I've got no idea, but my guess is "The more accurate you want the data to be, the more often you should connect it". Personally I would think once every 10 days would be fine, but it's not something I've tested.
This is what they say, "Compatible with all 6V/12V/24V 100-2000CCA lead-acid batteries, including conventional flooded, AGM flat plate, AGM spiral, gel and EFB batteries". In some of their marketing materials they also claim it's compatible with lithium batteries, but they don't go into specifics.
Should work fine if it's in the same voltage range. Just ignore the state of charge displayed, cause that will be out in left field. Don't try it on a 48V lithium battery is all.
I haven't tested it, but I can't imagine they'd put a location option in it to track your phone. Unfortunately right now I have no way to test it as I'm not going to be driving the vehicle I have it mounted on until after the temperatures here in the desert drop down to a reasonable level. As far as the battery usage goes, I didn't notice anything unusual while using it, but I've also got a phone with a big battery and I've got several other location apps running as well.
The claim in the specifications shows 1.5 mA, which seems unlikely, but I'm going to measure it when I get one in hand. If it's truly as they claim, I'll be suitably impressed.
Which data can you export? Location or battery levels? Thx!
How often do you need to connect to the device to sync the historical data when in storage?
I've got no idea, but my guess is "The more accurate you want the data to be, the more often you should connect it". Personally I would think once every 10 days would be fine, but it's not something I've tested.
Will it function with a Lithium Iron Phosphate battery?
This is what they say, "Compatible with all 6V/12V/24V 100-2000CCA lead-acid batteries, including conventional flooded, AGM flat plate, AGM spiral, gel and EFB batteries". In some of their marketing materials they also claim it's compatible with lithium batteries, but they don't go into specifics.
Should work fine if it's in the same voltage range. Just ignore the state of charge displayed, cause that will be out in left field.
Don't try it on a 48V lithium battery is all.
I just sent the BM300 back. I had their BM200 and it worked great. This one worked for about 5 minutes and died.
QUICKLYNKS BT2000 este mai avansat, arata SOC si SOH. In plus arata si rezistenta interna a bateriei si rata CCA.
Two questions if you don't mind:
- Is GPS based on the device or based on your phone
- does it consume much or low from the battery?
I haven't tested it, but I can't imagine they'd put a location option in it to track your phone. Unfortunately right now I have no way to test it as I'm not going to be driving the vehicle I have it mounted on until after the temperatures here in the desert drop down to a reasonable level. As far as the battery usage goes, I didn't notice anything unusual while using it, but I've also got a phone with a big battery and I've got several other location apps running as well.
@@3rdpig thanks for your respond
Regarding 2nd question
I was referring to batrery of the vehicle not battery of the mobile
Since the device using it
The claim in the specifications shows 1.5 mA, which seems unlikely, but I'm going to measure it when I get one in hand.
If it's truly as they claim, I'll be suitably impressed.