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ZHM05 main monitoring is the control and management center of the
entire high-frequency switching power supply system. It can provide
high-frequency switching power supply
Long term automatic monitoring of various functional units and
batteries in the system, obtaining various operating parameters and
states, and root.
Based on real-time comprehensive analysis of measurement data and
operating status, control and management of the system are
implemented to achieve the full power supply system
Automatic and precise management to improve the reliability of the
DC power supply system, ensuring its continuity, safety, and
reliability in operation
Sex.
The ZHM05 main monitoring system has four remote functions:
telemetry, remote signaling, remote control, and remote adjustment,
which can meet the automation and electrical needs of power plants.
Requirements for unmanned substations in power systems; Equipped
with RS485/RS232 interface and network interface, it can be easily
integrated into the power station.
Automated systems.
1.1 Characteristics
1.More user-friendly design, using large screen true color LCD
display, more vivid human-machine interface, touch based graphical
operation
Make it convenient for users to use;
2.Adopting mainstream and stable LINUX operating system kernel to
make the system run more stably and reliably;
Integrated DC sampling and switch input/output functions, DC
sampling and switch can be configured and mapped to actual
channels;
3.Multi serial parallel communication ensures real-time sampling
data, truly achieving real-time and fast control of the monitoring
system
monitor;
4.A monitoring system can achieve independent management of up to
two sets of batteries, meeting the requirements of user battery
redundancy configuration;
5.The diverse communication interfaces of the upper computer
greatly facilitate the integration with remote monitoring;
6.There are various ways to upgrade software, and the human-machine
interface can be upgraded using a USB flash drive or through a
network interface.
1.2 Main functions
1.Provide human-machine interface, realize system operation
parameter display and system control operation through 7-inch true
color display screen and touch screen Creation, system parameter
setting, and system maintenance, etc
2.Monitoring the voltage of dual AC power supply and the status of
AC contactors: when one power grid loses power, the power grid
voltage is too high or too low,When there is a phase loss or
three-phase imbalance in the power grid, the system power supply
will be automatically switched to another path and an audible and
visual alarm will be issued.
3.Protect the equipment and issue an alarm in case of the following
conditions: abnormal AC voltage, charging device failure, bus power
Abnormal voltage, abnormal battery, busbar grounding, branch
insulation fault, etc.
3.Inspect the output current and working status of the
rectification module: When the module has a fault, the monitoring
system sends out an audible and visual alarm signal.Number and
automatically redistribute the load of the rectifier module.
4.Local or remote control can be used to turn on/off the rectifier
module and switch between float charging and battery charging.
The output voltage and current limit of the module can be
continuously adjusted locally or remotely.
Monitor the voltage and current of each DC feed output, as well as
the status of each feed output switch, fuse, and insulation
5.When there is an abnormal situation with the voltage reduction
module status, an audible and visual alarm will be issued.
Monitor battery voltage and charging/discharging current: Control
the charger automatically based on the charging characteristic
curve and features of the battery
6.Complete the charging of the battery and the conversion of
charging methods. Online monitoring of the status of individual
batteries, including discharge and charging
Voltage automatically compensates with temperature.
7.It has the function of selecting insulation lines for segmented
bus branches, and an alarm is triggered when the insulation
resistance of the branch is too low.
8.Adopting the standard communication protocol of the Ministry of
Electric Power, RS232 or RS485 serial communication interface,
supporting 2400BPS, 4800BPS 9600BPS and 19200BPS baud rates, which
can be easily integrated with power automation systems;
9.Remote measurement mainly includes: DC bus voltage, rectifier
module power, AC voltage, etc.
10.The remote signal mainly includes: normal working status of the
charging module and monitor, fault working status, and DC bus
overvoltage/
Undervoltage, insulation condition of DC feeder, status of incoming
switch, float/equalization charging status, protection signal of AC
input, etc.
11.The monitoring system provides 8 sets of relay normally open
contact outputs for important fault information, and can also be
extended with an external output module.
12.Real time operation curve display, which can monitor the voltage
and current waveforms of each measurement point in the past 2
hours; Discharge curve and number.According to the save, view the
historical discharge curve.
13.Equipped with a USB interface, it can read and write USB drives,
facilitating software upgrades or file backup functions