MachPro Mill and Router Setup Manual

Introduction

Some of the following configuration steps are integrated with the MachPro software. The M31 Motion Control Setup Manual includes the information you need for the M31. Compatible motion controllers should complete the MachPro Compatible Motion Controller Configuration Settings

Please refer to the Motion Controllers documentation and the appropriate MachPro Motion Controller Integration Documentation for the following steps:

Use a shielded network cable to connect the motion controller and the MachPro computer
Connect the cables between the motion controller and the drives
MachPro Startup and license install
Axis setup
Axis calibration
Mapping input signals (see default mapped inputs and outputs table below)
Homing setup
Homing slave axis - if present
Troubleshooting
Soft Limits setup
Mapping output signals
Using outputs
Spindle Setup

Languages

Default Mill and Router I/O mappings

Default inputs

The first row in both the inputs and outputs lists the M31 as the device. Your motion controller should be in the drop-down list under Device.

SignalID	SignalName	Enabled	Device	Name	ActiveLow	Description
1	Input #0	1	M31	1DI.01.00	0	GENERAL INPUT 0 (1DI.01.00)
2	Input #1	1		1DI.01.01	0	GENERAL INPUT 1 (1DI.01.01)
3	Input #2	1		1DI.01.02	0	GENERAL INPUT 2 (1DI.01.02)
4	Input #3	1		1DI.01.03	0	GENERAL INPUT 3 (1DI.01.03)
5	Input #4	1		1DI.01.04	0	COOLANT LOW (1DI.01.04)
6	Input #5	1		1DI.01.05	0	DOOR OPENED (1DI.01.05)
7	Input #6	1			0	GEAR SELECT (DI.6)
8	Input #7	1			0	UNUSED INPUT (DI.7)
9	Input #8	1			0	PROBE (DI.8)
10	Input #9	1			0	SETTER PROBE (DI.9)
11	Input #10	1			0	SETTER LIMIT (DI.10)
12	Input #11	1			0	LUBE LOW (DI.11)
13	Input #12	1			0	GEN 1 X16 (DI.12)
14	Input #13	1			0	GEN 2 X17 (DI.13)
15	Input #14	1			0	GEN 3 X18 (DI.14)
16	Input #15	1			0	UNUSED INPUT (DI.15)
65	Motor 0 Home	1		1DI.01.09	0	X HOME (1DI.01.09)
66	Motor 1 Home	1		1DI.01.11	0	Y HOME (1DI.01.11)
67	Motor 2 Home	1		1DI.01.12	0	Z HOME (1DI.01.12)
97	Motor 0 ++	1		1DI.01.08	0	X LIMIT ++ (1DI.01.08)
98	Motor 1 ++	1		1DI.01.10	0	Y LIMIT ++ (1DI.01.10)
99	Motor 2 ++	1		1DI.01.12	0	Z LIMIT ++ (1DI.01.12)
129	Motor 0 --	1		1DI.01.09	0	X LIMIT -- (1DI.01.09)
130	Motor 1 --	1		1DI.01.11	0	Y LIMIT -- (1DI.01.11)
131	Motor 2 --	1		1DI.01.13	0	Z LIMIT -- (1DI.01.13)
161	Probe	1		1DI.01.14	0	PROBE (1DI.01.14)
164	E-Stop	1		1DI.ESTP	0	ESTOP (1DI.ESTP)
183	Probe1	1		1DI.01.15	0	TOOL SETTER INPUT (1DI.01.15)
251	Input #100	1		1DI.ALRM	0	DRIVE FAULT (1DI.ALRM)

Default outputs

SignalID	SignalName	Enabled	Device	Name	ActiveLow	Description
1050	Output #0	1	M31		0	LUBE PUMP (DO.0)
1051	Output #1	1		1DO.01.01	0	GENERAL OUTPUT 1 (1DO.01.01)
1052	Output #2	1		1DO.01.02	0	GEAR RANGE 1 (1DO.01.02)
1053	Output #3	1			0	SPINDLE BRAKE (DO.3)
1054	Output #4	1			0	GEAR RANGE INCREASE (DO.4)
1055	Output #5	1			0	GEAR RANGE DECREASE (DO.5)
1056	Output #6	1			0	GENERAL ONE (DO.6)
1057	Output #7	1			0	GENERAL TWO (DO.7)
1142	Spindle Fwd	1		1DO.FE	0	(SPINDLE FORWARD) 1DO.FE
1143	Spindle Rev	1		1DO.RE	0	(SPINDLE REVERSE) 1DO.RE
1144	Coolant On	1			0	FLOOD COOLANT (DO.2)
1145	Mist On	1			0	MIST COOLANT (DO.1)

Spindle Calibration

This is primarily for mills where the speeds and feeds are precise, and directly affect the finish and accuracy of the final part. Spindle speeds on routers are usually not as precise.