2365 Level Drawings

[shnabz]

Does anyone have the 2365 Level 3 Drawings on a pdf file they could share with me? My college have been re-using old ones and the quality is horrendous, they have probably just been printing copies of copies. They are not very good when it comes to computers and won't give me access to walled garden or the city & guilds resources.

I need A1-01 to A1-03, but would prefer them all if anyone has them.

Thanks, Mike

 

[karlc]

Hi Mike, I have just moved on to this module and have the same problem. did you ever manage to obtain these?

 

[MMJ]

has any know about 2365 Drawing number 2365 - C1 -01. i have Drawing but i don't know how can i do?

 

[shnabz]

has any know about 2365 Drawing number 2365 - C1 -01. i have Drawing but i don't know how can i do?

You must ask your tutor for advice.
if you have any questions in particular, I'm sure someone here will be able to help.

 

[James1085]

I have the new drawings for 2365-03, if required please PM me on here.

 

[Lasowski101]

Hi Mike.

Which task and module do you need?

Lasowski101

 

[MMJ]

3kw,18a,230v,50hzsuppy. determine the power factor? does any one know how can i do

 

[MMJ]

Hi Mike.

Which task and module do you need?

Lasowski101

task B 2365 Drawing number 2365 - C1 -01.

 

[Simonslimline]

3kw,18a,230v,50hzsuppy. determine the power factor? does any one know how can i do

Power factor = Watts - (true power) / Volt-amps - (apparent power)

230V x 18Amps = 4140 Volt-amps.

3000 watts / 4140 volt-amps = 0.7246376812. This is the power factor.

Just round it off though.

Join the trainee section as well. You will find it useful i am sure.

Have a read of the link below.

http://www.allaboutcircuits.com/textbook/alternating-current/chpt-11/calculating-power-factor/