Mitsubishi Electric GOT2000 Series Connection Manual page 820

■3. Inverter (FREQROL 800 series)
(Automatic connection)
Device name
Inverter status monitor (RS)
Run command (WS)
Input (X)
Output (Y)
Internal relay (M)
Timer Coil (TC)
Bit device
Timer Contact (TT)
Counter Coil (CC)
Counter Contact (CT)
Retentive timer Coil (SC)
Retentive timer Contact (SS)
Special relay (SM)
Alarm definition (A)
Parameter (Pr)
Special parameter (SP)
Timer current value (TN)
Word device
Counter current value (CN)
Retentive timer current value (SN)
Data register (D)
Special data register (SD)
*1
*2
*3
*4
14 - 64
14.4 Device Range that Can Be Set
*2
*3*4
*5
*1*2
*1
*1*3*4
Only 16-bit (1-word) designation is possible.
Only reading is possible.
When the GOT is connected to the PU connector and the operation mode is set to the PU operation mode, the multi-speed
operation (W3 to W7, SP121, SP122) cannot be used.
For using the multi-speed operation, follow either of the operations as below.
• Connect the GOT to the RS-485 terminal and set the operation mode to the NET operation mode (Computer link operation
mode), and then operate the inverter.
• Change the motor speed with the set frequency (SP109, SP110), and then operate the inverter with the forward or reverse
rotation (WS1, WS2, SP121, SP122).
Only writing is possible for WS devices.
More than one WS cannot turn on at once.
(Except the turned on WS device, the other WS devices turn off.)
Bits of SP122 (word device) and SP121 (word device) are assigned to WS0 to WS7 and WS8 to WS15 respectively.
When more than one WS turns on at once, convert the values for the bit devices that are assigned to the word device into values
for the word device. Write the converted values into SP122 or SP121.
• Setting High speed operation command (WS5), Middle speed operation command (WS4), and Low speed operation command
(WS3)
When setting High speed operation command (WS5), Middle speed operation command (WS4), and Low speed operation
Setting range
0-0 RS0 to 0-31 RS15
0-100 RS0 to 0-115 RS15
0-0 WS0 to 0-31 WS15
0-100 WS0 to 0-115 WS15
0-0 X00 to 0-31 X7F
0-100 X00 to 0-115 X7F
0-0 Y00 to 0-31 Y7F
0-100 Y00 to 0-115 Y7F
0-0 M0 to 0-31 M127
0-100 M0 to 0-115 M127
0-0 TC0 to 0-31 TC15
0-100 TC0 to 0-115 TC15
0-0 TT0 to 0-31 TT15
0-100 TT0 to 0-115 TT15
0-0 CC0 to 0-31 CC15
0-100 CC0 to 0-115 CC15
0-0 CT0 to 0-31 CT15
0-100 CT0 to 0-115 CT15
0-0 SC0 to 0-31 SC15
0-100 SC0 to 0-115 SC15
0-0 SS0 to 0-31 SS15
0-100 SS0 to 0-115 SS15
0-0 SM0 to 0-31 SM2047
0-100 SM0 to 0-115 SM2047
0-0 A0 to 0-31 A7
0-100 A0 to 0-115 A7
0-0 Pr0 to 0-31 Pr1500
0-100 Pr0 to 0-115 Pr1500
0-0 SP108 to 0-31 SP127
0-100 SP108 to 0-115 SP127
0-0 TN0 to 0-31 TN15
0-100 TN0 to 0-115 TN15
0-0 CN0 to 0-31 CN15
0-100 CN0 to 0-115 CN15
0-0 SN0 to 0-31 SN15
0-100 SN0 to 0-115 SN15
0-0 D0 to 0-31 D255
0-100 D0 to 0-115 D255
0-0 SD0 to 0-31 SD2047
0-100 SD0 to 0-115 SD2047
Device
No. representation
Decimal
Hexadecimal
Decimal
Decimal