How to set equalizer for a Mackee PPM808M 1200

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Each channel strip has its own 3 band EQ with knobs that effect the hi, mid, and low.

The mid is centered at 2.5kHz and gives you 12dB of boost or cut in either direction, the high gives you 15dB of boost or cut from 12kHz and up, while the low gives you 15dB of boost or cut at 80kHz and below. At their mid positions these knobs are flat (no cut or boost).

The PPM808M also has two 9 band graphic EQs in the Master Output Section on the front panel, Monitor EQ and Main EQ. These two EQs are the last thing in the chain before the signal leaves the mixer on either of these line outs (monitor line out, or mixer line out).

The 'Monitor EQ' effects output to the monitor speakers on stage (and power amplifier if the 'Power Amp Routing' switch is pushed in).

The 'Main EQ' effects the signal to the main speakers (or the mixer line out).

Each of these 'Master Output' EQs has a Rumble Reduction button which when pressed in engages a low-cut filter which rolls off frequencies below 75Hz and is designed to prevent 'stage rumble' from things like footsteps on the stage being picked up by stage mics. These filters are separate from the graphic EQs and the Main Rumble Reduction switch effects only mono channels 1-6 (not stereo channels 7&8). It also has no effect on the EFX to MAIN or the TAPE IN. The Monitor Rumble Reduction switch however does effect the EFX to MON signal.

Posted on Jan 04, 2008

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Posted on Jan 02, 2017

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1 kg is 2.2 lbs 300 / 2.2 is 136.07

136 /10 is 13.6 times 15ml = 204 ml

1200 / 2.2 is 544 544 / 45 is 12.08

12.08 times 30 equals 362 mls

136 /10 is 13.6 times 15ml = 204 ml

1200 / 2.2 is 544 544 / 45 is 12.08

12.08 times 30 equals 362 mls

Nov 27, 2016 | Cars & Trucks

it can be fixed. try to check all the connections.

Sep 25, 2008 | Kenwood KDC-MP435U CD Player

Did you replace the stock turn signals with LEDs?

If so you probably need a "Load Equalizer"

If so you probably need a "Load Equalizer"

Feb 24, 2014 | 2000 Harley Davidson XL 1200 C Sportster...

Steve,

The microwave alone shouldn't cause a problem for the generator as even the most powerful models run about 1200 watts or about 10 amps. An air conditioner on the other hand, can draw considerably more power to run depending on BTU size; 15 amps and up is not uncommon (and even twice as much as that though only briefly when starting).

If these were the only things connected and on, the generator should be able to handle them - again depending on the BTU size of the AC unit. Generators state their capacity in Watts, but must of the devices we connect are in Amps. Calculating Watts in an AC circuit is complicated, but pretty close to the much easier Watts in a DC circuit for most residential settings. Here's how it's done:

Watts = volts x amps. Pretty simple stuff. Your generator is rated at 5500 watts. The microwave is say, 120 volts / 10 amps - which equals 1200 watts. The generator has 4300 capacity available now. Suppose your air conditioner is rated at 120 volts / 15 amps - which equals 1800 watts. 4300watts - 1800watts = 2400watts capacity is left. But, the starting current for the AC is as much as 25 amps for a few seconds (and once started drops back to 15 amps) - which means there's only 1200 watts capacity left. Add up the rest of the appliances you're running at the same time (TV set, Cable / Satellite box, stereo, toaster, lights, computer, etc.- you get the idea), and you can see how you might have exceeded the 5500 watts capacity of the generator for a few seconds. It's at these times that your hear / see the generator speed falter and sputter, lights dim, etc.. If this is happening a lot, you may need a larger or additional generator.

I hope this helps and good luck!

The microwave alone shouldn't cause a problem for the generator as even the most powerful models run about 1200 watts or about 10 amps. An air conditioner on the other hand, can draw considerably more power to run depending on BTU size; 15 amps and up is not uncommon (and even twice as much as that though only briefly when starting).

If these were the only things connected and on, the generator should be able to handle them - again depending on the BTU size of the AC unit. Generators state their capacity in Watts, but must of the devices we connect are in Amps. Calculating Watts in an AC circuit is complicated, but pretty close to the much easier Watts in a DC circuit for most residential settings. Here's how it's done:

Watts = volts x amps. Pretty simple stuff. Your generator is rated at 5500 watts. The microwave is say, 120 volts / 10 amps - which equals 1200 watts. The generator has 4300 capacity available now. Suppose your air conditioner is rated at 120 volts / 15 amps - which equals 1800 watts. 4300watts - 1800watts = 2400watts capacity is left. But, the starting current for the AC is as much as 25 amps for a few seconds (and once started drops back to 15 amps) - which means there's only 1200 watts capacity left. Add up the rest of the appliances you're running at the same time (TV set, Cable / Satellite box, stereo, toaster, lights, computer, etc.- you get the idea), and you can see how you might have exceeded the 5500 watts capacity of the generator for a few seconds. It's at these times that your hear / see the generator speed falter and sputter, lights dim, etc.. If this is happening a lot, you may need a larger or additional generator.

I hope this helps and good luck!

Dec 25, 2011 | Watts Onan Portable Generator - 5000 ,...

Hi,

Jane starts with 1200$ at the beginning of the first year, and at the end of the fourth year she has 1200$+300$=1500$

Use x for her annual interest rate, that means at the end of the first year she will have 1200$*[(100+x)/100]. At the end of the second year her first-year money earns at the same rate, so she will have 1200$*[(100+x)/100]*[(100+x)/100]=1200$*[(100+x)/100]^2 at the end of the second year.

At the end of the third year she will have 1200$*[(100+x)/100]^2 *[(100+x)/100]=1200$*[(100+x)/100]^3

At the end of the fourth year she will have

1200$*[(100+x)/100]^3 *[(100+x)/100]=1200$*[(100+x)/100]^4 which is equals to 1500$

1200$*[(100+x)/100]^4=1500$ divide both sides by 1200$

[(100+x)/100]^4=1,25 take the fourth root of both sides

(100+x)/100=1,05737 both sides*100

100+x = 105,737 both sides -100

x=5,737

So Jane's annaual interest rate was 5,737%.

Hope it helps you.

Jane starts with 1200$ at the beginning of the first year, and at the end of the fourth year she has 1200$+300$=1500$

Use x for her annual interest rate, that means at the end of the first year she will have 1200$*[(100+x)/100]. At the end of the second year her first-year money earns at the same rate, so she will have 1200$*[(100+x)/100]*[(100+x)/100]=1200$*[(100+x)/100]^2 at the end of the second year.

At the end of the third year she will have 1200$*[(100+x)/100]^2 *[(100+x)/100]=1200$*[(100+x)/100]^3

At the end of the fourth year she will have

1200$*[(100+x)/100]^3 *[(100+x)/100]=1200$*[(100+x)/100]^4 which is equals to 1500$

1200$*[(100+x)/100]^4=1500$ divide both sides by 1200$

[(100+x)/100]^4=1,25 take the fourth root of both sides

(100+x)/100=1,05737 both sides*100

100+x = 105,737 both sides -100

x=5,737

So Jane's annaual interest rate was 5,737%.

Hope it helps you.

Mar 10, 2011 | Sharp EL-738 Scientific Calculator

This problem is because, when you formatted your PC, you have installed improper display driver of your PC model. This is also because of less capacity display/graphics card.

Jul 30, 2010 | Compaq Computers & Internet

you have dual coils swap them to see if the problem moves to the front cylinder, if so get a new one.

Apr 20, 2010 | 2000 Harley Davidson XL 1200 C Sportster...

aux send out-------------to compressor in-------compressor out-------aux return in.

May 19, 2009 | Pioneer DJM-600 Silver Professional DJ...

try to adjust the air of the carburator to obtain a equal mixture of gas and air try to clean your spark plug as well.

Apr 16, 2009 | 2000 Harley Davidson XL 1200 C Sportster...

Ultima has the best I've installed built in cancels and load equalizers

Apr 06, 2009 | 2000 Harley Davidson XL 1200 S Sportster...

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