JSY-MK-351 Intelligent PDU Modules
The professional-grade network remote monitoring and management power distribution system is the latest scientific research achievement achieved after years of dedicated research in the field of power distribution technology. This product is based on the development trend of the world’s future power distribution monitoring and management technology, combined with the technical requirements of the modern data center application environment, and adopts the latest core technology with completely independent intellectual property rights, as well as network communication, power distribution, and electric energy metering technologies to integrate the latest network remote monitoring and management power distributor.
This device refers to the following standards:
Q/GDW 1354-2013 “Smart Electricity Meter Functional Specifications”.
GB/T 17626.2-1998 Electromagnetic compatibility test and measurement technology – Electrostatic discharge immunity test. GB/T 17626.3-1998 Electromagnetic compatibility test and measurement technology – Radio frequency electromagnetic field radiation immunity test . GB/T 17626.4-1998 Electromagnetic compatibility test and measurement technology – Electrical fast transient pulse group immunity test . GB/T 17626.5-1998 Electromagnetic compatibility test and measurement technology – Surge (impact) immunity test . GB/T 17626.8-1998 Electromagnetic compatibility test and measurement technology – Power frequency magnetic field immunity test .
MODBUS-RTU communication protocol.
2.1 Product Overview
Single-phase and three-phase smart PDU meters are based on the innovative SUM (sustainable, scalable and maintainable) design concept technology. As a key component of the metering cabinet power distribution unit (PDU), after being installed into the main body of the PDU, it can Provides active metering capabilities for energy optimization and circuit protection. User-set alarm thresholds can effectively reduce risks by warning of potential circuit overloads through real-time local and remote alarms. Metered rack PDUs provide power usage data to support data center managers in making informed decisions about load balancing and proper IT sizing, thereby significantly reducing total cost of ownership. Users can configure metered cabinet PDU via Ethernet access or RS485. This series of products can be widely used in data center rooms such as IDC, banks, securities, governments, and enterprises.
2.2 Function introduction
Performance parameters |
Technical indicators |
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Electrical parameters |
Input Optional |
Single- Phase |
Input voltage | 176-264V | |
Maximum total load current | 63A | ||||
Three-phase |
Input voltage | 3*220V 50/60HZ | |||
Maximum total load current | 3*32A Optional 63A, 120A, 150A | ||||
Output |
Output voltage | 176-264V | |||
Output current | 8A, optional high current 20A | ||||
Output port | Optional, up to 36 ports | ||||
Frequency | 50/60HZ | ||||
User interface |
Display | TFT color screen | |||
Operation buttons | Up, down, set, reset buttons | ||||
Communication interface | One Ethernet,
1-channel RS485(two interfaces) |
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Temperature and humidity interface | 2-channel | ||||
Switch input interface | Two interfaces, 4 channels | ||||
Switch output interface | One interface, 2 channels | ||||
Electrical parameter measurement | PDU total measurement | Voltage, current, power, electric energy | |||
Each output measurement | Voltage, current, power, electric energy | ||||
Each output can be remotely turned on/off | Yes | ||||
Customize the power-on/power-off sequence and interval time for each output | Yes | ||||
Administrator permissions can be defined in different levels | Yes | ||||
Customize alarm signal thresholds | Voltage and current adjustable | ||||
Cascade function | Yes, 4 products can be cascaded | ||||
Monitoring function |
Load current monitoring | ||||
Load power monitoring | |||||
Voltage monitoring | |||||
Power monitoring | |||||
Ambient temperature and humidity monitoring | |||||
Setting the function |
Load current upper and lower limit settings | ||||
Ambient temperature and humidity upper and lower limit settings | |||||
Email alert address settings | |||||
SNMP (V1, V2) settings | |||||
Network parameter settings (IP, gateway, mask, DNS ) | |||||
Alarm function |
System Alerts |
When the load current exceeds the rated value | |||
When the temperature and humidity exceed the limit | |||||
Custom
Alerts |
When the load current exceeds the rated value | ||||
When the temperature and humidity exceed the limit | |||||
Alerts Way |
Buzzer beeps | ||||
LCD value flashes | |||||
Automatically send an email to the system administrator | |||||
SNMP sends Trap alarm status information | |||||
Serial communication background sends alarm status information | |||||
Access method | WEB access and control through IE | ||||
SNMP (V1) access and control via standard network management workstation | |||||
User Management | User ID and password settings | ||||
Environment | Operating temperature | -20 ~ 60℃ | |||
Extreme operating temperature | -30 ~ 70℃ | ||||
Relative humidity | 10 ~ 90% | ||||
Storage and transportation temperature limit | -40 ~ 70℃ |
2.3 Model selection
◆ MK-351M stands for Intelligent IPDU.
◆ MK-351J stands for the expansion module interface module.
◆ JSY-MK-352AFE stands for three-phase four-wire power supply module .
◆ JSY-1073 stands for single-phase power supply module .
◆ JSY-1054 stands for a 4-channel intelligent control module, current specification: 8A(Max. 16A).
◆ JSY-1084 stands for a 4-channel intelligent control module, current specification: 20A(Max. 50A).
1
1.1 Real-time monitoring function
The display screen can view the monitored total load current, total voltage, total power, total electric energy, power factor, and load current parameters of each independent unit: the content displayed on the LCD screen can be viewed on the Web page, and the closed/open state of each independent unit, temperature/humidity sensor data and operating status can be controlled. 4-channel switch input can be configured by the customer, and there are 2-channel switch output.
1.2 Socket unit control
◆ Control single-channel relay closing and opening, or control multiple channels simultaneously.
◆ You can set the sequential delay power-on, up to 6 seconds. (This means that when two or more channels are controlled continuously, after the previous channel is completed, you need to wait 6 seconds before the next channel starts to operate.)
◆ Each relay can be set to start at a fixed time.
1.3 Customized alerts
◆ The total load current/voltage over-limit threshold can be customized, the load current over-limit threshold of each socket unit can be customized, and the temperature/humidity over-limit threshold can be customized.
◆ The buzzer sounds. An email is sent to the system administrator. SNMP sends a trap to warn the system status.
1.4 Master-slave (cascade) communication
The two interfaces are the same RS485 communication bus, providing two interfaces for easy cascading . RS485 communication cascade can connect up to 4 instruments. Communication cables can use ordinary shielded twisted pair cables. When RS485 communication cables are routed outdoors, attention should be paid to the grounding of the cable shielding layer. The total length of the communication cable should not exceed 1200 meters. The positive and negative polarities of the RS-485 ports of each device must be connected correctly. If the shielded twisted pair cable is long, it is recommended to connect a 120 Ω resistor at the end and reduce the transmission rate to improve the reliability of communication.