← View Generic P1049 Guide
Severity: Medium
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Vehicle-Specific Guide
This guide is customized for your 2017 Toyota CAMRY
P1049: P1049: Fuel Pressure Regulator Control Circuit Low Input
on 2017 Toyota CAMRY
Fix Cost
$200 - $500
Parts & Labor
Difficulty
3/5
1-2 hours
DIY Possible?
❌ No
Pro recommended
Your Vehicle
2017 Toyota
CAMRY
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Important for 2017 Toyota CAMRY Owners
Before starting repairs, verify which engine your 2017 Toyota CAMRY has. Check your VIN or engine code to ensure you order the correct parts.
📖 What Does P1049 Mean on 2017 Toyota CAMRY?
The fuel pressure regulator control circuit low input is a manufacturer-specific code that indicates a problem with the fuel pressure regulator control circuit. This code is specific to Ford vehicles and indicates that the fuel pressure regulator is not receiving the correct input signal from the engine control module.
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Symptoms
- • Poor engine performance
- • rough idle
- • decreased fuel efficiency
- • and a check engine light
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Common Causes
- • Faulty fuel pressure regulator
- • faulty fuel pressure regulator control circuit
- • or a problem with the engine control module
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How to Fix P1049 on 2017 Toyota CAMRY
Replace the fuel pressure regulator, check and clean the fuel pressure regulator control circuit, and update the engine control module software if necessary
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Need Maintenance Info for Your CAMRY?
Get oil capacity, filter specs, and torque settings for your specific 2017 Toyota CAMRY.
View 2017 Toyota CAMRY SpecsParts for 2017 Toyota CAMRY
Essential Tool
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Related Diagnostic Codes
Other codes that may appear with P1049
P1047
Sequential Code
P1047: Fuel Pressure Regulator Control Circuit Low Input
Medium
P1048
Sequential Code
P1048: Fuel Pressure Regulator Control Circuit Low Input
Medium
P1050
Sequential Code
P1050: Fuel Pressure Regulator Control Circuit Low Input
Medium
P1051
Sequential Code
P1051: Fuel Pressure Regulator Control Circuit Low Input
Medium
💡 Why These Codes Are Related:
- • Similar Issues: Same root cause or component failure
- • Related Problems: Often occur together due to system interactions
- • Sequential Codes: Progressive failure stages or multiple sensors
- • Same System: Components within the same automotive system