Mitsubishi Electronics Mitsubishi Digital Electronics Portable Multimedia Player GOT1000 用户手册
2. DEVICE RANGE THAT CAN BE SET
2.2 MELSEC-L
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P
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EP
ARA
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OR
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P
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OCEDURES FOR
MONIT
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R
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DE
VICE RA
NGE
THA
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C
A
N
B
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SET
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ACCESS
RANGE
F
O
R MONIT
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RING
4
HOW T
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MONIT
O
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REDUNT
ANT
SYS
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M
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BUS CONNECTION
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DIRE
CT
CONNECTION T
O
CPU
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COMP
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E
R
LINK
CONNECTION
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ETHERNE
T
CONNE
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T
ION
2.2 MELSEC-L
The device ranges that can be set when selecting
[MELSEC-L] as the controller type are as follows.
[MELSEC-L] as the controller type are as follows.
*1
Do not set a file register by GT Designer3 when executing
multiple programs with the file of the file register set at [Use
the same file name as the program] by the PLC parameter of
GX Developer.
Otherwise, read/write at GOT will be erroneous.
multiple programs with the file of the file register set at [Use
the same file name as the program] by the PLC parameter of
GX Developer.
Otherwise, read/write at GOT will be erroneous.
*2
Available for file register of block No. switched with the RSET
instruction.
instruction.
*3
Available for file register of block No. of file name switched
with the QDRSET instruction.
with the QDRSET instruction.
*4
GOT treats them in units of 32k (32768 points).
*5
Only the intelligent function module on the station connected
to GOT can be specified.
Set within the address range of the buffer memory existing in
the target intelligent function module.
to GOT can be specified.
Set within the address range of the buffer memory existing in
the target intelligent function module.
*6
Do not use local devices set in the MELSEC-L system.
Otherwise, normal monitoring is not performed. (The data
register (D) can be used for D32768 or later.)
Otherwise, normal monitoring is not performed. (The data
register (D) can be used for D32768 or later.)
*7
This is not supported by GT10.
*8
This cannot be monitored when in GOT multi-drop
connection.
connection.
*9
The device No. must be set in multiples of 16.
Device name
Setting range
Device No.
representation
Bit
device
Input (X)
X0
to
X3FFF
Hexadecimal
Output (Y)
Y0
to
Y3FFF
Internal relay (M)
*4*6
M0
to
M61439
Decimal
Latch relay (L)
L0
to
L32767
Annunciator (F)
F0
to
F32767
Link relay (B)
*4
B0
to
BEFFF
Hexadecimal
Timer
*6
Contact (TT)
TT0
to
TT32767
Decimal
Coil (TC)
TC0
to
TC32767
Counter
*6
Contact (CT)
CT0
to
CT32767
Coil (CC)
CC0
to
CC32767
Special relay (SM)
SM0
to
SM2047
Retentive
timer
*6
Contact (SS)
SS0
to
SS32767
Coil (SC)
SC0
to
SC32767
Step relay (S)
S0
to
S8191
Link special relay (SB)
SB0
to
SB7FFF
Hexadecimal
Word device bit
Specified bit of the
following word devices
(Except Timer, Counter,
Retentive timer, Index
register and Buffer
memory)
―
W
ord device
Data register (D)
*4*6
D0
to
D421887
Decimal
Special data register (SD)
SD0
to
SD2047
Link register (W)
*4
W0
to
W66FFF
Hexadecimal
Timer (current value) (TN)
*6
TN0
to
TN32767
Decimal
Counter (current value)
(CN)
*6
CN0
to
CN32767
Retentive timer
(current value) (SN)
*6
SN0
to
SN32767
Link special register (SW)
SW0 to
SW7FFF
Hexadecimal
File register (R)
*1*2
R0
to
R32767
Decimal
Extension file register
(ZR)
*1*3*4
ZR0
to
ZR393215
Index register (Z)
Z0
to
Z19
Buffer memory
(Intelligent function module)
(Intelligent function module)
(BM)
*5
BM0
to
BM32767
Buffer memory
(Intelligent function module)
(Intelligent function module)
(G)
*4*5
G0
to
G65535
Ww
*7*8
Ww0 to
Ww1FFF
Hexadecimal
Wr
*7*8
Wr0
to
Wr1FFF
Bit device word
*7*9
Converting the above bit
devices into words
(Except Timer contact
and Counter contact)
―