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400V/415V Electric Hoists
By far, the greater majority of electric hoists available within the industrial marketplace are 400V or 415V. This is primarily because better duty cycles are possible with a 400/415-volt 3-phase power supply than with a 110V or 230V single-phase supply.
Below, you can browse the vast range of standard and in some instances, more unique 400/415V electric hoist models that we offer, that operate on a 3-phase 50Hz power supply. But, we do also offer hoists to suit alternative voltages, so please do not hesitate to get in touch if you require a unit suitable for more specialist voltages, for example, 690V on a wind turbine, on a 415V 3Ph 60Hz supply, or another voltage that's not mentioned here.
Standard 110V hoist and 230V hoist ranges are also available from Lifting Safety, as well as battery-powered hoists; however, there are more limitations to the options and capacities available, so sadly, there is less choice on single-phase electric hoists.
Why would you choose a 415V electric hoist over a 110V or 230V electric hoist?
Choosing between a 400V/415V (3-phase) and a single-phase 110V or 230V (single-phase) electric hoist comes down to power requirements, usage conditions, and application demands. Here’s why you might choose a 400V/415V hoist over a 110V or 230V one:
Reasons to Choose a 400V/415V (Three-Phase) Hoist
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More Power for Heavier Loads
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400V / 415V hoists are typically used for heavier lifting capacities (e.g. 1 tonne and above). Most 400V 3-phase 50Hz electric hoists will run on a 415V 3-phase 50Hz power supply and vice versa, but it's always worth confirming this for a particular hoist, because this may not be the case in some instances.
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They deliver smoother, more consistent power, making them ideal for industrial applications.
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Better Duty Cycle & Frequent Operation
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400V / 415V motors can operate for longer periods without overheating.
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Ideal for frequent or continuous lifting - less downtime, better efficiency.
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Increased Efficiency
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3-phase motors are generally more energy efficient and have lower power losses.
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Over time, this results in reduced operating costs.
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Smoother Operation
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They have better torque characteristics, meaning less stress on mechanical components, smoother starts/stops, and less wear over time.
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More Reliable in Industrial Environments
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In commercial and industrial settings where 3-phase power is standard, 415V hoists integrate easily and are built for tougher use.
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When a 400V/415V Hoist May NOT Be Suitable
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If your location only has single-phase power (110V or 230V) - common in residential or light commercial buildings - a 400V/415V hoist would not be usable without a phase converter.
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If you're only lifting light loads occasionally, a 110V or 230V hoist may be more cost-effective and easier to install.
Summary Table
| Feature | 400V / 415V Hoist | 110V / 230V Hoist |
|---|---|---|
| Power Supply | 3-phase, 50Hz | Single-phase, 50Hz |
| Lifting Capacity | Higher (125kg up to 100 tonnes) | Lower to medium (60kg up to 3 tonnes) |
| Duty Cycle | Longer/heavy-duty | Shorter/light-duty |
| Efficiency | More efficient | Less efficient |
| Installation | Needs a 3-phase supply | Needs a 110V or 230/240V 1-phase supply |
| Cost (initial) | Higher | Lower |
| Maintenance | Typically more robust | Simpler, but may wear faster |
Bottom line:
Choose a 400V or 415V hoist if you're in an industrial setting, lifting heavy loads regularly and need reliable, long-term performance. Use a 110V or 230V hoist for lighter, occasional tasks in locations without 3-phase power.