Leetro MPC6515C mpc6515 CO2 laser controller main board mainboard

Laser Motion Controllers MPC6515, advanced stand-alone 3-axis motion controller designed for Laser Engraving and Cutting applications. Incorporating the advanced Field Programmable Gate Array (FPGA) and a 32-bit DSP, MPC6515 provides dedicated motion control features. Motion Controller MPC6515 is famous as high performance, high stability, longer lifetime, high cost performance; it is the best Laser Control System for Laser Engraving and Cutting Machine.

1. Features:

Stand-Alone Motion Controller 
Apply DSP and FPGA technologies 
3-axis card for stepper motors or digital servo motors 
Trapezoidal or S-curve drive of slow-up/slow down control 
Switch interfaces such as origin and limit 
1-CH laser power on/off control output 
1-CH laser PWM control output 
Support 1or 2-CH independent power analog output 
PWM preheat control 
Uncapping protection 
Mono 24V DC power 
RS232 applicable for mainstream industrial touch-screen supporting Modbus communication protocol 
128M memory 
Flying-optics compensation 
Download data with USB flash disk or USB data cable 
USB transfer speed up to 500Kb/s 
Position compare output 
Look-ahead algorithm and trajectory fitting algorithm 
Synchronization tracking 
Look-ahead capability

2. Hardware Interface:

Pluggable terminal blocks of MPC6515 Laser Controllers make the connection easier for users. All I/Os are optically isolated signals. 
Pin Array 

X1: Input power interface (24VDC)
Note: MPC6515 Motion Controller adopts mono 24VDC power supply. The other power pins are output

JP1:
Note: JP1 is related with X3, X4 and X5. If 24V voltage is required for input signal ports X3, X4 and X5, the jumper should be connected to Pin1 and Pin2. If 5V voltage is required, the jumper should be connected to Pin2 and Pin3. If the jumper is removed, disconnect Pin5 of X3, X4 and X5.

JP2: 
Note: JP2 is related with Y2. For analog-control laser power, remove the jumper,connect laser power to Pin2. For PWM-control laser power, connect the power to Pin3.

JP3: 
Note: JP3 is related with Y1. If output Y1 to drive a 24V relay, the jumper should be connected to Pin1 and Pin2. To drive a 5V relay, the jumper should be connected to Pin2 and Pin3. If the jumper is removed, disconnect Pin6 of Y1.

JP4: 
Note: JP4 is related with X2. If 24V is required for the general input X2, the jumper should be connected to Pin1 and Pin2. If 5V voltage is required, the jumper should be connected to Pin2 and Pin3. If the jumper is removed, disconnect Pin5 of X2.

 

3. Wiring:

Limit and Origin switches applied with MPC6515 Laser Control System can be contact switch or NPN proximity sensor. 
Digital outputs of MPC6515 can drive intermediate relay or photo coupler. Refer to the following wiring diagram.

Stepper motor drives or digital servo motor drives receive Pulse/Direction outputs generated from MPC6515 Laser Controller. Refer to following wiring diagram of Pulse/Direction signals.