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Hall-effect sensors: include integrated electronics that produce a clean square-wave output as the reluctor teeth pass; require power supply (5V or 12V) and ground; output a digital signal. Modern engines almost universally use Hall-effect. Variable-reluctance (inductive) sensors: passive devices that generate a sine-wave signal as the reluctor teeth pass; no power supply needed; output amplitude varies with engine speed (low at cranking, higher at full RPM). Used on older engines. Different output types — wrong-type substitution causes ECU error and engine no-start.

Symptoms: engine fault code in the P0340 series (DTC variants P0340 to P0349 cover camshaft sensor circuit faults); engine running rough, misfiring, or refusing to start cleanly; ignition or fuel-injection timing erratic; engine cuts out unpredictably under load. Diagnosis: read fault codes with a diagnostic tool; measure sensor output with an oscilloscope while cranking (Hall-effect should show clean square-wave; variable-reluctance should show clean sine-wave); check sensor wiring for continuity and shorts. Many failures are wiring-harness issues at the sensor connector — check connectors before condemning the sensor.

Most modern engines need to relearn the camshaft-to-crankshaft synchronisation after sensor replacement — this typically happens automatically over the first 5-10 seconds of cranking, but some equipment requires a specific relearn procedure with the diagnostic tool. Without the relearn, the engine may run with degraded timing or fail to start. Check the equipment workshop manual for the relearn procedure. For OEM sensor replacement on equipment with full diagnostic support, the relearn is straightforward.

Yes. Replacement connector pigtails (with a short length of wire and the correct camshaft-sensor connector for splicing into damaged wiring), replacement individual connector terminals (for re-terminating damaged wiring), and harness repair kits are available across the camshaft-sensor accessory range. The connector type is vendor-specific by sensor make and engine — match by the sensor make and the original connector. WhatsApp 07754288583 with the engine make and a clear photograph of the connector.

Every product is backed by our Fit Guarantee. If a part is incompatible with your machine, you can return it hassle-free. For damaged-on-arrival items, report within 24 hours with photographs to [email protected] — we will arrange collection. For other returns, email us first to obtain a Return Merchandise Number before sending. Returns are accepted within 30 days of purchase, in original packaging, on UK orders. A restocking fee may apply on returns where the buyer has changed their mind. Refunds are issued to the original payment method once the return is inspected.

Delivery time depends on the product, your destination, and availability — the estimated time for any item appears on the product page, and "Check where we deliver" confirms coverage for your postcode before you order. Next-day delivery is available on most products; the option appears at checkout when applicable. We deliver across the UK, Europe, the Middle East, and Africa. Use the country selector at checkout to confirm coverage and delivery options for your destination.

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Camshaft Sensor

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Within Sensor, Camshaft Sensor covers the camshaft-position sensors fitted to plant equipment, agricultural machinery, telehandlers, and commercial-vehicle engines — covering Hall-effect camshaft sensors (the modern standard, with a magnetic sensor reading a toothed reluctor wheel on the camshaft), variable-reluctance camshaft sensors (older inductive-pickup type, generating a pulse signal as the reluctor teeth pass the sensor), and the matching connector pigtails and wiring harness components.

Parts for Machines supplies camshaft sensors across the plant, agricultural, and commercial-vehicle aftermarket — covering both OEM-pattern sensors (matched exactly to specific equipment fitments) and aftermarket sensors rated for fitment to the listed equipment.

Product pages list the sensor type (Hall-effect or variable-reluctance), the equipment application (the engine make, model, and year-range the sensor fits), the OEM cross-reference part number, the operating voltage (typical 5V or 12V supply, with 0-5V or 0-12V output signal depending on type), the connector type and pin-count (vendor-specific by application — typical 3-pin for Hall-effect: power, ground, signal; 2-pin for variable-reluctance: signal pair), the body and thread or mounting specification, the operating temperature range, and any specific calibration requirements.

For replacement of an existing camshaft sensor, the OEM part number is the most reliable match. Where the OEM number isn't available, identify by the engine make, model, year, and the sensor's measured specifications. Symptoms of a failed camshaft sensor: engine fault code (typically P0340 series), engine running rough or refusing to start, ignition timing erratic, fuel-injection timing incorrect. Common camshaft-sensor failure modes include sensor-tip contamination from oil leakage past the camshaft seal, internal electronic failure from heat-cycling in engine-bay environments, and connector-pin corrosion at the harness side. Cleaning the sensor tip resolves contamination cases; replacement is required for electronic failure. Trade pricing on bulk and fleet orders is available; contact the team via WhatsApp 07754288583.

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FAQs

Hall-effect sensors: include integrated electronics that produce a clean square-wave output as the reluctor teeth pass; require power supply (5V or 12V) and ground; output a digital signal. Modern engines almost universally use Hall-effect. Variable-reluctance (inductive) sensors: passive devices that generate a sine-wave signal as the reluctor teeth pass; no power supply needed; output amplitude varies with engine speed (low at cranking, higher at full RPM). Used on older engines. Different output types — wrong-type substitution causes ECU error and engine no-start.

Symptoms: engine fault code in the P0340 series (DTC variants P0340 to P0349 cover camshaft sensor circuit faults); engine running rough, misfiring, or refusing to start cleanly; ignition or fuel-injection timing erratic; engine cuts out unpredictably under load. Diagnosis: read fault codes with a diagnostic tool; measure sensor output with an oscilloscope while cranking (Hall-effect should show clean square-wave; variable-reluctance should show clean sine-wave); check sensor wiring for continuity and shorts. Many failures are wiring-harness issues at the sensor connector — check connectors before condemning the sensor.

Most modern engines need to relearn the camshaft-to-crankshaft synchronisation after sensor replacement — this typically happens automatically over the first 5-10 seconds of cranking, but some equipment requires a specific relearn procedure with the diagnostic tool. Without the relearn, the engine may run with degraded timing or fail to start. Check the equipment workshop manual for the relearn procedure. For OEM sensor replacement on equipment with full diagnostic support, the relearn is straightforward.

Yes. Replacement connector pigtails (with a short length of wire and the correct camshaft-sensor connector for splicing into damaged wiring), replacement individual connector terminals (for re-terminating damaged wiring), and harness repair kits are available across the camshaft-sensor accessory range. The connector type is vendor-specific by sensor make and engine — match by the sensor make and the original connector. WhatsApp 07754288583 with the engine make and a clear photograph of the connector.

Every product is backed by our Fit Guarantee. If a part is incompatible with your machine, you can return it hassle-free. For damaged-on-arrival items, report within 24 hours with photographs to [email protected] — we will arrange collection. For other returns, email us first to obtain a Return Merchandise Number before sending. Returns are accepted within 30 days of purchase, in original packaging, on UK orders. A restocking fee may apply on returns where the buyer has changed their mind. Refunds are issued to the original payment method once the return is inspected.

Delivery time depends on the product, your destination, and availability — the estimated time for any item appears on the product page, and "Check where we deliver" confirms coverage for your postcode before you order. Next-day delivery is available on most products; the option appears at checkout when applicable. We deliver across the UK, Europe, the Middle East, and Africa. Use the country selector at checkout to confirm coverage and delivery options for your destination.

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