Operational conditions
For reliable 24/7 operation, you should make sure the following requirements are met. Not meeting any or multiple requirements can result in lower performance, shorten equipment life, and unpredictable failures.
Average CPU load below 70%
If you constantly overload the myBOX equipment, you can shorten its life. The device will produce excessive heat resulting in overall lower performance
Keeping the CPU load over 70% will result in myACCESS periodic disconnects due to a system cooling.
Try to limit the number of alarms, data logs, and views in your project
Prolong the time read intervals
In PLC, sort tags in continuous arrays for optimal readout. This can significantly improve performance!
Check your server-side scripts
Replace myBOX with the server with myPRO installed.
Overall consumed memory below 80%
If you consume all system memory, myBOX will limit the running processes. This can result in service interruption and errors
Try to limit the number of alarms, data logs, and views in your project.
Prolong the time read intervals.
In PLC, sort tags in continuous arrays for optimal readout. This can significantly improve performance!
Check your server-side scripts.
Replace myBOX with the server with myPRO installed.
Ethernet interfaces – network delay below 10ms
Reliable network communication is crucial for the trouble-free operation of the device.
Long latency on the network interface can result in read and write PLC errors.
Can result in problems connecting and keeping a connection to myACCESS
Test using the Ping command.
Check the cabling and switch.
Ethernet interfaces – lost packets below 0.5%
Reliable network communication is crucial for the trouble-free operation of the device.
Lost packets on the network interface will result in read and write PLC errors.
Can result in problems connecting and keeping a connection to myACCESS.
Test using the Ping command.
Check the cabling and switch.
LTE interface – network delay below 500ms
Reliable network communication is crucial for the trouble-free operation of the device.
Lost packets on the network interface will result in read and write PLC errors.
Can result in problems connecting and keeping a connection to myACCESS.
Test using the Ping command.
Check the cabling and switch.
Check the LTE Antena.
Replace antenna for higher gain version.
Do NOT keep the antenna inside a steel cabinet.
Try to change the operator.
Try to switch from LTE to 3G
LTE interface – lost packets below 1%
Reliable network communication is crucial for the trouble-free operation of the device.
Lost packets on the network interface will result in read and write PLC errors.
Can result in problems connecting and keeping a connection to myACCESS.
Test using the Ping command.
Check the cabling and switch.
Check the LTE Antena.
Replace antenna for higher gain version.
Do NOT keep the antenna inside a steel cabinet.
Try to change the operator.
Try to switch from LTE to 3G
Operate in a non-condensing environment
The condensing environment will cause permanent damage to your device. Water moisture will corrode the PCB board resulting in HW mulfunction.
Operate in a dry environment only.
Operate in temperatures below 35 degrees
Operating in temperatures above 35 degrees will result in the limited performance of the device and shorten life. Especially RTC battery will suffer.
Provide cabinet ventilation.
Keep space around the device
Use the stable power supply
myBOX is designed to operate over a stable power supply. If used in the machinery which is regularly switched off, we strongly recommend using the UPS to keep the myBOX running. Extended power cycling will shorten the RTC battery life and can result in unexpected data logging errors.
If the equipment is to be shut down regularly use the UPC system.
Provide stable power supply with rated Volts and Amps.
Do not keep the myBOX without power for extended time periods otherwise, the RTC battery will deplete.