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5.3.4 

Velocity Gathering Timeout ................................................................................................ 10 

5.3.5 

Velocity Calculation Timer .................................................................................................. 10 

5.3.6 

Departure Detection Period ................................................................................................ 10 

5.3.7 

Re-Initialize Timer ............................................................................................................... 10 

5.4 

Lubricator / Spring Wear Settings ............................................................................................... 10 

5.4.1 

Plunger Mass ....................................................................................................................... 10 

5.4.2 

Hard Arrival Velocity Threshold .......................................................................................... 10 

5.4.3 

Hard Arrival Kinetic Energy Threshold ................................................................................ 11 

5.4.4 

Dangerous Arrival Velocity Threshold ................................................................................. 11 

5.4.5 

Dangerous Arrival Kinetic Energy Threshold ....................................................................... 11 

5.4.6 

Consecutive Hard Arrival Alarm Threshold ......................................................................... 11 

5.4.7 

Cumulative Hard Arrival Threshold ..................................................................................... 11 

5.4.8 

Cumulative Kinetic Energy Threshold ................................................................................. 11 

History ................................................................................................................................................. 11 

6.1 

Parameters .................................................................................................................................. 11 

6.1.1 

Date and Time ..................................................................................................................... 12 

6.1.2 

Units .................................................................................................................................... 12 

6.2 

Arrival Log ................................................................................................................................... 12 

6.2.1 

Arrival Time ......................................................................................................................... 12 

6.2.2 

Velocity................................................................................................................................ 12 

6.2.3 

Velocity Confidence Code ................................................................................................... 12 

Lubricator / Spring Wear Monitoring ................................................................................................. 12 

Hazardous Locations Certification ...................................................................................................... 14 

Cathodic Protection ............................................................................................................................ 15 

10 

Company Contact Information ....................................................................................................... 15 

 

Index of Tables 

Table 1 - Dial Setting and Threshold Relationship ......................................................................................................... 6

 

Table 2 

 Lubricator / Spring Wear Settings ................................................................................................................ 13

 

Table 3 

 General Specifications (Normal Mode) ........................................................................................................ 16

 

Table 4 

 Performance ................................................................................................................................................. 16

 

Table 5 

 Environmental Data ..................................................................................................................................... 16

 

Table 6 - Double Word Register Format ...................................................................................................................... 17

 

Содержание Sasquatch

Страница 1: ...Sasquatch User s Manual Revision 4 April 23 2018...

Страница 2: ...tivity 6 3 2 Adjusting the Default Sensitivities 7 4 Operating Modes 7 4 1 Normal 7 4 2 Capture Full Debug 7 4 3 Capture Raw Samples 7 5 Configurable Options 8 5 1 Output Switch Parameters 8 5 1 1 Min...

Страница 3: ...1 5 4 7 Cumulative Hard Arrival Threshold 11 5 4 8 Cumulative Kinetic Energy Threshold 11 6 History 11 6 1 Parameters 11 6 1 1 Date and Time 12 6 1 2 Units 12 6 2 Arrival Log 12 6 2 1 Arrival Time 12...

Страница 4: ...ailable Holding Registers 26 Table of Figures Figure 1 Sasquatch Physical Connections 1 Figure 2 Typical Dry Contact Interface 2 Figure 3 External Resistor for Voltage Input 2 Figure 4 RS 485 Connecti...

Страница 5: ...NING NO SERVICEABLE PARTS WARNING IF EQUIPMENT IS USED IN A MANNER NOT SPECIFIED BY THE MANUFACTURER THE PROTECTION PROVIDED BY THE EQUIPMENT MAY BE IMPAIRED AVIS NE PAS ENLEVER REMPLACER OU COUPER SI...

Страница 6: ...ACE DUE TO IGNITION HAZARD WARNING TO PREVENT IGNITION OF FLAMMABLE OR COMBUSTIBLE ATMOSPHERES DISCONNECT POWER BEFORE OPENING AVIS L QUIPEMENT EST EN S CURIT INTRINS QUE QUAND IL EST BRANCH SELON LE...

Страница 7: ...so controls the output switch to give a clean user configurable switch closure that is easy for any controller to detect 2 Physical Connections The Sasquatch provides two connectors so that it can be...

Страница 8: ...100k 5 V PWR SIG COM Sasquatch PWR SIG COM 100 To Input Figure 2 Typical Dry Contact Interface 2 2 2 Voltage Input When using a programmable logic controller PLC or other application specific control...

Страница 9: ...nfigured 2 3 1 1 Baud Rate This is the data rate represented in bits per second The default is 9600 bps The following are the available rates 1200 bps 2400 bps 4800 bps 9600 bps 19 200 bps 38 400 bps...

Страница 10: ...intrinsic safety barrier depending on the installation location and certification of the master device RS 485 Modbus Master B A COM Sasquatch B A COM Figure 4 RS 485 Connection 2 3 3 Program Mode Whe...

Страница 11: ...LinkTM Device Connection Adapter Use the Sasquatch device cable that came with Link to connect to the device Before connecting Link to Sasquatch ensure that the switch on Link is set to position 1 th...

Страница 12: ...s not take magnetic readings and does not operate the switch Figure 5 Sensitivity Dial 3 1 Default Sensitivity The magnetic sensor has an incredible amount of sensitivity more than is needed for sensi...

Страница 13: ...1 Normal This is the mode that each sensor is shipped in by default When the sensitivity dial is set to any number other than 0 the sensor will take magnetic readings calculate a baseline and compare...

Страница 14: ...switch in relation to the velocity of the plunger The default is 10 ms per m min of velocity 5 2 Output Switch Modes of Operation The behavior of the switch can be modified to operate in one of 3 mode...

Страница 15: ...s Minimum Output Hold Time 1 s Plunger Arrival Figure 7 Velocity Scaled Output Mode 5 2 3 Plunger Hold This mode works similar to the Cyclops When the plunger arrives the output switch is closed for...

Страница 16: ...tic signal is sampled when waiting for the plunger to depart The plunger is not considered departed until we see 5 consecutive periods pass without detecting the plunger 5 3 7 Re Initialize Timer This...

Страница 17: ...ld This setting defines when a consecutive hard arrival alarm will trip For example if this setting is 3 then 3 consecutive arrivals with a velocity higher than the Hard Arrival threshold will cause a...

Страница 18: ...city of the given arrival It is either reported as m min or feet min depending on the configured units 6 2 3 Velocity Confidence Code The velocity code indicates whether the calculated velocity is val...

Страница 19: ...ecify alarm thresholds in either velocity or kinetic energy units It is up to the user to decide which to use Velocity thresholds may be more familiar to some users but requires a manual calculation t...

Страница 20: ...ed as follows in Canada and the US Model ET 11000 1030 0000 Class 1 Division 2 Groups A B C and D T4 Class 1 Zone 2 Group IIC T4 Model ET 11000 1031 0000 Class 1 Division 1 Groups C D T4 Class 1 Zone...

Страница 21: ...en designed such that its internal circuitry does not come in contact with the case This means that even if the case comes in contact with a surface that has a stray voltage it will not be transmitted...

Страница 22: ...00 bps 115 200 bps 128 000 bps 256 000 bps Baud rates may vary based on barrier type Table 4 Performance Range 50 to 1000 m min 164 to 3281 ft min Accuracy 8 250 m min Arrival Latency Min 251 ms Typ 7...

Страница 23: ...le Word Register Table 6 Double Word Register Format Number Description Start MSW Start 1 LSW Elapsed Time Register Range 0 3 599 999 seconds 1000 hours Write LSW first when writing in seconds format...

Страница 24: ...Time Format coil to switch the format Table 8 Date Time Register Format Number Description Seconds Format Description H M S Format Start Seconds since January 1 2000 MSW Year Start 1 Seconds since Jan...

Страница 25: ...a register number which starts at 1 to describe the location of data The actual address that is passed in the protocol layer is 0 This means that depending on the tool you are using you may need to s...

Страница 26: ...set Consecutive Hard Arrival Alarm N A 0 Reset alarm 0 0015 Reset Dangerous Arrival Alarm N A 0 Reset alarm 0 0016 Reset Cumulative Hard Arrival Alarm N A 0 Reset alarm 0 0017 Reset Cumulative Kinetic...

Страница 27: ...rm Status 0 Dangerous Arrival Alarm Statistic under threshold 1 Dangerous Arrival Alarm Statistic over threshold 1 0015 Cumulative Hard Arrival Alarm Status 0 Cumulative Hard Arrival Alarm Statistic u...

Страница 28: ...l Switch Setting 1 7 3 0013 Sensor Sensitivity Threshold 0 65535 3 0014 3 0020 Reserved N A Kinetic Energy Statistics 3 0021 3 0022 Last Arrival Kinetic Energy Floating point format 0 3 402823 1038 ft...

Страница 29: ...eserved 1 No multipoint velocity was calculated 2 Two points used to calculate velocity 3 Three points used to calculate velocity 4 Four points use to calculate velocity 5 Five points use to calculate...

Страница 30: ...us bank in which the last Slave Device Failure or Illegal Data Address exception response occurred The bank returned does not include any address information 0 4 3 1503 Slave Access Failure Register C...

Страница 31: ...rror Log Data 2 10 Available error logs n in the register column represents the error log number Contact for Details Daily Production Log 3 2101 Daily Production Log Count 0 15 3 2102 6 n 1 to 3 2107...

Страница 32: ...Registers Register Description Read Write General Controller Settings 4 0001 Modbus Write Time The amount of time to wait after the last written value before saving all changes to the controller 0 65...

Страница 33: ...ocessing Timers 4 0041 Baseline Update Timer 500 10 000 ms default 999 ms 4 0042 Arrival Detection Period 1 500 ms default 3 ms 4 0043 Velocity Gathering Period 1 10 ms default 1 ms 4 0044 Velocity Ga...

Страница 34: ...Stop Bits 0 1 Stop Bit 1 2 Stop Bits 4 0055 Modbus Slave Station Address 1 247 4 0056 Modbus Protocol 0 RTU 1 ASCII Kinetic Energy Configuration 4 0061 Plunger Mass 0 65 535 lbs kg Where 65535 65 535...

Страница 35: ...0068 Dangerous Arrival Kinetic Energy Threshold Floating point format 0 3 402823 1038 ft in J 4 0069 Cumulative Hard Dangerous Arrival Threshold 0 65535 4 0070 Cumulative Kinetic Energy Threshold Flo...

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