Plunger Lift v1.5

Version Info

Change data type for 'Off Time' flow condition, 'Off Time Recovery Mode' parameter and 'On Time' shut in condition to int32.
Increase the limit for the 'Off Time' flow condition, the 'Off Time Recover Mode' parameter and 'On Time' shut in condition to 10 000 00.

Group 'Input Output Tags'

Settings in this group hold tag names for input and output values from the program

This is a configuration group that has 9 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
Casing Pressure Tag Name	casingPrTg	1114112	string	double	i	casingPressure	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	Enter the name of the tag that holds the well's casing pressure		✓	✓	✓	✓
Tubing Pressure Tag Name	tubingPrTg	1114113	string	double	i	tubingPressure	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	Enter the name of the tag that holds the well's tubing pressure		✓	✓	✓	✓
Line Pressure Tag Name	linePrTg	1114114	string	double	i	linePressure	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	Enter the name of the tag that holds the well's line pressure		✓	✓	✓	✓
Temperature Tag Name	tempTg	1114115	string	double	i	temperature	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;	384:celsius;	384:celsius; 385:fahrenheit;	Enter the name of the tag that holds the well's temperature. This value is only required for the critical flow calculation. If the critical flow calculation is not enabled, or a fixed temperature is used in the critical flow calculation, then this value does not need to configured		✓	✓	✓	✓
Well Flow Tag Name	wellFlwTg	1114116	string	double	i	wellFlow	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;	512:e3m3_day;	512:e3m3_day; 513:m3_hr; 514:m3_s; 515:ft3_hr; 516:mmcf_day; 517:mcf_hr; 518:mcf_day; 519:mmcf_hr;	Enter the name of the tag that holds the well's flow rate. Flow measurement is not always required depending on which control conditions are enabled		✓	✓	✓	✓
Plunger Arrival Tag Name	plungerArrivalTg	1114117	string	i32	i	plungerArrival	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			Enter the name of the tag that holds the counter value from the plunger arrival sensor. The value in this tag must increase every time plunger arrival is detected		✓	✓	✓	✓
Plunger Sales Valve Tag Name	plungerSalesVlvTg	1114118	string	bool	o	plungerSalesValve	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			Enter the name of the tag that holds the output state of the sales valve		✓	✓	✓
User Flow Condition Tag Name	userFlwCondTg	1114119	string	bool	i	userFlowCondition	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			Enter the name of the tag that holds the value of the User Flow Condition. This is only necessary if the User Flow Condition is enabled in the Flow Conditions group		✓	✓	✓	✓
User Shut In Condition Tag Name	userShutInCondTg	1114120	string	bool	i	userShutInCondition	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			Enter the name of the tag that holds the value of the User Shut In Condition. This is only necessary if the User Shut In Condition is enabled in the Shut In Conditions group		✓	✓	✓	✓

Group 'Protection Settings'

Settings in this group are used to protect the well

This is a configuration group that has 14 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
Enable High Energy Protection	enHighEnergyProtect	1179648	bool		i	False	min:False;max:True;			Whether shut the well in if the load ratio is less than the High Energy Limit. When enabled, the well will not be allowed to flow if the load ratio is below the High Energy Limit	✓		✓	✓	✓	✓
High Energy Limit	highEnergyLim	1179649	double		i	5	min:0.1;max:100.0;	1:percent;	1:percent;	When the load ratio is less than this value a high energy condition exists	✓		✓	✓	✓	✓
Enable Low Line Pressure Protection	enLoLnPrProtect	1179650	bool		i	False	min:False;max:True;			Whether to disable automatic control and shut the well in if the line pressure is less than the Low Line Pressure Limit	✓		✓	✓	✓	✓
Low Line Pressure Limit	loLnPrLim	1179651	double		i	100	min:1.0;max:10000.0;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	When the line pressure is less than this value, the well will be shut in if the Enable Low Line Pressure Protection option is selected	✓		✓	✓	✓	✓
Enable High Line Pressure Protection	enHiLnPrProtect	1179652	bool		i	False	min:False;max:True;			Whether to disable automatic control and shut the well in if the line pressure is greater than the High Line Pressure Limit	✓		✓	✓	✓	✓
High Line Pressure Limit	hiLnPrLim	1179653	double		i	100	min:1.0;max:10000.0;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	When the line pressure is greater than this value, the well will be shut in if the Enable High Line Pressure Protection option is selected	✓		✓	✓	✓	✓
Enable Very Early Arrival Protection	enVeryEarlyProtect	1179654	bool		i	False	min:False;max:True;			Whether to disable automatic control and shut the well in if the number of consecutive very early plunger arrivals is greater then the Consecutive Very Early Arrival Limit	✓		✓	✓	✓	✓
Very Early Arrival Time	veryEarlyTime	1179655	i16		i	60	min:5;max:30000;	640:seconds;	640:seconds;	If the plunger arrives sooner than this time then the arrival will be a very early arrival and the Consecutive Very Early Arrival count will be incremented	✓		✓	✓	✓	✓
Consecutive Very Early Arrival Limit	veryEarlyLim	1179656	i16		i	5	min:1;max:100;			If the number of consecutive very early plunger arrivals exceeds this value, automatic control will be disabled and the well will be shut in if the Enable Very Early Arrival Protection option is selected	✓		✓	✓	✓	✓
Enable Very Early Arrival Shut In	enVeryEarlyShutIn	1179657	bool		i	False	min:False;max:True;			Whether to shut the well in when the plunger arrives sooner than the Very Early Arrival Time	✓		✓	✓	✓	✓
Enable No Arrival Protection	enNoArrivalProtect	1179658	bool		i	False	min:False;max:True;			Whether to disable automatic control and shut the well in if the number of consecutive no plunger arrivals is greater then the Consecutive No Arrival Limit	✓		✓	✓	✓	✓
Consecutive No Arrival Limit	noArrivalLim	1179659	i16		i	5	min:1;max:100;			If the number of consecutive no plunger arrivals exceeds this value automatic control will be disabled and the well will be shut in	✓		✓	✓	✓	✓
Enable User Protection	enUserProtection	1179660	bool		i	False	min:False;max:True;			Whether to enable the user protection feature. When value in the User Protection Tag Name is non-zero, protection will be enabled	✓		✓	✓	✓	✓
User Protection Tag Name	userProtectionTg	1179661	string	bool	i	userProtection	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			When the value in this tag is true, user protection will be enabled. This value is not required if the Enable User Protection option is not selected		✓	✓	✓	✓

Group 'Critical Flow Calculation'

Settings in this group to configure the critical flow calculation

This is a configuration group that has 9 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
Enable Critical Flow Calculation	enFlwVelocityCalc	1245184	bool		i	False	min:False;max:True;			Select this option to enable the critical flow calculation	✓		✓	✓	✓	✓
Critical Flow Calculation Type	flwVelocityCalcType	1245185	i32		i	0:Turner	0:Turner; 1:Coleman;			Select the algorithm to use for the critical flow calculation. The Turner equation is typically used where the surface pressure is greater than 7000 kPa. The Coleman equation is used where the surface pressure is less than 7000 kPa.	✓		✓	✓	✓	✓
Use Fixed Temperature	useFixedTemp	1245186	bool		i	False	min:False;max:True;			Whether to read the temperature from the Temperature Tag Name or use the Fixed Temperature value	✓		✓	✓	✓	✓
Fixed Temperature	fixedTempValue	1245187	double		i	75	min:-100.0;max:500.0;	384:celsius;	384:celsius; 385:fahrenheit;	The fixed temperature value	✓		✓	✓	✓	✓
Gas Relative Density	gasRelDensity	1245188	double		i	.7	min:0.1;max:2.0;			The density of the gas phase relative to air (1.0 = 1.225kg/m3 or 0.0765 lb/ft3)	✓		✓	✓	✓	✓
Liquid Relative Density	liquidRelDensity	1245189	double		i	1	min:0.1;max:2.0;			The density of the liquid phase relative to water (1.0 = 1000kg/m3 or 62.4 lb/ft3)	✓		✓	✓	✓	✓
Surface Tension	surfaceTension	1245190	double		i	60	min:10.0;max:200.0;	2:dyne_cm;	2:dyne_cm;	The combined surface tension of water and condensate	✓		✓	✓	✓	✓
Tubing Inner Diameter	tubingDiameter	1245191	double		i	50	min:0.1;max:500.0;	768:cm;	768:cm; 772:inch;	The inner diameter of the well tubing	✓		✓	✓	✓	✓
Fixed Flow Multiplier	flowMultiplier	1245192	double		i	1	min:0.0;max:100.0;			The value to multiply the calculated critical flow value by. Use this to correct for units and so on. It's a catch-all fudge factor. Set to 1.0 to disable	✓		✓	✓	✓	✓

Group 'Flow Conditions Optimization'

Settings in this group are used to configure the range over which automatic optimization is allowed to adjust Flow Condition set points

This is a configuration group that has 14 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
Time Low Range	flOffTimeRngLw	1310720	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the configured Off Time when optimization is enabled	✓		✓	✓	✓	✓
Off Time High Range	flOffTimeRngHi	1310721	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the configured Off Time flow condition when optimization is enabled	✓		✓	✓	✓	✓
Load Ratio Low Range	flLoadRatioRngLw	1310722	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the configured Load Ratio flow condition when optimization is enabled	✓		✓	✓	✓	✓
Load Ratio High Range	flLoadRatioRngHi	1310723	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the configured Load Ratio flow condition when optimization is enabled	✓		✓	✓	✓	✓
Tubing Pressure Low Range	flTubingPrRngLw	1310724	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the configured Tubing Pressure flow condition when optimization is enabled	✓		✓	✓	✓	✓
Tubing Pressure High Range	flTubingPrRngHi	1310725	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the configured Tubing Pressure flow condition when optimization is enabled	✓		✓	✓	✓	✓
Casing Pressure Low Range	flCasingPrRngLw	1310726	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the configured Casing Pressure flow condition when optimization is enabled	✓		✓	✓	✓	✓
Casing Pressure High Range	flCasingPrRngHi	1310727	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the configured Casing Pressure flow condition when optimization is enabled	✓		✓	✓	✓	✓
Line Pressure Low Range	flLinePrRngLw	1310728	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the configured Line Pressure flow condition when optimization is enabled	✓		✓	✓	✓	✓
Line Pressure High Range	flLinePrRngHi	1310729	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the configured Line Pressure flow condition when optimization is enabled	✓		✓	✓	✓	✓
Tubing Line Pressure Difference Low Range	flTubingLnPrRngLw	1310730	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the configured Tubing Line Pressure Difference flow condition when optimization is enabled	✓		✓	✓	✓	✓
Tubing Line Pressure High Range	flTubingLnPrRngHi	1310731	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the configured Tubing Line Pressure Difference flow condition when optimization is enabled	✓		✓	✓	✓	✓
Casing Line Pressure Low Range	flCasingLnPrRngLw	1310732	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the configured Casing Line Pressure Difference flow condition when optimization is enabled	✓		✓	✓	✓	✓
Casing Line Pressure High Range	flCasingLnPrRngHi	1310733	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the configured Casing Line Pressure Difference flow condition when optimization is enabled	✓		✓	✓	✓	✓

Group 'Flow Conditions'

Settings in this group are used to configure when to open the sales valve and allow the well to flow

This is a configuration group that has 24 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
After Shut In Delay	afterShutInDelay	1376256	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds; 642:minutes;	The delay between shut in conditions being met and flow conditions being evaluated. After shut in conditions are met flow conditions will not be evaluated until time has elapsed	✓	✓	✓	✓	✓	✓
Enable Off Time	flEnOffTimeCond	1376257	bool		i	True	min:False;max:True;			Whether to enable the Off Time flow condition	✓	✓	✓	✓	✓	✓
Off Time	flOffTimeLim	1376258	i32		i	300	min:1;max:10000000;	640:seconds;	640:seconds; 642:minutes;	The amount of time to wait after the well is shut in before allowing the well to flow	✓	✓	✓	✓	✓	✓
Off Time Recovery Mode	flOffTimeRecv	1376279	i32		i	600	min:1;max:10000000;	640:seconds;	640:seconds; 642:minutes;	The amount of time to wait after the well is shut in before allowing the well to flow when in recovery mode. Recovery mode is enabled in the 'Plunger Config' settings	✓	✓	✓	✓	✓	✓
Enable Load Ratio	flEnLoadRatioCond	1376259	bool		i	False	min:False;max:True;			Whether to enable the Load Ratio flow condition	✓	✓	✓	✓	✓	✓
Load Ratio	flLoadRatioLim	1376260	double		i	5	min:0.1;max:100.0;	1:percent;	1:percent;	The load ratio must be below this value before the well can flow	✓	✓	✓	✓	✓	✓
Load Ratio Delay	flLoadRatioDly	1376261	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the Load Ratio condition being met and being accepted	✓	✓	✓	✓	✓	✓
Enable Tubing Pressure	flEnTubingPrCond	1376262	bool		i	False	min:False;max:True;			Whether to enable the Tubing Pressure flow condition	✓	✓	✓	✓	✓	✓
Tubing Pressure	flTubingPrLim	1376263	double		i	500	min:1.0;max:20000.0;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The tubing pressure must be greater than this value before the well can flow	✓	✓	✓	✓	✓	✓
Tubing Pressure Delay	flTubingPrDly	1376264	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the Tubing Pressure condition being met and being accepted	✓	✓	✓	✓	✓	✓
Enable Casing Pressure	flEnCasingPrCond	1376265	bool		i	False	min:False;max:True;			Whether to enable the Casing Pressure flow condition	✓	✓	✓	✓	✓	✓
Casing Pressure	flCasingPrLim	1376266	double		i	500	min:1.0;max:20000.0;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The casing pressure must be greater than this value before the well can flow	✓	✓	✓	✓	✓	✓
Casing Pressure Delay	flCasingPrDly	1376267	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the Casing Pressure condition being met and being accepted	✓	✓	✓	✓	✓	✓
Enable Line Pressure	flEnLinePrCond	1376268	bool		i	False	min:False;max:True;			Whether to enable the Line Pressure flow condition	✓	✓	✓	✓	✓	✓
Line Pressure	flLinePrLim	1376269	double		i	500	min:1.0;max:20000.0;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The line pressure must be less than this value before the well can flow	✓	✓	✓	✓	✓	✓
Line Pressure Delay	flLinePrDly	1376270	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the Line Pressure condition being met and being accepted	✓	✓	✓	✓	✓	✓
Enable Tubing Line Pressure Difference	flEnTbLnPrDiffCond	1376271	bool		i	False	min:False;max:True;			Whether to enable the Tubing Line Pressure Difference flow condition	✓	✓	✓	✓	✓	✓
Tubing-Line Pressure Difference	flTbLnPrDiffLim	1376272	double		i	500	min:1.0;max:20000.0;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The tubing pressure minus the line pressure must be greater than this value before the well can flow	✓	✓	✓	✓	✓	✓
Tubing Line Pressure Difference Delay	flTbLnPrDiffDly	1376273	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the Tubing Line Pressure Difference condition being met and being accepted	✓	✓	✓	✓	✓	✓
Enable Casing Line Pressure Difference	flEnCsLnPrDiffCond	1376274	bool		i	False	min:False;max:True;			Whether to enable the Casing Line Pressure Difference flow condition	✓	✓	✓	✓	✓	✓
Casing Line Pressure Difference	flCsLnPrDiffLim	1376275	double		i	500	min:1.0;max:20000.0;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The casing pressure minus the line pressure must be greater than this value before the well can flow	✓	✓	✓	✓	✓	✓
Casing Line Pressure Difference Delay	flCsLnPrDiffDly	1376276	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the Casing Line Pressure Difference condition being met and being accepted	✓	✓	✓	✓	✓	✓
Enable User Flow Condition	flEnUserCond	1376277	bool		i	False	min:False;max:True;			Whether to enable the User Flow Condition	✓	✓	✓	✓	✓	✓
User Flow Condition Delay	flUserCondDly	1376278	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the User Flow Condition being met and being accepted	✓	✓	✓	✓	✓	✓

Group 'Shut In Conditions Optimization'

Settings in this group are used to configure the range over which automatic optimization is allowed to adjust Shut In Condition set points

This is a configuration group that has 14 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
On Time Low Range	shOnTimeRngLw	1441792	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the configured On Time shut in condition when optimization is enabled	✓		✓	✓	✓	✓
On Time High Range	shOnTimeRngHi	1441793	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the configured On Time shut in condition when optimization is enabled	✓		✓	✓	✓	✓
Flow Low Range	shFlowRngLw	1441794	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the configured Flow shut in condition when optimization is enabled	✓		✓	✓	✓	✓
Flow High Range	shFlowRngHi	1441795	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the configured Flow shut in condition when optimization is enabled	✓		✓	✓	✓	✓
Casing Pressure Rise Low Range	shCasingPrRiseRngLw	1441796	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the configured Casing Pressure Rise shut in condition when optimization is enabled	✓		✓	✓	✓	✓
Casing Pressure Rise High Range	shCasingPrRiseRngHi	1441797	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the configured Casing Pressure Rise when optimization is enabled	✓		✓	✓	✓	✓
Critical Flow Multiplier Low Range	shCritFlowRngLw	1441798	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the configured Critical Flow Rate Multiplier shut in condition when optimization is enabled	✓		✓	✓	✓	✓
Critical Flow Multiplier High Range	shCritFlowRngHi	1441799	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the calculated Critical Flow Rate Multiplier shut in condition when optimization is enabled	✓		✓	✓	✓	✓
Casing Pressure Low Range	shCasingPrRngLw	1441800	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the Casing Pressure shut in condition when optimization is enabled	✓		✓	✓	✓	✓
Casing Pressure High Range	shCasingPrRngHi	1441801	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the Casing Pressure shut in condition when optimization is enabled	✓		✓	✓	✓	✓
Tubing Pressure Low Range	shTubingPrRngLw	1441802	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the Tubing Pressure shut in condition when optimization is enabled	✓		✓	✓	✓	✓
Tubing Pressure High Range	shTubingPrRngHi	1441803	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the Tubing Pressure shut in condition when optimization is enabled	✓		✓	✓	✓	✓
Casing Line Pressure Difference Low Range	shCsLnPrDiffRngLw	1441804	double		i	10	min:0.0;max:100.0;	1:percent;	1:percent;	The allowable range on the low side of the Casing Line Pressure Difference shut in condition when optimization is enabled	✓		✓	✓	✓	✓
Casing Line Pressure Difference High Range	shCsLnPrDiffPrRngHi	1441805	double		i	10	min:0.0;max:1000.0;	1:percent;	1:percent;	The allowable range on the high side of the Casing Line Pressure Difference shut in condition when optimization is enabled	✓		✓	✓	✓	✓

Group 'Shut In Conditions'

Settings in this group are used to configure when to close the sales valve and shut the well in

This is a configuration group that has 23 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
After Flow Delay	afterFlowDelay	1507328	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds; 642:minutes;	If the well has a plunger this is the delay between plunger arrival and shut in conditions being evaluated. If the well does not have a plunger this is the delay between flow conditions being met and shut in conditions being evaluated	✓	✓	✓	✓	✓	✓
Enable On Time	shEnOnTimeCond	1507329	bool		i	True	min:False;max:True;			Whether to enable the On Time shut in condition	✓	✓	✓	✓	✓	✓
On Time	shOnTimeLim	1507330	i32		i	300	min:1;max:10000000;	640:seconds;	640:seconds; 642:minutes;	The amount of time to wait after the well is allowed to flow before shutting it in	✓	✓	✓	✓	✓	✓
Enable Well Flow Rate	shEnFlowCond	1507331	bool		i	False	min:False;max:True;			Whether to enable the Well Flow Rate shut in condition	✓	✓	✓	✓	✓	✓
Flow	shFlowLim	1507332	double		i	500	min:1.0;max:20000.0;	512:e3m3_day;	512:e3m3_day; 513:m3_hr; 514:m3_s; 515:ft3_hr; 516:mmcf_day; 517:mcf_hr; 518:mcf_day; 519:mmcf_hr;	The well will be shut in when the flow rate is less than this value	✓	✓	✓	✓	✓	✓
Flow Delay	shFlowDly	1507333	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the Flow condition being met and being accepted	✓	✓	✓	✓	✓	✓
Enable Casing Pressure Rise	shEnCsPrRiseCond	1507334	bool		i	False	min:False;max:True;			Whether to enable the Casing Pressure Rise shut in condition	✓	✓	✓	✓	✓	✓
Casing Pressure Rise	shCsPrRiseLim	1507335	double		i	10	min:1.0;max:500.0;	1:percent;	1:percent;	The allowable rise above the minimum measured casing pressure before the well is shut in	✓	✓	✓	✓	✓	✓
Casing Pressure Rise Delay	shCsPrRiseDly	1507336	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the Casing Pressure Rise condition being met and being accepted	✓	✓	✓	✓	✓	✓
Enable Critical Flow	shEnCritFlowCond	1507337	bool		i	False	min:False;max:True;			Whether to shut the well in when the measured flow falls below the calculated critical flow value multiplied by the Critical Flow Rate Multiplier	✓	✓	✓	✓	✓	✓
Critical Flow Multiplier	shCritFlowLim	1507338	double		i	1	min:0.1;max:10.0;			A multiplier for the critical flow value	✓	✓	✓	✓	✓	✓
Critical Flow Delay	shCritFlowDly	1507339	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the Critical Flow condition being met and being accepted	✓	✓	✓	✓	✓	✓
Enable User Shut In Condition	shEnUserCond	1507340	bool		i	False	min:False;max:True;			Whether to enable the User Shut In Condition	✓	✓	✓	✓	✓	✓
User Shut In Condition Delay	shUserCondDly	1507341	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the User Shut In Condition being met and being accepted	✓	✓	✓	✓	✓	✓
Enable Casing Pressure	shEnCsPrCond	1507342	bool		i	False	min:False;max:True;			Whether to enable the Casing Pressure shut in condition	✓	✓	✓	✓	✓	✓
Casing Pressure	shCsPrLim	1507343	double		i	500	min:1.0;max:20000.0;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	When the casing pressure falls below this value the well will be shut in	✓	✓	✓	✓	✓	✓
Minimum Casing Pressure Delay	shCsPrDly	1507344	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the Minimum Casing Pressure condition being met and being accepted	✓	✓	✓	✓	✓	✓
Enable Tubing Pressure	shEnTbPrCond	1507345	bool		i	False	min:False;max:True;			Whether to enable the Tubing Pressure shut in condition	✓	✓	✓	✓	✓	✓
Tubing Pressure	shTbPrLim	1507346	double		i	500	min:1.0;max:20000.0;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	When the tubing pressure falls below this value the well will be shut in	✓	✓	✓	✓	✓	✓
Tubing Pressure Delay	shTbPrDly	1507347	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the Tubing Pressure condition being met and being accepted	✓	✓	✓	✓	✓	✓
Enable Casing Line Pressure Difference	shEnCsLnPrDiffCond	1507348	bool		i	False	min:False;max:True;			Whether to enable the Casing Line Pressure Difference shut in condition	✓	✓	✓	✓	✓	✓
Casing Line Pressure Difference	shCsLnPrDiffLim	1507349	double		i	500	min:1.0;max:20000.0;	256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The casing pressure minus the line pressure must be less than this value before the well is shut in	✓	✓	✓	✓	✓	✓
Casing Line Pressure Difference Delay	shCsLnPrDiffDly	1507350	i16		i	0	min:0;max:30000;	640:seconds;	640:seconds;	The delay in between the Casing Line Pressure Difference condition being met and being accepted	✓	✓	✓	✓	✓	✓

Group 'Plunger Configuration'

Settings in this group are used to configure the plunger control loop

This is a configuration group that has 14 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
Plunger Exists	plungerExists	1572865	bool		i	False	min:False;max:True;			Whether the well has a plunger installed	✓		✓	✓	✓	✓
Arrival Calculation Type	arrivalCalcType	1572872	i32		i	0:Time	0:Time; 1:Velocity;			Whether to use time or velocity to determine the plunger arrival type. When Time is selected, configure the Early Arrival Time, Late Arrival Time and Maximum Arrival time parameters. When Velocity is selected, configure the Normal Arrival Velocity, Early Arrival Velocity Multiplier, Late Arrival Velocity Multiplier, and Maximum Velocity Multiplier. When Velocity is selected, the Bumper Spring Depth must also be set correctly	✓		✓	✓	✓	✓
Early Arrival Time	earlyArrivalTime	1572867	i16		i	300	min:0;max:30000;	640:seconds;	640:seconds; 642:minutes;	Early arrival occurs if the plunger arrives before this time. Use this setting when the Arrival Calculation Type is Time	✓		✓	✓	✓	✓
Late Arrival Time	lateArrivalTime	1572868	i16		i	600	min:0;max:30000;	640:seconds;	640:seconds; 642:minutes;	Late arrival occurs if the plunger has not arrived before this time has elapsed. Use this setting when the Arrival Calculation Type is Time	✓		✓	✓	✓	✓
Maximum Arrival Time	maxArrivalTime	1572866	i16		i	900	min:0;max:30000;	640:seconds;	640:seconds; 642:minutes;	The maximum time to wait for plunger arrival. If the plunger doesn't arrive within this time the well will be shut in immediately and shut in conditions will not be evaluated. This setting only applies if the Plunger Exists setting is selected	✓		✓	✓	✓	✓
Bumper Spring Depth	bmpSprngDpth	1572871	double		i	5000	min:0.0;max:100000.0;	770:m;	770:m; 773:ft;	The depth of the bumper spring in the well. This is used to calculate the total plunger travel as well as they arrival type when the Arrival Type is set to Velocity	✓		✓	✓	✓	✓
Normal Arrival Velocity	normArrVelocity	1572873	double		i	4	min:0.1;max:1000.0;	1536:m_s;	1536:m_s; 1538:ft_s; 1540:m_min; 1541:ft_min;	The expected velocity of the plunger for normal arrival. This value along with the Bumper Spring Depth are used to calculate a normal arrival time	✓		✓	✓	✓	✓
Early Arrival Velocity Multiplier	earlyVelocityMult	1572874	double		i	1.5	min:0.0;max:100.0;			A multiplier on the Normal Arrival Velocity used to determine when the plunger is early. If the plunger arrives earlier than the calculated time then the plunger arrival type is early. This value must be greater than the Late Arrival Velocity Multiplier	✓		✓	✓	✓	✓
Late Arrival Velocity Multiplier	lateVelocityMult	1572875	double		i	.7	min:0.0;max:100.0;			A multiplier on the Normal Arrival Velocity used to determine when the plunger is late. If the plunger arrives later than the calculated time then the plunger arrival type is late. This value must be less than the Early Arrival Velocity Multiplier	✓		✓	✓	✓	✓
Maximum Velocity Arrival Multiplier	maxVelocityMult	1572876	double		i	.5	min:0.0;max:100.0;			A multiplier on the Normal Arrival Velocity used to determine when the plunger has not arrived and to stop waiting for plunger arrival. If the plunger doesn't arrive within this time the well will be shut in immediately and shut in conditions will not be evaluated. This value must be less than the Late Arrival Velocity Multiplier	✓		✓	✓	✓	✓
Enable Optimization	enOptimization	1572869	bool		i	False	min:False;max:True;			Whether to enable automatic optimization for this plunger control loop	✓		✓	✓	✓	✓
Initial State	initialState	1572870	i32		i	0:After Shut In Delay (Valve Closed)	0:After Shut In Delay (Valve Closed); 1:After Flow Delay (Valve Open);			The initial state when the control loop is enabled or reset	✓		✓	✓	✓	✓
Enable Recovery Mode	enRecvMode	1572877	bool		i	False	min:False;max:True;			Whether to enable Recovery Mode. When enabled, when the number of consecutive plunger no-arrival counts exceeds the Recovery Mode No Arrival Count, the Off Time flow condition will use the 'Off Time Recovery Mode' value	✓		✓	✓	✓	✓
Recovery Mode No Arrival Count	recvModeCount	1572878	i16		i	10	min:0;max:200;			Recovery Mode is entered when the number of consecutive plunger no arrivals exceeds this value	✓		✓	✓	✓	✓

Group 'Gas Lift Coordination'

Settings that allow this application to coordinate with a gas lift application. Values from this group map settings in the Plunger Lift Tags group in the Gas Lift application

This is a configuration group that has 11 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
Enable Gas Lift Integration	enGasLift	1638408	bool		i	False	min:False;max:True;			Whether this application coordinates with a gas lift application. When not selected, tags in this group do not need to be configured	✓		✓	✓	✓	✓
Plunger Arrived	plArrTag	1638400	string	bool	o	glPlungerArrived	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			This application will write to the this boolean tag. The value will be high once the plunger has arrived and false otherwise. The tag will stay high for at least 5 seconds so that the gas lift program can process it. This does not need to be configured if Plunger Exists in the Plunger Configuration group is not selected		✓	✓	✓
Plunger Arrived Early	plArrEarly	1638401	string	bool	o	glPlungerArrivedEarly	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			This application will write to this active high boolean value that indicates if the plunger arrived early. It will be valid at the same time as the Plunger Arrived tag is valid. The tag will stay high (active) for at least 5 seconds so that the gas lift program can process it. This does not need to be configured if Plunger Exists in the Plunger Configuration group is not selected		✓	✓	✓
Plunger Arrived Normally	plArrNormal	1638402	string	bool	o	glPlungerArrivedNormal	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			This application will write to this active high boolean value that indicates if the plunger arrived normally. It will be valid at the same time as the Plunger Arrived tag is valid. The tag will stay high (active) for at least 5 seconds so that the gas lift program can process it. This does not need to be configured if Plunger Exists in the Plunger Configuration group is not selected		✓	✓	✓
Plunger Arrived Late	plArrLate	1638403	string	bool	o	glPlungerArrivedLate	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			This application will write to this active high boolean value that indicates if the plunger arrived normally. It will be valid at the same time as the Plunger Arrived tag is valid. The tag will stay high (active) for at least 5 seconds so that the gas lift program can process it. This does not need to be configured if Plunger Exists in the Plunger Configuration group is not selected		✓	✓	✓
Plunger No Arrival	plNoArr	1638410	string	bool	o	glPlungerNoArrival	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			This application will write to this active high boolean value that indicates that the plunger did not arrive this cycle and a timeout occurred waiting for plunger arrival. The tag will stay high (active) for at least 5 seconds so that the gas lift program can process it. This does not need to be configured if Plunger Exists in the Plunger Configuration group is not selected		✓	✓	✓
Plunger Is Late	plIsLate	1638404	string	bool	o	glPlungerIsLate	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			The application will write to this active high boolean value that indicates if the plunger is late this cycle. The tag will stay high (active) for at least 5 seconds so that the gas lift program can process it. This does not need to be configured if Plunger Exists in the Plunger Configuration group is not selected		✓	✓	✓
Plunger Cycle Complete	plCycComp	1638405	string	bool	o	glPlungerCycleComplete	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			The application will write to this active high boolean value that indicates that the plunger cycle is complete. The tag will stay high (active) for at least 5 seconds so that the gas lift program can process it. This tag must be configured if Enable Gas Lift Integration is selected		✓	✓	✓
Plunger Sales Valve State	plSalesValve	1638406	string	bool	o	glPlungerValveState	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			The application will write to this boolean tag that indicates the state of the plunger sales valve. The value will be 0 when the sales valve is closed and 1 when the sales valve is open. This tag must be configured if Enable Gas Lift Integration is selected		✓	✓	✓
Enable Shut In Injection Hold Off	enShutInHoldOff	1638409	bool		i	False	min:False;max:True;			Whether to pause the plunger lift application when shut in injection is active and wait for shut in injection to complete. When selected, the Gas Lift Shut In Injection Active tag must be configured correctly	✓		✓	✓	✓	✓
Gas Lift Shut In Injection Active	glShutInInjActive	1638407	string	bool	i	glShutInInjActive	minChars:2;maxChars:32; spaces:False; lettersNumbersOnly:True;			The gas lift application will write to this boolean tag. The value should be high when shut in injection is active, and low otherwise. This value must be configured if Enable Shut In Injection Holdoff is selected		✓	✓	✓	✓

Group 'Plunger Control'

Settings in this group are used to adjust application set points at run time

This is a control group that has 11 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
Enable Manual Override	enManualOverride	8454144	bool		io	False	min:False;max:True;			Enable manual override for the plunger control loop. This allows the sales valve state to be set directly via the Manual Position parameter	✓	✓	✓	✓	✓	✓
Manual Position	manualPosition	8454145	i32		io	0:Shut In	0:Shut In; 1:Flow;			The sales valve position when Enable Manual Override is active	✓	✓	✓	✓	✓	✓
Pause Control	pauseControl	8454148	bool		io	False	min:False;max:True;			Suspend control. When pause is disabled, control is reenabled and the control loop will pick up where it left off	✓	✓	✓	✓	✓	✓
Advance to After Flow Delay	advAfterFlow	8454149	bool		io	False	min:False;max:True;			Open the sales valve and move the program to the After Flow Delay state immediately	✓	✓	✓	✓	✓	✓
Advance to After Shut In Delay	advAfterShutIn	8454150	bool		io	False	min:False;max:True;			Close the sales valve and move the program to the After Shut in Delay state immediately	✓	✓	✓	✓	✓	✓
Exit Protection	exitProtection	8454151	bool		io	False	min:False;max:True;			Reenable automatic control after entering the Protection state	✓	✓	✓	✓	✓	✓
Reset Arrival Counts	rstArrCounts	8454152	bool		io	False	min:False;max:True;			Clear plunger arrival counts except counts that are used by protection algorithms	✓	✓	✓	✓	✓	✓
Reset Optimization	rstOptimization	8454153	bool		io	False	min:False;max:True;			Initialize all optimized setpoints	✓	✓	✓	✓	✓	✓
Reset History	rstHistory	8454154	bool		io	False	min:False;max:True;			Clear plunger history	✓	✓	✓	✓	✓	✓
Set Plunger Travel	setPlungerTravel	8454155	bool		io	False	min:False;max:True;			Sets the total plunger travel to the value in the Plunger Travel Preset tag	✓	✓	✓	✓	✓	✓
Plunger Travel Preset	plungerTravelPreset	8454156	double		io		min:0.0;max:100000.0;	770:m;	770:m; 773:ft;	The value to set the total plunger travel to	✓	✓	✓	✓	✓	✓

Group 'Configuration Group Status'

Parameters in this group indicate the status of the associated configuration group

This is a status group that has 9 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
Input Output Group Configuration Invalid	inOutGrpVld	5373952	bool		o					Indicates whether the configuration of the Input-Output group is valid or invalid. A low value indicates a valid configuration. A high value indicates an invalid configuration	✓		✓	✓		✓
Protection Settings Group Configuration Invalid	protectGrpVld	5373953	bool		o					Indicates whether the configuration of the Protection Settings group is valid or invalid. A low value indicates a valid configuration. A high value indicates an invalid configuration	✓		✓	✓		✓
Critical Flow Calculation Group Configuration Invalid	critFlwCalcGrpVld	5373954	bool		o					Indicates whether the configuration of the Critical Flow Calculation group is valid or invalid. A low value indicates a valid configuration. A high value indicates an invalid configuration	✓		✓	✓		✓
Flow Conditions Optimization Group Configuration Invalid	flwOptiGrpVld	5373955	bool		o					Indicates whether the configuration of the Flow Conditions Optimization group is valid or invalid. A low value indicates a valid configuration. A high value indicates an invalid configuration	✓		✓	✓		✓
Flow Conditions Group Configuration Invalid	flwCondGrpVld	5373956	bool		o					Indicates whether the configuration of the Flow Conditions group is valid or invalid. A low value indicates a valid configuration. A high value indicates an invalid configuration	✓		✓	✓		✓
Shut In Conditions Optimization Group Configuration Invalid	shutOptiGrpVld	5373957	bool		o					Indicates whether the configuration of the Shut In Conditions Optimization group is valid or invalid. A low value indicates a valid configuration. A high value indicates an invalid configuration	✓		✓	✓		✓
Shut In Conditions Group Configuration Invalid	shutCondGrpVld	5373958	bool		o					Indicates whether the configuration of the Shut In Conditions group is valid or invalid. A low value indicates a valid configuration. A high value indicates an invalid configuration	✓		✓	✓		✓
Plunger Configuration Group Configuration Valid	plungerGrpVld	5373959	bool		o					Indicates whether the configuration of the Plunger Configuration group is valid or invalid. A low value indicates a valid configuration. A high value indicates an invalid configuration	✓		✓	✓		✓
Gas Lift Group Configuration Valid	gasLiftGrpVld	5373960	bool		o					Indicates whether the configuration of the Gas Lift group is valid or invalid. A low value indicates a valid configuration. A high value indicates an invalid configuration	✓		✓	✓		✓

Group 'Plunger Status'

Values in this group indicate the status of the plunger control loop

This is a status group that has 27 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
Control State	controlState	5439488	i32		o	0:Initialize	0:Initialize; 1:Waiting For Flow; 2:Waiting For Plunger Arrival; 3:After Flow Delay; 4:Waiting to Shut In; 5:After Shut In Delay; 6:Manual Override; 7:Protection Enabled; 8:Paused; 9:End of Cycle;			The status of the control loop	✓	✓	✓	✓		✓
Protection Reason	protectionReason	5439489	i32		o	0:None	0:None; 1:Line Pressure Low; 2:Line Pressure High; 3:High Energy; 4:Very Early Arrival; 5:No Arrival; 6:User Protection;			The protection setting that was violated if the Control State is Protected	✓	✓	✓	✓		✓
Load Ratio	loadRatio	5439490	double		o			1:percent;	1:percent;	The calculated load ratio	✓	✓	✓	✓		✓
Critical Flow	criticalFlow	5439491	double		o			512:e3m3_day;	512:e3m3_day; 513:m3_hr; 514:m3_s; 515:ft3_hr; 516:mmcf_day; 517:mcf_hr; 518:mcf_day; 519:mmcf_hr;	The calculated critical flow rate	✓	✓	✓	✓		✓
Plunger Arrived	plungerArrived	5439492	bool		o					Whether the plunger has arrived for the current cycle	✓	✓	✓	✓		✓
Total Plunger Arrival Count	totalArrvCount	5439493	i32		o					The total number of plunger arrivals	✓	✓	✓	✓		✓
Normal Plunger Arrival Count	normArrvCount	5439494	i32		o					The number of normal plunger arrivals	✓	✓	✓	✓		✓
Early Plunger Arrival Count	earlyArrvCount	5439495	i32		o					The number of early plunger arrivals	✓	✓	✓	✓		✓
Late Plunger Arrival Count	lateArrvCount	5439496	i32		o					The number of late plunger arrivals	✓	✓	✓	✓		✓
No Arrival Count	noArrvCount	5439497	i32		o					The number of plunger cycles with no plunger arrival	✓	✓	✓	✓		✓
Consecutive Very Early Arrival Count	vryErlyArrvCnt	5439498	i32		o					The number of consecutive plunger cycles with very early plunger arrival	✓	✓	✓	✓		✓
Consecutive Plunger No Arrival Count (Recovery)	noArrvCntRecv	5439499	i32		o					The number of consecutive plunger cycles with no plunger arrival for recovery mode	✓	✓	✓	✓		✓
Consecutive Plunger No Arrival Count (Protection)	noArrvCntProtect	5439516	i32		o					The number of consecutive plunger cycles with no plunger arrival for protection	✓	✓	✓	✓		✓
Actual Minimum Casing Pressure	actMinCasingPr	5439509	double		o			256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The measured minimum casing pressure. Only updated in the Waiting for Flow state	✓	✓	✓	✓		✓
Actual Casing Pressure Rise	actCasingPrRise	5439510	double		o			1:percent;	1:percent;	The calculated casing pressure rise. Only updated in the Waiting for Flow state	✓	✓	✓	✓		✓
Actual Tubing Line Pressure Difference	actTbLnPrDiff	5439511	double		o			256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The calculated difference between the tubing pressure and line pressure	✓	✓	✓	✓		✓
Actual Casing Line Pressure Difference	actCsLnPrDiff	5439512	double		o			256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The calculated difference between the casing pressure and line pressure	✓	✓	✓	✓		✓
Plunger Travel	totalPlungerTravel	5439513	double		o			770:m;	770:m; 773:ft;	The total (up and down) plunger travel. Each plunger arrival (excluding very early arrival) will increment this by 2x the Well Depth	✓	✓	✓	✓		✓
Flow Reason	flowReason	5439501	i32		o	0:None	0:None; 1:Off Time; 2:Load Ratio; 3:Tubing Pressure; 4:Casing Pressure; 5:Line Pressure; 6:Tubing Line Pressure Difference; 7:Casing Line Pressure Difference; 8:User Condition;			The flow condition that was met for the current cycle	✓	✓	✓	✓		✓
Shut In Reason	shutInReason	5439502	i32		o	0:None	0:None; 1:On Time; 2:Flow; 3:Casing Pressure Rise; 4:Critical Flow; 5:User Condition; 6:Casing Pressure; 7:Tubing Pressure; 8:Casing Line Pressure Difference;			The shut in condition that was met for the current cycle	✓	✓	✓	✓		✓
Arrival Type	arrivalType	5439503	i32		o	0:Unknown	0:Unknown; 1:No Arrival; 2:Early; 3:Late; 4:Normal;			The plunger arrival type for the current cycle	✓	✓	✓	✓		✓
Elapsed Time Flow	elapsTimeFlow	5439504	double		o			640:seconds;	640:seconds; 642:minutes; 643:hours;	The time elapsed since flow conditions were met for the current cycle	✓	✓	✓	✓		✓
Elapsed Time Shut In	elapsTimeShutIn	5439505	double		o			640:seconds;	640:seconds; 642:minutes; 643:hours;	The time elapsed since a shut in condition was met for the current cycle	✓	✓	✓	✓		✓
Arrival Time	arrivalTime	5439506	double		o			640:seconds;	640:seconds; 642:minutes;	The elapsed time between the flow conditions being met and plunger arrival for the current cycle	✓	✓	✓	✓		✓
After Flow Time	afterFlowTime	5439507	double		o			640:seconds;	640:seconds; 642:minutes;	The elapsed time between plunger arrival and a shut in condition being met for the current cycle	✓	✓	✓	✓		✓
Cycles Today	cyclesToday	5439514	i32		o					The number of plunger cycles today. This value is reset at midnight local time every day	✓	✓	✓	✓		✓
Recovery Mode Active	recvActive	5439515	bool		o					High when recovery mode is active, low otherwise	✓	✓	✓	✓		✓

Group 'Plunger History'

Values in this group contain historical values for the plunger control loop

This is a status group that has 48 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
End of Cycle Timestamp 01	hisEndCycleTs_001	5507179	ui32		o			4:unixSeconds;	4:unixSeconds;	The date time at the end of the plunger cycle	✓		✓	✓		✓
History Flow Reason 01	hisFlReason_001	5507172	i32		o	0:None	0:None; 1:Off Time; 2:Load Ratio; 3:Tubing Pressure; 4:Casing Pressure; 5:Line Pressure; 6:Tubing Line Pressure Difference; 7:Casing Line Pressure Difference; 8:User Condition;			The flow condition that was met for the cycle	✓		✓	✓		✓
History Shut In Reason 01	hisShReason_001	5507173	i32		o	0:None	0:None; 1:On Time; 2:Flow; 3:Casing Pressure Rise; 4:Critical Flow; 5:User Condition; 6:Casing Pressure; 7:Tubing Pressure; 8:Casing Line Pressure Difference;			The shut in condition that was met for the cycle	✓		✓	✓		✓
History Arrival Type 01	hisArrivalType_001	5507174	i32		o	0:Unknown	0:Unknown; 1:No Arrival; 2:Early; 3:Late; 4:Normal;			The plunger arrival type for the cycle	✓		✓	✓		✓
History Elapsed Time Flow 01	hisElapsTimeFl_001	5507175	double		o			640:seconds;	640:seconds; 642:minutes; 643:hours;	The time elapsed since flow conditions were met for the cycle	✓		✓	✓		✓
History Elapsed Time Shut In 01	hisElapsTimeSh_001	5507176	double		o			640:seconds;	640:seconds; 642:minutes; 643:hours;	The time elapsed since a shut in condition was met for the cycle	✓		✓	✓		✓
History Arrival Time 01	hisArrivalTime_001	5507177	double		o			640:seconds;	640:seconds; 642:minutes;	The elapsed time between the flow conditions being met and plunger arrival for the cycle	✓		✓	✓		✓
History After Flow Time 01	hisAfterFlowTime_001	5507178	double		o			640:seconds;	640:seconds; 642:minutes;	The elapsed time between plunger arrival and a shut in condition being met for the cycle	✓		✓	✓		✓
End of Cycle Timestamp 02	hisEndCycleTs_002	5507279	ui32		o			4:unixSeconds;	4:unixSeconds;	The date time at the end of the plunger cycle	✓		✓	✓		✓
History Flow Reason 02	hisFlReason_002	5507272	i32		o	0:None	0:None; 1:Off Time; 2:Load Ratio; 3:Tubing Pressure; 4:Casing Pressure; 5:Line Pressure; 6:Tubing Line Pressure Difference; 7:Casing Line Pressure Difference; 8:User Condition;			The flow condition that was met for the cycle	✓		✓	✓		✓
History Shut In Reason 02	hisShReason_002	5507273	i32		o	0:None	0:None; 1:On Time; 2:Flow; 3:Casing Pressure Rise; 4:Critical Flow; 5:User Condition; 6:Casing Pressure; 7:Tubing Pressure; 8:Casing Line Pressure Difference;			The shut in condition that was met for the cycle	✓		✓	✓		✓
History Arrival Type 02	hisArrivalType_002	5507274	i32		o	0:Unknown	0:Unknown; 1:No Arrival; 2:Early; 3:Late; 4:Normal;			The plunger arrival type for the cycle	✓		✓	✓		✓
History Elapsed Time Flow 02	hisElapsTimeFl_002	5507275	double		o			640:seconds;	640:seconds; 642:minutes; 643:hours;	The time elapsed since flow conditions were met for the cycle	✓		✓	✓		✓
History Elapsed Time Shut In 02	hisElapsTimeSh_002	5507276	double		o			640:seconds;	640:seconds; 642:minutes; 643:hours;	The time elapsed since a shut in condition was met for the cycle	✓		✓	✓		✓
History Arrival Time 02	hisArrivalTime_002	5507277	double		o			640:seconds;	640:seconds; 642:minutes;	The elapsed time between the flow conditions being met and plunger arrival for the cycle	✓		✓	✓		✓
History After Flow Time 02	hisAfterFlowTime_002	5507278	double		o			640:seconds;	640:seconds; 642:minutes;	The elapsed time between plunger arrival and a shut in condition being met for the cycle	✓		✓	✓		✓
End of Cycle Timestamp 03	hisEndCycleTs_003	5507379	ui32		o			4:unixSeconds;	4:unixSeconds;	The date time at the end of the plunger cycle	✓		✓	✓		✓
History Flow Reason 03	hisFlReason_003	5507372	i32		o	0:None	0:None; 1:Off Time; 2:Load Ratio; 3:Tubing Pressure; 4:Casing Pressure; 5:Line Pressure; 6:Tubing Line Pressure Difference; 7:Casing Line Pressure Difference; 8:User Condition;			The flow condition that was met for the cycle	✓		✓	✓		✓
History Shut In Reason 03	hisShReason_003	5507373	i32		o	0:None	0:None; 1:On Time; 2:Flow; 3:Casing Pressure Rise; 4:Critical Flow; 5:User Condition; 6:Casing Pressure; 7:Tubing Pressure; 8:Casing Line Pressure Difference;			The shut in condition that was met for the cycle	✓		✓	✓		✓
History Arrival Type 03	hisArrivalType_003	5507374	i32		o	0:Unknown	0:Unknown; 1:No Arrival; 2:Early; 3:Late; 4:Normal;			The plunger arrival type for the cycle	✓		✓	✓		✓
History Elapsed Time Flow 03	hisElapsTimeFl_003	5507375	double		o			640:seconds;	640:seconds; 642:minutes; 643:hours;	The time elapsed since flow conditions were met for the cycle	✓		✓	✓		✓
History Elapsed Time Shut In 03	hisElapsTimeSh_003	5507376	double		o			640:seconds;	640:seconds; 642:minutes; 643:hours;	The time elapsed since a shut in condition was met for the cycle	✓		✓	✓		✓
History Arrival Time 03	hisArrivalTime_003	5507377	double		o			640:seconds;	640:seconds; 642:minutes;	The elapsed time between the flow conditions being met and plunger arrival for the cycle	✓		✓	✓		✓
History After Flow Time 03	hisAfterFlowTime_003	5507378	double		o			640:seconds;	640:seconds; 642:minutes;	The elapsed time between plunger arrival and a shut in condition being met for the cycle	✓		✓	✓		✓
End of Cycle Timestamp 04	hisEndCycleTs_004	5507479	ui32		o			4:unixSeconds;	4:unixSeconds;	The date time at the end of the plunger cycle	✓		✓	✓		✓
History Flow Reason 04	hisFlReason_004	5507472	i32		o	0:None	0:None; 1:Off Time; 2:Load Ratio; 3:Tubing Pressure; 4:Casing Pressure; 5:Line Pressure; 6:Tubing Line Pressure Difference; 7:Casing Line Pressure Difference; 8:User Condition;			The flow condition that was met for the cycle	✓		✓	✓		✓
History Shut In Reason 04	hisShReason_004	5507473	i32		o	0:None	0:None; 1:On Time; 2:Flow; 3:Casing Pressure Rise; 4:Critical Flow; 5:User Condition; 6:Casing Pressure; 7:Tubing Pressure; 8:Casing Line Pressure Difference;			The shut in condition that was met for the cycle	✓		✓	✓		✓
History Arrival Type 04	hisArrivalType_004	5507474	i32		o	0:Unknown	0:Unknown; 1:No Arrival; 2:Early; 3:Late; 4:Normal;			The plunger arrival type for the cycle	✓		✓	✓		✓
History Elapsed Time Flow 04	hisElapsTimeFl_004	5507475	double		o			640:seconds;	640:seconds; 642:minutes; 643:hours;	The time elapsed since flow conditions were met for the cycle	✓		✓	✓		✓
History Elapsed Time Shut In 04	hisElapsTimeSh_004	5507476	double		o			640:seconds;	640:seconds; 642:minutes; 643:hours;	The time elapsed since a shut in condition was met for the cycle	✓		✓	✓		✓
History Arrival Time 04	hisArrivalTime_004	5507477	double		o			640:seconds;	640:seconds; 642:minutes;	The elapsed time between the flow conditions being met and plunger arrival for the cycle	✓		✓	✓		✓
History After Flow Time 04	hisAfterFlowTime_004	5507478	double		o			640:seconds;	640:seconds; 642:minutes;	The elapsed time between plunger arrival and a shut in condition being met for the cycle	✓		✓	✓		✓
End of Cycle Timestamp 05	hisEndCycleTs_005	5507579	ui32		o			4:unixSeconds;	4:unixSeconds;	The date time at the end of the plunger cycle	✓		✓	✓		✓
History Flow Reason 05	hisFlReason_005	5507572	i32		o	0:None	0:None; 1:Off Time; 2:Load Ratio; 3:Tubing Pressure; 4:Casing Pressure; 5:Line Pressure; 6:Tubing Line Pressure Difference; 7:Casing Line Pressure Difference; 8:User Condition;			The flow condition that was met for the cycle	✓		✓	✓		✓
History Shut In Reason 05	hisShReason_005	5507573	i32		o	0:None	0:None; 1:On Time; 2:Flow; 3:Casing Pressure Rise; 4:Critical Flow; 5:User Condition; 6:Casing Pressure; 7:Tubing Pressure; 8:Casing Line Pressure Difference;			The shut in condition that was met for the cycle	✓		✓	✓		✓
History Arrival Type 05	hisArrivalType_005	5507574	i32		o	0:Unknown	0:Unknown; 1:No Arrival; 2:Early; 3:Late; 4:Normal;			The plunger arrival type for the cycle	✓		✓	✓		✓
History Elapsed Time Flow 05	hisElapsTimeFl_005	5507575	double		o			640:seconds;	640:seconds; 642:minutes; 643:hours;	The time elapsed since flow conditions were met for the cycle	✓		✓	✓		✓
History Elapsed Time Shut In 05	hisElapsTimeSh_005	5507576	double		o			640:seconds;	640:seconds; 642:minutes; 643:hours;	The time elapsed since a shut in condition was met for the cycle	✓		✓	✓		✓
History Arrival Time 05	hisArrivalTime_005	5507577	double		o			640:seconds;	640:seconds; 642:minutes;	The elapsed time between the flow conditions being met and plunger arrival for the cycle	✓		✓	✓		✓
History After Flow Time 05	hisAfterFlowTime_005	5507578	double		o			640:seconds;	640:seconds; 642:minutes;	The elapsed time between plunger arrival and a shut in condition being met for the cycle	✓		✓	✓		✓

Group 'Optimized Values'

Values in this group indicate the optimized values for condition set points

This is a status group that has 14 parameters.


Parameter	Tag Name	ID	Value Type	Tag Value Type	IO Type	Default Value	Limits	Default Units	Allowed Units	Description	Sync Enabled	Sync Default	Export Enabled	Publish MQTT Enabled	Subscribe MQTT Enabled	Show in Manager Enabled
Off Time Optimized	flOffTimeOpt	5570560	double		o			640:seconds;	640:seconds; 642:minutes;	The optimized value of the Minimum Off Time flow condition	✓		✓	✓		✓
Load Ratio Optimized	flLoadRatioOpt	5570561	double		o			1:percent;	1:percent;	The optimized value of the Load Ratio flow condition	✓		✓	✓		✓
Tubing Pressure Flow Optimized	flTbPrOpt	5570562	double		o			256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The optimized value of the Tubing Pressure flow condition	✓		✓	✓		✓
Casing Pressure Flow Optimized	flCsPrOpt	5570563	double		o			256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The optimized value of the Casing Pressure flow condition	✓		✓	✓		✓
Line Pressure Optimized	flLnPrOpt	5570564	double		o			256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The optimized value of the Line Pressure flow condition	✓		✓	✓		✓
Tubing Line Pressure Diff Optimized	flTbLnPrDiffOpt	5570565	double		o			256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The optimized value of the Tubing-Line Pressure Difference flow condition	✓		✓	✓		✓
Casing Line Pressure Diff Flow Optimized	flCsLnPrDiffOpt	5570566	double		o			256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The optimized value of the Casing Line Pressure Difference flow condition	✓		✓	✓		✓
On Time Optimized	shOnTimeOpt	5570567	double		o			640:seconds;	640:seconds; 642:minutes;	The optimized value of the On Time shut in condition	✓		✓	✓		✓
Flow Optimized	shFlowOpt	5570568	double		o			512:e3m3_day;	512:e3m3_day; 513:m3_hr; 514:m3_s; 515:ft3_hr; 516:mmcf_day; 517:mcf_hr; 518:mcf_day; 519:mmcf_hr;	The optimized value of the Flow shut in condition	✓		✓	✓		✓
Casing Pressure Rise Optimized	shCsPrRiseOpt	5570569	double		o			1:percent;	1:percent;	The optimized value of the Casing Pressure Rise shut in condition	✓		✓	✓		✓
Critical Flow Rate Multiplier Optimized	shCritFlowOpt	5570570	double		o					The optimized value of the Critical Flow Rate Multiplier shut in condition	✓		✓	✓		✓
Casing Pressure Shut In Optimized	shCsPrOpt	5570571	double		o			256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The optimized value of the Casing Pressure shut in condition	✓		✓	✓		✓
Tubing Pressure Shut In Optimized	shTbPrOpt	5570572	double		o			256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The optimized value of the Tubing Pressure shut in condition	✓		✓	✓		✓
Casing Line Pressure Difference Shut In Optimized	shCsLnPrDiffOpt	5570573	double		o			256:kPa;	256:kPa; 257:bar; 259:MPa; 260:Pa; 261:psi;	The optimized value of the Casing Line Pressure Difference shut in condition	✓		✓	✓		✓