How many Incandescent Watts? 2008-12-13T20:36:30+00:00

HOME Forums Controllers EZSwitch30 How many Incandescent Watts?

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• Anonymous
Post count: 26

I have two circuits that I am running Christmas lights off of, one a 1000 watts and the other one at 600 watts.

How many watts will the EZSwitch30 handle?

Anonymous
Post count: 1001

The electrical formula is Volts * Amps = Watts. 220v * 30 amps = 6600 watts inductive according to the specs. I believe an Inductive load tend to have a higher spike at the beginning of the load so a resistive load of 120v at 1600 watts as incandescent lights should be okay. The device has two separate 120 volt circuits, each switched with a separate relay so putting the 1000 watt load on one circuit and the 600 watt load on the other would add even more reserve to the equation.

Anonymous
Post count: 26

One of the things that I was concerned about is whether the relay has 2 separate 15 amps “circuits”. My thought was that it may have one relay dedicated to 15 amps and another relay for the other 15 amps. If so, when using this relay on a 110 circuit, I’d only get 15 amps x 110 volts, which equals 1650 watts. which would only barely be enough if I used one EZSwitch30 for both strings of lights.

Actually, I was going to connect two EZSwitch30’s one for 1000 Watts of lights and another EZSwitch30 to 600 Watts of Lights.

The only thing that smarthome had to offer was a 1000 Watt Dimmer, but I don’t want that hooked to an outlet because if it somehow got dimmed, it could ruin something.

The biggest problems with this plan is that it will cost \$230+ and I’ve got to find a place to put the EZSwitch30 near the receptacles.

Anonymous
Post count: 1001

With 30 amps at 220v equal to 6600 watts, that is pulling 3300 watts through each relay. That makes each relay switching 30 amps. Of course these are max values and I don’t recommend operating anything near the max rating. Supplying the EZSwitch30 from a standard outlet, which is generally on a 15 amp breaker, you have more problems with the capability of that outlet than what the EZSwitch30 can switch. With 120V * 15 amps equal to 1800 watts. Drawing 1600 watts for the lights, along with whatever else may be on that outlet circuit, you may be at or exceeding the 15 amp capacity of that circuit. You do not need two EZSwitch30 devices.

Anonymous
Post count: 26

okay, then here is a good (in my opinion) question for you:

if this smarthome 2473 switch says it can handle 15 amps, then why does it give an incandescent limit of 600 watts?

15 amps x 120 volts should equal 1800 watts.

This is the reason for my initial question on this forum. It’d be nice of the guys from simplehomenet answered their forum on weekends.

Does anyone know what Simplehomenet believes is the max amount of Incandescent watts that the EZSwitch30 can handle when hooked to a 120 volt circuit?

Anonymous
Post count: 1001

Sorry if my responses have added to the frustration. Just to add to the question, the online user guide on the Smarthome site lists 480 watts as the maximum incandescent load for the OutletLinc. The Smarthome user forum rarely receives a comment from Smarthome. The SimpleHomeNet user forum does receive input from the company on many occasions. However, if you want a direct answer to a question on a timely basis about the EZSwitch30, call or email SimpleHomeNet Support. For answers as to why the OutletLinc is spec’ed the way it is I think you should contact Smarthome support.

There is a Topic on the Smarthome forum that discusses the topic of resistive versus incandescent versus inductive loads. The question was raised in the context of the Smarthome OutletLinc. The discussion regarding the current drawn by incandescent loads was very informative. I always took a light bulb to be a resistive load and found that Smarthome Topic discussion to prove me wrong.

The link to that Topic is …..

http://www.techmall.com/topic.asp?TOPIC_ID=2539

Anonymous
Post count: 1001

From the online specs for the EZSwitch30…

Types of loads — Resistive or inductive (lighting, pumps, AC compressors, water heaters, etc.)

Maximum Load Current — 30 Amps @ 240V Inductive

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