Andyson Platinum R850 850W Power Supply

REVIEW INFORMATION
SUPPLIED BY: Andyson
MANUFACTURER: Andyson
PRODUCT: R850 850W
PROD LINK: Andyson’s current offerings
PRICE: $149.90 MSRP
Price is at the time of testing!


R850 850W – Overshoot Transient Tests
VSB On VSB to 100%, 12V Off to 100%, 12V
O-Scope Shot O-Scope Shot O-Scope Shot

Moving on, a peek at the power on spike tests before we get to the good stuff. These scope shots are as close to perfection as you can get in this game. No out of control spikes to be seen, perfect rise time figures… you just can’t ask for any better.

Now… the hot tests. As this unit is rated to forty, I’ll turn on all the hot box fans and crack the window a little bit. I don’t think the box will stop at forty, so I hope the unit is able to deal with that.

R850 850W – Hot Load Tests
Test # +3.3V +5V +12V DC Watts/
AC Watts
AC
Input
Eff. P.F. Intake/
Exhaust
Progressive Load Tests
1 1A 1A 6A 85.8W/
96.2W
118.9V 89.2% 0.961 28°C/
28°C
3.34V 5.06V 12.08V
2 2A 2A 13A 181.3W/
197.3W
118.1V 91.9% 0.981 30°C/
33°C
3.34V 5.06V 12.08V
3 3.5A 3.5A 32.5A 430.0W/
465.9W
117.5V 92.3% 0.990 36°C/
43°C
3.33V 5.06V 12.06V
4 5.5A 5.5A 52A 684.7W/
757.2W
117.3V 90.4% 0.995 43°C/
56°C
3.33V 5.06V 12.04V
5 7A 7A 65A 855.6W/
960.3W
117.2V 89.1% 0.996 46°C/
59°C
3.32V 5.06V 12.03V
Crossload Tests
CL1 12A 12A 0A 105.8W/
120.6W
119.3V 87.7% 0.966 33°C/
38°C
3.33V 5.07V 12.08V
CL2 0A 0A 70A 847.1W/
949.3W
118.2V 89.2% 0.996 43°C/
53°C
3.33V 5.05V 12.03V

And… it was. We got all the way to forty-six without any shutdowns or any indications of issues. Nice!

Efficiency wise, the unit was down a bit from the cold tests. Even so, tests one, two, and five still meet Titanium. That’s just… I don’t have a word, so I’ll borrow one… shpadoinkle!

Over on the voltage readings, there’s been some change but not much. The 3.3V rail is unchanged at 0.6%, the 5V rail is now even more stable at 0%, and the 12V has slipped to 0.4%. That gives us an amazing average of just 0.33%. Yes, I’m sure I’d still see a deflection on the 5V rail if the meter had the resolution to show it, but my bank account never has the cheddar for more expensive test gear so this will have to do.

I wonder if the scope shots can make us any more impressed than we already are.

R850 850W – Oscilloscope Tests
Test # +3.3V +5V +12V
1 O-Scope Shot O-Scope Shot O-Scope Shot
2 O-Scope Shot O-Scope Shot O-Scope Shot
3 O-Scope Shot O-Scope Shot O-Scope Shot
4 O-Scope Shot O-Scope Shot O-Scope Shot
5 O-Scope Shot O-Scope Shot O-Scope Shot
CL1 O-Scope Shot O-Scope Shot O-Scope Shot
CL2 O-Scope Shot O-Scope Shot O-Scope Shot

And the answer to that question is abso-friggin-lutely, they can. The 12V rail? We’ve got about 17-18mV there. That’s all. The other two rails are so well suppressed I can’t really tell how low they are with my current scope settings. They’re certainly no higher than 8mV.

Is it legal to marry more than one power supply in Saskatchewan?