General information:
Solarsystems with a Tarom systemmanager can be quite complex. Due to the high power
going in and out the battery it is commonly necessary to connect the load or external chargers
directly to the battery. The high sophisticated state of charge (SOG) algorithm of the Tarom
needs to know about this external currents which are not going through the Tarom regulator.
The current sensor HS200 registrates and transmits these information to the Tarom controller.
The HS200 can be mounted next to the battery. The main wire coming tram the battery runs
through the HS200 case (see picture) and all incoming and outgoing currents are recorded
and digitally transmitted to the Tarom. Since the current measurement is potential free using a
magnetic hall sensor it is not necessary to cut off the wire and insert a shunt resistor. There is
no lass of energy or any voltage drop during measurement.
technical overview :
The HS200 enhances your Tarom System Manager to work together even with huge external
chargers or loads. The state of charge calculation will be improved and enables the external I
load switch PA 15 to work optimal in your system.
All data coming from the HS200 will be stored in the datalogger TarCom, tao.
The HS200 is connected to the Tarom regulator via a regular RJ45 Gable. The power supply
and data transfer runs through this Gable. There are three different sensor m
The Steca PA HS200 is a highly intelligent current sensor with extremely low own consumption. |