Adtech DJ1600V1-A01, Руководство пользователя

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User Manual of TV5600-B01 Series Dispensing Control System
30
Chapter 5
Reset Settings
5.01 Explanation of reset parameters
After wiring and installation, the first step is to reset the dispenser. To complete the reset
function, you need to complete the relevant settings. Relevant parameter nouns are explained
below.

Pulse equivalent: Refers to the distance ofa pulse corresponding to the actual movement of
the motor. This parameter determines whether the speed value and coordinate value of
each axis are consistent with the actual settings. For example, the X-axis speed value is
30mm/s, and the current coordinate value is 25.02mm. If the pulse equivalent setting is not
accurate, the actual X-axis speed will not be 30mm/s, and the distance between current
position and the origin is not 25.02mm.
Calculation method:
Pulse equivalent = the distance traveled by the screw or pulley for one revolution / the
pulses for one revolution

Number of pulses per revolution of the motor M:
With stepping motor, M=subdivision*200
With servo motor, check the servo parameters to get M

Motor movement distance per revolution L
Drive with pulleys: L = pulley circumference
Drive with screw rod: L= screw pitch

Pulse equivalent = L/M. After setting according to this value, the manual axis
moves 10mm ahead (coordinates increase 10mm); measure whether the actual
distance is also 10mm with a caliper, and it is correct if yes; if not, please find the
cause of the error.

Origin port: The origin signal is connected to the controller port number (not the line
number). The above wiring diagram is the default setting. If the wiringis made according to
the above diagram, there is no need to change.

Origin signal effective level: The level of the origin switch input when the motor is at the
origin. In [Input Detection] of the [Test] screen, you can check the origin input level value.

Reset mode: There are seven modes: reciprocating reset, circumferential reset, no reset,
logic reset, positive/negativereset, intermediate origin reset, and auto reset. Reciprocating
reset is generally used for transmission methods such as screw rods and belts;
circumferential reset is generally used for transmission modes such as turntables and cams;
if no reset is selected, the current position is directly used as the origin for resetting; logic
reset means returning to 0 coordinates and then reciprocating reset; autonomous reset
(servo reset) is used to sendsignal to the servo and the servo drives the motor to reset; the
intermediate origin reset is used to edit the position of the origin to positive or negative;
positive/negative reset is used whenhalf of the rotation axis has origin signal while the other