Kyocera MPR-9400 User manual

THE MPR-9400 PV CONTROLLER is your TOTAL PV controller solution for your
telecommunication, residential and hybrid power needs. TOTAL because we put the
most advanced and innovative features in our basic to advanced controller systems.
The MPR-9400 addresses the TOTAL needs of your batteries as well as your loads.
THE MPR-9400 provides dramatically reduced maintenance costs as well as increased
survivability at your sites.
Kyocera Solar, Inc. provides complete turn-key power system controllers.
Features
•Communication via RS232 Serial Interface
•Advanced MPR-9400 modular Micro-Processor control
circuitry to allow flexible controller configurations
•PV power from 60 to 300 amps (larger PV inputs
available) at all voltages from 12 to 120VDC
• Three subarray staged taper charge
• Pulse finish charge
• True equalizations
•Advanced charging algorithms, EBBM™
• Temperature compensated
•Advanced generator controls
•Load control from 35 to 200 amps
• One or two stages - load prioritized
•± 5% Load voltage regulation
• One to three staged "CEMF"
•Complete monitoring capabilities
• Multiple voltage, multiple currents, multiple
temperatures, solar insolation, date and time, fuel
level and data logging. All control channel states moni-
tored
•LED’s - Load, PV, LVA, HVA, GEN and Analog back up
•3 X 3 Keypad and 2 X 24 LCD for set point modification
and viewing monitored parameters
•Alarm relays, LVA and HVA, form C voltage free
•System Safety
• Reverse polarity protected
• Transient voltage protection
• Circuit breakers on arrays and Loads
•NEMA 4X or NEMA 1 enclosure - sizes
vary depending on controller capacity
•Analog back up of digital controls
•Remote communications option
•MAIN battery disconnect option
•Two year limited warranty
MPR-9400
PHOTOVOLTAIC – HYBRID
POWER SYSTEM CONTROLLER
Medium to Large Size Systems
Standard MPR-9400 Instrument Panel
Standard MPR-9400 Power Components

Specifications
•Voltage: 12 to 120VDC, Neg. or Pos. Gnd
•Array current: Up to 300 amps (expandable)
•Load current: Up to 200 amps
•Control circuitry (standby) parasitic load: 35 mA
•Analog inputs: 7
•Digital inputs: 2
•Digital outputs: 9
•Resolution: 8 or 12 bit
•Temperature: -40°C to 85°C
•NEMA 4X or NEMA 1 enclosure
•Maximum wire sizes
• Battery: up to 500 MCM
• Arrays: 2/0
• Loads: 2/0
• Control wire: 16 AWG
•LCD: 2X24 -20°C to 70°C
•6 LED’s
•UL listed DC rated at 125VDC circuit breakers
7812 EAST ACOMA DRIVE
SCOTTSDALE, AZ 85260 USA
480/948-8003 • 800/223-9580
FAX: [phone]
www.kyocerasolar.com
e-mail: [email protected]
MPR-9400
Remote Communication
The MPR-9400 can be equipped with an optional 14,400 baud MODEM which will allow the user to dial the
remote site's MPR-9400 using our MPRCOMM software package OR communications can be accomplished
via the RS232 serial interface through your communication equipment to retrieve the system’s status. This
provides a user friendly interface to our controllers via your personal computer. This option is one of the most
valuable features the MPR series has to offer. This communication package allows you to fully monitor and
control your system as if you were physically at the site. Imagine the money and time that you will save by
not having to travel to your remote power system!
The MPR-9400 will actually call your computer if an alarm is activated. The call out function can be user
programmed to call your host computer if a High voltage alarm, Low voltage alarm, generator failure or
low fuel level etc. occurs. These call out alarms can be custom configured by KSI.
MPRCOMM can automaticallycall one or multiplesites, download the data, store the data in a database and then
hangup. Thisautomatic communication can be programmed by the user to occuronce a day or other time periods.
Data Logging
The DATA LOGGING option allows the user to completely analyze the systems performance, battery condition
and functionality of their PV system. After down loading the data logging file, eitherlocally or remotely, you
can produce the needed graphs. These graphs will visually allow you to easily analyze the performance of the
power system.
There are two DATA LOGGING versions:
1) 5, 15, 30 or 60 minute programmable averaging sampling times
2) Daily logging of maximum and minimum system values
Logged parameters:
•Battery voltages, Battery amp hours, Battery current, PV currents, PV amp hours, GEN/rectifier amps,
GEN/rectifier amp hours, GEN run time, Load currents, Load amp hours, Battery and controller
temperatures, Solar irradiance, alarm and fault conditions
Memory - 1 or 2 MB - 200 days to 5+ years of data
Communication Software
KSI’s new Visual Basic software package will enable the user to communicate with the MPR-9400 using
Windows 95 and 98 platforms.
The user friendly interface allows all system parameters to be monitored and all set points and controls to be
changed. Password protected.
Graphical representation of the DATA LOG can easily be produced by selecting the parameters to be analyzed
and selecting the start and end date of the data.