DC/DC Converters Non isolated CAN-bus Temp. Sensor
Delivery terms
Product will be ordered from supplier. If the supplier is unable to deliver by the specified date, we will inform you by e-mail
 Available | Supplier Warehouse |
Pickup at LEMONA electronics store - Krasta 105, Rīgā
Pickup at LEMONA electronics store - Krasta 105, Rīgā For free
Quantity in shop
 Not available | Riga Store (delivery 1-2 b.d.) |
| Not available | Lemona Vilnius warehouse 1 (delivery 2-4 b.d.) |
| Not available | Lemona Vilnius warehouse 2 (delivery 2-4 b.d.) |
| Not available | Lemona Kaunas warehouse (delivery 2-4 b.d.) |
| Not available | Lemona Klaipėda warehouse (delivery 2-4 b.d.) |
| Not available | Lemona Šiauliai warehouse (delivery 2-4 b.d.) |
| Not available | Lemona central warehouse (delivery 1-2 b.d.) |
Home delivery
Home delivery
Over €50.00 (Orders up to 1000 kgs) | For free |
To €50.00 (Orders up to 1000 kgs) | 3,49 - 3,99 € |
Delivery to a DPD Pickup location
Delivery to a DPD Pickup location
2,50 €
Product description
Useful information
Specifications
Other products of the same brand
Supplier product description
The CAN-bus Temp. Sensor is a battery temperature sensor for the Buck-Boost DC/DC converter range and is an essential accessory when the Buck-Boost DC/DC converter is connected to a LFP lithium battery.
Temperature sensing is needed when LFP lithium batteries are charged at low temperatures. The charge current to a lithium battery has to be reduced once the battery temperature drops below 5 degrees and the charge current has to stop when the temperature drops below zero.
The CAN-bus Temp. Sensor takes care of this. It measures the lithium battery temperature and sends this to the Buck-Boost DC/DC converter. The Buck-Boost DC/DC converter will reduce or stop charge when the battery temperature drops too low.
In addition to this, the CAN-bus Temp. Sensor can also be connected to the temperature sensor terminal in a Multi or Quattro, so the Multi or Quattro can reduce or stop charging when the battery temperature drops too low.