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3300/16 Dual Vibration Monitor Operation Manual

21.6 Transducer Input Options

To set the transducer input option, remove jumpers W15I, J, K, L, M, N, O, P / W20M, N.

Install jumpers specified in following table.

Transducer Input Options

Transducer Input

Install
Jumpers

-01

3300 8mm, 3300XL 8mm or
7200 5 & 8mm Proximitor

Sensor

(200 mV/mil)

W15I, J, M, N

-02 & -05

3000 or
3300 RAM Proximitor

Sensor

(200 mV/mil)

W15I, J, K, O
W20M, N

-03

7200 11mm Proximitor

Sensor

(100 mV/mil)

W15L, P
W20N

-04

3300 HTPS 16mm or 3300 XL 11mm or
7200 14mm Proximitor

Sensor

(100 mV/mil)

W15M, N
W20M

21.7 Trip Multiply

The following jumpers control the Trip Multiply feature:
• W15Q, R, S, T
• W17K, L, M, N
• W20O, P

Note

These jumpers are labeled "Do Not Change" on the
PWA because careful thought must be given to
changing the Trip Multiply configuration. Alarm

setpoints will be multiplied by 2 or 3.

Summary of Contents for Bently Nevada 3300/16

Page 1: ...Part Number 86830 01 Rev P 08 07 Bently Nevada Asset Condition Monitoring Operation Manual 3300 16 Dual Vibration Monitor ...

Page 2: ...AM FluidLoc Helping You Protect and Manage All Your Machinery HydroVU Key Keyphasor Machine Condition Manager 2000 MachineLibrary Machine Manager MicroPROX Move Data Not People Move Information Not Data NSV Preformalign Prime Spike PROXPAC Proximitor REBAM SE Seismoprobe ServoFluid Smart Monitor Snapshot System 1 System Extender TDXnet TDIXconnX Tecknowledgy TipLoc TorXimitor Transient Data Manage...

Page 3: ...0 16 Data Sheet Part Number 141498 01 3300 16 Meter Scales Part Number 84113 16 Product Disposal Statement Customers and third parties who are not member states of the European Union who are in control of the product at the end of its life or at the end of its use are solely responsible for the proper disposal of the product No person firm corporation association or agency that is in control of pr...

Page 4: ...12 7 2 Read Danger Setpoints 13 8 Monitor Removal 14 9 Monitor Disassembly 15 9 1 Side Cover Removal 15 9 2 Front Panel Removal 16 9 3 Input Module 17 9 3 1 Input Module Removal 17 9 3 2 Dual Relay Module Options 18 9 3 3 Quad Relay Module Options 18 10 Monitor Options 19 11 Meter Scale Replacement 21 12 Alarm Setpoint Adjustment 22 12 1 Alert and Danger Setpoint Adjustment 22 12 2 Gap Alert Setpo...

Page 5: ...n Settings 45 21 3 Recorder Output Options 46 21 4 Gap Full Scale Range Options 46 21 5 Vibration Full Scale Range Options 47 21 6 Transducer Input Options 48 21 7 Trip Multiply 48 22 Appendix B Monitor Options for PWA 135305 01 50 22 1 Jumper Locations for 135305 01 50 22 2 Main Board Option Settings 51 22 3 Recorder Output Options 52 22 4 Gap Full Scale Range Options 52 22 5 Vibration Full Scale...

Page 6: ...3300 16 Dual Vibration Monitor Operation Manual vi 23 6 Transducer Input Options 59 23 7 Trip Multiply 60 24 Recommended Spare Parts 61 25 Index 63 ...

Page 7: ...Section 1 Dual Vibration Monitoring System 1 1 Dual Vibration Monitoring System ...

Page 8: ...3300 16 Dual Vibration Monitor Operation Manual 2 2 Front Panel Features ...

Page 9: ...annel input signal level is restored within the upper lower OK limits for at least 30 seconds the channel OK LED will start flashing at 1 Hertz Hz to indicate the OK state is restored the BYPASS LED goes off and monitoring is enabled You must press the RESET switch on the front panel of the System Monitor to stop the OK LED from flashing it will then remain on steadily If the channel remains in th...

Page 10: ...function causes the BYPASS LEDs to come on but other front panel functions are not affected You can enable this switch by installing a jumper on the circuit board in the monitor CHANNEL BYPASS If a channel remains not OK you can set the Channel Bypass switch on the monitor circuit board to put the channel out of service ZERO POSITION A reference gap value that you can set when the Gap Full Scale R...

Page 11: ...es of basic tests and transducer OK tests are performed Cyclic self test is performed automatically during monitor operation Errors encountered during cyclic tests disable the monitor and flash the error code on the LCD bargraph If the error is intermittent the monitor will resume operating but the error codes will be stored for retrieval during a User invoked self test Stored error codes are indi...

Page 12: ...3300 16 Dual Vibration Monitor Operation Manual 6 4 Channel Vibration The monitor continuously indicates measured vibration for channels A and B ...

Page 13: ...rive z OK z Channel A and B in operating range ON z OK OK z Respective channel A or B transducer in Not OK condition or bypassed OFF OK Monitor in self test or both transducers in Not OK condition or bypassed OFF OK Flashing at 5 Hz means that an error was encountered during cyclic test To read the error message see section 19 ON OK OK z z OK Flashing at 1 Hz means that the transducer has been Not...

Page 14: ...ser invoked self test in progress or Timed OK Channel Defeat or both Channels bypassed or Monitor has detected an active error or Rack Inhibit Contacts at back of rack closed BYPASS z z BYPASS Channel A or B bypassed or Timed OK Channel Defeat BYPASS z BYPASS BYPASS z Trip Multiply activated Flashing overridden by Timed OK Channel Defeat or Channel A or B bypassed ...

Page 15: ...1 ON ALERT z Vibration signal has exceeded the channel B alert level see section 7 1 ON z ALERT z Vibration signal has exceeded the channel A and B alert level see section 7 1 ON ALERT First out condition for vibration signal which has exceeded the channel A alert level ON ALERT First out condition for vibration signal which has exceeded the channel B alert level ON ...

Page 16: ...ection 7 2 ON OFF DANGER z Vibration has exceeded the channel B danger level see section 7 2 ON OFF z DANGER z Vibration has exceeded the channel A and channel B danger level see section 7 2 ON ON DANGER First out condition for vibration signal which has exceeded the channel B danger level ON OFF DANGER First out condition for vibration signal which has exceeded the channel A danger level ON OFF ...

Page 17: ...nitor is indicating a Gap voltage of 6 Vdc for channel A and 3 Vdc for channel B with 0 19 Vdc Gap full scale option Gap is displayed from the bottom scale zero as shown below For all other Gap full scales Gap is displayed from the center as shown below For example this monitor is indicating a Gap value of 16 mil toward for channel A and 10 mil toward for channel B ...

Page 18: ...ale This monitor shows Alert setpoints of the 6 0 mil for channel A and 5 2 mil for channel B Press the GAP and ALERT switches simultaneously to read the Gap Alert setpoint windows for both channel A and B on the meter scale using the center scale This monitor shows over and under Alert setpoints of 18 mil toward and 9 mil away for channel A and 15 mil toward and 5 mil away from channel B ...

Page 19: ...nt Values 13 7 2 Read Danger Setpoints Press the DANGER switch to read the Danger setpoints for both channel A and B on the meter scale This monitor shows a Danger setpoint of 7 6 mil for channel A and 6 2 mil for channel B ...

Page 20: ...bration Monitor Operation Manual 14 8 Monitor Removal 1 Loosen two screws 2 Pull monitor from rack Caution Improper rack operation may occur Power down rack or inhibit rack alarms when installing or removing a monitor ...

Page 21: ...y 9 1 Side Cover Removal 1 Squeeze the retaining tips on each standoff 2 Remove the side cover from the monitor Caution Components are sensitive to Electro Static Discharge ESD Proper grounding should be implemented prior to removing the Side Cover Panel ...

Page 22: ...3300 16 Dual Vibration Monitor Operation Manual 16 9 2 Front Panel Removal ...

Page 23: ... configuration see 3300 System Installation Instructions For field wiring see the Field Wiring Diagrams located behind the manual 9 3 1 Input Module Removal 1 Loosen two screws 2 Pull the module from the rack WARNING High voltage present Contact could cause shock burns or death Do not touch exposed wires or terminals ...

Page 24: ... monitors with internal safety barriers refer to the 3300 Internal Barrier Installation Manual or the 3300 System Installation Manual 9 3 3 Quad Relay Module Options Jumper Alert Relays In Out Normally Energized Normally De energized W3A W4C W2 W3C W3D W4D W2 W3C W3B W4D WA W4C Jumper Danger Relays In Out Normally Energized Normally De energized W4B W4F W1 W3B W4A W4E W1 W3B W4A W4E W4B W4F NOTE F...

Page 25: ...roximitor Sensor 100 mV mil 05 3300 RAM Proximitor Sensor 200 mV mil 00 NONE 01 EPOXY SEALED 02 HERMETICALLY SEALED 03 QUAD RELAY 00 NOT REQUIRED 01 CSA NRTL 02 BASEEFA BARRIERS USED TRIP MULTIPLY EXX FXX 00 NO 01 EXTERNAL 02 INTERNAL 00 NONE 01 2X TRIP MULTIPLY 02 3X TRIP MULTIPLY External barriers should only be used with 3300 8mm or 7200 5mm 8 mm or 3300XL 8mm Proximitor Sensors and 3300 RAM Pr...

Page 26: ...ou purchased your monitor The general functionality of all three PWAs is the same except Error Code 9 has been updated to test additional circuitry on PWA 140720 01 Since the different versions require that you use different jumpers to set programmable options you need to use different Appendices of this manual to program your monitor The following table shows how to identify your PWA and lists wh...

Page 27: ...r scale and clear adhesive backed gap scale from the back of this manual Be sure to cut along the marked outline so the meter scales will fit properly 3 Remove the backing from the clear adhesive backed gap scale 4 Position the gap scale such that the bottom tick mark lines up with the bottom tick mark of the vibration meter scale 5 Remove the old meter scale from the monitor and replace it with t...

Page 28: ...annel A switch AA to the left ON The left Channel A bargraph will start flashing the channel A vibration signal 3 Press and hold the ALERT or DANGER switch on the front panel Use the outer meter scale 4 Press the or switches on the System Monitor to adjust the setpoint level up or down Caution Changing Alarm Setpoints will change the trip levels of the machine ...

Page 29: ...bargraph will flash the Gap Alert setpoint window Use the center meter scale 3 Use the or switches on the System Monitor to adjust the Under Gap setpoint level up or down 4 Repeat steps 2 and 3 for Over Gap Alert setpoints after setting the Over Under O U switch to the left 5 Reset AA to the right OFF 12 3 Channel B Adjust 1 Set the Adjust channel B switch AB to the left ON and repeat steps 12 1 3...

Page 30: ...o NotOK if any channel in the rack is in a NotOK condition 1 Set BA Bypass Channel A or BB Bypass Channel B switch to the left ON to bypass channel A or B 2 The BYPASS LEDs come on the OK LEDs go off and the vibration signal is clamped to zero position bottom scale NOTE Channel alarms are cleared when Channel Bypass is switched on Caution Machine protection provided by this monitor will be lost wh...

Page 31: ...he left ON to Bypass the Danger Relay For the Danger Bypass DB switch to function the Danger Bypass Enable jumper must be installed See Monitor Options Section 10 for more information 2 Both BYPASS LEDs come on The OK LEDs will remain on as long as the transducer remains within its OK range NOTE Channel alarms are cleared when Channel Bypass is switched on Caution Machine protection provided by th...

Page 32: ...onnect the positive terminals of the function generator and power supply connect the negative terminal of the power supply to IN signal and the negative terminal of the function generator to the COM signal NOTE the DC offset must be within the gap alarm setpoint window to avoid tripping the Gap alarm If the recommended 9 Vdc offset is not within this window adjust the function generator accordingl...

Page 33: ... at 1 Hz 3 Press the RESET switch and verify that the OK LEDs are on and the ALERT and DANGER LEDs are off 4 Adjust the function generator such that the vibration signal on the monitor just exceeds the Alert setpoint level and verify that the ALERT LED comes on after the optioned vibration alarm delay period has elapsed flashing if the First Out option is selected 5 Verify that the Alert relay cha...

Page 34: ... state if Danger Bypass is on 9 Press the RESET switch on the System Monitor Verify that the ALERT and DANGER LEDs remain on and steady 10 Reduce the function generator amplitude such that the vibration signal reads below the alarm setpoints and observe that the ALERT and DANGER LEDs go off If the nonlatching alarm jumper is installed 11 Press the RESET switch on the System Monitor to reset latchi...

Page 35: ...he Gap voltage is within the gap alarm setpoint window See section 7 for viewing the gap Alert setpoint window 2 Press the RESET switch and verify that the OK LEDs are on and the ALERT and DANGER LEDs are off 3 Adjust the gap voltage on the monitor to just exceed the Over Gap Alert setpoint level and verify that the ALERT LED comes on after the 6 second delay period has elapsed flashing if the Fir...

Page 36: ...eat section 15 3 for under Gap alarms adjusting the gap signal to be below the Under Gap Alert setpoint 15 4 Channel B and Reinstallation 1 Reconnect the wiring to the Signal Input Relay Module that was discussed in section 15 1 2 Repeat sections 15 1 through 15 3 connecting the multimeter and function generator to the channel B terminals 3 If the Channel Bypass or Danger Bypass functions were act...

Page 37: ...generator cannot supply the necessary DC offset a floating DC Power Supply will need to be connected in series with the function generator Connect the positive terminals of the function generator and power supply connect the negative terminal of the power supply to IN signal and the negative terminal of the function generator to the COM signal WARNING High voltage present Contact could cause shock...

Page 38: ...r supply voltage less negative to 9 Vdc and verify that the OK LED comes back on after the 30 second Timed OK Channel Defeat delay and the OK Relay energizes Press the RESET switch on the System Monitor to reset the flashing OK LED 16 3 Test Lower OK Limit 1 Gradually decrease the power supply voltage for channel A less negative until the channel A OK LED goes off lower limit Verify that the lower...

Page 39: ...3 for channel B with the multimeter and power supply connected to channel B terminals 3 If Channel Bypass or Danger Bypass functions were activated for this procedure deactivate them by setting the appropriate switches BA BB or DB to the right OFF TABLE 4 OK Voltage Limits Transducer Type Lower OK Voltage Limits Upper OK Voltage Limits Option 01 04 7200 5 8 14mm 2 7 Vdc to 3 3 Vdc 15 8 Vdc to 16 8...

Page 40: ...1 Calibration Equipment Setup WARNING High voltage present Contact could cause shock burns or death Do not touch exposed wires or terminals Caution Tests will exceed alarm setpoint levels and cause alarms to activate Relay contacts may change state See Danger Bypass Section 14 ...

Page 41: ...2 Calibration Procedure 1 Open front panel 2 Adjust function generator to output a 100 Hz sine wave with 9 Vdc bias Adjust the amplitude for meter full scale 1 V pp 0 354 Vrms Transducer Type Transducer Scale Factor 7200 5 8mm 3000 3300 8mm RAM and 3300XL 8mm 200 mV mil NOTE External barriers only available for 3300 8mm transducers 1 mil pp 200 mV pp 10 micrometres pp 78 7 mV pp NOTE If external b...

Page 42: ...hannel A test point is correct for the Trip Multiply option installed 4 When finished disconnect the function generator and multimeter and reconnect the COM and IN wiring to the channel terminals on the Signal Input Relay Module that was disconnected in step 1 Verify that the OK LED comes on and the OK Relay energizes Press the RESET switch on the System Monitor to reset the flashing OK LED 5 Repe...

Page 43: ...annel A switch AA to the left The left bargraph will start flashing the channel A vibration signal 3 Press and hold the GAP switch on the front panel 4 Short across the two self test ST pins while the gap switch is being pressed The current gap value is now stored as the new zero position 5 Reset AA to the right OFF 6 Close front panel 7 Repeat steps 1 to 6 for channel B using the adjust channel B...

Page 44: ...ER 3000 TRANSDUCER 15 0 15 mils 6 18 to 12 92 V 6 3 to 12 8 V NA NA 5 1 TO 7 5 V 25 0 25 mils 8 10 to 11 00 V 8 3 to 10 8V 6 18 to 16 1 V 5 8 to 13 3 V NA 50 0 50 mils NA NA 8 68 to 13 6 V 8 3 to 10 8 V NA 300 0 300µm 5 57 to 13 53 V 5 66 to 13 44 V NA NA 4 46 TO 8 14 V 600 0 600µm 7 84 to 11 26V 8 02 to 11 08 V 6 04 to 16 24 V 5 66 to 13 44 V NA 1000 0 1000µm NA NA 7 62 to 14 66 V 7 24 to 11 86 N...

Page 45: ...active error the following events occur Monitoring stops until the problem is resolved The error code is stored in memory and flashes on the LCD bargraph The BYPASS LEDs come on The OK LEDs flash at 5 Hz If the monitor no longer detects an active error and a stored error exists the following events occur Monitoring resumes If the OK LED would otherwise be on the OK LEDs flash at 5 Hz to indicate t...

Page 46: ...s 1 Initiate the User invoked self test by shorting the two self test pins ST with a screwdriver All the LEDs and LCD elements will come on for 5 seconds 2 If an active or stored error is present at the end of the self test the BYPASS LEDs remain on the OK LEDs flash at 5 Hz and the first error code flashes at 2 Hz The error code is given by the number of flashing segments in one column of the bar...

Page 47: ...comes on at full scale range and the OK LEDs turn off You may read through the list again by continuing to press the ALERT switch 3 When the LCD bargraph is at full scale clear error codes from memory by pressing and holding the DANGER switch for approximately one second 4 If Timed OK Channel Defeat is selected after you clear the error codes and after the 30 second Timed OK Channel Defeat period ...

Page 48: ...3300 16 Dual Vibration Monitor Operation Manual 42 When you press the RESET switch on the System Monitor the OK LEDs will stop flashing ...

Page 49: ...f tolerance 9 7 5V node out of tolerance 10 VRL node out of tolerance 11 MVREF 6 5V node out of tolerance 12 5V 7 5 node out of tolerance 13 Clock OK voltage out of tolerance Tested cyclically If it is a stored error recall and clear the error codes as described in the Self Test section If it is an active error replace the monitor with a spare or contact your local Bently Nevada office for service...

Page 50: ...PWA 140720 01 21 1 Jumper Locations for PWA 140720 01 IMPORTANT W19 22 23 26 and 27 are for factory use only and should not be changed These jumpers are labeled Factory Use Only on the PWA For normal operation W19 W22 W23 W26 and W27 should be removed Jumper Locations for PWA 140720 01 ...

Page 51: ... W20I Alert Mode Latching Nonlatching W20G W20G Danger Mode Latching Nonlatching W20F W20F Danger Voting And Relay Drive Or Relay Drive W20H W20H Danger Bypass Switch Enabled Disabled W20C W20C Vibration Alarm Delay 0 1 s 1 s 3 s 6 s W20A W20A B W20B W20B W20A B W20A Gap Alarm Enabled Disabled W20D W20D Recorder Clamping Mode 4 to 20 mA Rec only NOT OK 4 mA NOT OK 2 mA W17E F W17E F Corner Frequen...

Page 52: ...all jumpers specified in the following table Gap Full Scale Range Options W20 Gap Full Scale Range Install Jumpers 0 19 Vdc NONE All transducers 15 0 15 mils L 7200 5 8 mm 3300 8mm RAM 3300XL 8mm and 3000 25 0 25 mils K 7200 5 8 11 14 mm 3300 8mm 16mm HTPS 3300 XL 11mm and 3300XL 8mm 50 0 50 mils K L 7200 11 14mm 3300 16mm HTPS 3300 XL 11mm 300 0 300 um J 7200 5 8 mm 3300 8 mm RAM 3300XL 8mm and 3...

Page 53: ...Install Jumpers Vibration Full Scale Range W15 W24 W25 01 02 03 04 05 11 12 13 14 15 0 3 mil pp 0 5 mil pp 0 10 mil pp 0 15 mil pp 0 20 mil pp 0 100 µm pp 0 150 µm pp 0 200 µm pp 0 400 µm pp 0 500 µm pp E G E G E G E G F H E G F H E G F H E G A C A D A C D A D B A A C A C A B C D A C A D A C D A D B A A C A C A B C D Replacement scales are included with the manual Caution Changing full scale requi...

Page 54: ...0 mV mil W15I J M N 02 05 3000 or 3300 RAM Proximitor Sensor 200 mV mil W15I J K O W20M N 03 7200 11mm Proximitor Sensor 100 mV mil W15L P W20N 04 3300 HTPS 16mm or 3300 XL 11mm or 7200 14mm Proximitor Sensor 100 mV mil W15M N W20M 21 7 Trip Multiply The following jumpers control the Trip Multiply feature W15Q R S T W17K L M N W20O P Note These jumpers are labeled Do Not Change on the PWA because ...

Page 55: ...o change the Trip Multiply configuration use the following table to change the appropriate jumpers 1 Remove W15Q T W17K N W20O P 2 Install the following jumpers Configuration Jumpers W15 W17 W20 No Trip Multiply Q R S T K L M N 2X Trip Multiply R T L N P 3x Trip Multiply O ...

Page 56: ...Vibration Monitor has several user programmable options The options can be changed by removing and installing jumpers on the main circuit board IMPORTANT W19 22 and 23 are for factory use only and should not be changed These jumpers are labeled Factory Use Only on the PWA For normal operation W19 W22 and W23 should be removed Jumper Locations on the Newer Version of the Main Circuit Board Part Num...

Page 57: ...rt Mode Latching Nonlatching W20G W20G Danger Mode Latching Nonlatching W20F W20F Danger Voting And Relay Drive Or Relay Drive W20H W20H Danger Bypass Switch Enabled Disabled W20C W20C Vibration Alarm Delay 0 1 s 1 s 3 s 6 s W20A W20A B W20B W20B W20A B W20A Gap Alarm Enabled Disabled W20D W20D Recorder Clamping Mode 4 to 20 mA Rec only NOT OK 4 mA NOT OK 2 mA W17E F W17E F Corner Frequency Option...

Page 58: ...all jumpers specified in the following table Gap Full Scale Range Options W20 Gap Full Scale Range Install Jumpers 0 19 Vdc NONE All transducers 15 0 15 mils L 7200 5 8 mm 3300 8mm RAM 3300XL 8mm and 3000 25 0 25 mils K 7200 5 8 11 14 mm 3300 8mm 16mm HTPS 3300 XL 11mm and 3300XL 8mm 50 0 50 mils K L 7200 11 14mm 3300 16mm HTPS 3300 XL 11mm 300 0 300 um J 7200 5 8 mm 3300 8 mm RAM 3300XL 8mm and 3...

Page 59: ...umpers Vibration Full Scale Range W15 W24 W25 01 02 03 04 05 11 12 13 14 15 0 3 mil pp 0 5 mil pp 0 10 mil pp 0 15 mil pp 0 20 mil pp 0 100 µm pp 0 150 µm pp 0 200 µm pp 0 400 µm pp 0 500 µm pp E G E G E G E G F H E G F H E G F H E G A C A D A C D A D B A A C A C A B C D A C A D A C D A D B A A C A C A B C D Replacement scales are included with the manual Caution Changing full scale requires re ca...

Page 60: ...ximitor Sensor 200 mV mil W15I J K O W20M N 03 7200 11mm Proximitor Sensor 100 mV mil W15L P W20N 04 3300 HTPS 16mm or 3300 XL 11mm or 7200 14mm Proximitor Sensor 100 mV mil W15M N W20M 22 7 Trip Multiply The following jumpers control the Trip Multiply feature W15Q R S T W17K L M N W20O P Note These jumpers are labeled Do Not Change on the PWA because careful thought must be given to changing the ...

Page 61: ... 22 Appendix B Monitor Options 55 1 Remove W15Q T W17K N W20O P 2 Install the following jumpers Configuration Jumpers W15 W17 W20 No Trip Multiply Q R S T K L M N 2X Trip Multiply R T L N P 3x Trip Multiply O ...

Page 62: ...or 86739 01 This section shows the jumper configuration for the 86739 01 PWA only The Dual Vibration Monitor has several user programmable options The options can be changed by removing and installing jumpers on the main circuit board Jumper Locations on the Original Version of the Main Circuit Board Part Number 86739 01 ...

Page 63: ... Disabled W13G W13G Alert Mode Latching Nonlatching W13B W13B Danger Mode Latching Nonlatching W13A W13A Danger Voting And Relay Drive Or Relay Drive W13F W13F Danger Bypass Switch Enabled Disabled W13E W13E Vibration Alarm Delay 0 1 s 1 s 3 s 6 s W13D W13C W13C D W13C D W13C W13D Gap Alarm Enabled Disabled W12A W12A Recorder Clamping Mode 4 to 20 mA Rec only NOT OK 4 mA NOT OK 2 mA W9B W10D W9B W...

Page 64: ...jumpers W12B D W12G Install jumpers specified in the following table Gap Full Scale Range Options Gap Full Scale Range Install Jumpers 0 19 Vdc All transducers NJ 15 0 15 mils 7200 5 8mm 3300 8mm RAM 3300XL 8mm and 3000 W12D 25 0 25 mils 7200 5 8 11 14mm 3300 8mm 16mm HTPS 3300 XL 11mm and 3300XL 8mm W12C 50 0 50 mils 7200 11 14mm 3300 16mm HTPS 3300 XL 11mm W12C D 300 0 300 um 7200 5 8mm 3300 8mm...

Page 65: ... 100 µm pp W4A W4D W5B W7D 12 0 150 µm pp W4A W4C W5A W7E 13 0 200 µm pp W4A W4D W5A W7E 14 0 400 µm pp W4B W4C W5A W7E 15 0 500 µm pp W4B W4D W5A W7E 23 6 Transducer Input Options To set the transducer input option remove jumpers W5C W6A F W7C W12E W12F Install jumpers specified in following table Transducer Input Options Transducer Input Install Jumpers 01 7200 5 8mm or 3300 8 mm 3300XL 8mm Prox...

Page 66: ...ion Monitor Operation Manual 60 23 7 Trip Multiply Trip multiply requires the installation of option jumpers W13I or W13H and removal of components To change the trip multiply option contact Bently Nevada Product Service ...

Page 67: ...S 88706 01 1 SIGNAL INPUT RELAY MODULE NO RELAY EPOXY SEALED RELAY HERMETICALLY SEALED RELAY QUAD EPOXY SEALED NO RELAY WITH INTERNAL BARRIERS EPOXY SEALED RELAY WITH INTERNAL BARRIERS HERMETICALLY SEALED RELAY WITH INTERNAL BARRIERS 81544 01 81545 01 81546 01 84152 01 88984 03 88984 02 88984 01 To order replacement parts specify the complete catalog number 3300 16 AXX BXX CXX DXX EXX FXX and the ...

Page 68: ... If the monitor has been modified specify the modification number on the parts order User must set programmable options reference section 21 22 or 23 of this manual If in doubt about the part number call your local sales representative before ordering ...

Page 69: ...9 47 54 59 First Out 4 9 10 28 29 30 46 52 58 Flashing LED 3 7 8 28 29 30 33 34 37 40 41 42 43 Full Scale Range Options 20 48 54 60 Gap Alarm 4 30 46 52 58 Gap Alert Setpoint Adjust 24 Gap Full Scale Range Options 39 47 53 59 Gap Voltage 3 11 Input Module 17 18 Internal Barriers 62 Jumper Locations 45 51 57 Latching Relays 4 29 31 46 52 58 LED 7 28 33 34 Main Board Options 46 52 58 Monitor Options...

Page 70: ... 28 29 30 31 33 34 37 43 Self Test 5 40 44 Setpoint Values 12 Signal Input Module 17 62 Test Alarms 27 Test OK Limits 32 Timed OK Channel Defeat 3 8 28 42 Transducer Input Options 49 55 60 Transducer Power 21 Transducer Scale Factor 36 Trip Multiply 4 8 20 29 37 49 55 61 Vibration 3 6 9 10 Zero Position 4 Zero Position Adjust 38 ...

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