RoboteQ Dual Channel High Power Digital Motor Controller AX3500 用户手册
AX3500 Motor Controller User’s Manual
61
Connecting Switches or Devices to EStop/Invert Input
On controllers prior to RevB, Input F is an opto-coupled input and requires the buffer to be
powered with a connection between pin 14 and 7, and between 13 and 6, to operate.This
power connection in not needed on RevB hardware.
powered with a connection between pin 14 and 7, and between 13 and 6, to operate.This
power connection in not needed on RevB hardware.
The status of Input F can be read in the RS232 mode with the ?i command string. The con-
troller will respond with three sets of 2 digit numbers. The status of Input F is contained in
the second set of numbers and may be 00 to indicate an Off state, or 01 to indicate an On
state.
troller will respond with three sets of 2 digit numbers. The status of Input F is contained in
the second set of numbers and may be 00 to indicate an Off state, or 01 to indicate an On
state.
Connecting Switches or Devices to EStop/Invert Input
This input is used to connect various switches or devices depending on the selected con-
troller configuration.
troller configuration.
The factory default for this input is “No Action”.
This input can also be configured to be used with an optional “inverted” sensor switch.
When activated, this will cause the controls to be inverted so that the robot may be driven
upside-down.
When activated, this will cause the controls to be inverted so that the robot may be driven
upside-down.
When neither Emergency Stop or Inverted modes are selected, this input becomes a gen-
eral purpose input like the other two described above.
eral purpose input like the other two described above.
This input is a high impedance input with a pull-up resistor built into the controller. There-
fore it will report an On state (no emergency stop, or not inverted) if unconnected. A sim-
ple switch as shown on Figure 30 is necessary to activate it. Note that to trigger an
Emergency Stop, or to detect robot inversion this input must be pulled to ground.
Figure 30 show how to wire the switch to this input.
fore it will report an On state (no emergency stop, or not inverted) if unconnected. A sim-
ple switch as shown on Figure 30 is necessary to activate it. Note that to trigger an
Emergency Stop, or to detect robot inversion this input must be pulled to ground.
Figure 30 show how to wire the switch to this input.
FIGURE 29. Switch wiring to Input F
10kOhm
Internal
Buffer
Buffer
Input F 4
+5V Out 14
+5V In 7
GND Out 5
GND In 6
1
0
kOhm
10kOhm
Internal
Buffer
Buffer
Input F 4
+5V Out 14
+5V In 7
GND Out 5
GND In 6
1
0
kOhm
10kOhm
Internal
Buffer
Buffer
Input F 4
+5V Out 14
+5V In 7
GND Out 5
GND In 6
10kOhm
Internal
Buffer
Buffer
Input F 4
+5V Out 14
+5V In 7
GND Out 5
GND In 6
1
0
kOhm
10kOhm
Internal
Buffer
Buffer
Input F 4
+5V Out 14
+5V In 7
GND Out 5
GND In 6
1
0
kOhm
10kOhm
Internal
Buffer
Buffer
Input F 4
+5V Out 14
+5V In 7
GND Out 5
GND In 6
1
0
kOhm
10kOhm
Internal
Buffer
Buffer
Input F 4
+5V Out 14
+5V In 7
GND Out 5
GND In 6
1
0
kOhm