How Many Amps Does a Range Hood Use? 110V vs 220V Export Guide

A range hood's amp draw is not a single number — it depends on the blower's wattage, the static pressure the duct creates, and the supply voltage. Most residential hoods draw between 0.5 and 2.5 amps at 110V/120V, while commercial 900-1200 CFM hoods draw 4-7 amps at 220V/240V. For OEM buyers sourcing export-ready range hoods, the question is not "how many amps" but "at what voltage, on what circuit, with what listing mark". This guide walks through JILU's 4-element RFQ spec for voltage and certification, and how it maps to UL 710, ETL, NFPA 96, and the destination-market electrical code.

1. Why "How Many Amps" Is the Wrong First Question

The most common question JILU's OEM buyers ask is "how many amps does this hood draw?". The right question is "at what supply voltage, on what circuit, and for what destination market?". Three reasons:

First, the same hood model can have different amp ratings at different voltages. A 900 CFM hood configured for 220V/240V draws about half the amps of the same hood configured for 110V/120V, because power (watts) equals volts times amps. The blower needs the same watts to move the same air, so a lower voltage means more amps on the same wire.

Second, the certification mark (ETL or UL) determines what is legally required. A hood with an ETL mark to UL 710 has been tested for the entire electrical and mechanical safety envelope at the rated voltage. Shipping the same hood at a different voltage without re-certification invalidates the listing, which is a problem for commercial installations that get inspected.

Third, the destination market dictates both voltage and frequency. North America uses 110V/120V at 60Hz. Most of Latin America uses the same, with some countries at 220V/240V. The Middle East, Europe, and most of Asia use 220V/240V at 50Hz. A 50Hz supply makes the blower spin about 17% slower than the 60Hz rating, which drops effective CFM by roughly the same percentage. JILU builds dual-frequency (50/60Hz) variants for Latin America and dedicated 50Hz variants for the Middle East.

2. The Amp Draw by Hood Class: 5 Voltage Configurations

The table below summarizes the typical amp draw across JILU's range hood catalog. The numbers come from the inner-chassis labels of units shipped over the last 12 months, measured at HVI-spec 0.1 inches of static pressure. They are not marketing claims — they are bench-tested.

The 110V class tops out at about 900 CFM in JILU's catalog because higher airflow requires more blower wattage, which would exceed the safe continuous draw on a standard 15A or 20A household circuit. If an OEM buyer needs more than 900 CFM at 110V, the only safe approach is a step-up transformer, which adds cost and bulk. The factory-default answer for 900+ CFM output is a 220V/240V unit.

3. 110V vs 220V: The Circuit, Wire, and Breaker Trade-off

The practical difference between a 110V and 220V range hood installation is not the hood — it is the circuit that feeds it. Three things change when the supply voltage doubles:

3.1 Amp draw halves (at the same wattage)

A 600 CFM blower that draws 2.5A at 110V draws about 1.3A at 220V. This is the entire reason commercial kitchens standardized on 220V/240V — running a 10A blower on 110V needs 10-gauge wire, but running it on 220V only needs 14-gauge wire, and the smaller wire is cheaper and easier to route through the building.

3.2 Wire gauge shrinks

For a 110V/120V hood on a 15A or 20A dedicated circuit, 14 AWG copper is standard for 15A and 12 AWG for 20A. For a 220V/240V commercial hood drawing up to 7A, 14 AWG is sufficient for runs under 50 ft, but 12 AWG is recommended for longer runs. The savings on wire gauge partially offset the higher cost of a 220V breaker.

3.3 Breaker and receptacle differ

A 110V range hood uses a standard 15A or 20A single-pole breaker and a NEMA 5-15R or 5-20R receptacle. A 220V commercial hood uses a double-pole breaker and a NEMA 6-15R, 6-20R, or L6-20R receptacle depending on the amp draw. The receptacle is not the same — an L6-20R twist-lock is the typical choice for commercial hoods that get unplugged for cleaning.

4. ETL vs UL vs NFPA 96: The Certification Map for Range Hoods

Three different standards bodies and codes govern range hood installations, and it is easy to confuse them. Here is how JILU separates them when configuring a hood for an OEM buyer:

The distinction between UL and ETL is the testing body, not the standard. UL writes the safety standards. ETL (issued by Intertek) is a third-party mark that confirms a product has been tested and meets the UL standard. Both marks are accepted by inspectors across North America. If an OEM buyer asks for "UL listed", JILU can ship either mark — the more common choice for OEM buyers is ETL because the lead time is typically 2-3 weeks shorter than UL.

NFPA 96 is the code, not the hood listing. It governs the installation — clearance to combustibles, duct construction, fire-suppression integration. A hood can be ETL-listed to UL 710 and still fail an NFPA 96 inspection if the ductwork is wrong. For commercial installations, JILU provides a stamped installation drawing on request.

5. The 4-Element RFQ Spec for Voltage and Certification

JILU's OEM buyers who ship the most volume per quarter all send the same 4-element RFQ spec. The spec covers the four decisions that determine whether a hood ships as 110V or 220V, with what listing mark, and on what circuit:

1. Destination country. Determines supply voltage (110V or 220V) and frequency (50Hz or 60Hz). The country list JILU maintains covers North America, Latin America, EU, Middle East, Southeast Asia, and Oceania.
2. Installation type. Residential (no NFPA 96), commercial (NFPA 96 + ETL/UL 710), outdoor kitchen (UL 710 + weather rating), or ductless recirculating (UL 710B).
3. Required listing mark. ETL (Intertek) for North America, CE for Europe, PSE for Japan, GCC for the Gulf states, or none for markets without mandatory certification.
4. Target circuit ampacity. The OEM buyer's expected circuit rating (15A, 20A, 30A). This determines the maximum blower wattage and the receptacle configuration.

With these four data points, JILU's engineering team can return a confirmed spec within 2 business days — model number, voltage, frequency, listing mark, amp draw, wire gauge, and breaker size. Without all four, the quote is generic and likely to need revision after the PO.

6. Export Variants by Region: 110V vs 220V at 50Hz/60Hz

The three largest export regions for JILU range hoods each have a distinct voltage profile, and a one-size-fits-all 220V/60Hz catalog SKU does not work across all three. Here is how JILU's OEM team typically configures each region:

The Middle East and European configurations are 50Hz, which makes the blower spin slower than the 60Hz rating. For the same blower model, a 50Hz supply delivers about 83% of the rated 60Hz CFM. JILU compensates by oversizing the blower on 50Hz SKUs — a 50Hz "1000 CFM" hood uses a 60Hz "1200 CFM" blower to deliver the rated airflow. The OEM buyer pays for the larger blower but gets the rated CFM.

7. The 6-Check Procurement Audit for Voltage and Certification

Before signing a PO for export-ready range hoods, JILU's OEM buyers are trained to run a 6-check audit. The audit catches the most common voltage and certification mistakes that show up in cross-region shipments.

1. Inner-chassis label photo showing the rated voltage, frequency, amps, and listing mark. The label is the legal document for inspectors.
2. Listing mark file number traceable in the Intertek, UL, or CE database. A photo of the mark without the file number is not acceptable for commercial installation.
3. Receptacle configuration matching the destination market (NEMA, CEE, BS, etc.). Shipping a 220V hood with a NEMA 6-20R plug into a market that uses CEE 7/4 is a freight do-over.
4. Wire gauge in the carton matched to the OEM buyer's circuit. Some JILU shipments include a whip; others expect the installer to supply it. Confirm before the hood ships.
5. Frequency confirmation for 50Hz markets — verify the SKU is the 50Hz variant, not the 60Hz catalog model with a different plug.
6. NFPA 96 compliance drawing for commercial installations — a stamped drawing showing clearance to combustibles, duct routing, and fire-suppression integration.

For OEM buyers who skip the audit, the failure mode is predictable: the hood arrives with a plug that does not fit the destination, or at a voltage that does not match the supply, or with a listing mark that the inspector rejects. All three failures are recoverable, but the rework cost is the entire saving on the cheaper quote.

8. Where JILU Fits in the 110V/220V Range Hood Class

JILU has been building stainless steel kitchen ventilation in Shengzhou, Zhejiang since 1993 — over 30 years on the same product line. The 110V and 220V hoods we ship today are configured for the destination market at the factory, not converted in the field. Every shipment includes the inner-chassis label with the rated voltage, frequency, and amps, plus the listing mark (ETL or UL) traceable in the Intertek or UL directory.

The export configuration matrix covers 110V/120V at 60Hz for North America and parts of Latin America, 220V/240V at 60Hz for commercial North America, 220V/240V at 50Hz for Europe, the Middle East, and most of Southeast Asia, and dual-frequency (50/60Hz) SKUs for Latin American markets that straddle both standards. Receptacle configurations match the destination market — NEMA 5-15R / 5-20R / 6-15R / 6-20R for North America, CEE 7/4 for Europe, BS 1363 for the UK, and AS/NZS 3112 for Australia and New Zealand.

For OEM buyers who are configuring a range hood line for a multi-region launch, JILU's technical team can walk through the 4-element RFQ spec with your specific destination list and return a side-by-side configuration matrix. The contact path is below.

© 2026 JILU Kitchen · Shengzhou, Zhejiang, China · www.jilukitchen.com