Ehm Victron says its not a termistor but a chip inside. They even say you can damage the chip if you measure the resistance with a multimeter since the voltage is 5 volt inside
Wouldn't adjust the smartshunt to show the % of battery usage adjusted for temperature then though. But if you just wanted to add your own emergency don't charge when below freezing, sure that would work.
Yes, this sensor helps with SOC calculations. How good those SOC calculations will be during winter remains to be seen since we have large temperature swings which I think will have impact. Another long term test.
Awesome! Glad to hear everything is good with you. Keep sharing your hard work. It inspires other diyers.
Thank you! Will do!
Ehm Victron says its not a termistor but a chip inside. They even say you can damage the chip if you measure the resistance with a multimeter since the voltage is 5 volt inside
Does the hook up voltage matter or is it what ever your battery bank voltage is? Mine is 36V
There is specific spot for temp sensor hook up.
@@DMIINC2013 Yes but where does the red power supply wire goes? to 12V 24V or 36V battery lead?
so it seems 160k ntc, but I dont see any ntc on that range :/. I want to diy the sensor myself, because of the price...
Thank you this was really helpful 👍🙂
According to Victron the ASS00100000 sensor is a chip type sensor
Another great video.
ZigBee temp sensor, home assistant. Bam, done. 😉
Wouldn't adjust the smartshunt to show the % of battery usage adjusted for temperature then though. But if you just wanted to add your own emergency don't charge when below freezing, sure that would work.
Yes, this sensor helps with SOC calculations. How good those SOC calculations will be during winter remains to be seen since we have large temperature swings which I think will have impact. Another long term test.