my husband is retired heating/cooling technician, and lost his fluke voltage ohms meter. He said the main thing he needs to test is ohms...is this it?
1819038
Yes this model will test for resistance (ohms). Fluke makes a multimeter specifically for HVACtechnicians, the model 116.
2247347
Hi, thank you for contacting us. I'm afraid the tester can only perform test when component is NOT in circuit. With best regards, Kevin
1800401
They're all important, and any voltage that isn't being supplied will cause problems or just plain not work. That being said the less on these power supplies go out all the time so be sure your tester is working, You can do this by testing a power supply you know works
1324690
Above it says-For Fluke 50 II, 70 III, 80 IV, 180 series multimetersFluke web site says it should work.
325108
You are probably going to need the factories help. Make sure unit is unplugged. Pull the tub off. Check for broken wires.Check the brushes. These are what transfers power to the heating head. Make sure the they are touching the head, the area they touch is clean. If ok. Then you will need an Ohm meter to go any further. Check at each of the brass bars on the heating head and you should get about 13 Ohms. A little higher is Ok but if much higher heater is open. Then check with great Northern for parts. MAKE SURE UNIT IS UNPLUGGED WHILE DOING THESE CHECKS AND TESTS. Good luck
363429
You can check both using the ohms scale using any meter checking for shorts or opens and crude capacitor test by observing rate of charge or lack of this meter will do the job if you know what to look for. I use it for these test
1525757
It will work with the fluke 88V. However, if your fluke does not have temperature measurement feature then it will not work.
567996
Yes. Im a retired Elec. Contractor and got this meter for my son who is getting into the appliance repair business and knew he would need that function for troubleshooting appliances. So I researched it well. See link: http://www.testequipmentdepot.com/fieldpiece/stick-meters/hs33.htm
768377
check back of gauge with an ohm meter and check the volts. If there is 36 volts there , the gauge is bad.
1828770
Alan,Wish I could help. After spending an hour with my Fluke I wasn't able to figure it out. I spent more than an hour (no joy) searching for the wiring diagram before resorting to the Fluke.I ended up using only the AC IN jack - bypassing both pwr switch and fuse.Kind of a bummer. Good luck, man.Steve
2269600
I'm not sure, but assuming your Fluke has standard jacks (can't imagine it doesn't), then they should. One problem you may have are the little plastic caps that come installed in these leads. I had to remove them with a pair of pliers before they would fit my multimeter.
1026574
Not sure off top of my head. Normally I use a voltmeter to check these things. Properly designed circuits will have a blocking diode to prevent polarity reversal issues. Those that don't, may have smoke issues!
1958850
Only if the fuse is is burnt (The device will not work otherwise) this can be usually seen by a visual check of the actual fuse. otherwise an Ohm meter will have to be used across each lead to check for continuity. If you are replacing the detector my advise is to use all new from the box
1136271
The 117 has other feature called Volt Alert, this feature detect ac voltage, you can read more of the feature in the user manual that can be download at fluke web site.I hope this can help.
75412
Yes, and the meter includes a K-type bead thermometer probe.You can use a variety of other K-type probes with a K-type adapter (bought separately), also available as a separate accessory from Fluke and even some other companies.
91611
Use a volt ohm meter set to continuity and touch the red probe to one prong and the black probe to the other prong. If the meter reads open or over load it is bad.
604135
You should be able to tell exactly what is going on with your voltmeter, either measuring voltage or resistance. Evidently you tried that, so it is not obvious what is wrong. I assume that you have applied a voltage properly to the unit. I doubt that the unit is at fault.