Mitsubishi Electric MELSEC iQ-R User Manual page 164

Error code Error name
198H Band pass filter setting range
error
19A0H Across channels average
setting error
1A0H Scaling enable/disable
setting range error
1A1H Scaling setting range error
1A2H Scaling upper/lower limit
value setting error
1A5H Digital clipping enable/
disable setting range error
1B0H Warning output setting
(Process alarm) range error
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3.4 List of Error Codes
Description and cause
A value out of the range is set in CH BPF Pass
band edge frequency (Low), CH BPF Pass band
edge frequency (High), or CH Attenuation band
width.
The averaging processing different from one another
is set for each channel in simultaneous conversion
mode or in inter-module synchronization mode.
A value other than Enable (0) and Disable (1) is set
in CH Scaling enable/disable setting.
A value other than -32000 to 32000 is set in CH
Scaling lower limit value and/or CH Scaling upper
limit value.
CH Scaling upper limit value and CH Scaling
lower limit value are set as the scaling upper limit
value = the scaling lower limit value.
A value other than Enable (0) and Disable (1) is set
in CH Digital clipping enable/disable setting.
A value other than Enable (0) and Disable (1) is set
in CH Warning output setting (Process alarm).
Action
Set CH BPF Pass band edge frequency (Low),
CH BPF Pass band edge frequency (High), and
CH Attenuation band width to the following values:
■When the conversion cycle is 10s
• Pass band edge frequency (High) + Attenuation
band width  48000
• Pass band edge frequency (Low) - Attenuation
band width > 0
• Attenuation band width  1300
• Pass band edge frequency (Low) < Pass band
edge frequency (High)
■When the conversion cycle is 20s
• Pass band edge frequency (High) + Attenuation
band width  24000
• Pass band edge frequency (Low) - Attenuation
band width > 0
• Attenuation band width  650
• Pass band edge frequency (Low) < Pass band
edge frequency (High)
■When the conversion cycle is 30s
• Pass band edge frequency (High) + Attenuation
band width  16000
• Pass band edge frequency (Low) - Attenuation
band width > 0
• Attenuation band width  440
• Pass band edge frequency (Low) < Pass band
edge frequency (High)
■When the conversion cycle is 40s
• Pass band edge frequency (High) + Attenuation
band width  12000
• Pass band edge frequency (Low) - Attenuation
band width > 0
• Attenuation band width  330
• Pass band edge frequency (Low) < Pass band
edge frequency (High)
■When the conversion cycle is 60s
• Pass band edge frequency (High) + Attenuation
band width  8000
• Pass band edge frequency (Low) - Attenuation
band width > 0
• Attenuation band width  220
• Pass band edge frequency (Low) < Pass band
edge frequency (High)
■When the conversion cycle is 80s
• Pass band edge frequency (High) + Attenuation
band width  6000
• Pass band edge frequency (Low) - Attenuation
band width > 0
• Attenuation band width  170
• Pass band edge frequency (Low) < Pass band
edge frequency (High)
Set values so that the settings of CH Averaging
process specification and CH Time average/Count
average/Moving average/Primary delay filter
constant setting are the same for all channels where
A/D conversion is enabled.
Set CH Scaling enable/disable setting to Enable
(0) or Disable (1).
Set CH Scaling lower limit value and CH Scaling
upper limit value to -32000 to 32000.
Set CH Scaling upper limit value and CH Scaling
lower limit value as the scaling upper limit value 
the scaling lower limit value.
Set CH Digital clipping enable/disable setting to
Enable (0) or Disable (1).
Set CH Warning output setting (Process alarm) to
Enable (0) or Disable (1).