60
System No.22 NORG SIGNAL LOGIC (Change NORG sensor signal logic)
NORG signal logic is changed.
Initial value
0
0: NO: Normal open
1: NC: Normal close
System No.23 ORG SIGNAL LOGIC (Change ORG sensor signal logic)
NORG signal logic is changed.
Initial value
0
0: NO: Normal open
1: NC: Normal close
System No.61 EXCITATION (Motor excitation ON/OFF)
Changes the motor excitation state.
Initial value
1 (Excitation ON) *When power is turned on, startup always occurs with excitation ON.
0: Excitation OFF
1: Excitation ON
Setting
value
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
Number of
divisions
1
2
2.5
4
5
8
10
20
25
40
50
80
100
125
200
250
System No.66 MICROSTEP SET (Setting the number of micro-step divisions)
Sets the number of micro-step divisions.
Initial value
2
Setting range 1 to 16
In-built driver motor phase current can be selected from 3 patterns (0.75A/phase or 0.35A/phase
or 1.4 A/phase).
Initial value
0
0
: 0.75A/phase…Set when a DC 0.75A motor is connected.
1
: 0.35A/phase…Set when a DC 0.35A motor is connected.
2
: 1.4 A/phase…Set when a DC 1.4 A motor is connected.
3 to 5: Reserved … Prohibited from use
This sets the movement amount per time with the handy terminal “INCOM” in REL mode (relative
movement amount).
Initial value
2000
Setting range 1 to 16,777,215
System No.21 NORG SIGNAL LOGIC (Change NORG sensor signal logic)
CW and CCW limit signal logics are changed.
Initial value
0
0: NC: Normal close
1: NO: Normal open
Never use 3–5. Because the current value is set higher than normal, there is a risk
the motor will fail.
System No.67 CURRENT (motor driver current value)
System No.68 Jog Movement amount (handy terminal (REL mode) movement amount)