Electric Baseboard Heating
Posted: Fri Apr 06, 2007 1:14 am
Well, we all learn don't we...
We put one rooftop style, commercial, combination Heat/AC, unit mounted on a concrete pad outside the studio. The studio (both control and live rooms) are fed with large supply and return ducts that are fully lined with insulation. The system is just as quiet as can be and we can easily track with it on!
The problem... winter time and heat.
The control room has no "exterior" walls and when you get four people in there, the gear running, and the lights on it gets pretty warm. This is also where the thermostat is located. So, as you can imagine, the live room stays much colder, about 10 - 15 degrees colder, than the control room. Also, if you crank the thermostat up to make the live room comfortable then the control room is just about unbearable.
There seem to be a couple solutions. One is to move the thermostat to the Live Room. This will easily solve the problem of clients being uncomfortably cold at the cost of the engineer being uncomfortably hot. The other is to install electric baseboard heating underneath the windows in the Live Room (see a photo of the live room here, http://www.evergroove.com/graphics/aug0 ... g_2223.jpg).
My questions are:
1. Does anyone have any other ideas about how to solve this problem?
2. Has anyone had a bad experience with electric baseboard heating relating to power issues. There are no moving parts or motors so I cannot imagine the heaters throwing back "hash" onto the power lines.
We have all the crucial audio gear on it's own phase in the panel and everything else, like lights and refrigerators, on the other phase. The current HVAC system runs off a dual pole, 30A, breaker, so obviously it shares both phases but what can you do about that?
I know I can get 120V, electric baseboard heaters, and this would help in keeping non-audio related stuff on it's own phase.
The install will be "free" since my day job is spprenticing under a Master Electrician.
Anyway, sorry for the long post. I just wanted to provide as much information possible for those that might have some insight.
Thanks,
Brad
We put one rooftop style, commercial, combination Heat/AC, unit mounted on a concrete pad outside the studio. The studio (both control and live rooms) are fed with large supply and return ducts that are fully lined with insulation. The system is just as quiet as can be and we can easily track with it on!
The problem... winter time and heat.
The control room has no "exterior" walls and when you get four people in there, the gear running, and the lights on it gets pretty warm. This is also where the thermostat is located. So, as you can imagine, the live room stays much colder, about 10 - 15 degrees colder, than the control room. Also, if you crank the thermostat up to make the live room comfortable then the control room is just about unbearable.
There seem to be a couple solutions. One is to move the thermostat to the Live Room. This will easily solve the problem of clients being uncomfortably cold at the cost of the engineer being uncomfortably hot. The other is to install electric baseboard heating underneath the windows in the Live Room (see a photo of the live room here, http://www.evergroove.com/graphics/aug0 ... g_2223.jpg).
My questions are:
1. Does anyone have any other ideas about how to solve this problem?
2. Has anyone had a bad experience with electric baseboard heating relating to power issues. There are no moving parts or motors so I cannot imagine the heaters throwing back "hash" onto the power lines.
We have all the crucial audio gear on it's own phase in the panel and everything else, like lights and refrigerators, on the other phase. The current HVAC system runs off a dual pole, 30A, breaker, so obviously it shares both phases but what can you do about that?
I know I can get 120V, electric baseboard heaters, and this would help in keeping non-audio related stuff on it's own phase.
The install will be "free" since my day job is spprenticing under a Master Electrician.
Anyway, sorry for the long post. I just wanted to provide as much information possible for those that might have some insight.
Thanks,
Brad