e-FUJIYAMA was based on the digital concept which is changing the way people check machine by listening and touching by themselves.
You just monitor the temperature and vibration, then you can detect problems of machine.
Of course, it does not mean that all the problems can be covered by these 2 elements, but you can detect other problems more.
e-FUJIYAMA is the product that change the demand to be true. It is the specialized system in monitoring temperature and vibration, so that it can be provided with reasonable price. Actually, it was produced from the demand that prefer to monitor the machine that have many motors with good price.
e-FUJIYAMA is the system that can easily visualize the machine. Just have a PC, a LAN cable, a parent device and a child device, you can begin to monitor the machine anywhere and anytime.
Sensors of child device measure temperature and vibration, and its collected data is transmitted to parent device by using 920MHz wireless.
If only you connect parent device to PC via LAN cable, you can see the collected data on PC.
Basic software included in this system can display the trend graph based on collected data.
This graph enables trend monitoring and help you find out troubles before the equipment is damaged. Moreover, you can understand the effect of grease up and overhaul by comparing before and after values in this graph.
Also you can set the alarm threshold by yourself and alarm can be checked by screen and sound when the measurement value exceeds the threshold.
Basic software included e-FUJIYAMA provides all necessary and sufficient functions, but we have optional software also. It is easy-to-use and easy-to-understand software for those who are not engaged in maintenance work. As it has the auto-backup function, it is very useful when you install child device over 20units.
|Input power supply||AC 100-240V|
|Wireless communication||920MHz low power radio(13 channel)|
|Measurement cycle||3min cycle:30pcs, 10min:100pcs, 60min:600pcs|
|Communication range*1||Indoor=100m, Outdoor 1km|
|Maximum number of child device||3min cycle:30pcs, 10min:100pcs, 60min:600pcs|
|Maximum number of parent device*2||20pcs/pc(child device:12,000pcs/pc)|
|Installation environment*3||about 0℃ to 40℃|
|External dimensions||129 x 138 x 32mm (except for antenna)|
|Weight||250g(except for adaptor)|
|Recommended monitoring PC specification|
|RAM||4GB or higher|
|HD free space||250GB or higher|
|Child device (Sensor Box)|
|Power supply||D alkali battery x 2pcs|
|Wireless communication*4||920MHz low power radio|
|Battery replacement cycle||3 years in case 3min measuring cycle (approx)|
|Installation environment*3||about 0℃ to 40℃ (water-proof)|
|External dimensions||108mm x178mm x74mm|
|Weight||650g (including D battery)|
|Child device (Sensor part)|
|Sensor||Temperature sensor x2, 3-axis acceleration sensor x2,IC type temperature sensor/ MEMS, IC type 3-axis acceleration sensor 2units|
|Cable||5m(Standard)x2,(Heat & Oil proof)|
|Outside dimension||22mm x46mm x22mm including M6 screw & Neodymium magnet|
|Installation environment*3||about -40℃ to 105℃|
|Child device (Temperature sensor part)|
|Child device (Acceleration sensor part)|
|Frequency band||X,Y axis =2.7KHz, Z axis= 600Hz|
|Measurement range||-16 to 16G|
|Measurement value||Peak, RMS Crest factor|
A.There are still not many devices which use 920MHz wireless but it may increase in the future.
If you properly setup the channel, you can prevent frequency interference with other systems.
A.In case measurement cycle is set up every 3 minutes, parent device can store 30days worth of data.
If the data is accumulated more than 30days, data is deleted from the oldest.
Since you can save the collected data in CSV format, we recommend that you save the data in CSV regularly. Also optional software has the auto-backup function which store 5years worth of data.
A.Battery life is 3years if the measurement cycle is every 3minutes. If measurement cycle is set longer than 3min, battery life become longer than 3years.
Also you can check the battery remaining amount by screen and alarm, which is included as a standard feature in basic software.
*Battery life may be affected by temperature difference.
A.e-FUJIYAMA cannot make a detailed diagnosis but trend monitoring is possible by measuring acceleration data.
By monitoring long-term trends of the acceleration data, you can detect abnormalities of the equipment.