Mul File Specification - Alarms : Différence entre versions

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<translate>= Function =
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<translate>=Specification=
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The alarms file allows the engineer to specialise the alarm messages for each individual machine. The basic premise is that most alarms are generated when  
+
The alarms file allows the commissioning engineer to specialise the alarm messages for each individual machine. The basic premise is that most alarms are generated when  
  
−
# an alarm input is activated, such as overload relay, air pressure switch
+
#an alarm input is activated, such as overload relay, air pressure switch
−
# an input is not detected within a specified amount of time, depending on an output state (timeouts on cylinder movements)
+
#an input is not detected within a specified amount of time, depending on an output state (timeouts on cylinder movements)
  
  
Ligne 14 : Ligne 14 :
  
  
−
There is also an option for the "Severity" of the alarm:
+
There is also an option for the "Severity" of the alarm
 +
 
 +
{| class="wikitable"
 +
|+
 +
Field Format
 +
!No
 +
!Name
 +
!Format
 +
!Notes
 +
!Default Value if missing
 +
|-
 +
|1
 +
|Alarm Ref No
 +
|3N
 +
|Reference or code number that appears on the front end screen (easier and more accurate to report a code number than a text description)
 +
|Error
 +
|-
 +
|2
 +
|Input Ref
 +
|15A
 +
|IO Code name from [https://stuga.dokit.app/wiki/Mul_File_Specification_-_ioDef IODef file]
 +
|Error
 +
|-
 +
|3
 +
|Input Alarm Trigger State
 +
|2N
 +
|Boolean State that will trigger an alarm
 +
0 - Input inactive
 +
 
 +
-1 - Input Active
 +
|Error
 +
|-
 +
|4
 +
|Output Ref
 +
|15A
 +
|IO Code name from [https://stuga.dokit.app/wiki/Mul_File_Specification_-_ioDef IODef file]
 +
|Error
 +
|-
 +
|5
 +
|Output Alarm Trigger State
 +
|2N
 +
|Boolean State that will trigger an alarm
 +
0 - Input inactive
 +
 
 +
-1 - Input Active
 +
|Error
 +
|-
 +
|6
 +
|Timeout
 +
|3N
 +
|Time in 10ths of a second that trigger states are triggered before the alarm is triggered
 +
|Error
 +
|-
 +
|7
 +
|Action / Severity
 +
|1N
 +
|See below
 +
|Error
 +
|-
 +
|8
 +
|Display Message
 +
|40A
 +
|Text to display on screen when alarm is triggered
 +
|Error
 +
|-
 +
|9
 +
|Enabled
 +
|BOOL
 +
|Enable the alarm
 +
 
 +
Text True / False  or
 +
 
 +
-1/0
 +
 
 +
can be either depending on version
 +
|True
 +
|-
 +
|10
 +
|ExcludeDemo
 +
|BOOL
 +
|Enable the alarm when running in Demo  / Exhibition mode
 +
 
 +
Text True / False  or
 +
 
 +
-1/0
 +
 
 +
can be either depending on version
 +
|True
 +
|-
 +
|11
 +
|ModuleSide
 +
|1N
 +
|Which module side of the machine is the error displayed
 +
0 - both
 +
 
 +
1 - Machining Only
 +
 
 +
2 - Saw only
 +
|0
 +
|}
 +
 
 
{| class="wikitable"
 
{| class="wikitable"
 
|+
 
|+
 +
Severity of Alarms
 
!Severity
 
!Severity
 
!Action
 
!Action
Ligne 49 : Ligne 150 :
 
|}
 
|}
  
−
= Field Format =
+
<br />
 +
=Auto Generated Alarms=
 +
On software versions before v6, the system ensures certain alarms are in existence, creating them if they are not
 +
<br />
 
{| class="wikitable"
 
{| class="wikitable"
 
|+
 
|+
−
!No
+
!Alarm Code
−
!Name
+
!Alarm Description
−
!Format
 
 
!Notes
 
!Notes
 
|-
 
|-
−
|1
+
|305
−
|Alarm Ref No
+
|Spindle Plunge Sequence Fault
−
|3N
+
|Ensures dangerous combination of cylinders is never selected (50+300hz at the same time)
−
|Reference or code number that appears on the front end screen (easier and more accurate to report a code number than a text description)
 
 
|-
 
|-
−
|2
+
|306 to 308
−
|Input Ref
+
|Spindle Phase Error 1-3
−
|15A
+
|Alarm to check the balance of phases on the spindle output to detect if a phase is open current
−
|IO Code name from [https://stuga.dokit.app/wiki/Mul_File_Specification_-_ioDef IODef file]
+
Not required on Yaskawa inverters, as this is done internally
 
|-
 
|-
−
|3
+
|309
−
|Input Alarm Trigger State
+
|Spindle 300Hz / 50Hz Relay Fault
−
|2N
+
|Check the function of the 50Hz changeover relay on machines with an IMO Jaguar inverter
−
|State that will trigger an alarm
+
Catastrophic failure if the relay did not change over the spindle frequency
−
0 - Input inactive
 
  
−
-1 - Input Active
+
Not required on Delta and Yaskawa Inverters
 
|-
 
|-
−
|4
+
|310
−
|Output Ref
+
|Clamp Infeed Side not Home
−
|15A
+
|Infeed Side clamp on Autoflow
−
|IO Code name from [https://stuga.dokit.app/wiki/Mul_File_Specification_-_ioDef IODef file]
 
 
|-
 
|-
−
|5
+
|311
−
|Output Alarm Trigger State
+
|Clamp Infeed Positioner not Home
−
|BOOL
+
|Infeed Side clamp on Autoflow
−
|State that will trigger an alarm
 
−
0 - Input inactive
 
−
 
 
−
-1 - Input Active
 
 
|-
 
|-
−
|
+
|312 to 319
−
|
+
|Tool Broken in Spindle n
−
|
+
|Tool break messages - only when useToolBreakDetect=1
−
|
 
 
|-
 
|-
−
|
+
|320
−
|
+
|Idle Time Overrun - Contact Stuga
−
|
+
|Nextmove controllers only
−
|
+
see [https://stuga.dokit.app/wiki/TB0331_Idle_Time_Overrun_Message Idle Time Override]
−
|-
 
−
|
 
−
|
 
−
|
 
−
|
 
−
|-
 
−
|
 
−
|
 
−
|
 
−
|
 
−
|-
 
−
|
 
−
|
 
−
|
 
−
|
 
 
|}
 
|}
  
−
= Auto Generated Alarms =
+
=Sample=
 +
<syntaxhighlight>
 +
1,InC_BmPosO,1,OuB_CLV,True,0,4,V Notching Attempted Beam In,True,False,1
 +
20,InF_AIR,-1,-1,False,50,3,Air Pressure Low,True,False,0
 +
32,InB_WOVL,-1,-1,False,0,3,Rear V overload Tripped,True,False,1
 +
33,InB_VOVL,-1,-1,False,0,3,V Notch Motor Overload,True,False,1
 +
41,InB_InvOk,0,SPIN1,True,0,3,Spindle 1 Motor Alarm,True,False,1
 +
42,InB_InvOk,0,SPIN2,True,0,3,Spindle 2 Motor Alarm,True,False,1
 +
43,InB_InvOk,0,SPIN3,True,0,3,Spindle 3 Motor Alarm,True,False,1
 +
44,InB_InvOk,0,SPIN4,True,0,3,Spindle 4 Motor Alarm,True,False,1
 +
45,InB_InvOk,0,SPIN5,True,0,3,Spindle 5 Motor Alarm,True,False,1
 +
46,InB_InvOk,0,SPIN6,True,0,3,Spindle 6 Motor Alarm,True,False,1
 +
47,InB_InvOk,0,SPIN7,True,0,3,Spindle 7 Motor Alarm,True,False,1
 +
48,InB_InvOk,0,SPIN8,True,0,3,Spindle 8 Motor Alarm,True,False,1
 +
52,SPHM1,0,SPPL1,False,20,3,Spindle 1 Not Home,True,False,1
 +
53,SPHM2,0,SPPL2,False,20,3,Spindle 2 Not Home,True,False,1
 +
54,SPHM3,0,SPPL3,False,20,3,Spindle 3 Not Home,True,False,1
 +
55,SPHM4,0,SPPL4,False,20,3,Spindle 4 Not Home,True,False,1
 +
56,SPHM6,0,SPPL6,False,20,3,Spindle 6 Not Home,True,False,1
 +
57,SPHM7,0,SPPL7,False,20,3,Spindle 7 Not Home,True,False,1
 +
58,SPHM8,0,SPPL8,False,20,3,Spindle 8 Not Home,True,False,1
  
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= Notes =</translate>
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Version actuelle datée du 25 septembre 2020 à 16:57

Specification of the Alarms.mul file

Auteur avatarGareth Green | Dernière modification 25/09/2020 par Gareth Green en cours de rédaction

Pas encore d'image


Specification of the Alarms.mul file

Specification

The alarms file allows the commissioning engineer to specialise the alarm messages for each individual machine. The basic premise is that most alarms are generated when

  1. an alarm input is activated, such as overload relay, air pressure switch
  2. an input is not detected within a specified amount of time, depending on an output state (timeouts on cylinder movements)


An alarm will be triggered if the input matches the "Input Alarm Trigger State" and the output matches the "Output Alarm Trigger State" for a duration of the "Alarm Timeout".


There is also an option for the "Severity" of the alarm

Field Format
No Name Format Notes Default Value if missing
1 Alarm Ref No 3N Reference or code number that appears on the front end screen (easier and more accurate to report a code number than a text description) Error
2 Input Ref 15A IO Code name from IODef file Error
3 Input Alarm Trigger State 2N Boolean State that will trigger an alarm

0 - Input inactive

-1 - Input Active

Error
4 Output Ref 15A IO Code name from IODef file Error
5 Output Alarm Trigger State 2N Boolean State that will trigger an alarm

0 - Input inactive

-1 - Input Active

Error
6 Timeout 3N Time in 10ths of a second that trigger states are triggered before the alarm is triggered Error
7 Action / Severity 1N See below Error
8 Display Message 40A Text to display on screen when alarm is triggered Error
9 Enabled BOOL Enable the alarm

Text True / False or

-1/0

can be either depending on version

True
10 ExcludeDemo BOOL Enable the alarm when running in Demo / Exhibition mode

Text True / False or

-1/0

can be either depending on version

True
11 ModuleSide 1N Which module side of the machine is the error displayed

0 - both

1 - Machining Only

2 - Saw only

0
Severity of Alarms
Severity Action Description Notes
1 Log Write note to diagnostics file and take no action
...For programmer use only
2 Display Report to front end, but take no action
...For programmer use only
3 Cycle Stop Report to front end

Pause machine

Wait for start or abort

4 Abort Report to front end

Stop machine

Force Abort and restart


Auto Generated Alarms

On software versions before v6, the system ensures certain alarms are in existence, creating them if they are not

Alarm Code Alarm Description Notes
305 Spindle Plunge Sequence Fault Ensures dangerous combination of cylinders is never selected (50+300hz at the same time)
306 to 308 Spindle Phase Error 1-3 Alarm to check the balance of phases on the spindle output to detect if a phase is open current

Not required on Yaskawa inverters, as this is done internally

309 Spindle 300Hz / 50Hz Relay Fault Check the function of the 50Hz changeover relay on machines with an IMO Jaguar inverter

Catastrophic failure if the relay did not change over the spindle frequency

Not required on Delta and Yaskawa Inverters

310 Clamp Infeed Side not Home Infeed Side clamp on Autoflow
311 Clamp Infeed Positioner not Home Infeed Side clamp on Autoflow
312 to 319 Tool Broken in Spindle n Tool break messages - only when useToolBreakDetect=1
320 Idle Time Overrun - Contact Stuga Nextmove controllers only

see Idle Time Override

Sample

1,InC_BmPosO,1,OuB_CLV,True,0,4,V Notching Attempted Beam In,True,False,1
20,InF_AIR,-1,-1,False,50,3,Air Pressure Low,True,False,0
32,InB_WOVL,-1,-1,False,0,3,Rear V overload Tripped,True,False,1
33,InB_VOVL,-1,-1,False,0,3,V Notch Motor Overload,True,False,1
41,InB_InvOk,0,SPIN1,True,0,3,Spindle 1 Motor Alarm,True,False,1
42,InB_InvOk,0,SPIN2,True,0,3,Spindle 2 Motor Alarm,True,False,1
43,InB_InvOk,0,SPIN3,True,0,3,Spindle 3 Motor Alarm,True,False,1
44,InB_InvOk,0,SPIN4,True,0,3,Spindle 4 Motor Alarm,True,False,1
45,InB_InvOk,0,SPIN5,True,0,3,Spindle 5 Motor Alarm,True,False,1
46,InB_InvOk,0,SPIN6,True,0,3,Spindle 6 Motor Alarm,True,False,1
47,InB_InvOk,0,SPIN7,True,0,3,Spindle 7 Motor Alarm,True,False,1
48,InB_InvOk,0,SPIN8,True,0,3,Spindle 8 Motor Alarm,True,False,1
52,SPHM1,0,SPPL1,False,20,3,Spindle 1 Not Home,True,False,1
53,SPHM2,0,SPPL2,False,20,3,Spindle 2 Not Home,True,False,1
54,SPHM3,0,SPPL3,False,20,3,Spindle 3 Not Home,True,False,1
55,SPHM4,0,SPPL4,False,20,3,Spindle 4 Not Home,True,False,1
56,SPHM6,0,SPPL6,False,20,3,Spindle 6 Not Home,True,False,1
57,SPHM7,0,SPPL7,False,20,3,Spindle 7 Not Home,True,False,1
58,SPHM8,0,SPPL8,False,20,3,Spindle 8 Not Home,True,False,1

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