MPSM-S1 MICROPROCESSOR POWER CONTROL PANEL
- Product Code: MPSM-T
- Availability: In Stock
MPSM-S1 MICROPROCESSOR POWER CONTROL PANEL
The most important factors that ensure correct work of modern automation, electronics, industrial computers and other devices are correct power supply and right temperature. They are necessary for ensuring continuous work of priority equipment in our infrastructure – server rooms, teleinformatics, energetics.
The most important factors that determine the correct operation of modernautomation, electronics, industrial computers and other devices arethe correct power supply and the appropriate climatic conditions. Theseare necessary to ensure ongoing operation of priority infrastructure equipment–server room, data communication, power engineering.
MPSM-S1 is a programmable 19" panel for power supply, control, monitoringand recording. It provides voltage, power and current measurement for each socket, and also temperature and humidity measurement. The device is equipped with an unparalleled set of features that makeit indispensable in data communication infrastructure. Also, MPS M-S1 is equipped with a 4 GB internal memory used for storing the measurement results, events, alarms which lasts for about 24 months of continuous recording.
Usable features:
- SOFT-START – soft start of servers, cabinets, automation components, etc.
sockets after power supply recovery or after activation of the SLAV Esockets. This allows you to set a dedicated power-up scenario for the entire set of devices powered from the MPSM-S1 panel. - MASTER-SLAVE – energy conservation
Automatic shut-off of SLA VE sockets (devices) when the MASTER device (socket) is powered down. The level of energy consumption for the MASTER socket is constantly monitored by the power supply panel and when it exceeds the user-defined threshold, the SLAVE sockets are re-powered up. Powering up and down has also user-defined time delay. Each socket in MPSM-S1 panel can work in MASTER , SLAVE or NONE mode (excluding MASTER-SLAVE functionality). With this solution, you can change the configuration of the set powered from the MPSM-S1 panel with out having to physically plug the devices to dedicated sockets (continuity of operation) - PDU-THERMOSTAT – multi-stage control of fans, heaters and air conditioners
Each panel socket can be activated by the temperature on the basis of being above or below the user-defined value. Individual socket can also be activated by a signal below or above different set temperatures. - PDU-HYGROSTAT – multi-stage control of humidifiers and air dryers
Each panel socket can be activated by humidity levels on the basis of being above or below the user-defined value. Individual socket can also be activated by a signal below or above set values. - Display settings
Choosable content of display - Output control
Allows for powering down any panel socket regardless of its mode and time. - Indication of alarm states:
- exceeded set value for current or underload of individual sockets
- exceeded set value for current or underload of the entire set of connected receivers
- grid voltage above or below the setpoints
- ambient temperature above or below the setpoints
- humidity above or below the setpoints
- Device settings:
- hysteresis (ΔT) for thermostat
- hysteresis (ΔH) for hygrostat
- time delay for the MASTER-SLAVE function
- load display mode power (VA) or current (A)
- reset to factory defaults
- On-line monitoring of:
- current and power for individual slots
- current and overall joined power
- mains voltage
- ambient temperature and humidity
- Internal database for:
- recording of measurements, events, alarms
- clock, calendar with battery backup
- even 24 months of continuous recording
- Ethernet Interface:
- data read and write via network (LAN/WAN)
- remote on-line management and monitoring
- SNMP, SNTP, DHCP
- Windows® management application
Thanks to the special technique used for creating the device software, all functions are executed in parallel. It means that while we’re in menu editing settings, the device is working in the background, performing its status tasks and immediately responds to changes which have just be done or received measurements. After a power loss, the device will rememer the last saved configuration. The clock and the calendar work even during prolonged power failure.