Monitor Software Design
Fullows FFUNET Cleanroom Control and monitoring system
- Industrial leading software system for control and monitoring cleanroom FFU
- Control ebm, M+W, Gebhardt, Ziehl abegg and AC Type of FFU
- Support RS485, Modbus, Lonworks as well as add-in defined protocol
- Support Velocity sensor, air pressure differential sensor, Alarm IO
System features
1.Control and monitor multiple brands of Fan filter Unit; reserve interface for new motor protocol to be added in
- Supported Brands
* ebm Motor, any vendors FFU use ebm motor
* Gebhardt FFU, Gbus and Lonworks protocol
* M+W FFU, lonworks
* Envico FFU, Modbus
* AirCare FFU, Modbus
* Ziehl-Abegg FFU, Modbus
* Korea syswork Motor FFU
* AC FFU control by inverter
2.Built-in sensor integration
- Able to connect Velocity Sensor, Pressure differential Sensor, Fire Alarm Sensor as well as any IO signal
* Any brand of IO module supported Modbus TCP, Advantech, Moxa
* Dwyer velocity sensor
3.Configure up to 127 communication channels or ports
- Supported direct USB to RS485 converter, multiple PCI to serial ports card, Ethernet to RS485 server Gateway, Lonworks gateway
4.Multiple types of FFU may co-exist in signal system, no limitation for number of FFU in a system
- Example: for an existing M+W FFU system, ebm Motor FFU can be added or o replace faulty M+W FFU
5.Besides supporting vector drawing layout plans, it also supports common image file formats like JPG, PNG
- FFU layout plan Autocad.dwg file exports to vector drawing formats. WMF or .EMF and imports to system; compared to common picture files, vector drawings retains picture quality when zooming in
6.Up to 5 levels in hierarchical tree structure; option to create zone level
- Tree structure
* Overview home page
* Cleanroom C
* Zone (Optional)
* Group XX
* FFU
7.Rapid response time
- Scan FFU status and rpm concurrently
All of configured communication channels or ports can scan their FFU status and speed concurrently; 25,000 FFU, connected to 92 communication channels, responds to rpm change within 10 seconds
8. Display real time rpm on individual FFU icon, updates color according to pre-defined color scheme
9.Display power estimated consumption and FFU online rate for individual channels or ports
Control FFU
Control individual FFU
* By rpm
* By velocity
* By change %, increase or decrease %
* By percentage, %of Max speed
Velocity and power consumption curves
By measuring serial of velocity and power consumption data, use statistical tools to generate velocity and power consumption formula; formula parameters can be set in system options setup page;
Group Control
Control individual group
Select a Group from left hand side tree view panel, right click shown popup menu, add select <control selected Group: Group XXX>
Control Selected FFUs
Press and hold mouse left button, and draw a rectangle to select multiple FFU, double click at selected FFU or right click to shown popup menu, and select <control selected FFUs>
* By rpm, Enter new rpm to control selected FFU
* By velocity, select control by <Velocity>, and enter set velocity value 0.xx m/s
Third party system integration
FFU OPC Server
Provide OPC server interface for third party system to read FFU status and speed
Modbus TCP/IP
Provide Modbus TCP/IP server for third party system to read FFU status and speed, set FFU speed is an optional feature
