Direction is utilized to allow the instrument to increase positive speed in a
rd se speed in a reverse (target ccw)
or is being used, the
tio . The instrument will be set to
5.3
aw A
input. No units are applied.
5.3.5.5. Averaging(section .2.2.5)
e speed reading.
5.3
ormalized or
• ormalization is entered in exponential notation. 0.0006383 = 6.383 e-4
5.3 2.2.6.2)
5.3 ut Type (section 4.2.2.6.3)
elect Frequency.
5.3.5.9. Min Freq(section 4.2.2.6.4)
in frequency = 0.100
forwa (target cw) direction and decrea
direction. Since an AI-TEK Bi-directional sens
direc n logic signal will be utilized
increase positive speed in the forward (target cw) direction with the
Direction Bit High.
.5.3. Equation & Units (sections 4.2.2.2 and 4.2.2.3)
No equation is being utilized and the instrument is set to react to the r
5.3.5.4. Logic Low & High(section 4.2.2.4)
Logic Low = 0.6 volts, High = 2.6 volts (TTL)
4
Averaging will be used to help smooth out th
• Averaging = On
• Average period (sec) = 0.5
.5.6. Normalization (section 4.2.2.6.1)
In order for the instrument to display and react to linear speed of the stage,
the motor rotation (pulses per second) must be n
mathematically altered to linear units (inches) per minute.
• (1 revolution/94 pulses) x (1 inch/1000 revolutions) x (60 seconds/min)=
.0006383 inches/min
• Therefore the input must be multiplied by .0006383 to read in inches/min.
N
.5.7. Units (section 4.
Enter units as “Inches/Sec”
.5.8. Inp
S
M
110
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