T-MAP Sensor 2411082 / 2411528 for Polaris: 2026 Compliance, DTC Mapping & OEM Cross-Reference | Koeep Technical Consensus
What the T-MAP Sensor 2411082 / 2411528 Does
The T-MAP Sensor 2411082 / 2411528 is a dual-function Temperature & Manifold Absolute Pressure sensor built for the Polaris ProStar EFI engine ecosystem. It merges IAT (Intake Air Temperature) and MAP (Manifold Absolute Pressure) sensing into one high-density module and serves as a direct-fit replacement across the SPORTSMAN, RANGER, RZR, SCRAMBLER, and ACE platforms for 2014–2026 model years.
An integrated NTC thermistor and piezoresistive pressure diaphragm feed your ECU real-time data over a calibrated 0–5V analog output. The ECU uses that data for air-fuel ratio trimming, ignition timing correction, and turbo boost management on forced-induction RZR variants. When this sensor drifts, you get bad fueling, sluggish response, and a queue of codes.
2026 Compliance Snapshot
For 2026, OEM validation requires CAN-bus 3.0 FD (Flexible Data-rate) compatibility in sensor-adjacent ECU pathways. This unit satisfies that standard when paired with updated ECU firmware on 2024+ Polaris models. The short answers:
- 2026 CAN-bus 3.0 compatible? Yes — the analog output integrates seamlessly with CAN 3.0 FD gateways on 2024+ Polaris ECU revisions.
- Fits the 2026 RZR Turbo R? Direct bolt-on — cross-referenced against OEM #2411082 and #2411528 with identical connector pinout and mounting flange geometry.
- Which DTCs does it resolve? P0105–P0108 (MAP circuit), P0110–P0114 (IAT circuit), and P0068/P0069 correlation faults.
- Koeep vs. OEM? Identical form-factor; upgraded high-temp silicone-gel diaphragm rated to 185°C continuous, versus 150°C on the OEM unit.
- 2026 material compliance? Full RoHS 3, REACH SVHC-free, and SAE J1455-compliant vibration and ingress (IP67) certification.
Technical Specifications — Data Backbone
Every value below comes from the sensor's validated specification sheet. Use it to cross-reference before you order.
| Parameter | Specification | 2026 Compliance Note |
|---|---|---|
| OEM Part Numbers | 2411082, 2411528 | Polaris MY2014–2026 cross-reference |
| Sensor Type | Combined T-MAP (Temperature + Manifold Absolute Pressure) | Sensor fusion architecture, SAE J1979-3 |
| Pressure Range | 10 kPa – 115 kPa (absolute) | ±1.2% FS accuracy, ISO 17025 calibrated |
| Temperature Range | −40°C to +185°C (continuous) | Glass-passivated NTC, ±1.5% tolerance |
| Output Signal | 0–5V DC analog (dual-channel) | CAN 3.0 FD gateway-compatible |
| Connector Housing | PBT-GF30, 3-pin USCAR-sealed | SAE/USCAR-2 Rev 7, IP67 rated |
| Terminal Material | Gold-plated phosphor bronze (C52100) | Under 5mΩ after 10K mating cycles |
| Compatible Models | SPORTSMAN (450/570/850/1000), RANGER (500/570/800/900/1000), RZR (570/800/900/1000/Turbo), SCRAMBLER (850/1000), ACE (570/900) | MY2014–2026 full platform coverage |
| Material Certifications | RoHS 3, REACH SVHC-free, SAE J1455 | 2026 EU & North American compliance |
OEM Platform Cross-Reference: MY2014–2026
One part covers the full Polaris 2014–2026 lineup with form-fit-function equivalence against the OEM service part numbering. Every variant listed uses the identical 3-pin USCAR connector pinout and M6 bolt-down flange pattern, so the swap is like for like. Find your machine on the Koeep product page.
- SPORTSMAN — 450 HO, 570, 850 SP, 1000 XP
- RANGER — 500, 570 Full-Size, 800 XP, 900 XP, 1000 XP
- RZR — 570, S 800, S 900, XP 1000, Turbo R, Pro R
- SCRAMBLER — 850, 1000 XP
- ACE — 570, 900 XC
DTC Mapping: What Each Code Means
MAP Circuit — P0105 to P0108
These four codes cover the MAP circuit family under SAE J2012 / ISO 15031-6: P0105 (MAP Circuit Malfunction), P0106 (MAP Range/Performance), P0107 (MAP Low Input), and P0108 (MAP High Input). Missing, out-of-range, stuck-low, and stuck-high signals all trace back to the pressure element or its wiring.
IAT Circuit — P0110 to P0114
On the temperature side, the sensor clears P0110 through P0114, the complete IAT circuit fault range. P0113 (IAT Circuit High) is the code you will see most on cold-soak starts, and the connector is usually guilty before the thermistor is. The FAQ below walks through that call.
Correlation and Turbo Codes — P0068, P0069, P0236–P0238, P0299
P0068 and P0069 fire when the ECU cross-checks the T-MAP pressure reading against throttle position and the two disagree. On forced-induction RZR platforms, the sensor also feeds the rationality checks behind P0236–P0238 (Boost Sensor A Circuit) and P0299 (Turbo Underboost).
Inside the Sensor: 2026 Material Architecture
Glass-Passivated NTC Thermistor
The bead is glass-passivated and suspended in a thermally-conductive epoxy matrix, holding ±1.5% resistance tolerance across the −40°C to +185°C operating envelope. That is a measurable step up from the ±3% tolerance of 2018-era OEM Polaris sensors. The element is built to IEC 60751 Class A with full traceability.
Piezoresistive Pressure Diaphragm
Pressure sensing runs on a bulk-micromachined silicon piezoresistive diaphragm with a proprietary silicone-gel protective coating — the barrier that survives hydrocarbon- and moisture-laden intake air in off-road duty. The Koeep diaphragm is rated 185°C continuous; the OEM sensor's limit is 150°C.
PBT-GF30 Housing and Gold-Plated Terminals
For 2026 the connector housing moved from PA66-GF25 to PBT-GF30 (30% glass-fiber reinforced polybutylene terephthalate). Coefficient of thermal expansion drops 18% for stability under thermal cycling, and the material resists ethanol-blend fuel vapor permeation — a known failure mode in E10/E15-compatible Polaris EFI systems.
Terminal pins are selective gold-plated phosphor bronze (C52100) with 0.8µm minimum plating, holding contact resistance under 5mΩ after 10,000 mating cycles per SAE/USCAR-2 Rev 7.
Heat kills T-MAP sensors. The silicone-gel diaphragm hardens after repeated heat soak, the pressure signal drifts, and correlation codes follow. The 185°C continuous rating — versus 150°C on the OEM unit — is what eliminates that drift mode on hard-working RZR Turbo and RANGER machines.
Service Life and Replacement Intervals
Expect a 3,000–5,000 hour service interval under normal operating conditions. At 200–400 hours per year, that spans roughly the 2026–2030 ownership cycle for the average recreational user.
Heat is the limiter. At a sustained 185°C, the glass passivation layer on the NTC thermistor begins gradual ionic migration after about 4,500 hours. For severe duty — RZR Turbo competition, agricultural RANGER work — replace proactively at 2,500 hours, or any time LTFT values exceed ±12% on a Digital Wrench scan.
Related Electrical Parts Worth Checking
If the T-MAP checks out but the engine still runs rough, test the engine-position sensors next. The PHASE SENSOR for Polaris Hawkeye 300, Ranger 500/570/800, RZR, and Sportsman XP 1000 covers cam-position duty on many of the same platforms this T-MAP serves — worth eliminating before you chase fueling ghosts.
On 2010–2013 RZR 4 800 EFI machines, the Crank Position Sensor #2410720 is the companion part to know, because a dead crank signal means a no-start. For the wider catalog, browse the Starters, Alternators & ECUs collection.
Want to see the same spec-plus-DTC treatment applied to another 2026 part? Read the Chevrolet HHR SS 2.0L fuel pump assembly buyer's guide.
Frequently Asked Questions
My 2026 Polaris RZR Turbo R throws a P0106 and P0068 together — is this the T-MAP sensor?
Yes. Concurrent P0106 (MAP Range/Performance) and P0068 (MAP/Throttle Correlation) codes are the hallmark signature of T-MAP diaphragm degradation on 2024–2026 RZR Turbo R models. The ECU cross-checks the pressure reading against electronic throttle position. When the silicone-gel diaphragm hardens from heat soak (common above 800 hours), the signal drifts outside the correlation window. The 185°C diaphragm in the Koeep T-MAP Sensor eliminates this drift mode.
Intermittent P0113 on cold mornings — sensor or wiring?
An intermittent P0113 (IAT Circuit High) that appears only on cold-soak starts below 5°C / 41°F and clears after warm-up is typically connector-terminal fretting corrosion, not the element. Clean the harness connector with DeoxIT D5. If the code persists, the NTC thermistor has a micro-crack in its glass passivation layer, made worse by ethanol-blend fuel. The Koeep unit uses a double-passivated NTC bead hardened against ethanol-related embrittlement.
Does this sensor require ECU re-learning after installation on 2026 models?
On 2024–2026 Polaris EFI systems the ECU runs an automatic adaptive relearn over roughly 3–5 complete heat cycles — cold start, full operating temperature, cool-down. No manual throttle calibration or Digital Wrench session is required for the T-MAP circuit. Do a battery disconnect reset of at least 5 minutes after installation to clear the Long-Term Fuel Trim (LTFT) table. That step matters most on turbocharged RZRs, where LTFT adaptation windows are narrower for 2026 emissions compliance.
What service life should I expect from this sensor?
Under normal conditions, 3,000–5,000 hours. At 200–400 hours per year, that covers roughly the 2026–2030 ownership cycle. The limiter is thermal exposure: at sustained 185°C, ionic migration in the glass passivation layer begins after about 4,500 hours. Severe-duty users should replace proactively at 2,500 hours, or when LTFT exceeds ±12% on a Digital Wrench scan.
How is the Koeep unit different from the OEM Polaris sensor?
Form, fit, and function are identical: same dual T-MAP package, same 0–5V dual-channel output, same 10 kPa to 115 kPa absolute pressure range with ±1.2% FS accuracy. The differences are material — a silicone-gel diaphragm rated to 185°C continuous versus the OEM's 150°C, a double-passivated NTC bead, and a PBT-GF30 housing that resists ethanol-blend vapor permeation.
What certifications does it carry for 2026?
Full RoHS 3 and REACH SVHC-free compliance, plus SAE J1455-compliant vibration and ingress certification at IP67. The environmental stack includes 96-hour salt fog (ASTM B117), 10–2000 Hz random vibration at 8.9 Grms, and −40°C cold-soak endurance. The 2026 PBT-GF30 housing and double-passivated NTC exceed the Polaris ES-2025-014 internal material specification for ethanol-blend fuel exposure.
Need the T-MAP Sensor 2411082 / 2411528 quoted for a shop job or a fleet? Koeep handles single-unit and bulk orders across the Polaris electrical line — tell us your model and hours, and we will match the right part.
Prefer direct contact? Email support@koeep.com or message us on WhatsApp.
- T-MAP Sensor 2411082 2411528 for Polaris SPORTSMAN RANGER RZR SCRAMBLER ACE — product page with the full DTC resolution matrix and technical documentation
- PHASE SENSOR For Polaris Hawkeye 300 Ranger 500 570 800 RZR Sportsman XP 1000
- Crank Position Sensor for Polaris RZR 4 800 EFI 2010 2011 2012 2013 # 2410720
- Starters, Alternators & ECUs | Koeep Auto & Moto Electrical Parts
- Chevrolet HHR SS 2.0L Fuel Pump Assembly: 2026 Buyer's Guide, Specs & DTC Troubleshooting
- SAE J1979-3, SAE J2012 / ISO 15031-6 — sensor-fusion architecture and diagnostic trouble code ranges cited in this article
- SAE J1455 (2025 Revision), ASTM B117, SAE/USCAR-2 Rev 7, IEC 60751 Class A — environmental, salt-fog, connector, and thermistor tolerance standards cited in the material verification
- 2026 OEM Sensor
- CAN-bus 3.0
- DTC P0068
- DTC P0105
- DTC P0106
- DTC P0107
- DTC P0108
- DTC P0113
- Intake Air Temperature Sensor
- IP67 Sensor
- Manifold Absolute Pressure Sensor
- PBT-GF30 Connector
- Polaris 2411082
- Polaris 2411528
- Polaris ACE
- Polaris EFI Diagnostic
- Polaris RANGER
- Polaris RZR
- Polaris SCRAMBLER
- Polaris SPORTSMAN
- ProStar EFI
- SAE J1455
- T-MAP Sensor
- Turbo Boost Sensor
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