SUS, FKM, and modified PTFE.
It occurs when the transmitter, consisting of the sensor (resonator) and the display (amplifier), cannot transmit normally. This is thought to be caused by a bad connection between the sensor and the display, for example, or be the result of noise.
It would not be recommended. This can be done at your own risk.
You can stabilize it, for example, by increasing the value of the “Display refresh time (setting No.16)” or the value of the “Moving average of the instantaneous flow display (setting No.17).”
But in this case, the display response time is slower, so please take care.
Set “Display refresh time (setting No.13)” to “2.L”, and “Unit selection (setting No.25)” to “1.P/mL.” Further, from the fact that 1US gallon = 3.785L, in “Pulse rate (setting No.24)”, please set the K factor as the value normally set x the value of 3.785.
The output will remain as it was just prior to entering setting mode. The moment that you leave setting mode, it drops to 0V, and then it becomes the analog output corresponding to the new measured value.
For example, a 0.01 updated, moving average over 10, means an averaging process that changes every 0.01s.
The 0.1 update occurs in a stepwise fashion every 0.1s.
A 3m cable has been made available, but we cannot recommend using anything longer than that.
Yes, it is possible. You can choose such combinations as communication and contact, CAN and communication, and so on.
(V) 4 to 20mA can be output for general-purpose analog output (1ch).
Yes, they can.
Please contact the sales representative.
No. Both are treated as the same.
This is different according to the conditions for the amplifier and optical fiber.
SUS, fluoroplastic, etc. Please consult us for details.