YOKOGAWA DY015, Руководство пользователя

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5-17 IM 01F06A00-01E
5. PARAMETER SETUP
5.5 Error Code Lists
When an ERROR is displayed by SELF CHECK in item A60, B60, C60, D60, E60, or H60, J60, K60, M60, press function key F2
[DIAG] and the error contents are displayed.
The error contents are listed below:
Table 5.1 ERROR Code List
T050501.EPS
Engineering
Unit Output
Engineering
Temp Output
Pulse
Output
Current Output
Problem Cause
Error Name
Diagnostic
Message
Indication
Err-01 Err-02 Err-06 Err-07 CHECK Vibration CHECK Vibration CHECK Flow CHECK Flow Err-10 Err-11 Err-12 Err-13 Err-20 Err-30 Err-40
OVER OUTPUT SPAN SET ERROR PULSE OUT ERROR PULSE SET ERROR Transient noise High vibration Fluctualing Clogging TEMP OVER OUTPUT OVER TEMP TEMP SENSOR FAULT TEMP CONV. FAULT PRE-AMP ERROR EE PROM ERROR FLOW SEBSOR FAULT CPU FAULT
Over range output signal Span Setting Error Pulse output error Pulse setting error Error of Vibration Error of Vibration Error of
Flow Error of Flow Over range Temp output signal Error of
temperature Error of thermometer Error of temperature converter PRE-AMP is failed
EEPROM is not functioning correctly Error of Flow sensor CPU is failed
Output signal is 110% or more Span setting parameter is more than 1.5 times of max flow velocity Pulse output frequency is more than 10kHz Pulse output frequency setting is more than 10kHz Transitional disturbance High vibration Fluctuating Clogging Temp output signal is 110% or more, and 0% below. Temp value is -50
°
C below or
300
°
C over.
Disconnection or short of thermometer sensor Temperature converter is failed Flow sensor Is fauit. All operations are Dead. Display and self dignostic function is also dead.g
Fixed at 110%
(*1)
Normal Operation Normal Operation Normal Operation Hold Based on K45 Normal Operation Normal Operation Normal Operation Remain in operationat Temp=-50
°
C
or Temp=300
°
C
Remain in operation at Manual setting condition Remain in operation at Manual setting condition Normal Operation Over 110% or -2.5% below Normal Operation Over 110% or -2.5% below
Normal Operation Normal Operation Fixed at 10KHz Normal Operation Normal Operation Stop Output Normal Operation Normal Operation Normal Operation Remain in operation at Temp=-50
°
C
or Temp=300
°
C
Remain in operation at Manual setting condition Remain in operation at Manual setting condition Normal Operation Halt Normal Operation Halt
Normal Operation Normal Operation Normal Operation Normal Operation Hold Based on K45 Normal Operation Normal Operation Normal Operation Remain in operation at Temp=-50
°
C
or Temp=300
°
C
Remain in operation at Manual setting condition Remain in operation at Manual setting condition Normal Operation Fixed at 0% Normal Operation Halt
Normal Operation Normal Operation Fixed at 10kHz Normal Operation Hold Normal Operation Normal Operation Normal Operation Normal Operation Remain in operation at Temp=-50
°
C
or Temp=300
°
C
Remain in operation at Manual setting condition Remain in operation at Manual setting condition Normal Operation Stop the Output Normal Operation Halt
Normal Operation Normal Operation Hold Normal Operation Normal Operation Normal Operation Normal Operation Remain in operation at Temp=-50
°
C
or Temp=300
°
C
Remain in operation at Manual setting condition Remain in operation at Manual setting condition Normal Operation OFF(H) Normal Operation Halt
Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Stop the total Normal Operation Normal Operation Normal Operation Remain in operation at Temp=-50
°
C
or Temp=300
°
C
Remain in operation at Manual setting condition Remain in operation at Manual setting condition Normal Operation Halt Normal Operation Halt
Change parameters or over ranged flow input Change parameters span factor is outside the acceptable limits Change parameters (ItemC,ItemE) Change parameters (ItemC,ItemE) CHECK the vibration CHECK the vibration CHECK the clogging CHECK the clogging CHECK the temperature or temperature span CHECK the temperature Change thermometer sensor. Change converter case build in temperature sensor. Replace the AMP. unit Replace the AMP. unit Change Flow sensor Replace the AMP. unit
Totalizing
Output
How to
recover
Note. Normal
Operation
: Operation continues without relation to error occurrence.
Remain in Operation
: Calculation continues with relation to error occurrence.
Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Fixed at 110% in case of over 110%, and fixed at 0% when in case of less than 0%.
(*1)
Remain in operation at Temp=-50
°
C
or Temp=300
°
C
Based on F58 Based on F58 Remain in operation at Manual Setting Temperature Value Over 110% or -2.5% below Normal Operation Over 110% or -2.5% below
Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Fixed at 110% in case of over 110%, and fixed at 0% when in case of less than 0%.
(*1)
Remain in operation at Temp=-50
°
C
or Temp=300
°
C
Based on F58 Based on F58 Remain in operation at Manual Setting Temperature Value Fixed at 0% Normal Operation Halt
Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Normal Operation Remain in operation at Temp=-50
°
C
or Temp=300
°
C
Based on F58 Based on F58 Remain in operation at Manual Setting Temperature Value Fixed at 0% Normal Operation Halt
Select flo
w r
ate
Select
temper
ature
Select flo
w r
ate
Select
temper
ature
% Output
Pulse / Status Output
Pulse
(*2)
Status
(*2)
Alarm
(*2)
Fixed at 110%
(*1)
Normal Operation Normal Operation Normal Operation Hold Based on K45 Normal Operation Normal Operation Normal Operation Remain in operationat Temp=-50
°
C
or Temp=300
°
C
Remain in operation at Manual setting condition Remain in operation at Manual setting condition Normal Operation Fixed at 0% Normal Operation Halt
OFF(H) OFF(H) OFF(H) OFF(H) OFF(H) OFF(H) OFF(H) OFF(H) OFF(H) OFF(H) OFF(H) OFF(H) OFF(H) Halt
(*1)
“110%” is based on “D30 : OUT LIMIT(H)”.
(*2)
Pulse output : These conditions should be done in case of which B20 is “SCALED PULSE”, “UNSCALED PULSE”, “FREQUENCY”. Status output : These conditions should be done in case of which B20 is “FLOW SW (LOW :ON)”, “FLOW SW (LOW : OFF)”. Alarm output : These conditions should be done in case of which B20 is “Alarm”.