When used in conjunction with the appropriate Campbell Hausfeld air compressor, this impact wrench can generate 750 FT/LBS of nut-busting torque, allowing you to work on small cars or lawn mowers with ease.
The three-speed power regulator makes it simple to select the speed that will result in the most consistent tension on your lug nuts every time.
The sturdy composite design ensures a long-lasting and durable tool, allowing you to complete job after job with complete confidence.
The light weight, smooth twin-hammer mechanism, and ergonomic soft grip design of this impact wrench all work together to reduce vibration and fatigue, allowing you to work for longer periods of time with less wear on your hands.
Best results can be achieved when used in conjunction with a Campbell Hausfeld 30 Gallon Portable Compressor (VT6271) and an air hose (PA117701AV).
Complete your projects more quickly and efficiently with the help of Campbell Hausfeld. Expert in the use of air power.
Size:Standar.
The Campbell Hausfeld Get Stuff Done 1/2 inch Impact Wrench will assist you in completing even the most difficult jobs with ease. Whether you are a weekend warrior or a car enthusiast, the 400 ft. lbs. of working torque provided by the XT002000 will be greatly appreciated. While the heavy-duty twin-hammer impact mechanism provides maximum torque, the 3-Speed forward/reverse power settings allow you to customize the tool to meet your specific project requirements. While maintaining durability, the composite housing helps to reduce the overall weight of the tool (5.6 lbs.). When combined with the rubberized comfort grip, this tool has an extremely user-friendly design. With a maximum torque of 750 ft. lbs., a maximum speed of 1,200 BPM, and an RPM of 8,500, this impact wrench is extremely productive. At 90 PSI, an average air consumption of 3.4 CFM is achieved. The maximum pressure is 90 pounds per square inch. Hoses must be at least 3/8 inch in diameter. 14 inch NPT is the size of the air inlet (F). It is recommended that you use an air compressor with a tank capacity of at least 8 gallons. With Campbell Hausfeld, you can get more done in less time and with less effort. The air power expert® is a trademark of The Air Power Expert, Inc.
First and foremost, this impact driver cost $50. FIFTY OUTRAGEOUS DOLLARS!!!!!!. Consequently, if it does not work perfectly – or even well – there are almost no grounds for complaint on the part of the negative reviewers.
This device completely blew my mind on its first use. I have a Ryobi One+ 18V cordless impact driver with a torque rating of 100 ft lbs that I use frequently. I adore the device and have put it through things that it should never have had to go through in the course of two years of intense use. It has never expressed dissatisfaction, but it only produces 100 ft lbs of torque. I had experienced enough limitations as a result of this that I was looking for a better solution. It’s time to replace the NiMH batteries in my Ryobi, and for $100 I could upgrade the battery (single battery) and charger to Li Ion, but the torque specification would remain the same. Whenever I’ve run into a brick wall, I’ve had to borrow my friend’s DeWalt impact driver (which has a torque rating of 350 ft lbs and costs approximately $150). This has happened to me enough times that I’ve decided to invest in better equipment for myself. A pneumatic driver with 550 foot pounds of torque was on sale for $50, and I almost peed my pants. Almost. What does it matter if it was a success. It should at the very least be capable of producing more than 100 ft lbs of torque, which was more than enough for my purposes.
So I read all of the negative reviews and it sounded like there were legitimate concerns about the quality of this CH driver – but if one tests it immediately, one can return a defective product if it is found to be defective. As a result, I purchased it. I immediately put it to use on my post-and-beam chicken run as soon as I received it. Although the structure has been constructed, there were several (nine) 6 “It was only because of construction snags that my Ryobi was able to keep up. I was able to finish the job with the DeWalt plug-in driver, but I left nine lags that weren’t as torqued down as they could have been. This was done in order to return the loaner as quickly as possible and because I considered the situation to be “good enough. Over the course of several weeks, the “good enough” seemed less and less acceptable. Why not put my new driver to the test on them now that I’ve got it.
Reading through the manual, I was a little taken aback by the stringent requirements for both lubrication and air supply (I’d never used a pneumatic impact driver prior to this purchase). In total, the manual is three pages long, and almost all of the troubleshooting (which takes up the better part of one page) is focused on lubrication and air supply issues. No matter how many negative reviews I read, I couldn’t help but wonder how many of those people did (or didn’t do) their due diligence in these areas.
LUBRICATIO.
– Before and after each use, oil the air motor with a light coat of oil. The amount of oil they recommend is 1/4 oz, which I find ridiculous. But that is exactly what is required. I think I did a little less than I should have.
– Impact mechanism: fill the tool with 1/4 oz of oil and cap it, then run it for 20-30 seconds while moving it around, inverting it, and so on. Remove the excess liquid, then reassemble everything. You are now finished. Because the opening is so small, I had to add the oil one drop at a time, so I didn’t use the full 1/4 oz. However, I believe I added 80-100 drops. Nothing has been released as of yet. Alternatively, perhaps I should just keep adding each time I use it until some comes out.
SUPPLY OF AI.
– Do not use quick disconnects in any situation. Whatever. One more was added by me.
– Only 3/8″ fittings and hoses should be used “This is my ID. I have no idea. My hose was given to me, and it does not have any markings on it other than a pressure rating label. It could be thick-walled 1/4″ ID or thin-walled 3/8” ID, depending on the application. Regardless, I’m confident that the quick disconnect I installed is a 1/4 inch “Identification at the orifice.
– Maximum pressure is 90 PSI, with a continuous flow rate of 3.4 CFM. This is something I did. The capacity of my compressor is 17 gallons (on the primary side of the regulator the supply pressure is 150 psi).
VERY FIRST APPLICATIO.
I charged up my 17-gallon compressor (at 150 psi with the regulator set to 90) and wheeled it out to the chicken run (which was unplugged because there was no electricity). I used this gun to sink the nine 6″ construction lags, varying the depth from 1/4″ to 3/4” “in accordance with what was require. I figured I’d just empty the tank and move on.
These lags were all driven by the Ryobi, so I know they came to a complete stop at the 100 ft lb torque threshold. The CH driver was able to complete the job with ease. It moved more slowly than I would have expected a 550 ft-lb rated driver to move – BUT. I’ve already mentioned that I was going against the manufacturer’s recommendations with my small quick disconnect cable setup (and possibly the air hose ID).
CONCLUSIO.
Despite the ease with which it did so, the lags were torqued down. As a result of my experience with an electric DeWalt 350 ft lb on the same type of lag connection, I would estimate that the CH is operating between 200 and 300 ft lb.
In order to increase the torque, I can purchase upgraded hoses and connections. But, to be honest, all I really wanted was more than 100 ft lbs. I can get that for $50, even with a faulty air supply system.
In addition, when I was finished with that job, the primary side of my regulator was at 120 psi (pounds per square inch). To finish sinking the nine stubborn 6’s, I used 30 psi in a 17-gallon tank to apply the final pressure “The construction process is sluggish. This appears to be a very effective pneumatic tool in my opinion. Those are my four “The cutoff tool (rated at 5 CFM @ 90 psi) consumes significantly more air than this gun does.
This gun would make me very happy if I could get it for $150. Compared to the DeWalt plug-in, it is significantly smaller and lighter. But to get this level of performance for only $50 – and to know that the level of performance can be increased even further if I so choose – I am extremely pleased with CH.
I intend to use this on any and all heavy-duty applications that I come across. I’ll make changes to the review as my knowledge and experience grows.
The following is an update: I used this to remove ancient, rusted bolts from an exhaust system that had failed on me. For the O2 sensor nuts, I used plenty of PB Blaster and my trusty Ryobi impact driver to attempt to break them loose. There’s no way around it. So I dug this CH out of the closet once more and put it to use. When the nuts finally came loose, I was once again impressed with the machine’s performance. Imagine my surprise when I discovered that the nuts had not been broken loose. He simply sheared the O2 sensor mounting studs off the exhaust pipe while the nuts were still attached, according to the CH driver.
I’d say the performance is more than adequate!!
