Simarine SC303 Digital Shunt 300 A

Active Shunt SC303

SC303 is an active combi shunt for PICO and PICO one battery monitors, featuring:

• 2 voltage sensors
• 2 tank level or temperature sensors
• 1x JST socket (temperature sensor)
• 1 current sensor for up to 300 A for systems up to 75 V

It can be used to monitor the power consumption of large consumers (inverters, bow and stern thrusters, anchor winches) and power generators (shore power chargers and solar panels). Additionally, it allows for monitoring of fuel, fresh water, and gray water tanks.

SC303 is an innovative combination of shunt and tank level module.

The active combi shunt SC303 provides precise monitoring of battery voltage in 12 V, 24 V, 48 V, 60 V, and 72 V systems, battery temperature, and continuous currents up to 300 A (400 A peak). It is suitable for a maximum power of 3600 W at 12 V or 7200 W at 24 V. It features an additional battery voltage input (2 in total).

The integrated tank level module has 2 resistance inputs for monitoring tank levels or temperature, and an additional JST socket for a temperature sensor with a JST connector. Furthermore, the SC303 module can also be used to monitor the power consumption of large consumers such as inverters, bow and stern thrusters, and anchor winches, as well as power generated by generators like shore power chargers, solar panels, hydro, and wind power generators.

The innovative protected architecture of the SC303 allows connection to either the negative side (up to 72 V) or the positive side (up to 24 V).

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product against our MI-Eco-Score criteria.

We continuously evaluate this product according to our MI-Eco-Score criteria.

We continuously evaluate this product according to our MI-Eco-Score criteria.

We continuously evaluate this product according to our MI-Eco-Score criteria.

We continuously evaluate this product according to our MI-Eco-Score criteria.

We continuously evaluate this product according to our MI-Eco-Score criteria.

We continuously evaluate this product according to our MI-Eco-Score criteria.

We continuously evaluate this product according to our MI-Eco-Score criteria.

We continuously evaluate this product according to our MI-Eco-Score criteria.