Thermaltake Pacific TF2 G1/4 Copper Core Construction TT RGB Plus Software Monitoring Celsius/Fahrenheit Temperature and Flow Indicator CL-W275-CU00SW-A

*Updated. Replacement unit works well. Would buy again. Has not leaked. Works solidly. This think is solidly built and heavy. Cable for software integration has to go into a controller (Which isnt included), I suspect it is just a usb cable with pins moved so you cant just plug it into a usb port. I have not verified that yet. One good thing is when I set up the return the replacement was on its way very quickly. I look forward to putting it in my setup. Other peoples reviews said the component leaked. I hope mine doesnt. Cheers,

Honestly IMO the best flow meter / temp sensor in the market and this new version they have replaced the plastic port threads with brass inserts so no more cross threading or stripping of the threads! WTG TT bought time I’ve seen their quality engineering that I know they are capable of!!!

Bought a pair of these for a PC with dual loops. Wanted a second source of truth for temperatures, and some sort of measurement and insurance against pump failure. Had a TT pump fail, and my CPU was luckily aggressive enough with the block I use to shut down before damage, but it was closer than I'd like and not something I'd care to do again. I bought an absolute rinky-dink plastic flow meter after the pump failure before, just a little round bit of plastic with a spinning pinwheel in it, so you can see flow, and I'm watching the little sucker spinning wildly, as usual. Flow meter on the TF2 showed 250L/H when installed, which I can believe. I'm running two short, tight loops with nice big high capacity pumps, large diameter tubing, and good fittings. Then the TF2 settled to 200 over night. Okay, maybe the loop was reading off before, the pinwheel is still spinning like mad. Then the TF2 started beeping in the middle of a game. I paused and jumped under my desk, in a panic. CPU temps good. Pinwheel whirling away. TF2 shows 70L/H. Then 50. Then 30. Then 0. Sat at zero for a long minute or two. Pinwheel still whirring like mad. CPU temps stable. TF2 then shoots to 130, then 200, and sits there. Readings are all over the place, and clearly do not correspond to actual coolant flow at all. Can't turn off the alarms. Worthless. Literally. Worse than nothing. Temps are nice, and I have to leave the meter in the loop, unless I want to replace a bunch of my tubing, but it's annoying, spending a premium price and getting an actual piece of garbage. Tried swapping the meters between my two loops, and they both read all over the place for flow. Temps aren't very accurate. I initially thought the temp readings were good, but I got an actual inline fitting with a calibrated thermocouple and one meter is almost 10C high and the other almost 10C low. These meters are absolutely worthless. A real shame.

This seems accurate, though I don't personally have the means to verify that. It looks really sleek too, and I'm glad I can use it independantly without having to go through the software. My only problem is that when the my pump speeds up, the propeller(?) inside turns loudly. Like, noticably loud. If you turn music up, you wont hear it as much, but once mine is at around 135 L/H, you can hear it clearly. Not sure if this is a defect, but other than that it seems to be working as advertised. I'm certainly not going to be taking my loop apart and waiting for a replacement, so headphones it is.

Pros Installed into system with out and issues, screen is bright, readable, easy to use, and has a very loud alarm when the loop doesn’t have flow. Cons/changes Would have liked to have seen some kind of bracket or mounting hardware to get it closer to the plexi glass to see temps as it ran.

I just built me first water-cooled computer and I tend to be a bit OCD about heat. I burned up a gaming rig that I built back in the late 1990's, so I have a tendency to over compensate. For that reason I bought two of the Thermaltake Temperature and Flow Indicators. I chose this particular model because I like the clean, minimalist design, and the combination of temperature and flow rate really appealed to my builder/geek mindset. Back in the days before computers I used to mod cars (1956 Chevrolet Biscayne, small block 283, Holley carb, Eldelbrock intake,Saginaw tranny. 1961 MGA convertible...you get the picture). As my wallet got fatter and my back got weaker I switched from cars to computers in the late 1980's, and it's been a pretty sweet ride. But enough about my days as a motorhead. I installed the units into a brand new case with a ROG Strix x570 motherboard, an EVGA RTX 2080Ti FTW3 graphics card, and an EKWB 300ML Quantum Kinetic pump-reservoir combo. The bottom unit in the images is measuring the temperature and flow rate going from a 360mm radiator and the pump into the loop, and the top unit in the images is measuring the same from the CPU water block to the 360mm radiator. Full disclosure: the loop goes from 360mm rad>pump/res>GPU>240mm rad>CPU back to the 360mm rad. I am willing to concede that the top unit gets a bit of a gravity assist from the top-mounted radiator but not to the tune of 20+ liters per hour in the space given. Here's what I learned about the TT TF2: One of the ports on one unit was not machined deep enough resulting in a very serious leak that was not fixed until I aggressively seated the fitting with a pair of pliers. Twenty-four hours later the loop is leak free but all of the other fittings are only finger tight. The integration of the unit into the TT RBG Plus Software is, in my opinion, an over-complication. The LCD is so easy to read from 6 feet away that the feature is just a useless set of bells-and-whistles. This increases installation effort without providing much real value. The most serious flaw is the incomprehensible difference in the reported flow rate. The units differ by as much as 30 liters per hour. The attached images were taken within 5 minutes of each other, but I have recorded readings of 74/53 at startup and low RPM to 245/208 at full bore of the PWM water pump. Pros: The aforementioned design Relative ease of installation Easy temperature and flow calibration Cons: Port on one unit too shallow to easily mount fitting due to poor machining quality Overly complicated design (I really don't need to get updates on a smartphone) By far the worst - Wildly different readings on the units Conclusion: Now that they are in I am not going to replace them unless they stop working, and in that event I will go with a different unit.

A Solid Flow and temp meter. loud enough on its own to warn of low flow, don't need to use Thermaltake software or purchase a Thermal take controller if you don't want to.

One thing you must know is your attaching angled fittings to this Thermaltake Pacific TF2 you need Thermaltake o-rings attached from device to angled fittings or the device will leak.

A use items sent to me. It was not mention in the listing that it’s used before.

Wasn't expecting it to be so well made. Solid piece

إيجابيات: قراءة دقيقة للحرارة قراءة دقيقة للتدفق تنبيه عند توقف او ضعف التدفق الشاشة الرقمية وضوحها رائع وتعطي لمسه لجهازك سلبيات: الجهاز حجمه كبير ويجب ان تاخذ قياسات الأنابياب بحذر الجهاز وزنه ثقيل ويسبب ميلان في الأنابياب، ينصح بوضعه في الأطراف وليس في الوسط توضيح: لا يحتاج توصيل منفذ Sync / يمكنك الإكتفاء فقط على منفذ DC IN

Installed in basic system with D5 pump which has lots of flow, first one read very low (40l/h) , replaced warranty still waiting for refund. 2nd one reads 140-190 l/h each time you unplug and reset , the initial power on timer for the no flow alarm needs to be adjusted to allow computers to start running. The second power is on it starts alarming until pump kicks in and meter has had 10-25 seconds to calculate flow. It also doesn't provide the standard PMW fan speed signal so you need their controller... waste of money. ..Save yourself the frustration and wasted money and get the Aquacomputer high flow next.