Specifications:
| Condition | New |
|---|
| Weight (kg) | 0.15 |
|---|
| Our Part Number | QD63P6 |
|---|
| HS Code | 85389099 |
|---|
| Height (mm) | 98 |
|---|
| Width (mm) | 27.4 |
|---|
| Depth (mm) | 90 |
|---|
| Brand | Mitsubishi |
|---|
| Manufacturer Range | Q Series |
|---|
Range Overview:
- Detect high frequency signals which cannot be handled by normal
input modules
- Input for incremental shaft encoder with auto forward & reverse
detection
- Preset count via external signals or the PLC program
- Ring counter function up to a predefined value with auto resetting
- Speed measurement, definition of switching points or periodic
counting available
- 40-pin connector interfac
Features of the MELSEC System Q
CPU modules
The MELSEC System Q offers a wide range of CPU modules:
●Basic model QCPU
| Model | Program capacity | Number of I/O points |
| Q00JCPU | 8k steps | 256 points |
| Q00CPU | 8k steps | 1024 points |
| Q01CPU | 14k steps | 1024 points |
●High performance model QCPU
| Model | Program capacity | Number of I/O points |
| Q02CPU | 28k steps | 4096 points |
| Q02HCPU | 28k steps | 4096 points |
| Q06HCPU | 60k steps | 4096 points |
| Q12HCPU | 124k steps | 4096 points |
| Q25HCPU | 252k steps | 4096 points |
●Process CPU
| Model | Program capacity | Number of I/O points |
| Q02PHCPU | 124k steps | 4096 points |
| Q06PHCPU | 60k steps | 4096 points |
| Q12PHCPU | 124k steps | 4096 points |
| Q25PHCPU | 252k steps | 4096 points |
●Redundant CPU
| Model | Program capacity | Number of I/O points |
| Q12PRHCPU | 124k steps | 4096 points |
| Q25PRHCPU | 252k steps | 4096 points |
●Motion CPU
| Model | Number of control axes |
| Q172HCPU (-T) | 8 axes |
| Q173HCPU (-T) | 32 axes |
| Q172CPUN (-T) | 8 axes |
| Q173CPUN (-T) | 32 axes |
●Universal model QCPU
– Q00UJCPU
– Q00UCPU
– Q01UCPU
– Q02UCPU
– Q03UDCPU
– Q03UDECPU
– Q04UDHCPU
– Q04UDEHCPU
– Q06UDHCPU
– Q06UDEHCPU
– Q10UDHCPU
– Q10UDEHCPU
– Q13UDHCPU
– Q13UDEHCPU
– Q20UDHCPU
– Q20UDEHCPU
– Q26UDHCPU
– Q26UDEHCPU
Network/Information Processing Modules
●MES Interface Module
QJ71MES96
●Ethernet Modules
QJ71E71-100
QJ71E71-B5
QJ71E71-B2
●MELSECNET/H Modules
QJ71LP21-25 QJ72LP25-25
QJ71LP21S-25 QJ72LP25G(E)
QJ71LP21G(E) QJ72BR15
QJ71BR11
MELSECNET/H PC I/F Boards
Q80BD-J71LP21-25
Q80BD-J71LP21S-25
Q80BD-J71LP21G(E)
Q80BD-J71BR11
●CC-Link Module
QJ61BT11N
CC-Link PC I/F Board
Q80BD-J61BT11N
●CC-Link/LT Module
QJ61CL12
●Serial Communication Modules
QJ71C24N
QJ71C24N-R2
QJ71C24N-R4
●FL-net (OPCN-2) Interface Modules
QJ71FL71-T-F01
QJ71FL71-B5-F01
QJ71FL71-B2-F01
●AS-i Master Module
QJ71AS92
●Intelligent Communication Modules
QD51
QD51-R24
Intelligent Function Modules
●Analog Modules
A/D Converter Modules
Q64AD-GH
Q62AD-DGH
Q64AD
Q68ADV
Q68ADI
D/A Converter Modules
Q62DA-FG
Q62DAN
Q64DAN
●Temperature Control Modules
Q64TCTT
Q64TCTTBW
Q64TCRT
Q64TCRTBW
●Temperature Input Modules
Q64TDV-GH
Q64TD
Q68TD-G-H01
Q64RD-G
Q64RD
●Interrupt Module
QI60
●Blank Cover
QG60
●Loop Control Module
Q62HLC
●Positioning Modules
QD75P1
QD75P2
QD75P4
QD75D1
QD75D2
QD75D4
QD70P4
QD70P8
QD70D4
QD70D8
●Channel Isolated Pulse Input Module
QD60P8-G
●High Speed Counter Modules
QD62
QD62D
QD62E
QD63P6
QD64D2
Similiar Products
| QD75P1 | QD75P1N | QD75P2 | QD75P2N | QD75P4 |
| QD75P4N | QD75D1 | QD75D1N | QD75D2 | QD75D2N |
| QD75D4 | QD75M1 | QD75D4N | QD75M2 | QD75M4 |
| QD70P4 | QD70P8 | QD72P3C3 | QD75MH1 | QD75MH2 |
| QD75MH4 | QG60 | QC30R2 | Q6HLD-R2 | QD51 |
| QD51-R24 | QD60P8-G | QD62 | QD62D | QD62E |
| QD63P6 | Q6TA32 | QC06B | QC12B | QC30B |
| QC50B | QC100B | Q25PRHCPU | QC10TR | QC30TR |
Integration of Motion CPU and Personal Computer CPU
The System Q has the multiple CPU system function which also
permits PLC CPUs and Motion CPUs to be loaded together on one base
unit. While data exchange is optimized via the back bus of the base
unit, space requirements and system costs are significantly reduced
at the same time.
A Motion CPU can use the SSC NET that rapidly controls up to 96
axes in a single system and saves wiring. The personal computer CPU
(Q-PC) enables the access to I/O modules and intelligent function
modules and the communication of all CPUs with each other. When a
PC/C-CPU is used the system can also be controlled with a
high-level language like C++ or VB.
