what is the amp load this control can handle. and how long can the sensor leads be extended. I need to go 60 feet
1536435
Hey Jon, first answer is @ 120V N.O. contacts 16 amps N.C. is 5.8 amps. 208V N.O. 9.2 amps N.C. 4 amps. 240V N.O. 8 amps N.C. 4.9 amps. Second question. you can go as far as 500 feet. They recommend keeping as short as possible because additional length will change the temp reading between actual temp and read temp. It's only 1 degree at 500ft though. You need 22awg wire up to 125 ft, 20awg @ 200ft, 18awg @ 300ft, 16awg @ 500ft. They also recommend a twisted pair shielded cable beyond 50 ft. Hope that helps. Jeff
1536436
I would say 15 amps max . As far as extending the leads you will create resistance in the circuit so you might have to see if your refrigerator and temp reading on the device match
1536437
Manufacturer docs to back up the numbers in previous comment from Jeff:http://cgproducts.johnsoncontrols.com/MET_PDF/125188.PDF - A419 specs, see last pagehttp://cgproducts.johnsoncontrols.com/MET_PDF/125186.PDF - sensor specs, see page 5 under "Wiring"The A419 uses an A99BB sensor. The wire gauge for the A99BB sensor is 22AWG, and cable is not shielded.
121657
You're on your own for the control cable. You need a light gauge 3-conductor cable (thermostat cable will work), the power supply is only one Amp.
35590
I personly ran two 10 guage wires based on what I was connecting. it is rated for up to 100 amps on a standard 20' foot run of wire from the batteries to the fuse block You could go a single number 8 or even a number 6 cable run. there is a stud terminal connection so you can fit just about anything on it with a ring connector on the end.Good luck.
1886229
I extended it 80 ft, but your going to need cable connectors tools and knowledge of soldering to extend the or receiver wire
197214
No experience with mountnig at 8 feet. All my sensors a re used on low bay fixtures ast 15 feet.
489881
The current sensor is mounted to the meter. It wouldn't be as accurate if the length of the wire run to the load being measured if it was over 75 feet. Great meter for short run loads.
460064
It is made to work only with the charge controller made by Trace. You can hook your load to it and have it give you real time information as long as you don't exceed 20 amps.
1276534
I've not used them at that distance, but it should be fine. A k-type thermocouple produces about 41 microvolts/degree C. A typical op-amp (input for the PID controller) has an input bias current of say 45nA (for the LM324). 1000 ft of 24 gauge copper wire has a resistance of about 26 ohms. 45nA x 26 ohms is about 1.1 microvolts. That's about a 2% error for a 500 foot run (there and back) of really small wire. So 60ft shouldn't be a problem. Your error for 60 feet would be closer to 0.34%.Besides all this, the PIDs are self calibrating, so if the PID works as expected, it should be able to calibrate for a large portion of that anyway. I've not used them at that distance, but it should be fine. A k-type thermocouple produces about 41 microvolts/degree C. A typical op-amp (input for the PID controller) has an input bias current of say 45nA (for the LM324). 1000 ft of 24 gauge copper wire has a resistance of about 26 ohms. 45nA x 26 ohms is about 1.1 microvolts. That's about a 2% error for a 500 foot run (there and back) of really small wire. So 60ft shouldn't be a problem. Your error for 60 feet would be closer to 0.34%.Besides all this, the PIDs are self calibrating, so if the PID works as expected, it should... » Read More I've not used them at that distance, but it should be fine. A k-type thermocouple produces about 41 microvolts/degree C. A typical op-amp (input for the PID controller) has an input bias current of say 45nA (for the LM324). 1000 ft of 24 gauge copper wire has a resistance of about 26 ohms. 45nA x 26 ohms is about 1.1 microvolts. That's about a 2% error for a 500 foot run (there and back) of really small wire. So 60ft shouldn't be a problem. Your error for 60 feet would be closer to 0.34%.Besides all this, the PIDs are self calibrating, so if the PID works as expected, it should be able to calibrate for a large portion of that anyway. « Show Less
517381
The lead directly wired to the panel is 60" long and the alligator clip lead is 24" long giving you 7' total length. Deltran also sells extensions in various sizes up to 25' long.
1591681
Hello, Since this unit is 50 watt you can use at least a 5-10 amp controller. If you want to add more panels in the future you may want to consider a 30A controller. Other than the panel you also need cables to run from panel to controller and cables to run from controller to a battery/set of batteries. Let us know if we can help with anything else. Regards, AW
1011845
Not sure but I googled the question before I bought it and got numbers like 5-7 amp draw maximums. Just returned from Alaska with mine full of fish that stayed hard frozen the whole way. One issue..when not on the road the unit light stays on but the temp rises. When parked I used a jump n carry battery and it was great. The rest of the time it was plugged into a standard power port of 12volts or a 120 outlet. Love it
2013153
I used a 50 ft. extension when I used mine and had no trouble. The voltage draw isn't continuous so I would expect no trouble.
1298229
I made my own. The controller has terminal strip screws for all the inputs and outputs. I have the controller within 5 feet of the battery. Use at least 12 gauge wire for each, the positive and the negative. Larger gauge would be better. I crimped on connectors to fit on the controller screws and my battery has screwed studs that I also crimped connectors on to fit.
791951
There is a foot pedal that plugs into the unit to trigger the launch. If you wish to extend that pedal and cord, they have it set up for a standard 120volt extension cord. It doesn't USE 120 volts but the extension cords are easy to find and they use that for the wire. I used a 100 foot extension cord and it worked fine. I thought that was pretty ingenious! Later, I got the Do All wireless remote trigger. It's great and extends your distance from the trap as much as 1/2 city block! You can still use the extension cords instead if you wish.
1293264
You don't give enough information to answer your question. You need to know the voltage and the distance. If you download the catalog from Backwoods Solar.com. It's free, it has a wire chart on page 51 so you can figure out the right wire for your site. This catalog has a lot of good information. You should have it. That's a lot of wattage for that controller. You might double check that. Dan
364579
To my knowledge 5 amps is fine to run through this. It should be rated for 4 amps per channel allowing a maximum of 12 amps. Another thing to add is that this dmx controller does not play well with strip led amplifiers. Especially when it comes to dimming.
1387042
I am an electrician, it will pull about 13.5 amps on high. A standard residential circuit will handle it, IF, there is nothing else being used on that circuit. A good condition 14 guage grounded extension cord will work if it is 50 feet or less. Buy the shortest cord that gets the job done and I don't recommend going over 50 ft.