Versatile 3-burner induction cooktop with 3300W total power, standard 120V operation. 23.25" ceramic glass surface, precise temperature control 150°F-450°F. UL858 certified for RV and home use.
The True Induction TI-3B offers the perfect balance of cooking versatility and convenience with three independently controlled induction burners in a compact 24-inch footprint. Unlike larger cooktops requiring 240V power, this unit operates on standard 120V household electricity, making it ideal for RVs, apartments, and small kitchens where 240V service isn't available. The 3300-watt total capacity provides ample power for preparing complete meals, with intelligent power distribution between burners ensuring optimal performance. The two left-side burners share 1750W of power while the right burner delivers 1500W independently.
The sleek black ceramic glass surface features True Induction's EZ touch sensor controls for intuitive operation. Each burner offers 10 power levels plus precise temperature control from 150°F to 450°F, letting you simmer delicate sauces or sear steaks with equal ease. Independent timer functions up to 150 minutes on each burner mean you can set-and-forget multiple dishes. Built-in safety features include automatic pan detection, child lock, overheat protection, and auto shut-off. Install it flush-mounted in your countertop for an integrated look, or use it as a portable unit. UL858 certified and backed by a 2-year warranty, this cooktop delivers restaurant-quality cooking without expensive electrical upgrades.
No 240V needed - plugs into regular outlets for RV and apartment convenience
3300W total - cook multiple dishes with individual power and temp control per burner
Space-saving design fits where larger cooktops won't - perfect for small kitchens
Exact temps 150°F-450°F plus 10 power levels on each burner
CRITICAL: TWO Separate Outlets Required: This cooktop requires TWO separate 120V outlets on DIFFERENT circuits for proper operation: • Left side burners: One 120V outlet (1750W draw, ~15 amps) • Right side burner: One 120V outlet (1500W draw, ~12.5 amps) • Outlets must be on separate 15-20 amp circuits • Do NOT plug both into same circuit or use power strip Overall Dimensions: • Width: 23.25" • Depth (Length): 20.5" • Height: 2.5" • Weight: 25 lbs Cutout Dimensions (Built-In Installation): • Cutout Width: 21-3/4" • Cutout Depth: 19-3/8" • Cutout must be at least 2-1/2" from any edge of countertop Installation Options: • Built-In: Install flush in countertop cutout • Portable: Use on heat-resistant countertop surface RV Installation Note: Use butyl tape instead of supplied foam tape for mounting. Butyl tape provides adequate adhesion while allowing removal for service.
In The Box: • TI-3B Triple Burner Cooktop Unit • TWO Power Cords (One for Each Side) • Mounting Hardware (Foam Tape) • Instruction Manual • Warranty Documentation Additional Items Needed: • TWO separate 120V outlets on different circuits • Magnetic cookware (cast iron or stainless steel) Optional Accessories: • Part TIGOURMET: 10-piece stainless steel cookware set (sold separately) • Butyl Tape: Recommended for RV installations instead of foam tape
How The Three Burners Share Power: Left Side (Upper + Lower): 1750W Total • Two burners share 1750W capacity • When using one burner: Full 1750W available • When using both: Power splits intelligently • Example: Both at level 5 = 875W each • Example: One at 10, other at 5 = power adjusts automatically Right Side (Single): 1500W Dedicated • Independent burner with full 1500W • Not affected by left side burners • Can run at full power alongside left burners Real-World Use: You can use all three burners simultaneously - the intelligent power management automatically balances the load for optimal cooking performance.
MUST Have TWO Separate Circuits: This cooktop requires TWO separate 120V outlets on DIFFERENT electrical circuits. This is not optional - it's essential for proper operation and safety. Why Two Outlets? • Left side draws up to 1750W (~15 amps) • Right side draws up to 1500W (~12.5 amps) • Total 3300W exceeds single 15A circuit capacity DO NOT: • Plug both cords into outlets on same circuit • Use power strips or extension cords • Use outlets that share breaker Verify Before Purchase: Ensure your installation location has two outlets on separate circuits. If unsure, consult an electrician. Shipping Note: This unit ships via UPS Ground only. Priority/expedited shipping not available.
The TI-3B offers the convenience of standard 120V power, making it ideal for RVs and situations where 240V installation isn't feasible. The TI-4B provides more power and an additional burner but requires professional 240V installation.
Perfect for RV Use: The TI-3B is ideal for RVs because it operates on standard 120V power. Unlike the 240V quad burner model, this cooktop works with typical RV electrical systems. Electrical Setup in RVs: • Most RVs have multiple 120V outlets on separate circuits • Verify two outlets are on different breakers before installation • Kitchen and bedroom outlets often on separate circuits • Shore power or generator provides adequate capacity Mounting Tape Selection: Use butyl tape instead of the supplied foam tape. Butyl tape handles RV vibration and temperature changes while remaining removable for service. Power Consumption: • 3300W total draw when all burners at maximum • Typical cooking: 1500-2000W (much less than maximum) • Most RV generators handle this easily • Works fine on 30A shore power when not running other high-draw appliances Advantages Over Propane: • No propane consumption • Safer - no open flames • Doesn't heat RV interior • Easier to clean • Precise temperature control
Download the True Induction TI-3B Triple Burner Induction Cooktop ManualManufacturer: True Induction / Sequoia Brands, Inc. Address: 13100 St. Rd. 54, Odessa, FL 33556 Warranty Coverage: 2-Year Limited Warranty Covers defects in materials and workmanship under normal use Register your product at TrueInduction.com for full warranty protection
A: The TI-3B has a total power capacity of 3300 watts, which exceeds what a single 15-amp, 120V circuit can safely provide (1750W maximum). The cooktop is designed with two separate power cords: one for the left side burners (which share 1750W) and one for the right burner (1500W). This split design allows the cooktop to operate on standard household power without requiring expensive 240V installation. The two outlets MUST be on different circuits - if you plug both cords into outlets on the same circuit, you'll overload that circuit and trip the breaker. Think of it like having two separate appliances: one side of the cooktop draws power from one circuit, the other side from another circuit. In most homes and RVs, this is easy to accomplish - kitchen outlets are often on multiple circuits. Before installing, verify you have two outlets available on different breakers. If you're unsure which outlets share circuits, an electrician can quickly identify them, or you can test by plugging in a lamp and seeing which breaker controls it.
A: The two left-side burners (upper and lower) share a total of 1750 watts of power through intelligent power management technology. When you're using just one of these burners, it has access to the full 1750W. When you use both simultaneously, the cooktop automatically divides the available power based on your settings. For example, if you set both burners to level 5, they'll each receive approximately 900W. If you set one to level 10 and the other to level 3, the cooktop adjusts the power distribution proportionally. The key point is that the maximum combined power for both left burners is 1750W - they can't both run at full 1750W simultaneously. However, the right burner operates independently with its own dedicated 1500W, so you can have the right burner at full power while also using both left burners. In practical cooking terms, this works perfectly fine - it's rare that you actually need maximum power on all burners simultaneously. Most cooking involves one or two burners at high heat and others at lower settings, which fits well within the power distribution capabilities.
A: Yes, the TI-3B is excellent for RV use and operates on standard 120V power that's available in all RVs. The key requirement is having two outlets on separate circuits, which most RVs have - kitchen and bedroom outlets are typically on different circuits, for example. At maximum power (3300W total), the cooktop draws about 15 amps from one side and 12.5 amps from the other. For power consumption context: when plugged into 30-amp shore power, you have about 3600W total capacity, so this cooktop uses most of that when all burners are at maximum. However, in real-world cooking, you rarely run all burners at maximum simultaneously - typical cooking might use 1500-2000W total. When running on a generator, most RV generators rated 3000W or higher can handle this cooktop, though you'll want to avoid running other major appliances (like air conditioning or microwave) simultaneously. On 50-amp shore power, you have plenty of capacity. The major advantage over propane cooktops is that induction doesn't consume your propane supply, doesn't add heat to your RV interior in summer, and provides much more precise temperature control. Just verify your RV has two outlets on separate circuits before purchasing.
A: Absolutely not - never use extension cords or power strips with this cooktop. Each side of the cooktop draws significant current (up to 15 amps on one side, 12.5 amps on the other), and standard extension cords and power strips are not rated for sustained high-current loads. Using them creates serious fire hazards due to voltage drop and overheating. The power cords attached to the cooktop are specifically sized and rated for the electrical load. If your installation location doesn't have outlets in the right positions, you have two options: either place the cooktop where existing outlets are accessible, or have a qualified electrician install new outlets in the appropriate locations. For RV installations, sometimes creative cord routing can reach existing outlets, but if you need more length, the proper solution is having an electrician extend the outlet locations, not using extension cords. This is a safety-critical appliance that draws substantial power - cutting corners on electrical connections is extremely dangerous. The investment in proper outlet placement is far less than the cost of fire damage or personal injury.
A: The main differences are power requirements, total wattage, number of burners, and physical size. The TI-3B (this model) uses standard 120V power with two outlets, delivers 3300W across three burners, and measures 23.25" wide. The TI-4B requires 240V hardwired installation with a dedicated 40-amp circuit, delivers 7400W across four burners, and measures 30" wide. Choose the TI-3B if: you don't have 240V power available, you want to avoid expensive electrical work ($500+ for 240V installation), you're installing in an RV that only has 120V, you have limited counter space (23.25" vs 30"), or you primarily cook for 1-2 people. Choose the TI-4B if: you have 240V/40A service available or don't mind paying for installation, you need maximum cooking power for large meals, you frequently use four burners simultaneously, and you have 30" of counter space. For most RV applications and apartments, the TI-3B is the better choice because the electrical requirements are so much simpler. The 3300W total power is genuinely adequate for serious cooking - you're not giving up much in practical cooking capability, just the fourth burner and some peak wattage.
A: If you plug both power cords into outlets that are on the same 15-amp circuit, you'll likely trip the circuit breaker as soon as you try to use multiple burners at higher settings. A 15-amp, 120V circuit can safely deliver about 1750W continuously, but this cooktop can draw up to 3300W total (1750W from one side, 1500W from the other). When the combined load exceeds the circuit's capacity, the breaker trips to prevent overheating and fire. This is actually the safety system working as designed - it's protecting you from dangerous overload. The breaker tripping is annoying but not harmful to the cooktop. However, repeatedly tripping breakers can damage them over time and create nuisance issues. To avoid this, you must verify that your two outlets are on separate circuits before using the cooktop. The simplest way to test is to turn off one breaker at a time and check which outlets lose power. Alternatively, most RVs and homes have outlets in different rooms or areas on separate circuits - for instance, kitchen outlets might be on one circuit while bedroom or bathroom outlets are on another. Once you've confirmed separate circuits, label the outlets or make a note so you always plug correctly.