Accell MPC series User Manual
-11-
MPC-816XC
Compact Controller
8 Outputs, 16 Inputs
[Characteristics]
This is a single MPC-816 stored in a case. Please use it when you use one CPU board installed directly in an apparatus.
Refer to MPC-816K for the specification details.
This is a single MPC-816 stored in a case. Please use it when you use one CPU board installed directly in an apparatus.
Refer to MPC-816K for the specification details.
[Accessories]
(1) Housing (PS-D4C50)
JAE
*1
(2) Power connector (H4P-SHF-AA)
JST
*1
(3) Contacts (BHF-001T-0.8SS)
JST
*4
MPC-SET (EX)
Compact Controller
16 Outputs, 32 Inputs
[Characteristics]
This is a combination of MPC-816 and MIF-816 stored in a case. It can be used also as a controller with 16-point
output and 32-point input. Also, because simple pulses can be generated (max 60 Kpps) from J5 of MIF, it can be used
also as a positioning device.
Refer to MPC-816K and MIF-816K for the specification details.
This is a combination of MPC-816 and MIF-816 stored in a case. It can be used also as a controller with 16-point
output and 32-point input. Also, because simple pulses can be generated (max 60 Kpps) from J5 of MIF, it can be used
also as a positioning device.
Refer to MPC-816K and MIF-816K for the specification details.
[Accessories]
(1) Housing (PS-D4C50)
JAE
*2
(2) Power connector (H4P-SHF-AA)
JST
*1
(3) Contacts (BHF-001T-0.8SS)
JST
*4
(4) Connector (HIF-3BA-16D-2.54R)
Hirose *1
MIO-816K
Expanded I/O Board
8 Outputs, 16 Inputs
[Characteristics]
This is an expanded I/O board for MPC. Expansion is possible up to 11 boards. Because all the I/Os are isolated by
photocouplers, noise resistivity is high, and each I/O can be used by power sources different from the others. Also, by
installing a J2 connector by the user, a small-scale system can be constructed in combination with MPC-816 without
using MIF-816.
This is an expanded I/O board for MPC. Expansion is possible up to 11 boards. Because all the I/Os are isolated by
photocouplers, noise resistivity is high, and each I/O can be used by power sources different from the others. Also, by
installing a J2 connector by the user, a small-scale system can be constructed in combination with MPC-816 without
using MIF-816.
[Specification]
Power source: DC 12V~24V (for I/O control).
Control I/O: 8-point open collector output, 16-point photocoupler input.
Consumed current: 50 mA.
Power source: DC 12V~24V (for I/O control).
Control I/O: 8-point open collector output, 16-point photocoupler input.
Consumed current: 50 mA.
[Accessories]
(1) Housing (PS-D4C50)
JAE
*1
(2) Power connector (H4P-SHF-AA)
JST
*1
(3) Contacts (BHF-001T-0.8SS)
JST
*4
MIO-248K
Expanded I/O Board
24 Outputs, 8 Inputs
[Characteristics]
This is an expanded I/O board for MPC. Expansion is possible up to 11 boards. Because all the I/Os are isolated by
photocouplers, noise resistivity is high, and each I/O can be used by power sources different from the others. Also,
because it is designed to be compatible with DC 5V, it can also be used as a TTL interface. When used with 5V, a
resistor array is added to the SIP socket.
This is an expanded I/O board for MPC. Expansion is possible up to 11 boards. Because all the I/Os are isolated by
photocouplers, noise resistivity is high, and each I/O can be used by power sources different from the others. Also,
because it is designed to be compatible with DC 5V, it can also be used as a TTL interface. When used with 5V, a
resistor array is added to the SIP socket.
[Specification]
Power source: DC 5V~24V (for I/O control).
Control I/O: 24-point TLP627 photocoupler open collector output,8-point photocoupler input.
Consumed current: 110 mA.
Power source: DC 5V~24V (for I/O control).
Control I/O: 24-point TLP627 photocoupler open collector output,8-point photocoupler input.
Consumed current: 110 mA.
[Accessories]
(1) Housing (PS-D4C50)
JAE
*1
(2) Power connector (H4P-SHF-AA)
JST
*1
(3) Contacts (BHF-001T-0.8SS)
JST
*4
MPC-816
XC
M
P
C
-SE
T(
EX
)
FL
ASH
S
li
d
e-
in
Bra
in
A
CCE
L
CEP-057
MIO-816K
ACCEL
CORP
M
IO
-2
48K
C
E
P
-05
8B
A
C
C
EL
CO
R
CO
R
P.
(2)
(1)
(3)
(2)
(1)
(3)
(4)
(2)
(1)
(3)
(2)
(1)
(3)