FARESPCB FIPBB01 Manuel utilisateur
FARES INDUSTRIAL PRODUCTS
FARESPCB Breakout Board
MODEL: FIPBB01
©2011 FARESPCB Corporation 1www.farespcb.com
GENERAL DESCRIPTION
FIPBB01 is a simple , cheap , buffered nonisolated parallel breakout board . It
supports four output control signal groups to drive four axis C C machine. Each
signal group supports three control signals ( Enable , Direction and Clock ) . Two
output relays could be enabled via DIP switch for additional spindle control. FIPBB01
also supports five dry contact inputs for travel limit switches.
FIPBB01 features
1- Four output control signal groups. labeled X-axis, Y-axis, Z-axis, V-Axis.
2- Ena , Dir , Clk control signals are available. For pin assignment and address show table1.
3- LED indicator for each output signal.
4- Two output relays 5V coil / 3A contacts (resistive load).
5- ormally open and normally closed contacts are available.
6- LED indicator for each output relay.
7- Five external inputs (dry contact).
8- LED indicator for each input status.
9- All outputs and inputs are brought out via pin header and screw clamp connector for flexibility.
10- no requirements for external power supply. Card is supplied from USB port.
11- Dimension: 180 x 70 x 18 mm.
Figure 1. FIPBB01 real PCB view
FARES INDUSTRIAL PRODUCTS
FARESPCB Breakout Board
MODEL: FIPBB01
©2011 FARESPCB Corporation 2www.farespcb.com
Figure . FIPBB01 output circuit schematic
Figure 3. FIPBB01 input circuit schematic
P1
P1
DB25
13
25
12
24
11
23
10
22
9
21
8
20
7
19
6
18
5
17
4
16
3
15
2
14
1
P14
P15
P2
P16
P3
P17
P4
GND
P5
P7
GND
P6
GND
P8
GND
P9
GND
GND
P10
GND
P11
GND
P12
P13
CLK_X
DIR_X
ENA_X
CLK_Y
ENA_X
U1
74245
A0
2
A1
3
A2
4
A3
5
A4
6
A5
7
A6
8
A7
9
G
19 DIR
1
B0 18
B1 17
B2 16
B3 15
B4 14
B5 13
B6 12
B7 11
DIR_Y
DIR_X
CLK_X
ENA_Z
ENA_V
DIR_V
CLK_V
GND
CLK_Z
ENA_Y
P2
DIR_Z
P3
P4
P5
P7
P6
P9
P8
VCC
GND
DIR_X
P1
U2
74245
A0
2
A1
3
A2
4
A3
5
A4
6
A5
7
A6
8
A7
9
G
19 DIR
1
B0 18
B1 17
B2 16
B3 15
B4 14
B5 13
B6 12
B7 11
P14
VCC
P17
P16
ENA_X
GND
CLK_Y
DIR_Y
ENA_Y
ENA_Y
GND
CLK_Y
DIR_Y
J5
OUT_Y
1
2
3
4
CLK_Z
R11K
12
3
4
5
6
7
8
9
CLK_Z
DIR_Z
ENA_Z
GND
J6
OUT_Z
1
2
3
4
DIR_Z
ENA_Z
CLK_V
DIR_V
ENA_V
GND
J7
OUT_V
1
2
3
4
DIR_V
CLK_V
ENA_V
R21K
12
3
4
5
6
7
8
9
CLK_X
D2 LED
D3 LED
D4 LED
D5 LED
D6 LED
D7 LED
D8 LED
D9 LED
D10 LED
D11 LED
D12 LED
D1 LED
J4
OUT_X
1
2
3
4
P11
P12
P13
LS5
P15
VCC
R3
10K
12
3
4
5
6
7
8
9
R5 10K
12
3
4
5
6
7
8
9
VCC
To parallel
port ( DB25 )
U5
ULN2003
INA 1
INB 2
INC 3
IND 4
INE 5
INF 6
ING 7
COM 9
OUTG
10 OUTF
11 OUTE
12 OUTD
13 OUTC
14 OUTB
15 OUTA
16
D13 LED
D14 LED
VCC
D15 LED
D16 LED
D17 LED
R7 1K
1 2
3
4
5
6
7
8
9
VCC
J11
INPUTS
1
2
3
4
5
6
LS1
LS2
LS3
LS4
P10
ON
SW1
ENA_V
ENA_Z
VCC
U3
ULN2003
INA
1
INB
2
INC
3
IND
4
INE
5
INF
6
ING
7
COM
9
OUTG 10
OUTF 11
OUTE 12
OUTD 13
OUTC 14
OUTB 15
OUTA 16
J1
OUT1
1
2
3
LS6
3
5
4
1
2
VCC
J2
OUT2
1
2
3
VCC
LS7
3
5
4
1
2
FARES INDUSTRIAL PRODUCTS
FARESPCB Breakout Board
MODEL: FIPBB01
©2011 FARESPCB Corporation 3www.farespcb.com
Table1 shows each output and input port, its pin number on DB25 socket and its function.
Use this table to configure the software that interface FIPBB01 card.
Table1.Input and output ports
Port #
Pin#
Function
Direction
378.0
CLK_X
Output
378.1
3
DIR_X
Output
37
8.
4
ENA_X
Output
378.3
5
CLK_Y
Output
378.4
6
DIR_Y
Output
378.5
7
ENA_Y
Output
378.6
8
CLK_Z
Output
378.7
9
DIR_Z
Output
37A.0
1
ENA_Z
Output
37A.1
14
CLK_V
Output
37A.
16
DIR_V
Output
37A.3
17
ENA_V
Output
379.3
15
IN5
Input
379.4
13
IN4
In
put
379.5
1
IN3
Input
379.6
10
IN1
Input
379.7
11
IN
Input
How to Install
1- Hardware installation
•Connect one end of the USB cable to the USB connector on the board, and the other
end of the USB cable to a USB port on the PC.
•Connect on end (female) of the parallel cable to the parallel socket (DB25 male) on the
board, and the other end (male) of the parallel cable to the parallel socket (DB25
female) on the PC.
2 – Software installation
•Insert the CD-ROM into your PC's CD-ROM drive.
•Install the demo test program (LPTTest Program)
System Requirements
•One available LPT port.
•64Mb RAM and 20MB free HD space.
FARES INDUSTRIAL PRODUCTS
FARESPCB Breakout Board
MODEL: FIPBB01
©2011 FARESPCB Corporation 4www.farespcb.com
Card Test
1 – Run the demo test program from Start All Programs BBTest FIPBB01. The main
window of the software will be opened as shown in figure2.
Figure 4. FIPBB01 test program window
– To test motor X click the associated buttons for X axis ( up button labeled (X+) and
down button labeled (X-) ).
When up button is Pressed
1 – Green LED labeled ENA is turned on.
2 – Yellow LED labeled DIR is turned on.
3 – Red LED labeled CLK is flicked.
When down button is pressed
1 – Green LED labeled ENA is turned on.
2 – Yellow LED labeled DIR is turned off.
3 – Red LED labeled CLK is flicked.
The activated outputs also are highlighted on main window.
3 – To test motor Y click the associated buttons for Y axis ( right button labeled (Y+) and left
button labeled (Y-) ).
When right button is Pressed
1 – Green LED labeled ENA is turned on.
2 – Yellow LED labeled DIR is turned on.
3 – Red LED labeled CLK is flicked.
When left button is pressed
1 – Green LED labeled ENA is turned on.
2 – Yellow LED labeled DIR is turned off.
3 – Red LED labeled CLK is flicked.
The activated outputs also are highlighted on main window.
FARES INDUSTRIAL PRODUCTS
FARESPCB Breakout Board
MODEL: FIPBB01
©2011 FARESPCB Corporation 5www.farespcb.com
4 – To test motor Z click the associated buttons for Z axis ( up button labeled (Z+) and
down button labeled (Z-) ).
When up button is Pressed
1 – Green LED labeled ENA is turned on.
2 – Yellow LED labeled DIR is turned on.
3 – Red LED labeled CLK is flicked.
When down button is pressed
1 – Green LED labeled ENA is turned on.
2 – Yellow LED labeled DIR is turned off.
3 – Red LED labeled CLK is flicked.
The activated outputs also are highlighted on main window.
5 – To test motor V click the associated buttons for V axis ( up button labeled (V+) and
down button labeled (V-) ).
When up button is Pressed
1 – Green LED labeled ENA is turned on.
2 – Yellow LED labeled DIR is turned on.
3 – Red LED labeled CLK is flicked.
When down button is pressed
1 – Green LED labeled ENA is turned on.
2 – Yellow LED labeled DIR is turned off.
3 – Red LED labeled CLK is flicked.
The activated outputs also are highlighted on main window.
6 – To test the input just apply the input and the state of inputs will be updated continuously
every 100 msec.
The activated inputs appear as highlighted boxes labeled (O ), and the inactivated inputs
appear as dimmed boxes labeled (OFF).
Note
1 - All inputs are active low. I.e. to active an input apply ground (GND) to it .
2 – The status of input LED is opposite to the input state. I.e if the input is activated
(connected to ground), then the LED is turned off and vice versa.
FARES INDUSTRIAL PRODUCTS
FARESPCB Breakout Board
MODEL: FIPBB01
©2011 FARESPCB Corporation 6www.farespcb.com
To test FEPBB01 on Mach3Mill software, follow the next configurations
1 – Setup the Mach3 program and open Mach3Mill. The following screen will appear
2 – To configure output ports open (Config) – (Ports and Pins), as shown in figure
FARES INDUSTRIAL PRODUCTS
FARESPCB Breakout Board
MODEL: FIPBB01
©2011 FARESPCB Corporation 7www.farespcb.com
3 - The following screen will appear. Check (Port Enabled) box and set the port no
to 0x378.
4 – Select (Motor Outputs) tab as shown in figure. Enable the required axis and set
Step Pin# and Dir Pin# as shown in figure
FARES INDUSTRIAL PRODUCTS
FARESPCB Breakout Board
MODEL: FIPBB01
©2011 FARESPCB Corporation 8www.farespcb.com
5 – Select (Output Signals) as shown in figure and assign pin number for each
output enable.
6 – Select (Input Signals) as shown in figure and assign pin number for the input
correspond to axis.
FARES INDUSTRIAL PRODUCTS
FARESPCB Breakout Board
MODEL: FIPBB01
©2011 FARESPCB Corporation 9www.farespcb.com
7 – To configure the operating keys used in manual testing open (Config) –
(System Hotkeys) as shown in figure
8 – The following screen will appear
FARES INDUSTRIAL PRODUCTS
FARESPCB Breakout Board
MODEL: FIPBB01
©2011 FARESPCB Corporation 10 www.farespcb.com
9 – Click X axis in the increment direction (X++) then the following screen will
appear
10 – Press right arrow on the keyboard to assign this key to move the X motor in the
increment direction
11 – Repeat steps 9,10 to assign different key for each movement and direction for
every axis( table shows the recommended keys to use in control motors in X,Y,Z
axis)
Table . Keys assigned to motor movements.
Axis Increment
(++)
Decrement
(--)
X Right Left
Y Up Down
Z Page Up Page down
V + -
12 – Press (RESET) button to inactive emergency stop and start move the motors by
clicking the above selected keys.
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