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Monitor Your Fuel Tank from Anywhere — No More Basement Trips Check your heating oil level in seconds from your smartphone. This Smart Wi-Fi Oil Tank Gauge gives you real-time fuel data, usage tracking, and low-level alerts — so you never run out unexpectedly. Key Features Remote Smartphone Monitoring: View your fuel level anytime via the free mobile app. No more flashlight trips to the basement. Real-Time Usage Tracking: Monitor daily consumption patterns — know exactly how many days of fuel remain and plan deliveries before you run low. Low Level Alerts: Get push notifications when your tank drops below your set threshold. Never wake up to a cold house again. Universal Tank Compatibility: Pre-calibrated for 275, 330, 500, 550, and 1000 gallon tanks — both vertical and horizontal (flat) configurations. Dual Connectivity: Wi-Fi (2.4GHz) for always-on monitoring + Bluetooth for local setup and diagnostics. Long Battery Life: Runs on 2 × AA LS14500 3.6V lithium batteries for up to 2 years of continuous use. Compatible Tank Types ✅ 275 Gallon Vertical ✅ 275 Gallon Horizontal (Flat) ✅ 330 Gallon Vertical ✅ 330 Gallon Horizontal (Flat) ✅ 500 Gallon Cylinder ✅ 550 Gallon Cylinder ✅ 1000 Gallon Cylinder Technical Specs Wireless: Wi-Fi 802.11 b/g/n (2.4GHz only) Bluetooth: BLE 4.0 for initial setup Power: 2 × AA LS14500 3.6V batteries (sold separately) App: iOS 12+ / Android 8+ Installation: DIY clamp-on — no tools, no tank modification ⚠️ Important: Requires a 2.4GHz Wi-Fi network with Legacy mode enabled. Not compatible with 5GHz-only networks. Batteries not included. Perfect for: Home heating oil tanks | Diesel storage tanks | Farm fuel tanks | Generator fuel monitoring Related Products Bluetooth Battery Isolator Switch RV Air Conditioner Soft Start Atwood RV Water Heater Thermal Switch

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Product Overview The iFJF 68210 IPR (Injection Pressure Regulator) Socket Tool & Screen Kit is the complete solution for diagnosing and repairing the most common Powerstroke 6.0L fuel system issue. The IPR valve regulates high-pressure oil flow to the injectors — when its screen becomes clogged with debris or the valve sticks, the engine will fail to start when hot, idle rough, or stall unexpectedly. This kit includes both the specialty deep-reach socket needed to remove the IPR valve in tight engine bay clearances and a replacement screen/ seal kit. Why You Need This Tool The IPR valve is located deep behind the turbocharger on 6.0L Powerstroke engines — standard sockets cannot reach it Dealers charge $400–$800 for IPR diagnosis and replacement; this tool pays for itself on the first use The 6.0L's HEUI (Hydraulic Electronic Unit Injection) system makes IPR valve issues extremely common above 100,000 miles Complete kit: socket + replacement screen + O-ring seals — everything needed in one package Key Features Deep-Reach Design: Extra-long socket body with a precision-cut hex opening that engages the IPR valve's bottom hex without interfering with the electrical connector Black Oxide Finish: Full exterior black oxide coating for rust and corrosion resistance 3/8" Drive: Compatible with standard ratchets, breaker bars, and torque wrenches Complete Screen Kit: Includes replacement IPR screen, O-rings, and seal — the parts that fail and cause stalling Compatible Vehicles Make Model Engine Year Ford F-250 / F-350 / F-450 / F-550 Super Duty 6.0L Powerstroke 2003–2010 Ford Excursion 6.0L Powerstroke 2003–2005 Ford E-350 / E-450 Club Wagon 6.0L Powerstroke 2003–2010 Ford F-650 / F-750 6.0L Powerstroke 2004–2010 Cross-Reference Part Numbers Source Part Number Ford / Motorcraft 3C3Z-9H529-A, 3C3Z9H529A Aftermarket 904-415, 904415 Technical Specifications Parameter Value Drive Size 3/8" Square Socket Material Chromoly Steel (CR-MO) Finish Black Oxide IPR Valve Torque 35 Nm (26 ft-lbs) Package Includes 1x Deep Socket, 1x IPR Screen, O-Rings, Seals Symptoms of IPR Valve Failure Engine starts cold but fails to restart when hot (classic 6.0L hot-stall) Rough, surging idle — especially in gear at a stoplight Stalling when coming to a stop Long crank times before engine fires P2285, P2290, or P2291 diagnostic trouble codes Installation Guide Disconnect both battery negative terminals Remove the FICM (Fuel Injection Control Module) and its bracket for access — 3 bolts, 10mm Locate the IPR valve on the rear of the high-pressure oil pump, behind the turbocharger Unplug the IPR electrical connector by squeezing the locking tab Slide the socket over the IPR body until it engages the hex base Using a 3/8" ratchet or breaker bar, turn counterclockwise to remove — expect 26 ft-lbs breakaway torque Inspect the old screen — debris indicates oil system contamination requiring further diagnosis Install new screen and O-rings, lubricate with clean engine oil, thread in by hand Torque to 35 Nm (26 ft-lbs), reconnect electrical connector, reinstall FICM ⚠️ Off-Road / Diagnostic Use Notice: This tool and screen kit is intended for diagnostic and off-road maintenance use only. Any modifications to emissions-related components may violate federal regulations for on-road vehicles. Frequently Asked Questions Q: Will this socket work on a 7.3L Powerstroke?A: No. The 7.3L uses a different IPR valve design with a different hex size and access clearance. This tool is specifically designed for the 6.0L Powerstroke. Q: Can I just clean the old IPR screen instead of replacing it?A: While cleaning is possible with brake cleaner and compressed air, the screen is a delicate mesh that stretches and tears with age. Given the low cost of the replacement screen, we recommend always installing the new one for reliable results. Q: What causes the IPR screen to clog?A: Most commonly, debris from a failing high-pressure oil pump, deteriorated injector O-rings, or oil contamination from extended drain intervals. If the screen is packed with metal particles, the HPOP may need replacement. Q: Do I need to remove the turbo to access the IPR valve?A: No — this is the entire purpose of the specialty deep socket. It allows IPR removal with the turbocharger in place. Some technicians prefer to remove the FICM and its bracket only, which takes about 10 minutes.

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Product Overview The iFJF 6PK1955 6 Ribs Serpentine Belt is a precision-engineered EPDM drive belt measuring 76.97 inches (1955mm) in effective length. Designed as a direct-fit replacement for worn or cracked serpentine belts, this 6-rib belt delivers reliable power transmission to your vehicle's alternator, power steering pump, A/C compressor, and water pump. Constructed from high-grade EPDM (Ethylene Propylene Diene Monomer) rubber compound, this belt offers superior resistance to heat, ozone, and abrasion — critical for modern engines operating at elevated temperatures. The precision-molded ribs ensure optimal grip on pulleys, reducing slippage and extending service life. Key Features Premium EPDM Construction — Heat-resistant, crack-resistant, and built for long-term durability in demanding engine environments 6-Rib Precision Design — Molded ribs provide maximum surface contact with pulleys for quiet, efficient power transfer OE-Spec Performance — Meets or exceeds OEM specifications for fit, tension, and wear resistance Super-Silent Operation — Precision-engineered rib profile minimizes noise and vibration Broad Vehicle Compatibility — Fits dozens of popular makes and models (see compatibility table below) Easy Installation — Direct drop-in replacement; no modifications required Vehicle Compatibility This 6PK1955 6 Ribs serpentine belt is compatible with the following vehicles (partial list — verify your belt length before ordering): Make Model Years Century 1987-1992 Camaro 1994-1995 Celebrity 1987-1990 Lumina 1991-1992 FX50 2009 Alero 2000 ⚠️ Always measure your existing belt or check your owner's manual for the correct belt length (76.97 inches / 1955mm) before purchasing. Technical Specifications Part Number 6PK1955 Rib Count 6 Ribs Effective Length 1955mm (76.97 inches) Material EPDM (Ethylene Propylene Diene Monomer) Cross-Section PK Profile (Automotive Multi-Rib) OE Cross-References 6PK1955, 5060190, K06190, 4060190 Why Choose iFJF Serpentine Belts? Quality You Can Trust — Every iFJF belt undergoes rigorous quality control testing for dimensional accuracy, tensile strength, and heat resistance. Direct-Fit Design — No modifications, no adapters, no hassle. Remove the old belt and install the new one using your vehicle's belt routing diagram. Quiet & Smooth — Precision rib geometry ensures whisper-quiet operation without the squealing or chirping of inferior belts. Long Service Life — EPDM construction resists cracking, glazing, and stretching better than traditional neoprene belts. Value Pricing — OE-quality performance at a fraction of dealership pricing. Installation Tips Check Your Belt Length First — Measure your old belt or verify the part number in your owner's manual. The correct size for this belt is 1955mm (76.97" effective length). Inspect Pulleys & Tensioner — Worn pulleys or a weak tensioner can cause premature belt wear. Replace any questionable components while you're in there. Follow the Belt Routing Diagram — Most vehicles have a belt routing sticker under the hood. If not, take a photo of the old belt before removal. Use the Proper Tool — A serpentine belt tool or long-handled ratchet makes tensioner release much easier. Double-Check Alignment — After installation, ensure the belt sits squarely on all pulleys before starting the engine. Frequently Asked Questions Q: Will this 6 Ribs belt fit my vehicle? A: This belt measures 1955mm (76.97 inches) effective length with a 6-rib PK profile. Check your owner's manual or measure your existing belt — if it's a 6-rib belt measuring 76.97 inches, it will fit. The belt is compatible with Century, Camaro, Celebrity and many other makes as listed in our compatibility table above. Q: What's the difference between EPDM and neoprene belts? A: EPDM (Ethylene Propylene Diene Monomer) belts offer significantly better heat resistance, ozone resistance, and crack resistance compared to traditional neoprene belts. Modern engines run hotter, and EPDM belts are designed to handle these elevated temperatures without premature failure. EPDM belts also maintain tension better over time, reducing the need for re-tensioning. Q: How do I know when my serpentine belt needs replacement? A: Look for these warning signs: (1) visible cracks, fraying, or glazing on the ribbed side, (2) squealing or chirping noises from the engine bay, especially on cold starts, (3) loss of power steering assist or A/C performance, (4) battery warning light (alternator not charging properly), (5) the belt has exceeded 60,000-100,000 miles since last replacement. Q: Can I install this belt myself? A: Yes! Serpentine belt replacement is a DIY-friendly job for most vehicles. You'll need a serpentine belt tool or ratchet to release the tensioner, and about 30 minutes. Always reference your vehicle's belt routing diagram (usually located on a sticker under the hood). If you're unsure, professional installation is recommended. Q: Does this belt come with a warranty? A: Yes, all iFJF serpentine belts are backed by our satisfaction guarantee. If you experience any manufacturing defects, contact us for a replacement. Normal wear and tear is not covered. Q: How does this compare to OEM belts? A: Our iFJF 6PK1955 belt meets or exceeds OEM specifications for dimensional accuracy, material quality, and performance. You get dealership-quality performance at a significantly lower price point. The EPDM compound we use is the same material specified by most major automakers for their OEM serpentine belts. Explore Related Products 🛒 More Serpentine Belts Browse our full selection of 6 Ribs serpentine belts in various lengths at the iFJF Belt Collection. 🔧 Related Reads R12T Fuel Filter/Water Separator Installation Guide Chevy Express/GMC Savana Duramax Diesel Maintenance Guide 🛒 Related Products & Resources 📏 Other Belt Lengths You May Need 75.98" for Astro Monaco & More 77.56" for Camaro Escape & More 77.95" for Lacrosse Regal & More View All Serpentine Belts → 🔧 Maintenance Guides Diesel Fuel Filter Maintenance — When to Replace Your Fuel/Water Separator Duramax 6.6L Oil Change: Complete DIY Guide for Every Generation (2001–2024) How to Install a Universal Tachometer in Your Classic Car or Truck Leveling Kit vs Lift Kit: What Your Diesel Truck Really Needs 💡 Tip: Serpentine belts should be inspected every 60,000-100,000 miles. Replace if you see cracks, glazing, or hear squealing noises.

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Product Overview The iFJF 6PK1355 is a premium 6-rib EPDM serpentine belt engineered to deliver reliable, quiet, and long-lasting performance for your vehicle's accessory drive system. Measuring 53.35" (1355mm) in effective length with 6 ribs, this serpentine drive belt is manufactured from high-grade ethylene propylene diene monomer (EPDM) rubber — the same material used by OEM manufacturers — ensuring superior resistance to heat, ozone, and wear compared to traditional neoprene belts. Whether you need a replacement serpentine belt for daily driving or a heavy-duty belt for demanding conditions, the iFJF 6PK1355 provides OE-spec fit, form, and function at a fraction of dealership pricing. Every belt undergoes rigorous quality testing to meet or exceed SAE J1459 standards for automotive V-ribbed belts. Key Features Premium EPDM Construction: Heat-resistant (-40°F to +275°F), ozone-resistant, and crack-resistant for extended service life — outperforms neoprene belts by 2-3x Precision Fit: 6-rib profile with 53.35" (1355mm) effective length ensures perfect pulley engagement and minimal slippage Quiet Operation: Advanced rib geometry and fabric backing reduce noise, vibration, and harshness (NVH) for a smooth, quiet drive OE-Spec Performance: Meets or exceeds OEM specifications for dimensional accuracy, tensile strength, and wear resistance Universal Application: Compatible with multiple makes and models — verify your vehicle's belt routing diagram before installation Cost-Effective: Dealer-quality performance without dealer pricing — save 40-60% vs. OEM dealership belts Vehicle Compatibility This 6PK1355 serpentine drive belt is compatible with the following vehicles (verify part number and belt length before ordering): Make / Model Year Range Cirrus 2000 Stratus 1998-2000 C230 2002 Breeze 1998-2000 Note: Always confirm your existing belt's part number and rib count before ordering. Belt length can vary by engine configuration and accessory options. Technical Specifications Part Number 6PK1355 Belt Type Serpentine / V-Ribbed / Multi-Rib Rib Count 6 Ribs Effective Length 53.35" (1355mm) Material EPDM (Ethylene Propylene Diene Monomer) Rubber Temperature Range -40°F to +275°F (-40°C to +135°C) Standards SAE J1459, ISO 9981 Compliant Cross References K1355, C230 Brand iFJF Direct Why Choose the iFJF 6PK1355? When your serpentine belt fails, it takes your alternator, power steering, A/C compressor, and water pump with it. The iFJF 6PK1355 is built to prevent that failure — with EPDM rubber that resists cracking, glazing, and stretching far longer than economy neoprene belts. Our precision-engineered rib profile ensures maximum contact area with pulleys, reducing slippage by up to 30% compared to generic replacement belts. Every iFJF serpentine belt is manufactured in ISO 9001-certified facilities and undergoes dimensional verification, tensile testing, and thermal cycling before packaging. The result? A belt you can install with confidence and drive for thousands of miles without worry. Installation Tips Check the Belt Routing Diagram: Locate the belt routing sticker under your hood or in your owner's manual before removing the old belt Use a Serpentine Belt Tool: A serpentine belt tensioner tool makes removal and installation significantly easier and safer Inspect Pulleys & Tensioner: Worn pulleys or a weak tensioner can cause premature belt failure — inspect and replace as needed Clean Pulley Grooves: Remove debris and old rubber residue from all pulley grooves before installing the new belt Verify Alignment: Ensure the belt sits squarely in all pulley grooves — misalignment causes noise and rapid wear Rotate by Hand: After installation, rotate the engine by hand (wrench on crank bolt) through two full revolutions to verify proper seating Frequently Asked Questions Q: How do I know if this belt fits my vehicle?A: Check your vehicle's belt routing diagram for the correct part number and rib count. The 6PK1355 is a 6-rib serpentine belt measuring 53.35" (1355mm). Match these specifications plus verify cross-reference part numbers. When in doubt, measure your existing belt's length and count the ribs. Q: What's the difference between EPDM and neoprene belts?A: EPDM (ethylene propylene diene monomer) rubber offers superior heat resistance (-40°F to +275°F), ozone resistance, and crack resistance compared to neoprene. Most OEM serpentine belts are EPDM. EPDM belts typically last 50,000-100,000 miles, while neoprene belts may fail at 30,000-50,000 miles. EPDM also stays quieter as it ages. Q: How often should I replace my serpentine belt?A: Most manufacturers recommend serpentine belt inspection at 60,000 miles and replacement at 90,000-100,000 miles. However, belts can wear faster in extreme heat, dusty conditions, or with aggressive driving. Signs of wear include squealing, cracking, glazing, fraying, or visible rib separation. Q: What are the symptoms of a failing serpentine belt?A: Common symptoms include: squealing or chirping noise from the engine bay (especially on startup or when turning the A/C on), loss of power steering assist, battery warning light (alternator not charging), engine overheating (water pump not spinning), and visible cracks, fraying, or glazing on the belt surface. Q: Does this belt come with a warranty?A: Yes. All iFJF serpentine belts are backed by our 1-year warranty against manufacturing defects and premature wear under normal use. If you experience any issues, contact our support team for a replacement or refund. Q: Can I install this serpentine belt myself?A: Yes — replacing a serpentine belt is a DIY-friendly job for most vehicles. You'll need basic hand tools (ratchet/socket set) and a serpentine belt tensioner tool. Typical installation takes 30-60 minutes for first-timers, 15-20 minutes for experienced DIYers. Always follow your vehicle's belt routing diagram. Q: Why is my new serpentine belt squealing?A: A squealing new belt typically indicates one of three issues: (1) misaligned or worn pulleys, (2) a weak or failing belt tensioner that can't maintain proper tension, or (3) contamination (oil, coolant, or debris) on the pulleys. Clean all pulley surfaces and check tensioner function before assuming the belt is defective. Q: What's the difference between a serpentine belt and a V-belt?A: A serpentine belt (also called a multi-rib or V-ribbed belt) has multiple longitudinal ribs that drive all engine accessories (alternator, power steering, A/C, water pump) from a single belt with an automatic tensioner. A traditional V-belt has a single V-shaped cross-section, and vehicles with V-belts typically use multiple separate belts. Serpentine belts are more efficient, quieter, and last longer. Ready to replace your worn serpentine belt? Order the iFJF 6PK1355 today and get back on the road with confidence! Related Serpentine Belts Looking for other 6PK EPDM serpentine belts? Check these compatible options: 6PK1230 Serpentine Belt 6-Rib 48.42" 1230mm EPDM — fits Sebring 6PK1250 Serpentine Belt 6-Rib 49.21" 1250mm EPDM — fits Sebring 6PK1330 Serpentine Belt 6-Rib 52.36" 1330mm EPDM — fits Intrepid Related Maintenance Guides Complement your serpentine belt replacement with these essential maintenance guides from our blog: Diesel Fuel Filter Replacement: The Complete Guide for Cummins, Powerstroke & CAT Engines — Essential companion maintenance to belt inspection — keep your entire engine bay running smoothly. How To Perform A Cooling System Flush On Your Diesel Engine — Check your serpentine belt condition while performing a cooling system flush. Preventative Upgrades: Replacing CP4 with CP3 Pump & Fass Fuel System — Why upgrading belts and hoses should be part of your preventative maintenance plan.

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Edelbrock 1406 Performer 600 CFM Carburetor — Electric Choke, AFB-Style The iFJF 1406 Performer Series Carburetor is the go-to 600 CFM 4-barrel for street performance enthusiasts who want plug-and-play reliability. Featuring an electric choke for hassle-free cold starts and the legendary AFB-style air valve secondary design, this carburetor is a direct replacement for the Edelbrock 1406 and fits a wide range of GM, Ford, and Mopar V8 engines. Key Features 600 CFM Airflow — Ideal airflow for mild to moderate street V8 builds from 305 to 454 cubic inches Electric Choke — Automatic cold-start enrichment with 12V connection — no choke cable to route through the firewall AFB-Style Architecture — No power valves to fail; metering rods provide consistent fuel curve across all RPM ranges 4-Barrel Square Bore — Bolts directly to Edelbrock Performer, Performer RPM, and most aftermarket square bore intakes Gold Dichromate Finish — Timeless hot-rod aesthetic with excellent corrosion protection Two-Piece Design — Access jets and metering rods in minutes without removing the carburetor Air Valve Secondary — Smooth, progressive secondary opening eliminates bog Vehicle Compatibility Make Models Engine Chevrolet / GMC Silverado, C/K Series, Camaro, Chevelle, Nova, Impala, Suburban, Blazer 305, 327, 350, 383, 400, 454 V8 Ford / Mercury Mustang, F-150, Torino, Cougar, Fairlane, Galaxy 302, 351W, 351C, 390, 428, 460 V8 Chrysler / Dodge / Plymouth Charger, Challenger, Road Runner, Barracuda, D100/D150 318, 340, 360, 383, 440 V8 Technical Specifications Specification Value CFM Rating 600 CFM Barrels 4-Barrel Choke Type Electric (12V) Flange Type Square Bore Finish Gold Dichromate Secondary Type Air Valve (Mechanical) EGR No EGR Provision Why the 1406? The electric choke on the 1406 makes cold starts effortless — just pump the gas once, turn the key, and the 12V choke element handles the rest. The AFB-style metering rod system delivers consistent air/fuel ratios without the power valve failure headaches common on competing designs. Whether it's a daily-driven Silverado, a weekend Mustang, or a restomod GMC, the 1406 is the most popular street performance carburetor for a reason. Frequently Asked Questions Q: How do I wire the electric choke? A: Connect the choke's positive terminal to a 12V ignition-switched source (key-on power only). The most reliable connection point is the ignition coil positive terminal or the fuse box IGN terminal. Do NOT connect to the alternator or a constant 12V source — the choke only needs power when the engine is running. Q: Will this fit my Ford 302? A: Yes, it fits any engine with a square bore intake manifold. For Ford 302 applications, pair with a Performer or Performer RPM intake manifold. You may need a throttle bracket adapter for Ford throttle cable compatibility. Q: What's the difference between the 1405 and 1406? A: The 1405 has a manual choke (cable-operated), while the 1406 has an electric choke. Internally, the jetting and calibration are nearly identical. Choose the 1406 if you want automatic cold-start convenience; choose the 1405 if you prefer manual control or are building a race/off-road application. Q: Do I need a calibration kit? A: The 1406 comes pre-calibrated for typical street V8 applications from sea level to approximately 4,000 feet. At higher altitudes or for modified engines with aggressive cams, a metering rod/jet calibration kit is recommended. Q: What fuel pressure is required? A: The 1406 operates best at 5.5-6.0 PSI fuel pressure. Use a quality fuel pressure regulator if your mechanical or electric pump exceeds 6.5 PSI, as excessive pressure can overpower the needle and seat. Q: Is this compatible with EGR? A: No — this is a non-EGR carburetor designed for performance applications. For off-road and racing use only where emissions equipment removal is legal. 🔗 Related Products from iFJF 1405 Performer 600 CFM Carburetor (Manual Choke) 1404 Performer 500 CFM Carburetor 1478 Electric Choke Kit for 1405/1406 📚 Helpful Installation Guides 📖 Diesel Engine Cooling System Flush Guide 📖 GM Truck Tie Rod Upgrade Installation 📖 Related Guide Read our How to Rebuild Edelbrock 1406 & 1405 Carburetors for step-by-step rebuild instructions and kit recommendations.

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Product Overview The iFJF 18990035 Weber 44 IDF carburetor is a premium replacement for 1968-1979 Volkswagen Beetle, Super Beetle, and Transporter (Bus) models with the 1.6L air-cooled engine. Featuring dual 44mm throttle bores, this 2-barrel downdraft carburetor delivers significantly improved throttle response, horsepower, and tunability compared to the stock Solex carburetor. Complete with integrated air horn and striking golden finish. Key Features 44mm Dual Throttle Bores — 44mm barrels provide ample airflow for modified 1600cc engines, including those with bigger camshafts, ported heads, or increased displacement (1776cc, 1915cc). Direct Solex Replacement — Same downdraft configuration as the factory Solex 34 PICT carburetor. Bolts to the stock intake manifold center section. Complete Assembly with Air Horn — Includes integrated air horn for cleaner intake airflow and better filtration mounting. Genuine Weber IDF Design — Based on the legendary Weber IDF circuit with tunable idle jets, main jets, air correction jets, and emulsion tubes — giving you full control over fuel calibration. Golden Finish — Corrosion-resistant golden chromate coating that looks as good as it performs. Tunable Accelerator Pump — Adjustable pump stroke for customizing tip-in fuel delivery. Compatibility Year Model Engine 1968-1979 VW Beetle (Type 1) 1.6L 1584cc H4 1971-1979 VW Super Beetle 1.6L 1584cc H4 1968-1971 VW Transporter Type 2 (211/215/261/265) 1.6L 1584cc H4 1968-1974 VW Karmann Ghia 1.6L 1584cc H4 1968-1973 VW Type 3 (Fastback/Squareback) 1.6L 1584cc H4 (center mount only) Specifications Parameter Value OEM Part Numbers 18990035, 18990030, 18990.035V Carburetor Type 2-Barrel Downdraft (Weber IDF) Throttle Bore 44mm (x2) Venturi Size 36mm Mounting Pattern Standard IDF/Centro-Mount Choke None (performance carburetor) Fuel Inlet M10x1.0 Banjo Fitting Why Upgrade to Weber IDF? The factory Solex 34 PICT-3 carburetor was adequate when new but is now notorious for warped throttle bodies, clogged idle circuits, and difficult cold starts. The Weber IDF design has been the gold standard for air-cooled VW performance since the 1970s. It offers superior tunability with replaceable jets, a more robust accelerator pump circuit, and dramatically improved throttle response. Whether you're restoring a daily driver or building a weekend cruiser, this carburetor transforms how your vintage VW drives. Installation Tips Use new paper gaskets on both sides of the phenolic spacer block Set idle mixture screws at 1 turn out from seated as starting point Verify fuel pressure at 2.5-3.0 PSI — mechanical pumps may need a regulator Base idle speed: 850-900 RPM on air-cooled engines Check for vacuum leaks at intake boots and manifold end castings before tuning With a 009 mechanical advance distributor, set timing to 28-32° BTDC at 3000+ RPM Frequently Asked Questions Q: Will this fit my 1974 Super Beetle with stock engine?A: Yes. The 18990035 Weber 44 IDF is a direct bolt-on replacement for the stock Solex carburetor on your 1974 Super Beetle 1600cc. It bolts to the factory intake manifold center section. Q: Do I need to change my distributor when installing this carburetor?A: The Weber 44 IDF works well with both vacuum-advance (SVDA) and centrifugal-advance (009) distributors. If using a 009, make sure the vacuum port on the carb is capped. Q: Is this carburetor too big for a stock 1600cc engine?A: The 44 IDF is properly sized for stock to mild 1600cc engines when properly jetted. It comes pre-calibrated for 1600cc. If upgrading to 1776cc or larger, you may want to increase main jet sizes. Q: What air filter fits on this carburetor?A: The integrated air horn accepts standard IDF-style air filter assemblies. Low-profile oval filters (commonly available for Beetle engine bays) fit perfectly. Q: Does this carburetor work with dual carb setups?A: This carburetor is designed for single center-mount applications. For dual carb setups, consider dual 40 IDF or 44 IDF kits with appropriate manifolds. Q: Will I need to re-jet for my elevation?A: At elevations above 4,000 ft, you may want to reduce main jet size by 5-10 numbers. Below 4,000 ft, the factory jetting will work well.

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Product Overview The iFJF 6PK2060 6 Ribs Serpentine Belt is a precision-engineered EPDM drive belt measuring 80.1 inches (2060mm) in effective length. Designed as a direct-fit replacement for worn or cracked serpentine belts, this 6-rib belt delivers reliable power transmission to your vehicle's alternator, power steering pump, A/C compressor, and water pump. Constructed from high-grade EPDM (Ethylene Propylene Diene Monomer) rubber compound, this belt offers superior resistance to heat, ozone, and abrasion — critical for modern engines operating at elevated temperatures. The precision-molded ribs ensure optimal grip on pulleys, reducing slippage and extending service life. Key Features Premium EPDM Construction — Heat-resistant, crack-resistant, and built for long-term durability in demanding engine environments 6-Rib Precision Design — Molded ribs provide maximum surface contact with pulleys for quiet, efficient power transfer OE-Spec Performance — Meets or exceeds OEM specifications for fit, tension, and wear resistance Super-Silent Operation — Precision-engineered rib profile minimizes noise and vibration Broad Vehicle Compatibility — Fits dozens of popular makes and models (see compatibility table below) Easy Installation — Direct drop-in replacement; no modifications required Vehicle Compatibility This 6PK2060 6 Ribs serpentine belt is compatible with the following vehicles (partial list — verify your belt length before ordering): Make Model Years Cimarron 1985-1986 Cavalier 1985-1986 Ranger 1994-1995 S15 Jimmy 1987-1988 ⚠️ Always measure your existing belt or check your owner's manual for the correct belt length (80.1 inches / 2060mm) before purchasing. Technical Specifications Part Number 6PK2060 Rib Count 6 Ribs Effective Length 2060mm (80.1 inches) Material EPDM (Ethylene Propylene Diene Monomer) Cross-Section PK Profile (Automotive Multi-Rib) OE Cross-References 6PK2060, 5060200, K06200, 4060200 Why Choose iFJF Serpentine Belts? Quality You Can Trust — Every iFJF belt undergoes rigorous quality control testing for dimensional accuracy, tensile strength, and heat resistance. Direct-Fit Design — No modifications, no adapters, no hassle. Remove the old belt and install the new one using your vehicle's belt routing diagram. Quiet & Smooth — Precision rib geometry ensures whisper-quiet operation without the squealing or chirping of inferior belts. Long Service Life — EPDM construction resists cracking, glazing, and stretching better than traditional neoprene belts. Value Pricing — OE-quality performance at a fraction of dealership pricing. Installation Tips Check Your Belt Length First — Measure your old belt or verify the part number in your owner's manual. The correct size for this belt is 2060mm (80.1" effective length). Inspect Pulleys & Tensioner — Worn pulleys or a weak tensioner can cause premature belt wear. Replace any questionable components while you're in there. Follow the Belt Routing Diagram — Most vehicles have a belt routing sticker under the hood. If not, take a photo of the old belt before removal. Use the Proper Tool — A serpentine belt tool or long-handled ratchet makes tensioner release much easier. Double-Check Alignment — After installation, ensure the belt sits squarely on all pulleys before starting the engine. Frequently Asked Questions Q: Will this 6 Ribs belt fit my vehicle? A: This belt measures 2060mm (80.1 inches) effective length with a 6-rib PK profile. Check your owner's manual or measure your existing belt — if it's a 6-rib belt measuring 80.1 inches, it will fit. The belt is compatible with Cimarron, Cavalier, Ranger and many other makes as listed in our compatibility table above. Q: What's the difference between EPDM and neoprene belts? A: EPDM (Ethylene Propylene Diene Monomer) belts offer significantly better heat resistance, ozone resistance, and crack resistance compared to traditional neoprene belts. Modern engines run hotter, and EPDM belts are designed to handle these elevated temperatures without premature failure. EPDM belts also maintain tension better over time, reducing the need for re-tensioning. Q: How do I know when my serpentine belt needs replacement? A: Look for these warning signs: (1) visible cracks, fraying, or glazing on the ribbed side, (2) squealing or chirping noises from the engine bay, especially on cold starts, (3) loss of power steering assist or A/C performance, (4) battery warning light (alternator not charging properly), (5) the belt has exceeded 60,000-100,000 miles since last replacement. Q: Can I install this belt myself? A: Yes! Serpentine belt replacement is a DIY-friendly job for most vehicles. You'll need a serpentine belt tool or ratchet to release the tensioner, and about 30 minutes. Always reference your vehicle's belt routing diagram (usually located on a sticker under the hood). If you're unsure, professional installation is recommended. Q: Does this belt come with a warranty? A: Yes, all iFJF serpentine belts are backed by our satisfaction guarantee. If you experience any manufacturing defects, contact us for a replacement. Normal wear and tear is not covered. Q: How does this compare to OEM belts? A: Our iFJF 6PK2060 belt meets or exceeds OEM specifications for dimensional accuracy, material quality, and performance. You get dealership-quality performance at a significantly lower price point. The EPDM compound we use is the same material specified by most major automakers for their OEM serpentine belts. Explore Related Products 🛒 More Serpentine Belts Browse our full selection of 6 Ribs serpentine belts in various lengths at the iFJF Belt Collection. 🔧 Related Reads R12T Fuel Filter/Water Separator Installation Guide Chevy Express/GMC Savana Duramax Diesel Maintenance Guide 🛒 Related Products & Resources 📏 Other Belt Lengths You May Need 80.71" for B4000 Navajo & More 81.38" for CTS DeVille & More 78.54" for X3 X5 & More View All Serpentine Belts → 🔧 Maintenance Guides Diesel Fuel Filter Maintenance — When to Replace Your Fuel/Water Separator Duramax 6.6L Oil Change: Complete DIY Guide for Every Generation (2001–2024) How to Install a Universal Tachometer in Your Classic Car or Truck Leveling Kit vs Lift Kit: What Your Diesel Truck Really Needs 💡 Tip: Serpentine belts should be inspected every 60,000-100,000 miles. Replace if you see cracks, glazing, or hear squealing noises.

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Edelbrock 1410 Marine Performer Carburetor — 750 CFM, 4-Barrel The iFJF 1410 Marine Carburetor delivers 750 CFM of USCG-compliant airflow for big block marine V8 engines. When 600 CFM isn't enough for your 454, 460, or 502 marine engine, the 1410's larger venturi and increased flow capacity provide the top-end power needed for heavy cruisers, performance boats, and high-output inboard applications. Key Features 750 CFM Flow — 25% more airflow than the 1409, designed for big block V8 marine engines 396-502+ cubic inches Electric Choke — Reliable 12V automatic choke for consistent cold starts on the water USCG Compliant — Sealed throttle shafts, marine vent routing, and all required safety features Air Valve Secondary — Demand-based secondary opening for smooth acceleration without bog Golden Dichromate Finish — Excellent corrosion resistance for marine environments Big Block Calibration — Factory-jetted for the fuel demands of high-displacement marine engines Ideal Applications Engine Displacement Typical Use Chevy Marine Big Block 396, 427, 454, 502 Cruisers, performance boats, ski boats Chrysler Marine Big Block 400, 413, 426, 440 Heavy cruisers, houseboats Ford Marine 429, 460 Jet boats, performance inboards Specifications Specification Value CFM Rating 750 CFM Barrels 4-Barrel Choke Type Electric (12V) Flange Type Square Bore Finish Gold Dichromate Secondary Type Air Valve (Mechanical) Certification USCG Compliant Frequently Asked Questions Q: Is 750 CFM too much for my 350? A: Yes — 750 CFM is over-carbureted for a small block 350. For 305-350 marine engines, use the 1409 (600 CFM) instead. The 1410 is designed for big block applications 396 cubic inches and larger. Q: Can I use this on a Mercruiser 7.4L Bravo? A: Yes, the 1410 is an excellent upgrade for the Mercruiser 7.4L (454) when paired with a square bore intake manifold. Verify your intake flange type before ordering. Q: What fuel line size is needed? A: We recommend 3/8" minimum marine-rated fuel line for 750 CFM applications. For engines above 500 HP, use 1/2" fuel line with a high-volume marine fuel pump. Q: What's the expected fuel consumption at cruise? A: Fuel consumption depends on engine load, hull type, and cruise RPM. The 1410's air valve secondary design helps maintain reasonable fuel economy at part-throttle cruise because the secondary barrels only open under high demand. Q: Does this include a flame arrestor? A: A flame arrestor is not included and must be used. All marine inboard engines require a USCG-approved flame arrestor. The 1410 accepts standard 5-1/8" neck flame arrestors. 🔗 Related Products from iFJF 1409 Marine Carburetor 600 CFM 1806 Performer Carburetor 4-Barrel 📚 Helpful Installation Guides 📖 Diesel Engine Cooling System Flush Guide 📖 GM Truck Tie Rod Upgrade Installation

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Product Overview Transform your 2010-2014 Ram 6.7L Cummins with this 3.5" High-Flow Intake Manifold Elbow Horn & EGR Delete Combo Kit from iFJF. This all-in-one package addresses two critical weaknesses of the factory 6.7L setup: the restrictive, crack-prone plastic intake elbow and the problematic EGR throttle/cooler system. The upgrade to a mandrel-bent 3.5" aluminum intake elbow delivers improved airflow, lower EGTs, and better turbo response, while the EGR delete components eliminate carbon buildup and the risk of EGR cooler failure. Key Features 3.5" Mandrel-Bent Aluminum Intake Elbow — Replaces restrictive OEM plastic elbow; significantly improves airflow and eliminates plastic failure risk EGR Throttle Cooler Valve Delete — Complete EGR system removal in one integrated kit CNC-Machined Billet 6061-T6 Aluminum — Precision-engineered for perfect OEM fitment Eliminates Plastic Intake Failure — No more cracked or warped OEM intake elbows under boost pressure Improved Turbo Spool — Reduced intake restriction for faster, more responsive boost delivery Lower EGTs — Cooler, denser intake charge for safer engine operation under heavy load and towing All Hardware Included — Gaskets, O-rings, clamps, bolts, and mounting hardware for complete installation Compatibility Year Make Model Engine 2010 Ram (Dodge) 2500 / 3500 6.7L Cummins Turbo Diesel 2011 Ram (Dodge) 2500 / 3500 6.7L Cummins Turbo Diesel 2012 Ram (Dodge) 2500 / 3500 6.7L Cummins Turbo Diesel 2013 Ram 2500 / 3500 6.7L Cummins Turbo Diesel 2014 Ram 2500 / 3500 6.7L Cummins Turbo Diesel Technical Specifications Specification Detail Intake Elbow Size 3.5 inch (Mandrel-Bent) Intake Material 6061-T6 Aluminum Delete Plate Material CNC Billet 6061-T6 Aluminum Application Off-Road / Competition Use Only Installation Professional Installation Recommended ⚠️ Important Legal Notice OFF-ROAD / COMPETITION USE ONLY. The EGR delete components in this kit are not EPA or CARB compliant. This kit is intended exclusively for off-road and closed-course competition vehicles. The purchaser assumes all responsibility for compliance with applicable laws. Frequently Asked Questions Q: What does this combo kit include?A: This kit combines the 3.5" high-flow intake manifold elbow horn with the EGR throttle cooler valve delete components — everything you need to upgrade your intake and delete the EGR system in one package. Q: What are the benefits of the 3.5" intake elbow?A: The factory intake elbow is restricted and made from plastic prone to cracking under boost. Our 3.5" mandrel-bent aluminum elbow provides significantly improved airflow, reduces intake restriction, and eliminates the failure-prone plastic OEM part. Q: Will I need tuning?A: Yes. EGR delete requires custom ECU tuning to disable related DTCs. The intake elbow itself does not require tuning, but the EGR delete portion of this kit does. Q: Is this legal for on-road use?A: OFF-ROAD / COMPETITION USE ONLY. The EGR delete portion is not EPA compliant. The intake elbow alone is emissions-compliant, but the complete kit is intended for off-road/competition applications. Q: Does this fit all 2010-2014 Ram 6.7L Cummins models?A: Yes. This kit is designed for 2010-2014 Ram 2500 and 3500 trucks with the 6.7L Cummins turbo diesel engine. Why Choose iFJF? iFJF delivers premium diesel performance solutions engineered for real-world results. Our intake and EGR delete components are precision-machined from aerospace-grade aluminum, backed by expert support from a team that lives and breathes diesel performance. You May Also Need 3.5" High Flow Intake Elbow for 2007-2018 Ram 6.7L Cummins EGR Valve Delete Kit for 2007-2018 Ram 6.7L Cummins

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Product OverviewCNC-machined billet aluminum EGR delete block-off plate kit for 1983-1997 Ford F-150, F-250, F-350, and Bronco with 4.9L 300 I6, 5.0L 302, 5.8L 351W, and 7.5L 460 engines. This kit eliminates the problematic EGR system that causes carbon buildup, rough idle, and reduced performance. Precision-cut for perfect sealing with included gaskets and hardware. For off-road and competition use only. Key Features Billet Aluminum: CNC-machined from 6061-T6 billet aluminum for superior strength and corrosion resistance — far more durable than stamped steel alternatives. Complete Kit: Includes block-off plate, high-temperature gasket, and Grade 8 mounting hardware — everything needed for a leak-free installation. Eliminates Carbon Buildup: By removing the EGR system, you prevent exhaust gas recirculation that causes intake manifold carbon deposits, rough idle, and throttle body contamination. Precision Fit: CAD-designed to exact OEM EGR valve mounting dimensions — no modification, drilling, or grinding required. Cleaner Engine Bay: Removes cluttered EGR vacuum lines, solenoid, and valve for a simplified, professional-looking engine compartment. Compatibility Make Model Engine Year Ford F-150, F-250, F-350, Bronco 4.9L 300 I6, 5.0L 302, 5.8L 351W, 7.5L 460 1983-1997 Specifications Specification Detail Material 6061-T6 Billet Aluminum Finish Natural Machined Includes Block-Off Plate + Gasket + Hardware Application EGR Valve Block-Off Usage Off-Road / Competition Only Why Choose iFJFAt iFJF Direct, we engineer performance solutions for enthusiasts who demand quality. Every product is CNC-machined to exact specifications and backed by our 1-year warranty. We ship from our US warehouse with fast, tracked delivery. ⚠️ Disclaimer: This product is intended for off-road and competition use only. It is not CARB-compliant and may not be legal for on-highway use in your jurisdiction. Frequently Asked QuestionsQ: Is this EGR delete kit street legal?A: No. EGR deletes are intended for off-road, racing, and competition use only. Removing emissions equipment may violate federal and state laws. Check local regulations before installation. Q: Will this trigger a check engine light?A: Yes, removing the EGR system will trigger a check engine light on OBD-I and OBD-II vehicles. An EGR simulator or custom ECU tune is recommended. Q: Do I need special tools?A: Basic hand tools — ratchet, socket set, gasket scraper. Installation takes approximately 30-60 minutes depending on engine bay access. Q: What is your return policy?A: We offer a 30-day return policy for unused items in original packaging. Contact us for a replacement or full refund if you receive a defective product. Q: How fast is shipping?A: Orders ship within 1-2 business days from our US warehouse. Standard shipping takes 3-7 business days. Expedited options available at checkout. Q: Do you offer warranty?A: Yes, all iFJF products come with a 1-year warranty against manufacturing defects. Order with ConfidenceReady to simplify your engine bay? Add to cart now and enjoy free shipping on orders $50+. Questions? Contact our support team — we respond within 24 hours.

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Tailgate Handle Replacement for 2007-2013 Toyota Tundra — Backup Camera & Keyhole Compatible The iFJF Tailgate Handle is a direct-fit replacement for the 2007-2013 Toyota Tundra tailgate handle assembly. Designed to match OEM fit and function, this handle includes the keyhole cutout and backup camera mounting hole — making it a complete replacement for damaged, faded, or broken factory handles. Precision-molded from reinforced UV-resistant polymer, this handle restores your Tundra's tailgate functionality and appearance in under 30 minutes using basic hand tools. Key Features Direct OEM Replacement: Precision-molded to match factory dimensions for perfect fitment on all 2007-2013 Toyota Tundra models — Regular Cab, Double Cab, and CrewMax. Backup Camera Compatible: Includes the factory backup camera mounting hole — simply transfer your existing camera into the new handle without modification. Keyhole Cutout Included: Accommodates the factory tailgate lock cylinder. Transfer your existing lock cylinder to retain original key operation. Textured Black Finish: UV-resistant black polymer surface matches the OEM appearance and won't fade, chalk, or peel in direct sunlight. Heavy-Duty Construction: Reinforced polymer resists cracking from repeated tailgate operation, cold-weather brittleness, and UV degradation. Easy Bolt-On Installation: Uses all existing mounting points — no drilling, cutting, or modification required. Compatibility Make Model Years Features Toyota Tundra 2007-2013 Keyhole Cutout + Backup Camera Mount Technical Specifications Spec Details Material Reinforced UV-Resistant Polymer Finish Textured Black (OEM Match) Replaces OE Part Numbers 69090-0C051, 81214, TO1915119 Includes Handle Assembly with Camera Mount & Keyhole Cutout Installation Type Direct Bolt-On — No Modifications Required Installation Time 20-30 Minutes Installation Guide Lower tailgate to access the inner panel. Remove the tailgate access panel (typically 6-8 Phillips screws or plastic clips). Disconnect backup camera wiring harness (if equipped). Note the connector orientation for reassembly. Remove the bolts securing the old handle assembly (typically 2-3 bolts). Carefully remove the old handle from the tailgate. Transfer the lock cylinder and backup camera to the new handle. Position the new handle assembly. Insert and hand-start all bolts before tightening. Tighten bolts to snug — do not overtighten (plastic threads can strip). Reconnect the backup camera wiring harness. Test camera operation before closing the access panel. Reinstall the tailgate access panel. Test handle operation and tailgate latch several times. Frequently Asked Questions Q: Will this fit my 2010 Toyota Tundra CrewMax?A: Yes. This handle fits all 2007-2013 Toyota Tundra models regardless of cab configuration — Regular Cab, Double Cab, and CrewMax all use the same tailgate handle assembly. Q: Does this come with the backup camera?A: No. The handle includes the camera mounting cutout and screw holes. You simply transfer your existing factory backup camera from the old handle to the new one — it's a direct swap. Q: My original tailgate handle is cracked — what caused this?A: Tundra tailgate handles on 2007-2013 models commonly crack due to UV degradation (sun exposure), cold-weather embrittlement, and mechanical stress from repeated tailgate opening/closing. This is a widely reported issue on these model years. Q: Is the lock cylinder included?A: No. You'll transfer your existing lock cylinder from the old handle to the new one. This ensures your original Toyota key continues to work without re-keying. Q: Does this fit models WITHOUT a backup camera?A: Yes. The handle has the camera mounting hole, but if your Tundra doesn't have a factory backup camera, the hole will be covered by a blank plug (or you can leave it empty — it won't affect handle function). Q: How does this compare to OEM Toyota replacement?A: Our handle matches OEM fit, finish, and material specifications at a fraction of the dealer price. Made from the same reinforced UV-resistant polymer, it's a direct functional equivalent — no compromises in quality or durability. Related Products Carbon Fiber Console Trim for F-150 Red LED Carbon Fiber Exhaust Tip 10PCS BMW X5 Front Control Arm Kit Related Products LED 3rd Brake Light Board for 2018-2023 Wrangler JL Rear License Plate Relocation Bracket for Jeep Wrangler JK Related Guides & Articles How to Install a Tachometer Gauge on Any Diesel Truck Diesel Fuel Filter Replacement: Complete Guide How to Install a Bluetooth Battery Kill Switch on Your Diesel Truck

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1406 600 CFM Performer Carburetor — Electric Choke, 4-Barrel Square Bore The iFJF 1406 Performer carburetor is a precision-engineered 600 CFM 4-barrel square bore carburetor with automatic electric choke — a direct replacement for the legendary Edelbrock 1406. Designed for street performance and mild race applications on 350-454ci V8 engines, this carburetor delivers crisp throttle response, consistent fuel metering, and hassle-free cold starts every time. Key Features 600 CFM Flow Rating: Optimized for street performance V8 engines from 350 to 454 cubic inches. Delivers excellent throttle response with good fuel economy at cruise. Automatic Electric Choke: 12V heating element progressively opens the choke plate — no cables, no manual intervention. Just turn the key and go. 4-Barrel Square Bore: Direct bolt-on for Edelbrock Performer, Performer RPM, and most OEM and aftermarket square bore intake manifolds. Vacuum Air Valve Secondary: Demand-based secondary opening prevents bog while delivering full CFM when you need it. Far more street-friendly than mechanical secondaries. Externally Tunable: Idle mixture screws, metering rods, step-up springs, and accelerator pump all accessible without removing the carburetor. No EGR Provision: Clean design without exhaust gas recirculation ports — ideal for pre-emissions vehicles and off-road/racing applications. Technical Specifications Specification Value CFM Rating 600 CFM @ 1.5 inHg Barrel Configuration 4-Barrel, Square Bore Choke Type Automatic Electric (12V) Secondary Type Vacuum Air Valve (Adjustable) Fuel Inlet Single 5/8"-20 UNF Throttle Bore Prim 1-7/16" / Sec 1-11/16" Float Level 7/16" from bowl top (idle) Fuel Pressure 5.5 psi maximum 1405 vs 1406: Which Should You Choose? Feature 1405 (Manual Choke) 1406 (Electric Choke) Choke Control Cable (driver-operated) Automatic (12V heated) Best For Race cars, off-road, hot rods Daily drivers, street cars, cruisers Cold Start Driver sets choke, adjusts as engine warms Automatic — turn key and go Wiring Required No (mechanical cable only) Yes (12V ignition-switched source) Calibration Slightly richer for cold-start control Slightly leaner for fuel economy Tuning & Setup Choke Adjustment: Rotate the black choke housing to adjust choke plate closure at cold. More rotation clockwise = richer cold mixture. Mark the factory position before adjusting. Fast Idle: With engine cold, set fast idle to 1,500-1,800 RPM via the fast idle screw on the throttle linkage. Idle Mixture: Warm engine fully. Using vacuum gauge, adjust each idle screw for peak vacuum, then back out 1/8 turn from lean best idle. Accelerator Pump: Three holes on the pump arm for different pump shot volume. Top hole = largest shot (for engines that bog on tip-in). Step-Up Springs: Factory 5" Hg (silver) spring works for most street engines. Lower vacuum camshafts need softer springs (3" or 4" Hg). Frequently Asked Questions Q: Should I get the 1405 or 1406 for my truck?A: For a daily-driven truck or any vehicle you want to start easily in all weather, the 1406 (electric choke) is the better choice. The 1405 (manual choke) requires installing a choke cable through the firewall and manual adjustment every cold start — better suited to dedicated race/off-road vehicles. Q: Where do I connect the electric choke wire?A: Connect to a 12V ignition-switched source — typically the ignition coil positive terminal, an IGN terminal on the fuse block, or the alternator field wire. DO NOT connect to the coil negative or to a constant 12V source (will drain battery). Q: Will this fit my Quadrajet intake?A: Quadrajet (spread bore) intakes require a square bore to spread bore adapter plate. Alternatively, consider an aftermarket dual-plane square bore intake manifold for best results. Q: Does this carb work at high altitude?A: The 1406 runs slightly rich at altitude. Above 5,000 feet, step down 1-2 jet sizes (factory primary jets: .098", secondary: .095"). For altitudes above 7,000 feet, consider a calibration kit with altitude-specific rods and jets. Q: What's included in the box?A: Complete assembled carburetor, mounting gasket, throttle ball stud, throttle return spring bracket, installation manual, and tuning reference chart. Related Products iFJF 1405 600 CFM Performer Carb — Manual Choke — Same carb with cable-operated manual choke 18-7665 Marine Electric Choke — Choke assembly for Mercruiser marine applications Related Blog Posts Complete Guide: How to Rebuild Edelbrock 1406 and 1405 Carburetors How To Rebuild Edelbrock 1406 and 1405 Carburetors | Rebuild Kit Links 1965-1967 Mustang 200ci Inline-6 Carburetor Replacement Guide

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