Kyocera CC 2000 Datasheet

The CC 2000 pump controller is designed to connect solar modules to Kyocera Solar's SC series submersible motors and
centrifugal pumps. The controller provides current boosting combined with true Maximum Power Point Tracking (MPPT) of
the solar modules. The pump controller's microprocessor constantly monitors the incoming solar power and boosts current to
operate the solar modules at their peak power point and maximize pump output.The controller is entirely self-configuring and
requires no setup or adjustment by the user to ensure proper operation.
The CC 2000 controller will accommodate two to twelve solar modules in series. Any combination of modules can be used as
long as the total Open Circuit Voltage (VOC) does not exceed 300 Volts. Strings of modules can be wired in parallel to maximize
daily water production.
In addition to solar modules, the controller will also operate from 24 to 144 Volt battery banks for use in a broad range
of applications. The CC 2000 controller is only intended for use with Kyocera Solar's SC series of motors.
The controller's unique design simplifies control and troubleshooting of pumping systems. Inputs are provided for remote
switches and Kyocera Solar's unique water level sensor. Indicators provide convenient information about voltages, switch and
sensor status, and overload conditions.
Kyocera Solar's newly designed pump controller is user friendly. It is designed to provide maximum power under varying
conditions and requires no programming by the user. We are proud to introduce the Kyocera Solar line of pump controllers
and are confident you will be satisfied.
Kyocera Solar Water Pumping Systems
and Components are Manufactured by
Kyocera Solar, Inc.
CC 2000 Controller
Accommodates Arrays with two
to twelve 36-cell Modules in
Series; Will Operate from
24 to 144 volt Battery Banks
Maximum Power Point Tracking
Self Programming Operation
Current Boosting
Self Diagnostic
Simplified Control and
Troubleshooting
LED Indicators Provide
Convenient Information about
Voltages, Switch and Sensor
Status and Overload Conditions