i have a very basic knowledge of this but if I have two seperate 1000W power supplys, one with a power factor of 1.0 and the other with .97, is it possible for both of their heat output 1000W (3413 BTU)?
how does power factor impact heat output?
Started by chrismooney, Apr 11 2006 03:10 PM
2 replies to this topic
#2
marke
-
- Moderator
-
- 2,618 posts
Posting Freak
- Gender:Male
- Location:Christchurch, New Zealand
Posted 11 April 2006 - 06:44 PM
Hello chrismooney
Welcome to the forum
The variation in power factor should not affect the KW output of the supplies. It will alter the upstream losses in the electrical power distribution system only.
Best regards,
Welcome to the forum
The variation in power factor should not affect the KW output of the supplies. It will alter the upstream losses in the electrical power distribution system only.
Best regards,
Mark Empson | administrator
Skype Contact = markempson | phone +64 274 363 067
LMPForum | Power Factor | L M Photonics Ltd | Empson family | Advanced Motor Control Ltd | Pressure Transducers | Smart Relay | GSM Control | Mark Empson Website | Soft Starters
#3
Tua
-
- Full Member
-
- 34 posts
Intermediate Member
- Location:RUSSIA, Novosibirsk
Posted 12 April 2006 - 03:53 AM
You can try to find following parameters of your device:
Maximum power dissipation idling 3 W
Power loss nominal load max. 44 W
It was found for PHOENIX power supply 24V/20A
These parameters show "heat output".
Maximum power dissipation idling 3 W
Power loss nominal load max. 44 W
It was found for PHOENIX power supply 24V/20A
These parameters show "heat output".
0 user(s) are reading this topic
0 members, 0 guests, 0 anonymous users
