Process Sensors MCT 300, Инструкция по установке и эксплуатации

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SPAN= SPAN=n c s.ss where n is CAL (1-9 or 50 depending on version) c is constituent 0-1
(or 0-2 for three constituent)
SPAN? SPAN?n c
DAMP= DAMP=n d.dd Response time of the measured signal
DAMP? DAMP?n
WTIM Returns the wheel revolution time in uS.
GAIN= GAIN=n where n =1 to 255. Actual Gain=(255/n)
GAIN?
VER? EPROM version.
ID=
Format ID=n where n must be alphanumeric.
ID? Format ANHI=n x.xxx where n=0 for DAC1 and n=1 for DAC2.
ANHI= ANHI=n a.aa where n is CAL (1-9 or 50 depending on version) c is constituent 0-1
(or 0-2 for three constituent)
ANHI? ANHI?n
ANLO= Same
ANLO?
VCC?
Measured 5vdc .
VP? Measured +15vdc.
VN? Measured –15vdc.
ZERO= ZERO=n c s.ss where n is CAL (1-9 or 50 depending on version) c is constituent 0-1
ZERO? ZERO?n c where n is CAL (1-9 or 50 depending on version) c is constituent 0-1
LOG= LOG=c x where c is constituent 0-1 x=1 for LOG
LOG?
HOLD?
Reads HOLD switch input level.
DTYPE= DTYPE=n n=0,1,2 Sets DAMP mode
DTYPE?
SERNO=
Electronics serial number (string)
SERNO?
CAL=
CAL=n n is selection 1-9 or 50 depending on version (CAL CODE)
CAL?
SIG1?
Returns 1 revolution filter data (fast) as string of 12 hex numbers of 3 chars each. To
convert to 0-10V values divide hex number by 409.5. Filter data string is
F1F1’F2F2’F3F3’F4F4’F5F5’F6F6’
where Fn is signal from the product and Fn’ is the internal compensation signal.
SIG4? Returns 4 revolution data (avg) as string of 12 hex numbers of 3 chars each. To
convert to 0-10V values divide hex number by 409.5. Filter data string is
F1F1’F2F2’F3F3’F4F4’F5F5’F6F6’ where Fn is signal from the product and Fn’ is
the internal compensation signal.
TEMP? Read thermistor volts, note colder gives higher volts.
AGC Call the automatic GAIN sub this sets best gain in EEPROM.
MAX? Returns largest of all filter signals, used to see if GAIN is OK.
BAUD= Replies at current BAUD then flips to new BAUD.
CODE= Set Password
CODE? Read Password.
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