0195316-051 VEEDER ROOT, 0195316-051 Datasheet - Page 269

• Manufacturer Part Number: 0195316-051
• Description: Counter Display Panel
• Manufacturer: VEEDER ROOT

Specifications of 0195316-051

• No. Of Digits / Alpha: 6
• Digit Height: 8.8mm
• Lead Free Status / RoHS Status: na

Deceleration Negative acceleration or the
Delay ON Release A mode of timer
Delayed Contacts Output contacts that
Differential A signal whose value is
Differential Line Driver An output circuit
Differential Output Refers to the comple-
Digital Representing information in discreet
DIN A Deutsche Industrial Norme standard;
Direction of Rotation In a bidirectional
Direction Sensing The technique for
Display Hold An input that when activated
Distortion An undesirable change in a
Draw The relationship of rate between two
Drive (motor) A device that controls the
Dual Channel An encoder that produces two
Dual Counter Two single independent
Duty Cycle A statement of energized and
Early Trip Contacts An independent set of
Early Warning Output A second preset
rate of change of velocity of a moving
object expressed in distance per unit time
squared. This type of change decreases
the velocity of the object.
operation where the delay timing period
starts when a control switch is opened.
transfer when the timer timed out.
determined by the difference between the
levels present on one line and that of
another line.
that increases the current and allows the
signal greater immunity to noise due to
using the difference signal between two
lines.
mentary outputs from a feedback device
when the signals are excited by a line
driver. Best performance occurs when
receiver input impedance is matched to
the line driver output.
or quantified form or in the form of pieces
such as bits or digits.
Many Dynapar products utilize these
dimensional standards.
incremental encoder, channel A will lead
channel B for one direction of rotation. If
the direction of rotation is reversed,
channel B will lead channel A.
detecting the direction of angular or linear
motion where the output levels are logic 1
(high) for one direction of motion and logic
0 (low) for the opposite direction of motion.
causes the display to remain as it was at
the instant of activation; until the input is
deactivated, however counting is not
affected.
reproduced signal that reduces the fidelity.
inputs can be expressed as A/B = ratio,
(A-B)/A, (A-B)/B, and A-B.
power available to a motor in order to alter
its speed. These can be A.C. or D.C. type
drives.
incremental outputs.
counters built into one chassis.
de-energized time in repetitious operation;
for example, 2 seconds on, 6 seconds off.
Often expressed as the energized
percentage of total time cycle.
contacts that will transfer at a setpoint that
occurs before the end of a timing or count
cycle.
which fires within a set count value of the
active preset; warns that the active preset
is near.
Edge Separation The separation between a
Electrical Degree An electrical degree is 1/
EMI Electro Magnetic Interference.
Enable/Disable Preprogrammed on/off
Encode To express given information by
Encoder An electro-mechanical device that
End Play Amount of shaft axial movement
Engineering Units Units that identify values
Error Alarm An alarm that can be set on the
Error Code A code that is displayed on the
Error Counter Displays the difference in
Error Register A multiple digit stage inside
Escape Code Sequence A group of special
Excitation The external electrical energy
Fall Time The time interval between the
Feed Back Returning a portion of the
Field Programmable Timers and counters
Flow Input The signal input from a
Flutter Variation in cycle width from cycle to
Follow Operation An output operation that
transition in the output of channel A and
the neighboring transition in the output of
channel B. There are four states per
cycle, each nominally 90 electrical
degrees apart for quadrature output.
360 of a cycle and is related to mechani-
cal degrees through resolution. It is
mathematically expressed as follows;
Resolution x 360 electrical degrees = 360
mechanical degrees.
control of each preset.
means of a code.
translate mechanical motion or position
into electrical signals.
with maximum axial load.
that are being recorded according to the
measurements being made; eg., gallons,
feet, etc.
MAX Length, MAX Speed and MAX
Motion; it indicates when an error exceeds
the alarm set point programmed in.
front panel and indicates a malfunction.
pulses between an internally generated
speed reference and an actual feedback
device.
a device to provide temporary storage of
the error count value.
commands used for bus orientation
systems; all MAX products recognize
these commands.
applied to a transducer for its proper
operation.
points at which the instantaneous value
falls from 90% to 10% of the specified
upper limit.
energy from the output of a system to its
input. Positive feedback reinforces and is
called regeneration, negative feedback
reduces energy and is called degenera-
tion.
that have user programmable parameters
such as time/count ranges and output
sequences. Units are programmed by
miniature rockerswitches located inside
the timer or by moving wires to different
connection points.
flowmeter or a transducer that is available
on the SFC40.
adjacent cycle.
follows the input. It is either on or off at
any point. The preset determine where
this change takes place.
VEEDER-ROOT • EAGLE SIGNAL • DYNAPAR
Frequency Modulation In encoders, this is
Frequency to Voltage Converter An
Gain Any increase in the current, voltage, or
Gated Index A type of circuit that causes the
Go An input on the MAX Motion that in Auto
Go Home Function An input on the MAX
Hand Set This term applies to timers that are
High/Low Speed Inputs The high speed
Hysteresis Is a switching error which is
Illumination An area where a light source
Impedance The opposition (measures in
Incremental Encoder A device that
Index A separate output signal generated by
Input Debounce A circuit generally used for
Input Response This specification refers to
Instantaneous Contacts Output contacts
Integral Gain This type of gain applies to a
the deviation from a theoretically correct
frequency when the input shaft is rotated
at a constant velocity.
electronic device which directly converts a
frequency input to a voltage output.
power level of a signal. A gain is
expressed as output/input.
marker pulse to arrive coincidentally with
the same pulse width as channel B.
mode causes the control to sequence to
the next enabled position preset and then
move to that position when taken low
(except after advance).
Motion that when taken low in the Auto
mode causes a profiled move to the home
position.
set manually after each operation. The
operator turns the set pointer to the
required time interval and during timing the
timer motor drives the pointer back to
zero.
inputs are for signals from a transducer
usually greater than 20 Hz; the low speed
inputs are usually from a relay or switch
with a frequency less than 20 Hz.
deliberately induced in an electrical circuit
to prevent oscillation around a transition
point.
aids in viewing.
ohms) of circuit elements to alternating
current. Includes resistance, inductive
reactance, and capacitive reactance.
provides a series of periodic signals due to
mechanical motion. The number of
successive cycles (signals) corresponds to
the resolvable mechanical increments of
motion or position.
a special track which produces a single
pulse or transition change at a unique
position on the disc. It is used to identify
center, home, zero, or reset point.
low speed inputs where mechanical
switches are used. It prevents bouncing
or multiple pulses from occurring when the
contacts bounce back and forth after being
actuated.
the minimum duration of a given condition
for the input circuitry to recognize that the
condition exists.
that transfer when the timer begins timing.
fixed level voltage applied only to the error
counter.
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