crankshaft sensor

Replacing DPKV with Nissan Tiida takes 20–30 minutes and does not require special tools. You will need:

  • 🔧 Head on 10 mm or key.
  • 🔧 Screwdriver with a flat blade (for removing the connector).
  • 🔧 New sensor (see article below).
  • 🔧 A rag and contact cleaner (for example, CRC Contact Cleaner).

Step 1. Removing the old sensor

  1. Disconnect the negative terminal of the battery.
  2. Press the latch and disconnect the DPKV connector.
  3. Remove the sensor mounting bolt (it is located on the oil pump cover, next to the crankshaft pulley).
  4. Carefully remove the sensor by rocking it from side to side.

Step 2: Install a new sensor

  1. Clean the seat from dirt and oil.
  2. Install the new sensor, aligning it with the hole. Don't use force - it should go in smoothly.
  3. Tighten the mounting bolt to torque 8–10 Nm (do not overtighten!).
  4. Connect the connector until the latch clicks.

Step 3. Check after replacement

  1. Connect the battery terminal.
  2. Turn the ignition on 5 seconds (to initialize the ECU).
  3. Start the engine. If the error P0335 remains, reset it using a scanner or disconnecting the battery.
💡

On a Tiida with an automatic transmission, after replacing the DPKV, the throttle valve may need to be adapted (the "Throttle Valve Closed Position Learning" procedure).

Articles and analogues of DPKV for Nissan Tiida

Engine Original article Analogs (brand + article) Note
HR16DE (until 2012) 23731-4M000 Bosch 0 261 210 115, ERA 550455 Inductive, 2 contacts
HR16DE (after 2012) 23731-4M010 Denso 5504-0101, Febi 37720 Hallovsky, 3 contacts
KR15DE 23731-4M025 Vemo V10-72-0010, Blue Print ADG02610 Hallovsky, 3 contacts

Frequently asked questions about DPKV on Nissan Tiida

Is it possible to drive with a faulty DPKV?

No. If the sensor fails, the engine will either not start or will operate in emergency mode with 2–3 cylinders disabled (to avoid detonation). Driving for a long time in this condition will lead to catalyst overheating and increased engine wear.

Why is there an error after replacing the DPKV? P0335 doesn't disappear?

Possible reasons:

  • 🔹 Defective master disk (cracks, play).
  • 🔹 Problems with wiring (open or short to ground).
  • 🔹 Incorrectly selected sensor (for example, inductive instead of Hall sensor).
  • 🔹 Required reset ECU adaptations (disconnect the battery for 10 minutes).
What gap should be between the DPKV and the drive disc?

Optimal clearance - 0.5–1.5 mm. If it is larger, the signal will be weak; if less, there is a risk of mechanical damage to the sensor. On Tiida The gap is adjusted by the thickness of the gasket (use washers if necessary).

Is it possible to clean the DPKV instead of replacing it?

Yes, but only if the problem is dirty contacts or oil deposits at the end of the sensor. Use isopropyl alcohol or carburetor cleaner. If the winding or Hall element is damaged, the sensor must only be replaced.

Where to buy original DPKV for Tiida inexpensive?

Original sensors (23731-4M000, 23731-4M010) can be found:

  • 🛒 On AliExpress (search by article, price ~1500–2500 RUR).
  • 🛒 In stores EXIST.ru or Autodoc (analogues from Bosch/Denso cost ~1000–1800 ₽).
  • 🛒 At a showdown (only if the donor's mileage is < 80 thousand km).

Be careful with fakes! The original sensor has laser marking on the body and comes in a package with a hologram Nissan.