Mitsubishi Electronics Mitsubishi Digital Electronics Portable Multimedia Player GOT1000 用户手册

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2.1 MELSEC-QnU/DC, Q17nD/M/NC/DR, CRnD-700

The table below shows the device ranges in  [MELSEC-
QnU/DC, Q17nD/M/NC/DR, CRnD-700]

*10

 as the 

controller type.

*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.

*2

Available for file register of block No. switched with the RSET 
instruction.

*3

Available for file register of block No. of file name switched 
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.

*6

Do not use local devices set in the MELSEC-Q system.
Otherwise, normal monitoring is not performed.

*7

Even though Universal model QCPU processes 64-bit data, 
the GOT cannot monitor 64-bit data.

*8

This is not supported by GT10.

*9

This cannot be monitored when in GOT multi-drop 
connection.

*10

For GT14, GT11 and GT10, the controller type is as follows.
• GT14, GT11: MELSEC-QnU/DC, Q17nD/M/NC/DR
• GT10: MELSEC-QnU/DC

*11

For monitoring the internal relay (M) or data register (D) of a 
C Controller module, configure the settings related to the 
device functions in the device setting tab of the language 
controller setting utility.

*12

The device No. must be set in multiples of 16.

Device name

*7

Setting range

Device No. 

representation

Bi

t de

vi

ce

Input (X)

X0

to

X3FFF

Hexadecimal

Output (Y)

Y0

to

Y3FFF

Internal relay (M)

*4*6*11

M0

to

M61439

Decimal

Latch relay (L)

L0

to

L32767

Annunciator (F)

F0

to

F32767

Link relay (B)

*4

B0

to

B9FFFF

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

SM2255

Retentive 

timer

*6

Contact (SS)

SS0

to

SS32767

Coil (SC)

SC0

to

SC32767

Step relay (S)

S0

to

S32767

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

o

rd

 device

Data register (D)

*4*6*11

D0

to

D4910079

Decimal

Special data register (SD)

SD0

to

SD2255

Link register (W)

*4

W0

to

W4AEBFF

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 

(ER)

*1

Block

0

to

255

Device

ER0

to

ER32767

Extension file register 

(ZR)

*1*3*4

ZR0

to

ZR4849663

Index register (Z)

Z0

to

Z19

Buffer memory 
(Intelligent function module) 

(BM)

*5

BM0

to

BM32767

Buffer memory
(Intelligent function module)

(G)

*4*5

G0

to

G65535

Ww

*8*9

Ww0 to

Ww1FFF

Hexadecimal

Wr

*8*9

Wr0

to

Wr1FFF

Multiple CPU high speed 
transmission memory (U3E0)

U3E010000 to U3E024335

Multiple CPU high speed 
transmission memory (U3E1)

U3E110000 to U3E124335

Multiple CPU high speed 
transmission memory (U3E2)

U3E210000 to U3E224335

Multiple CPU high speed 
transmission memory (U3E3)

U3E310000 to U3E324335

Motion device (#)

#0

to

#12287

Decimal

Bit device word

*8*12

Converting the above bit 

devices into words

(Except Timer, Counter 

and Retentive timer)

―

Device name

*7

Setting range

Device No. 

representation