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DTM Distributed Transmitter-Monitor User Manual

1. Physical Dimension Marking Height 75mm 2 95 see figure below Weight 2 0lb 1 0k d 9 1 0kg al PROVIBTECH i Digital Vibration Speed Transmitter ofl kE ASISI CE O Er LEES EE PA ois Li SMQVQannrn OZ0ECE E OI S N Ka Class I Di y e eR aa i T d SA II T4 Se K SN Ki SC SR Ki N Ge md lismm m clm Rail Mounting ATEX Standards I EN 60079 0 EN 60079 15 Special condition in hazardous area 5 S The ambient temperature range is 40 C lt TaS lt 70C E DTMs must be placed inside an enclosure that is in accordance with EN 60079 15 2005 i Provisions must be made externally to prevent the rated ere voltage from being exceeded by transient disturbances of Henr more than 40 Plate Mounting ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 7 Ordering Information DTM10 AX BX CX EXX MX SX Customer configurable proximity distributed transmitter monitor Distributed vibration monitor fully field configurable with Modbus RTU AX Alarms AU With Epoxy sealed relays A1 No Alarm BX Mounting BO DIN rail mounting B1 Plate mounting CX External Proximity Driver CO Not required Requires Probe and Extension Cable 301 302 502 type modules C1 Required Requires Probe Extension Cable and Probe Driver 201 202 501 type modules EXX Probe and Cable Series and
2. Plate Mounting Hazardous area Marking PROVIBTECH Digital Vibration Speed Transmitter BEAL KX SXX AAR 2ExnA ll T4X SC AN Ne TC RU C CNTB058 000 oe NS Li ON GE KR AS AN cass 1 pv2 S OTATEX 0079X EE N Groups A B C amp D T4 e ExnA Il T4 Soak SE No ATEX Standards EN 60079 0 EN 60079 15 Special condition in hazardous area The ambient temperature range is 40 C lt Ta lt 70C DTMs must be placed inside an enclosure that is in accordance with EN 60079 15 2005 Provisions must be made externally to prevent the rated voltage from being exceeded by transient disturbances of more than 40 DTM Distributed Transmitter Monitor Ordering Information DTM20 A4 B0 I12 MX SX TXXX Looseness monitor fully field configurable with Modbus RTU MX Condition Monitoring 4 20mA with Optical Isolation M5 Dual 4 20mA no Condition monitoring M6 Dual 4 20mA with Condition monitoring SX Approvals S0 CE S1 CE CSA Class l Div 2 Grps A B C amp D T4 ATEX II 3 G Ex nA Il T4 TRCU 2ExnAlIlT4X Ne TC RU C US B05 B 00476 NANIO CCVE TXXX Running Speed XXX Running at XXX rpm Isolated 4 20mA requires external loop power Optional Accessories DTM CFG K The DTM configuration and calibration software kit includes v _DTM CFG configuration and calibration software CD v RS485 USB converter with cable TM900 Power converter with isolation Converts
3. The Trip Multiply value can be set to Double Multiply or Triple Multiply in the DTM CFG software Shorting the Trip Multi terminal to COM will cause the system alarm levels to increase by a factor of 2 or 3 v Buffered output a raw signal can be accessed by the BUF terminals or BNC connector There is a 150 ohm output impedance The output can drive up to 300 meters 1000 ft in distance between a condition monitoring system and the DTM20 v There are many more controls that can be accessed by using the DTM CFG software Check with the software user manual for more details DTM CFG USR DTM20 alarm set point configuration without software The DTM20 alarm and danger set points can be field configured without software To get started v Power up the DTM system v Connect a current meter to the DTM 4 20mA output terminals Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 34 DTM Distributed Transmitter Monitor DTM20 Field Set up The DTM20 transmitters have been calibrated before leaving the factory However the DIM20 can also provide you with some field adjustment functions for zeroing the 4 20mA output and adjusting the Alarm and Danger setpoints Enter the setup amp operation status Press the RESET button for 10 seconds The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing the entrance to setup status 4 20mA 1 Zero Calibration Press RESET again and the OK
4. Length Purchased Separately E00 TM0180 5m Cable E01 TM0180 9m Cable E02 8mm Probe 3300 5m Cable E03 8mm Probe 3300 9m Cable E04 8mm Probe 7200 5m Cable E05 8mm Probe 7200 9m Cable E06 TM0105 5m Cable E07 TM0105 9m Cable E08 TM0110 5m Cable E09 TM0110 9m Cable E10 11mm Probe 3300 5m Cable E11 11mm Probe 3300 9m Cable E12 11mm Probe 7200 5m Cable E13 11mm Probe 7200 9m Cable E99 Other probe systems requiring field calibration MX Digital Communication M1 With Modbus M2 With Modbus and digital condition monitoring SX Approvals GU CE Gi CE CSA Class l Div 2 Grps A B C amp D 1T4 ATEX II 3 G Ex nA Il T4 TR CU 2Ex nA Il T4 X Ne TC RU C US I605 B 00476 NANIO CCVE DTM Distributed Transmitter Monitor DTM10 201 AX CX GX IX MX SX Factory configured for vibration probe driver required AX Full Scale AUT O 200um pk pk A1 0O 1000um pk pk A2 O 100um pk pk A3 0O 10mil pk pk A4 0O 50mil pk pk A5 O 5 0mil pk pk A6 O 200um pk pk 0 5 100HZz A7 0O 1000um pk pk 0 5 100Hz A8 O 100um pk pk 0 5 100HZz CX Alarms LO Dual alarms with epoxy sealed relays C1 No Alarm GX Mounting GOU DIN rail mounting G1 Plate mounting IX Frequency Response IO Normal Frequency 4 3000HZz 1 Low Frequency 0 5 100Hz MX Digital Communication MI With Modbus M2 With Modbus and digital condition monitoring SX Approvals GU CE Si CE CSA Clas
5. alert danger or system ok Sensor selection and system calibration Modbus communication setup Trip multiply setup Real time bar graph and alarms 3 layers of password protection Digital Condition Monitoring Terminals RS485 for both Modbus RTU and condition monitoring Software PCM360 LT Work with PCM360 LT plant condition management software Dynamic waveform Real time vibration data 2000 sets per data acquisition Alarms Up to 100 alarms can be stored in DTM20 Trend Up to 1000 trend data can be stored in DTM20 Spectrum Up to 800 lines of resolution Physical Dimension Height 75mm 2 95 see figure below Weight 2 0lb 1 0kg ProvibTech Phone 1 713 830 7601 DTM Distributed Transmitter Monitor Redundant Power Supplies 4 20mA 2 Output Building Block of DTM20 All modules are isolated Digital output isolation via DTM96 Environmental Temperature Operation 40C 85 Storage 50 C 100 C Humidity 90 non condensing Case Aluminum cast copper free Certification CE certified with EMI compliance CSA Class Div 2 Grps A B C amp D T4 ATEX Il 3 G Ex nA II T4 TR CU 2Ex nA II T4 X Ne TC RU C US B05 B 00476 NANIO CCVE aa BMM QO sod Oman DI DIGITAL TRANSMITTER MONITOR S Lelmm e Rail Mounting Fax 1 281 754 4972 pvt provibtech com www provibtech com 40
6. amp engines It is a multiple parameter monitor with both impact monitoring and acceleration monitoring Alarm can be the combination of these two parameters You can conveniently decide the alarm level of each of the monitored parameters and setup accordingly In addition to analog transmission the monitor also supplies a digital output dual alarms and a condition monitoring Thus greatly enhanced the analysis and monitoring capabilities of the system The looseness monitor conform to 15010816 6 Looseness Monitor Unique Features Precision Looseness Monitor Programmable impact trigger level and time base Impact is set in acceleration g s with DIT M Config software Highly repeatable with quantitative measurement Multiple parameters monitoring Not only monitoring looseness impact but also overall acceleration Both parameters can be monitored and alarmed Multiple outputs Analog transmission via dual 4 20mA Digital Modbus RTU output Waveform and spectrum with software OTM 2101 HP Transducer Vor gen Diremeni Meat Tere Gene u Lae Lef um begpug etn D Cap Woi DH Demis To OT Ar Deeg Lkias tf resp OTH i Tre Aa Li p More accurate impact response Industrial light weight accelerometer 100mv g pk constant current makes the measurement more responsive to high frequency and repeatable Live waveform helps trigger level setting Within the configuration process the live waveform can be analyzed t
7. in sec 4mV um or any sensitivity specified Current Source 4mA 24VDC Seismic Velocity Sensor Interface Nominal Sensitivity User specified for any vibration sensor Software programmable Accuracy Typical 1 FS Maximum 2 FS Buffered Output Original vibration un filtered 150 2 300m 1000ft Impedance Maximum cable distance Sensitivity same as the sensor Local BNC connection Remote terminal connection Overall Vibration Up to two 4 20mA output 4 20mA 1 Source Output to controller Non isolated Maximum load resistance 500 2 4 20mA 2 Loop Loop powered by controller Galvanic isolation 1000VDC Power supply range 16 30VDC Maximum load resistance 50 Vs 16 Where Vs is the loop power supply Alarm Setup 0 100 FS Accuracy 0 1 Relays Seal Epoxy Capacity 0 2A 240VAC 0 4A 110VAC 2 0A 24VDC resistive load Relay type SPTD Isolation 1000VDC Push Buttons SET System on site calibration and alarm setting Adjustment increment Adjustment decrement LED Machine Condition Indicator OK System OK indication ALT Vibration over Alert level DNG Vibration over Danger level BYP System in BYPASS TRX Digital transmission active RESET BYPASS Front panel push button Remote RESET BYPASS terminals Trip Multiply Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 25 Double Multiply or Triple Multiply set in DIM CFG Short Tr
8. light begins to flash signifying the start of the 4 20mA 1 Zero Calibration At this point the user should press on or button until the 4 20mA 1 output value changes to 4 0mA Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing Zero calibration confirmed Alert setup Press RESET again and the ALERT light begins to flash signifying the entrance to the Alert setpoint setup The 4 20mA output now corresponds to a percentage of full scale 4mA 0 and 20mA 100 of full scale according to the ALARM setpoint For example if you have a full scale of 0 10mils and you want your Alert setpoint to be 5 mils then you would press the and or buttons until the output reads 12mA 50 Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing ALERT value confirmed DANGER setup Press RESET again and the DANGER light begins to flash signifying the entrance to the Danger setpoint setup The 4 20mA output now corresponds to a percentage of full scale 4mA 0 and 20mA 100 of full scale according to the DANGER setpoint Press or until desired point is met Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing DANGER value confirmed 4 20mA 2 Zero Calibration Press RESET again and the BYPASS light begins to flash signifying the start of the 4 20mA 2 Zero Calibration At this point the user should press on or butto
9. reset Temporarily closing the switch will result in a system reset continuous close will result in a system bypass v Ifthe DTM10 201 has the digital condition monitoring function the Trip Multi and COM pins are used for phase reference input Moreover the DTM10 201 won t provide Multiply Alarm function anymore so you should set Multiply Alarm property to None by DIM CFG software v IfFull Scale of DTM10 501 is phase reference output for digital condition monitoring A7 Trip Multi terminal provides the phase reference signal for the DIM10 201 DTM10 301 DIM20 101 or DM200 A DTM10 501 can provide the phase reference signal for up to 6 DIMs or DM200s v Ober barriers available TM0414 STAHL 9002 00 260 138 001 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 14 DTM Distributed Transmitter Monitor DTM10 201 202 501 Hazardous Area Field Wiring Diagram Interfacing with TM0120 24V a BUF kel 2 ene 7 MA AX i i Buffer ES AL a Out s s lt ii bind HL wus TM0200 or z aS Ss tt a PLC DCS HP Da Di E BI i TIMO200 or CU DLC DCS PEPPE Hazarpipus Safe 2 E SS 28 Saas i CG e 4 o E CG ei LL Remote eis COM black _ Reset S 24V red OK TM0120 D Proximity Probe ALT H Cp BUF PLC DCS or DTM CFG ARMI NOI Note
10. www provibtech com 20 DTM Distributed Transmitter Monitor and or buttons until the output reads 8mA Press RESET again the OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing Alert L scale value confirmed DANGER L setup Press RESET again The OK and DANGER lights will flash together signifying the DANGER L alarm point setup status The 4 20mA output now corresponds to a percentage of full scale 4mA 0 and 20mA 100 of full scale according to the DANGER L setpoint Press or until desired point is met Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing DANGER L value confirmed Exit cycle Do not press RESET for 10 seconds and the CPU automatically exits setup status FLASH Set Full ZERO Alert H Scale Alert L sia a End DTM10 501 DTM10 502 Field Set up The DTM10 501 502 can also provide you with complete setpoint adjustment without using the configuration software Enter the setup amp operation status Connect a current meter to the DTM 4 20mA 1 output Press the RESET button for 10 seconds The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing the entrance to setup status Alert setup Press the RESET button until only the Alert light flashes The 4 20mA output now corresponds to a percentage of full scale 4mA 0 and 20mA 100 of full scale according to the Alert setpoint For example if you have a ful
11. 0 ft in distance between a condition monitoring system and the DTM20 v There are many more controls that can be accessed by using the DTM CFG software Check with the software user manual for more details DTM CFG USR DTM20 A4 alarm set point configuration without software The DTM20 alarm and danger set points can be field configured without software To get started v Power up the DTM system v Connect two current meters to the DTM 4 20mA 1 and 4 20mA 2 output terminals Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 45 DTM Distributed Transmitter Monitor DTM20 A4 Field Set up The DTM20 A4 Looseness Monitors have been calibrated before leaving the factory However the Looseness Monitors can also provide you with some field adjustment functions for zeroing the 4 20mA output and adjusting the Alarm and Danger setpoints Enter the setup amp operation status Press the RESET button for 10 seconds The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing the entrance to setup status 4 20mA 1 Zero Calibration Press RESET again and the OK light begins to flash signifying the start of the 4 20mA 1 Zero Calibration At this point the user should press on or button until the 4 20mA 1 output value changes to 4 0mA Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing Zero calibration confirmed Acceleration alert set
12. 0rpm 0 100 FS Piezo Sensor Interface Accuracy 0 1 Sensitivity Relays 100mV g pk Seal Epoxy Current Source Capacity 0 2A 240VAC Nominal 4mA 24VDC Monitor Accuracy Typical 2 FS Maximum 5 FS Buffered Output Original vibration un filtered 0 4A 110VAC 2 0A 24VDC resistive load Relay type SPTD Isolation 1000VDC Push Buttons SET System on site calibration and alarm setting Impedance 1509 Adjustment increment Maximum cable distance 300m 1000ft 7 Adjustment decrement SECHS SSES LED Machine Condition Indicator EE Concer OK System OK indication Mine Stennis ALT Vibration over Alert level Overall Vibration output DNG Vibration over Danger level PE a a Output BYP System in BYPASS SES TRX Digital transmission active Source Output to controller RESET BYPASS Non isolated Front panel push button Maximum load resistance 500 Remote RESET BYPASS terminals Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 39 Trip Multiply Double Multiply or Triple Multiply set in DIM CFG Short Trip Multi terminal to COM terminal System alarm level will increase by a factor of 2 or 3 Modbus RS485 Modbus RTU Non isolated use DTM96 for isolation Software programming DTM CFG Alert and danger set point time delay ZERO and Full Scale calibration Full scale high and low setup Alarm latching non latching energized de energized Alarms programmable with
13. 15 mie mim s Transducer Sensitivity Danger Time Delay Danger High Teeth Per Cycle Alert High Alert Low Hysteresis Voltage mm s Trigger Voltage Gap Danger Low mms Zero Position Gap GAP High Full Scale High GAP Low Full Scale Low fo mmis Sample Rate Measurement Type C Manual Download To DTM And Save Upload From DTM Figure 8 DTM20 101 Seismic Velocity Transducer Default Setting Measurement Unit Alarm Type ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 60 DTM Distributed Transmitter Monitor DTM 20 A4 Looseness Configuration Parameters Channel Type Acceleration input acceleration output TMO782A or any 100m g Alarm Latching Transducer Type TMO782A or any 100mvig y Alarm oe a tening Transducer Sensitivity 100 mwg Alarm Option Dual SPDT Relays Alert Time Delay 20 S Alarm Set Point Danger Time Delay 20 H s M 100 ms Danger High o g Alert High UNE g Alert Low fo g Danger Low g GAP Bias High 18 y GAP Bias Low H y Teeth Per Cycle Hysteresis Voltage Trigger Valtage Gap Zero Position Gap Full Scale High Full Scale Low fo g Transducer Direction J LowPass Hz Toward Probe Away From Probe Measurement Type PK v m Threshold Type i P Auto Manua Measurement Unit F t 3 Alarm Type Alert Lo
14. 2 Normally open 24V output Modbus Config digital communication ports Trip multiply if shorted to COM or phase reference input output Alarms reset Bypass 24V 1 GND 24V 2 Dual input power supply Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 17 DTM Distributed Transmitter Monitor DTM10 Operation DTM10 status DTM10 will have the following status indication v Up to five LEDs flash for overall vibration status v Three key presses can adjust some parameters v OK TR TX green LED The LED will flash when digital communications are active v ALERT yellow LED v DANGER BYPASS red LED DTM10 field controls interface v Local reset There is a RESET push button on the front panel of the DTM Pushing the RESET button will reset any alarms that have occurred Note RESET only works when the current measured vibration is less than the alarm setpoint If the vibration level is still above the setpoint then the unit will not be reset v Remote Reset Bypass Briefly shorting the RST BYP terminal to COM will reset the system A continuous short between the RST BYP terminal and COM will disable BYPASS the alarms until the short is removed No alarms will be generated during BYPASS regardless of vibration levels v Trip Multiply The Trip Multiply value can be set to Double Multiply or Triple Multiply in the DTM CFG software Shorting the Trip Multi terminal to
15. 6 000 rom A3 0 10 000 rom AA 0 30 000 rom Ab 0 50 000 rom A6 phase reference output A7 phase reference output for digital condition monitoring CX Alarms LO Dual alarms with epoxy sealed relays C1 No Alarm EXX Probe and Cable E00 TM0180 5m Cable E01 TM0180 9m Cable E02 8mm Probe 3300 5m Cable E03 8mm Probe 3300 9m Cable E04 8mm Probe 7200 5m Cable E05 8mm Probe 7200 9m Cable E06 TM0105 5m Cable E07 TM0105 9m Cable E08 TM0110 5m Cable E09 TM0110 9m Cable E10 11mm Probe 3300 5m Cable E11 11mm Probe 3300 9m Cable E12 11mm Probe 7200 5m Cable E13 11mm Probe 7200 9m Cable FXX Teeth per Revolution F01 1 FXX Customer specify number of teeth XX GX Mounting GO DIN rail mounting G1 Plate mounting SX Approvals S0 CE Si CE CSA Class Div 2 Grps A B C amp D T4 ATEX Il3 G Ex nA Il T4 TR CU 2ExnA Il T4 X Ne TC RU C US TB605 B 00476 NANIO CCVE Denote factory default DTM Distributed Transmitter Monitor Optional Accessories DTM CAL The DTM field calibration kit is capable of calibrating any 5mm 8mm or 11mm probe system The kit includes v DTM CFG configuration and calibration software CD v RS485 USB converter with cable v _TM0540 proximity probe field calibration kit DTM CFG K The DTM configuration and calibration software kit includes v _DTM CFG configuration and calibration software CD v RS485 USB converter with cable TM900 Power converte
16. 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 44 DTM Distributed Transmitter Monitor DTM20 A4 Operation DTM20 A4 status DTM20 will have the following status indication v Up to five LEDs flash for overall vibration status v Three key presses can adjust some parameters v OK TR TX green LED The LED will flash when digital communications are active v ALERT yellow LED v DANGER BYPASS red LED DTM20 A4 field controls v Local reset There is a RESET push button on the front panel of the DTM Pushing the RESET button will reset any alarms that have occurred Note RESET only works when the current measured vibration is less than the alarm setpoint If the vibration level is still above the setpoint then the unit will not be reset v Remote reset Bypass Briefly shorting the RST BYP terminal to COM will reset the system A continuous short between the RST BYP terminal and COM will disable BYPASS the alarms until the short is removed No alarms will be generated during BYPASS regardless of vibration levels v Trip Multiply The Trip Multiply value can be set to Double Multiply or Triple Multiply in the DTM CFG software Shorting the Trip Multi terminal to COM will cause the system alarm levels to increase by a factor of 2 or 3 v Buffered output a raw signal can be accessed by the BUF terminals or BNC connector There is a 150 ohm output impedance The output can drive up to 300 meters 100
17. 9 0 2 0 ips pk A20 0 4 0 ips pk A21 0 0 8 ips pk A22 0 1 0 ips pk A26 0 50mm s rms A27 0 100mm s rms A28 0 20mm s rms A31 0 25 mm s rms A32 0 2 0 ips rms A33 0 4 0 ips rms A34 0O 0 8 ips rms A35 0 1 0 ips rms A36 0 20g pk A37 0 50g pk CX Alarms LU Dual alarms with epoxy sealed relays C1 No Alarm GX Mounting GOUT DIN rail mounting G1 Plate mounting HX Sensor not include HO TM0782A or any ICP accelerometer with 100mV g A00 A05 not available DTM Distributed Transmitter Monitor H1 TMO793V or any ICP velocity sensor with 4mV mm s A12 13 36 37 not applicable H2 TMO79VD A12 13 not available HXXX Seismic velocity sensor Sensitivity XXX mV in sec A12 13 36 37 not available IX Frequency Response IO Normal Frequency 4 3KHz H2 not available 11 Low Frequency 0 5 100Hz ER High frequency 10 20KHz A12 A13 only with accelerometer IXXX YYYY XXX Hi pass filter YYYY low pass filter YYYY can be field programmable MX Condition Monitoring 4 20mA Galvanic Isolation M1 4 20mA without isolation No CM M2 4 20mA without isolation With CM M3 4 20mA with isolation No CM M4 4 20mA with isolation With CM M5 Dual 4 20mA No CM M6 Dual 4 20mA with CM SX Approvals GU CE S1 CE CSA Class l Div 2 Grps A B C amp D T4 ATEX Il 3 G Ex nA Il T4 TRCU 2Ex nA ll T4 X Ne TC RU C US 605 B 00476 NANIO CCVE Denotes factory default L
18. 95 250 VAC into 24VDC and is capable of powering up to five DTM modules Seismic Sensor Systems TM0782A K M Accelerometer kit TM0783A K M Accelerometer with cable TM0793V K M Velocity sensor kit TM079VD V H K Low frequency sensor MASA ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 41 DTM Distributed Transmitter Monitor DTM20 A4 System Installation DTM20 A4 Field Wiring Diagram SHIELD BUF Out sl ge FoeS 55 E 98 So Oo Oo N dem DLC DCS lt _ OOOO PLC DCS popopo ipMutipy 6S gt SS or phase e os reference G k So P N N input KK Reset TMO782A TMO793V T sanS o op N nA N 29942 OO OO lt p EE E ro ft gt gt T5828 Note v Power supply 2 and 4 20mA 2 are optional connections used for redundancy v Alert and Danger relays are shown connected as normally open Connect ARM and NC for normally closed v Connecting COM and RST BYP with an external continuous or momentary closed switch will initiate a remote reset Temporarily closing the switch will result in a system reset continuous close will result in a system bypass v If DTM20 has the digital condition monitoring function the Trip Multi and COM pins are used for phase reference input Thus the DTM20 won t p
19. A II T4 X Ne TC RU C US FB05 B 00476 NANIO CCVE 2 OI S F lt O S 2 E OF S L Go AO CG JOF O M N J 1 V H PROVIBTECH 70mm Plate Mounting ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 26 DTM Distributed Transmitter Monitor Hazardous area Marking PROVIBTECH Digital Vibration Speed Transmitter A RASA CE NANIO CCVE AAAA H S rennen Goin EE S www provibtech com ATEX Standards EN 60079 0 EN 60079 15 Special condition in hazardous area The ambient temperature range is 40 C lt Ta lt 70 C DTMs must be placed inside an enclosure that is in accordance with EN 60079 15 2005 Provisions must be made externally to prevent the rated voltage from being exceeded by transient disturbances of more than 40 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 27 Ordering Information DTM20 101 AXX CX GX HX IX MX SX Factory configured seismic monitor AXX Full Scale A00 O 200um pk pk A01 0 500um pk pk A02 0 100um pk pk A03 0 250um pk pk A05 0 125um pk pk A06 0 50mm s pk A07 0 100mm s pk AUS 0 20mm s pk A11 0 25mm s pk A12 0 5 0g pk A13 0 10g pk A14 0 Gm pk pk A15 0 20mil pk pk A16 0O 4mil pk pk A17 0 10mil pk pk A18 0 5mil pk pk A1
20. At this point the user should press on or button until the output value changes to 4 0mA Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing Zero calibration confirmed Alert setup Press RESET again and the ALERT light begins to flash signifying the entrance to the Alert setpoint setup The 4 20mA output now corresponds to a percentage of full scale 4mA 0 and 20mA 100 of full scale according to the ALARM setpoint For example if you have a full scale of 0 10mils and you want your Alert setpoint to be 5 mils then you would press the and or buttons until the output reads 12mA 50 Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing ALERT value confirmed Press on RESET again and enter into DANGER alarm point setup status DANGER setup Press RESET again and the DANGER light begins to flash signifying the entrance to the Danger setpoint setup The 4 20mA output now corresponds to a percentage of full scale 4mA 0 and 20mA 100 of full scale according to the DANGER setpoint Press or until desired point is met Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing DANGER value confirmed Exit cycle Do not press on RESET within 10 seconds CPU exits setup status FLASH LED ZERO Set Alert Set Danger Set Begin End WW TI Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972
21. CATION MODOD Ee 49 DIM TE AEE ETE E N E EA E E E OI EAE ET 49 a ODI OI EI AN EE 49 Ordern Or EENEG 50 EE 50 DIM System ISAAT eege 51I ACCESORIES ME 53 A OR E 54 DTM NETWORKING AND ON LINE CONDITION MONTTORINO es 55 APPENDIX DTM10 AND DTM20 DEFAULT SETTING cece ccccccccccceceeceeeeeeeeeaeeaaeaeasesessseeseeeeeceeeeeeeeseeseaeeeaaas 57 Pr ovibTech Phone 1 713 830 7601 Fax 1 281 754 4972 sales provibtech com www provibtech com 1 ae DTM Distributed Transmitter Monitor DTM Series Distributed Transmitter Monitor Introduction Fully Digital The DTM series digital transmitter monitor is ProvibTech s vibration monitor vibration transmitter and vibration switch all rolled into one package Each DIM module can be operated independently or networked together to create a machine protection system It has all the functionalities of an API 670 multi channel monitor plus a unique field linearization feature which enables the use of any manufacturers probe and extension cable combination DTM modules are fully programmable flexible and highly reliable Fully Programmable and Flexible The DTM is modular in nature and can easily be expanded into a larger vibration system with the addition of a DTM10 Proximity Probe Sensor Module DTM 20 Case Vibration Sensors Module DTM 30 temperature Module DTM 96 Communication Module DTM CFG Configuration Software DTM10 is a proximity probe sensor module which pr
22. COM will cause the system alarm levels to increase by a factor of 2 or 3 only available for DTM10 201 301 v Buffered output a raw signal can be accessed at the BUF terminals or BNC connector There is a 150 ohm output impedance The output can drive up to 300 meters 1000 ft in distance between a condition monitoring system and the DTM10 v There are many more controls that can be accessed by using the DTM CFG software Check with the software user manual for more details DTM CFG USR DTM10 alarm set point configuration without software The DTM10 alarm and danger set points can be field configured with without software To get started v Power up the DTM system v Connect a current meter to the DTM 4 20mA 1 output terminals Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 18 DTM Distributed Transmitter Monitor DTM10 201 301 Field Set up The DTM10 201 301 transmitters have been calibrated before leaving the factory However the DTM10 201 301 can also provide you with some field adjustment functions for zeroing the 4 20mA output and adjusting the Alarm and Danger setpoints Enter the setup amp operation status Press the RESET button for 10 seconds The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing the entrance to setup status Zero Calibration Press RESET again and the OK light begins to flash signifying the start of the Zero Calibration
23. KE F Alarm Latching Alarm Option Dual SPDT Relays D Alarm Set Point Danger High 2700 RPM Alert High 1800 RPM Alert Low Danger Low GAP High GAP Low Transducer Direction Toward Probe C Away From Probe Threshold Type e Auto Manual Factory setting Figure 6 DTM10 502 Default Setting ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 59 DTM Distributed Transmitter Monitor DTM 20 101 ICP Transducer Configuration Parameters Channel Type Velocity input velocity output Transducer Type MIN Transducer Sensitivity Alert Time Delay Danger Time Delay 4 0 myirim s 3 E E D Ze M 100 ms Alarm Option Dual SPDT Relays Alarm Set Point eC mms Danger High Alert High mm s Teeth Per Cycle Alert Low mms Hysteresis Voltage Trigger Voltage Gap Danger Low mm s Zero Position Gap GAP High Full Scale High GAP Low Full Scale Low jo mmis Sample Rate Threshold Type Auto Measurement Type C Manual Factory setting Measurement Unit Alarm Type DTM 20 101 Seismic Velocity Transducer Configuration Parameters Channel Type Velocity input velocity output Transducer Type Seismic Velocity transducer D 4 mwmm s Alarm Option Dual SPDT Relays Alarm Set Paint Alert Time Delay 3 s SG s 100 ms
24. OPOD LD EL e we gt gt T6524 2 Note v Power supply 2 and 4 20mA 2 are optional connections used for redundancy v Alert and Danger relays are shown connected as normally open Connect ARM and NC for normally closed v Connecting COM and RST BYP with an external continuous or momentary closed switch will initiate a remote reset Temporarily closing the switch will result in a system reset continuous close will result in a system bypass v If DTM20 has the digital condition monitoring function the Trip Multi and COM pins are used for phase reference input Thus the DTM20 won t provide the Trip Multiply and the Trip Multiply property should be set to None in the DIM CFG software v When using the signal condition monitoring function the DTM20 works with DTM10 501 502 to provide a phase reference output In this case connect Trip Multi of DTM20 with Trip Multi of DTM10 501 502 and connect COM of DTM20 with COM of DTM10 501 502 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 32 Terminal Description 4 20mA 1 4 20mA 2 BUF COM SIG NC1 ARM1 NO1 NC2 ARM2 NO2 PWR BUS BUS TRIP MLTP RESET BYP DTM Distributed Transmitter Monitor Transmission of overall value to upper level PLC or DCS sourced loop power not required Transmission of overall value to upper level PLC or DCS passive loop power supply range 16 30VDC Buffere
25. Position and Speed Phase e Sensor Type and Sensitivity Proximity Probe Accelerometer and Velocity Transducer e Full Scale Range g ips mm s rms pk etc e Time Delays e Alarm Set Points Radial Observe e Alarm and Channel OK Status e Trip Multiply e Bypass and Overall Vibration Level Control e Trip Multiply values e Bypass and Reset functions Note The DTM can be pre configured at the factory DTM CFG software is only required when field configuration is desired Pr ovibTech Phone 1 713 830 7601 Fax 1 281 754 4972 sales provibtech com www provibtech com Highly Reliable System The DTM was designed to be used for critical machines as well as balance of plant applications Built into every DTM is a system redundancy based upon a reliable microprocessor and proprietary system diagnostics which all contribute to a robust system design which will maximize system uptime Power Redundancy The DTM module has redundant power supply inputs to maximize the reliability of the system A single power supply failure will not affect the operation of the system Output Redundancy The DTM module is equipped with redundant 4 20mA_ outputs redundant relay outputs and a Modbus communication port The DTM relay outputs can be configured for any logic configuration required Channel Redundancy the DTM can be configured for triple redundancy with multiple DTMs networked together System Diagnostics the DTM perfor
26. R ProvibTech Innovative Machine Monitoring DTM Distributed Transmitter Monitor User Manual Installation operation maintenance ProvibTech Inc 11011 Booklet Drive Suite 300 Houston Texas 77099 USA Phone 1 713 830 7601 Fax 1 281 754 4972 Email pvt provibtech com Web www provibtech com DTM USR E C 4 Copy right ProvioTech 2007 ae DTM Distributed Transmitter Monitor Content DTM SERIES DISTRIBUTED TRANSMITTER MONITOR INTRODUCTION sssseeseeeeeeeeseesssessrssssssssssssesesesstteseterererrererererereerereees 2 eebe ee 2 Fuly Fros tomnmable and eege eegenen 2 Ee 3 EE 3 EC TON GOUDE OF DIM EE 4 DTM10 PROXIMITY DISTRIBUTED TRANSMITTER MONITOR s sessseseseeerereeeseeessesesesssssssssssssssssesseseseseeetttterererrerererrerrreeereees 5 RRE 3 Ordering Information ee eee 8 Eeer Il EE Een 12 EE EE 18 TOE EO EE 23 DTM20 SEISMIC VIBRATION DISTRIBUTED IRANSMITTER MONITOR AAA 24 EE 24 Een 28 EE 29 EE 30 DIM EE 34 DTM20 Maintenance sasscasicesnsctactaxaceesdunsadancechinsdduaadtacednsndastevenestdaneiaiecadteedianeeaansndussiaisandensctos ceaadestaaexadadenaancdaanicnaeboneesee 37 DIM a TOO SE NESS e ng e 38 LoosenesS Monitor Unique EE 38 Ordering Information occccccccccc csc sseeeeceecee cece eee eee ee ee ee eee AAG AA EEEEEEEEEEEEE AAAS AELEEEEEEEEEEEAA AA LELEEEEEE EE EA AAAS EEEEEEEEEE E GAA GASA EE EEEEE E GG AAEEEEEES 4 EE 4 TD EMI ZO AG 3 ystem LAST E 42 Eeer 45 DN OE E 48 DIMIOCOMMUONI
27. all LEDs blink at the same time After above operations DTM communication and password will reset to Baud Rate 9600bit s Parity Bit None Stop Bit 2 ID 63 Configuration Password 1234 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 23 DTM Distributed Transmitter Monitor DTM20 Seismic Vibration Distributed Transmitter Monitor Acceleration Velocity Displacement The DTM20 distributed Seismic vibration transmitter monitor provides a simple and cost effective solution for monitoring balance of plant equipment The DTM s smart design is extremely reliable with redundancy in power supply inputs 4 20mA outputs and relay outputs as well as a Modbus communication port The DTM20 monitor can interface with almost any vibration sensor accelerometer or velocity transducer The DTM is fully digital and may be configured in the field or come pre configured from the factory DTM20 Features Designed with reliability Redundant power supplies Redundant 4 20mA outputs Dual dry contact relay outputs Trip multiply and Bypass Galvanic isolation for solid signal processing Power input isolation Sensor signal conditioning isolation Transmission 4 20mA output isolation Relay output isolation Band pass filter to further isolate unwanted noise Programmable sharp 8th pole low pass filter further eliminate high frequency band noise thus obtains reliable vibration signal Fully fiel
28. anger relays are shown connected as normally open Connect ARM and NC for normally closed v Connecting COM and RST BYP with an external continuous or momentary closed switch will initiate a remote reset Temporarily closing the switch will result in a system reset continuous close will result in a system bypass Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com L DTM Distributed Transmitter Monitor DTM10 201 202 501 Hazardous Area Field Wiring Diagram th ets BUF 2 TM0412 i g i Bufer CR ee S LG MTL553 z x S C c z C i D l TM0200 or RF om Oo A In ZB AWN ZR ZAR BN HEI TP pe Op ao PLC DCS HF 00000 Hagjrdpus Safe Trip Multiply pee ee H or phase cs t reference v E di tf input output S gt Q TM0182 Driver Gre BUF BYP 1 TM0180 hii Proximity Probe PLC DCS or Se DTM CFG Ze esa a So ow Cc To ce C Z lt 24 re LOO OOOO d a C S a CG gt C Zc a a Zz lt Power Power Supply 1f Bupply 2 Note v Power supply 2 and 4 20mA 2 are optional outputs used for redundancy v Alert and Danger relays are shown connected as normally open Connect ARM and NC for normally closed v Connecting COM and RST BYP with an external continuous or momentary closed switch will initiate a remote
29. be 5 mils then you would press the and or buttons until the output reads 16mA Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing ALERT H value confirmed DANGER H setup Press the RESET button again The DANGER light will flash signifying the start of the DANGER H adjustment The 4 20mA output now corresponds to a percentage of full scale 4mA 0 and 20mA 100 of full scale according to the DANGER H setpoint Press or until desired point is met Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing DANGER H value confirmed Full scale point setup status Adjust the static calibrator probe gap to 2 25mm 90mils Press RESET again The BYPASS light will flash signifying the start of the Full Scale adjustment Press the or button until the output reaches 20 0mA Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing Full scale value confirmed Alert L_setup Press RESET again The OK and ALERT lights will flash together signifying the ALERT L alarm point setup status The 4 20mA output now corresponds to a percentage of full scale 4mA 0 and 20mA 100 of full scale according to the Alert L setpoint For example if you have a full scale of 10 to 10mils and you want your Alert L setpoint to be 5 mils then you would press the Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com
30. condition monitoring SX Approvals GU CE S1 CE CSA Class Div 2 Grps A B C amp D T4 ATEX II3GExnAllT4 TR CU 2Ex nA Il T4 X Ne TC RU C US I605 B 00476 NANIO CCVE DTM Distributed Transmitter Monitor DTM10 302 AX CX EXX GX SX Factory configured for axial position built in probe driver AX Full Scale AUT 1 0 0 1 0mm 40 0 40mil Requires TM0180 or other 8mm proximity probe transducer A1 2 0 0 2 0mm 80 0 80mil Requires TM0110 or other 11mm proximity probe transducer CX Alarms LO Dual alarms with epoxy sealed relays C1 No Alarm EXX Probe and Cable E00 TM0180 5m Cable E01 TM0180 9m Cable E02 8mm Probe 3300 5m Cable E03 8mm Probe 3300 9m Cable E04 8mm Probe 7200 5m Cable E05 8mm Probe 7200 9m Cable E06 TM0105 5m Cable E07 TM0105 9m Cable E08 TM0110 5m Cable E09 TM0110 9m Cable E10 11mm Probe 3300 5m Cable E11 11mm Probe 3300 9m Cable E12 11mm Probe 7200 5m Cable E13 11mm Probe 7200 9m Cable GX Mounting GOU DIN rail mounting G1 Plate mounting SX Approvals GU CE S14 CE CSA Class Div 2 Gros A B C amp D T4 ATEX II3GExnAllT4 TRCU 2ExnAllT4X Ne TC RU C US TB05 B 00476 NANIO CCVE Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 10 DTM10 502 AX CX EXX FXX GX SX Factory configured for speed built in probe driver AX Full Scale AU O 1 000 rpm A1 0 3 600 rom A2 Q
31. d output System ground External sensor input Alarm 1 Normally closed Alarm 1 Arm Alarm Normally open Alarm2 Normally closed Alarm 2 Arm Alarm 2 Normally open NC Modbus Config digital communication ports Trip multiply if shorted to COM or phase reference input Alarms reset Bypass 24V 1 GND 24V 2 Dual input power supply Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 33 DTM Distributed Transmitter Monitor DTM20 Operation DTM20 status DTM20 will have the following status indication v Up to five LEDs flash for overall vibration status v Three key presses can adjust some parameters v OK TR TX green LED The LED will flash when digital communications are active v ALERT yellow LED v DANGER BYPASS red LED DTMZ20 field controls v Local reset There is a RESET push button on the front panel of the DTM Pushing the RESET button will reset any alarms that have occurred Note RESET only works when the current measured vibration is less than the alarm setpoint If the vibration level is still above the setpoint then the unit will not be reset v Remote reset Bypass Briefly shorting the RST BYP terminal to COM will reset the system A continuous short between the RST BYP terminal and COM will disable BYPASS the alarms until the short is removed No alarms will be generated during BYPASS regardless of vibration levels v Trip Multiply
32. d programmable by CFG software DTM20 CFG can easily change any configuration of the monitor Calibration of the system is available with CFG software Condition Monitoring by digital link Static trend overall alarms GAP system OK Dynamic waveform spectrum phase reference waterfall Data will be directly transferred into server with no needs of additional interface hardware MODBUS digital communication Build in Modbus RTU digital communication More information from Modbus line Work with variety of vibration sensors Accelerometer Velocity sensor Low frequency sensor Electro magnetic velocity sensor Backward compatible with TM101 Field adjustment with on monitor push button without software ZERO calibration Alert set point Danger set point ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 24 DTM Distributed Transmitter Monitor Specifications Electrical Power Supply Redundant Accept dual power input 22 30VDC 150mA Isolation 1000VDC power to signal conditioner circuit Frequency Response 3dB Nominal Frequency 2 3KHz Low Frequency 0 5 100Hz High Frequency 10 20KHz peak Filter Low pass filter 8 pole 160 dB per decade 48 dB per octave 100Hz to 10kHz field programmed by CFG High pass filter 2 pole 40 dB per decade 12 dB per octave 4 options 0 5Hz 2Hz 10Hz 100Hz or custom ICP Sensor Interface Sensitivity 100mV g 100mV
33. ech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 54 DTM Distributed Transmitter Monitor DTM networking and on line condition monitoring gt SS XY Ss Display Analysis Display Analysis Display Analysis Work Station Work Station Work Station Ethernet DAQ Server DIM DIM DIM 96 96 96 Phase Phase Phase reference reference 00 8 reference output output Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 55 DTM Distributed Transmitter Monitor Display Analysis Work Station Work Station Work Station Ethernet TCP CONVERTER Phase Reference Phase Reference output Phase Reference output O O O CONVERTER Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 56 DTM Distributed Transmitter Monitor APPENDIX DTM10 AND DTM20 DEFAULT SETTING DTM 10 302 proximity probe input shaft position output Not require external driver Configuration Parameters Channel Type Proximity probe input shaft position output Transducer Type TMO180 9m 8 0 mum Transducer Sensitivity Alert Time Delay Dan
34. ed relays C1 No Alarm FXX Teeth per Revolution FO1 1 FXX Customer specify number of teeth XX GX Mounting GOUT DIN rail mounting G1 Plate mounting SX Approvals GU CE S1 CE CSA Class l Div 2 Grps A B C amp D T4 ATEX II 3 G Ex nA II T4 TR CU 2Ex nA II T4 X Ne TC RU C US B05 B 00476 NANIO CCVE Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 9 DTM10 301 AX CX EXX GX IX MX SX Factory configured for vibration built in probe driver AX Full Scale AUT 0 200um pk pk A1 0 500um pk pk A2 0 100um pk pk A3 O 10mil pk pk A4 O 25mil pk pk A3 0 5 0mil pk pk A6 0 200um pk pk 0 5 100HZz A7 0 500um pk pk 0 5 100Hz A8 0 100um pk pk 0 5 100Hz CX Alarms LO Dual alarms with epoxy sealed relays C1 No Alarm EXX Probe and Cable E00 TM0180 5m Cable E01 TM0180 9m Cable E02 8mm Probe 3300 5m Cable E03 8mm Probe 3300 9m Cable E04 8mm Probe 7200 5m Cable E05 8mm Probe 7200 9m Cable E06 TM0105 5m Cable E07 TM0105 9m Cable E08 TM0110 5m Cable E09 TM0110 9m Cable E10 11mm Probe 3300 5m Cable E11 11mm Probe 3300 9m Cable E12 11mm Probe 7200 5m Cable E13 11mm Probe 7200 9m Cable GX Mounting GOUT DIN rail mounting G1 Plate mounting IX Frequency Response IO Normal Frequency 4 3000HZz 11 Low Frequency 0 5 100Hz MX Digital Communication M1 With Modbus M2 With Modbus and digital
35. em mm mm E Ke SE EE E GE SE NR ee eee eee eee Kee A A GERS EE be TTT E E E E We Button Setup Limited Settings Power Up Inhibit Inhibit System OK Checking aoe E pp Hazardous Rating CSA ATEX TR CU Il 3 G Ex nA II T4 Class l Div 2 Grps A B C amp D T4 2Ex nA II T4X Complete Offering S Single 4 20mA Output or power supply input Notes 1 Field programming requires DTM CFG K Configuration Software kit Without the software the DTMs can only be configured for alarm set points and ZERO adjustment 2 To network up to 32 DTMs via Modbus requires 1 DTM96 Communication Module Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 4 DTM Distributed Transmitter Monitor DTM10 Proximity Distributed Transmitter Monitor Shaft Vibration Thrust Position and Speed The DTM10 distributed vibration transmitter monitor is ideal for monitoring machine vibration using proximity probes and a Modbus interface to a PLC or DCS system The DTM also contains redundant power supplies and redundant 4 20mA transmissions Using Provibtech s unique strategy the DTM can interface with almost any proximity probe system without hardware changes Applications include Turbines Compressors Motors Pumps Fans Blowers Centrifuges Generators e a SS S SW NSS e SS Turbochargers DTM10 Fully Configurable via Software Vibration Monitor Module Thrust Positi
36. ert Bit 2 0 1 Not Danger Danger Bit 3 0 1 Not Bypass Bypass Bit 4 0 1 Not Trip Multiply Trip Multiply Note The Overall Vibration Level is related to the full scale range and Modbus range For example if the Modbus range is 16384 and full scale range is 200um then the current vibration measured value is 100um while the Modbus value is 8192 The Modbus range could be set with an integer from 1 to 32767 and the default is 16384 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 22 DTM Distributed Transmitter Monitor DTM10 Maintenance DTM10 calibration with DTM CFG software The DIM CFG supply additional system calibrations to the customer Some of these functions are listed below Please see the DIM CFG USR software manual for more details v 4 0 mA calibration 20 0 mA calibration Buffer calibration A D converter calibration DTM10 201 DTM10 202 v v v v Linearization calibration DTM10 301 DTM10 302 DTM10 default communication setup Baud Rate 9600bit s Parity Bit None Stop Bit 2 ID 63 Modbus range 16384 DTM10 communication and password reset If the communication parameters baud rate parity etc or password are forgotten or inadvertently changed they may be reset to factories defaults using the following procedure Power off DTM Press and hold the and at the same time Power on DTM Continue pressing on the and for about 10 seconds until
37. g Zero calibration confirmed Looseness alert setup Press RESET again The OK and ALERT light begins to flash signifying the entrance to the Looseness alert setpoint setup The 4 20mA 1 or 4 20mA 2 determined by the 4 20mA output setup output now corresponds to the Looseness alert setpoint 4mA 0 and 20mA 100 For example if you want your Looseness alert setpoint to be 50 then you would press the and or buttons until the output reads 12mA Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing Looseness alert value confirmed Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 46 DTM Distributed Transmitter Monitor Looseness danger setup Press RESET again The OK and DANGER light begins to flash signifying the entrance to the Looseness Danger setpoint setup The 4 20mA 1 or 4 20mA 2 determined by the 4 20mA output setup output now corresponds to the Looseness Danger setpoint 4mA 0 and 20mA 100 Press or until desired point is met Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing Looseness Danger value confirmed Exit cycle Do not press on RESET within 10 seconds CPU exits setup status 4 pet Acceleration Acceleration 4 20mA 2 Looseness Looseness FLASH LED alert EH ZERO alert setup setup ALERT EE Se TOE NEE preass Po TI ci S S re DTM configurat
38. ger Time Delay Teeth Per Cycle Hysteresis Voltage Trigger Voltage Gap Zero Position Gap Full Scale High Full Scale Low Sample Rate Measurement Type Measurement Unit Alarm Type 3 E s 100 ms H D hooo o ooo um oo om okz z average gt um Ba Alert M Alarm Latching Alarm Option Dual SPDT Relays D Alarm Set Point 750 Danger High 500 Em Alert High Alert Low Danger Low GAP High GAP Low Transducer Direction C Toward Probe Threshold Type Ce A Uto C Manual Factory setting DTM 10 202 proximity probe input shaft position output Require external driver Configuration Parameters Channel Type Proximity probe input shaft position output Transducer Type TMO180 9m Transducer Sensitivity Alert Time Delay Danger Time Delay Teeth Per Cycle Hysteresis Voltage Trigger Yoltage Gap Zero Pasition Gap Full Scale High Full Scale Low Sample Rate Measurement Type Measurement Unit Alarm Type D mum 3 s E s 100 ms average um T F Alarm Latching Alarm Option Dual SPDT Relays Alarm Set Point Danger High Alert High Alert Low Danger Low GAP High GAP Low Transducer Direction C Toward Probe to Threshold Type Ce Auto Away From Probe C Manual Factory setting Figure 2 DTM10 C1 DTM10 202 Default Se
39. he DTM10 Dynamic waveform data Real time vibration data could be uploaded and the waveform and spectrum plot could be view by Condition management software or portable vibration data collector Trend Data Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 6 DTM Distributed Transmitter Monitor The vibration data could be periodically stored by the Environmental DTM10 when it s powered on User could collect trend Temperature data and view trend plots by Condition management Operation 40C 85 C software or portable vibration data collector The trend Storage 50 C 100 C sampling interval is configured by the related pang 3 7 Humidity 90 non condensing DTM CFG software DTM10 s factory default is 10 Case Aluminum hours Every DTM10 could store maximum 1024 trend data bes i Certification Alarm Data CE certified with EMC compliance The dynamic alarm data could be stored by the eee ia CSA Cl Div 2 Grps A B C amp D T4 DTM10 when it s powered on The DTM10 only stores SS P ATEX Il 3 G Ex nA II T4 one alarm data with highest measured value User as TR CU 2Ex nA II T4 X could view waveform and spectrum plot of alarm data S Ne TC RU C US TB05 B 00476 by Condition management software or portable NANIO CCVE vibration data collector Hazardous area
40. ill result in a system bypass v Ifthe DTM10 201 has the digital condition monitoring function the Trip Multi and COM pins are used for phase reference input Moreover the DTM10 201 won t provide Multiply Alarm function anymore so you should set Multiply Alarm property to None by DTM CFG software v Hu Scale of DTM10 501 is phase reference output for digital condition monitoring A7 Trip Multi terminal provides the phase reference signal for the DIM10 201 DTM10 301 DIM20 101 or DM200 A DTM10 501 can provide the phase reference signal for up to 6 DIMs or DM200s Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 12 DTM Distributed Transmitter Monitor DTM10 201 202 501 Field Wiring Diagram Interfacing with TM0120 Shield blue BUF Buffer Out lt x 2u O O E TM0200 or He ODO S DODDOD D DODD OOD e H SS SG NI gt lt or phase Sma S GE reference GC zs E input output x D Reset ed ALT Proximity Probe D gt C VMI IEA COLL MLL bad Vand 8 7 F E 7 7 7 f yf Ch BUS Ch BUS amp ARM2 O3 NC2 amp NO2 amp COM DD pp ER t OF e e e gt gt 6324 2 Note v Power supply 2 and 4 20mA 2 are optional outputs used for redundancy v Alert and D
41. ion v A D converter calibration DTM20 A4 default communication setup Baud Rate 9600bit s Parity Bit No Stop Bit 2 ID 63 Modbus range 16384 DTM20 A4 communication and password reset If the communication parameters baud rate parity etc or password are forgotten or inadvertently changed they may be reset to factories defaults using the following procedure Power off DTM Press and hold the and at the same time Power on DTM Continue pressing on the and for about 10 seconds until all LEDs blink at the same time After above operations DIM communication and password will reset to Baud Rate 9600bit s Parity Bit None Stop Bit 2 ID 63 Configuration Password 1234 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 48 DTM Distributed Transmitter Monitor DTM96 Communication Module The DTM96 functions as an RS232 to RS485 converter and or enables 32 DIM modules to be networked together via Modbus Combined with the DIM CFG configuration software the DTM96 truly provides a distributed vibration system The Modbus interface enables users to remotely monitor configure and calibrate the DTMs DTM96 Features v Direct Modbus RTU interface v Optically isolated RS485 RS422 and RS232 communications v Communicate with the DTM using your computers RS232 connection v Provides galvanic isolation between PC and DTM Specifications Electrical Power S
42. ion and calibration software CD v RS485 USB converter with cable TM900 Power converter with isolation Converts 95 250 VAC into 24VDC and is capable of powering up to five DTM modules Seismic Sensor Systems TM0782A K M Accelerometer kit TM0783A K M Accelerometer with cable TM0793V K M Velocity sensor kit TM079VD V H K Low frequency sensor SAN SS Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 29 DTM Distributed Transmitter Monitor DTM20 System Installation DTM20 Field Wiring Diagram SHIELD BUF Out sl ge FoeS 55 E 98 So Oo Oo N dem DLC DCS lt _ OOOO PLC DCS popopo ipMutipy 6S gt SS or phase e os reference G k So P N N input KK Reset TMO782A TMO793V T sanS o op N nA N 29942 OO OO lt p EE E ro ft gt gt T5828 Note v Power supply 2 and 4 20mA 2 are optional connections used for redundancy v Alert and Danger relays are shown connected as normally open Connect ARM and NC for normally closed v Connecting COM and RST BYP with an external continuous or momentary closed switch will initiate a remote reset Temporarily closing the switch will result in a system reset continuous close will result in a system bypass v If DTM20 has the digital condi
43. ion with DTM CFG software The DTM CFG configuration software gives access to more features than the front panel adjustment does Consult the DTM CFG user manual for more details concerning these capabilities DTM Modbus communication The DTM supplies Modbus RTU communications for system interface with any upper level controller The standard registers are listed below For further registry and protocol information please contact your Provibtech office 30501 Overall Vibration Level 30502 Gap Voltage in mV 10139 Status Bit read only Bit 0 0 1 Ok Not ok Bit 1 0 1 Not Alert Alert Bit 2 0 1 Not Danger Danger Bit 3 0 1 Not Bypass Bypass Bit 4 0 1 Not Trip Multiply Trip Multiply Note The Overall Vibration Level is related to the full scale range and Modbus range For example if the Modbus range is 16384 and full scale range is 200um then the current vibration measured value is 100um while the Modbus value is 8192 The Modbus range could be set with an integer from 1 to 32767 and the default is 16384 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 47 DTM Distributed Transmitter Monitor DTM20 A4 Maintenance DTM20 A4 calibration with DTM CFG software The DTM CFG software supplies additional system calibrations to customer Some of these functions are listed below Please see the DIM CFG USR software manual for more details v 4 0 mA calibration v 20 0 mA calibrat
44. ip Multi terminal to COM terminal System alarm level will increase by a factor of 2 or 3 Modbus RS485 Modbus RTU Non isolated use DTM96 for isolation Software programming DTM CFG Alert and danger set point time delay ZERO and Full Scale calibration Full scale high and low setup Low pass filter corner frequency setup Alarm latching non latching energized de energized Alarms programmable with alert danger or system ok Sensor selection and system calibration Measurand Integration changes A V D Modbus communication setup Trip multiply setup Real time bar graph and alarms 3 layers of password protection Digital Condition Monitoring Terminals RS485 for both Modbus RTU and condition monitoring Software PCM360 LT Work with PCM360 LT plant condition management software Dynamic waveform Real time vibration data 2000 sets per data acquisition Alarms Up to 100 alarms can be stored in DTM20 Trend Up to 1000 trend data can be stored in DTM20 Spectrum Up to 800 lines of resolution DTM Distributed Transmitter Monitor Physical Dimension Height 75mm 2 95 see figure below Weight 2 0lb 1 0kg Environmental Temperature Operation 40C 857 Storage 50 C 100 C Humidity 90 non condensing Case Aluminum cast copper free Certification CE certified with EMI compliance CSA Class Div 2 Grps A B C amp D T4 ATEX II 3 G Ex nA II T4 TR CU 2Ex n
45. l scale of 0 1000 RPM and you want your Alert setpoint to be SOORPM then you would press the and or buttons until the output reads 12mA 50 DANGER setup Press the RESET button until only the Danger light flashes The 4 20mA output now corresponds to a percentage of full scale 4mA 0 and 20mA 100 of full scale according to the Danger setpoint For example if you have a full scale of 0 1000 RPM and you want your Danger setpoint to be 75ORPM then you would press the and or buttons until the output reads 16mA 75 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 21 DTM Distributed Transmitter Monitor Exit cycle Do not press the RESET for 10 seconds and the CPU will automatically exit setup FLASH LED Set Alert Set Danger Set End DANGER BYPASS i E DTM configuration with DTM CFG software The DTM CFG configuration software gives access to more features than the front panel adjustment does Consult the DIM CFG user manual for more details concerning these capabilities DTM Modbus communication The DTM supplies Modbus RTU communications for system interface with any upper level controller The standard registers are listed below For further registry and protocol information please contact your Provibtech office 30501 Overall Vibration Level 30502 Gap Voltage in mV 10139 Status Bit read only Bit 0 0 1 Ok Not ok Bit 1 0 1 Not Alert Al
46. ll result in a system reset continuous close will result in a system bypass v If DTM20 has the digital condition monitoring function the Trip Multi and COM pins are used for phase reference input Thus the DTM20 won t provide the Trip Multiply and the Trip Multiply property should be set to None in the DIM CFG software v When using the signal condition monitoring function the DTM20 works with DTM10 501 502 to provide a phase reference output In this case connect Trip Multi of DTM20 with Trip Multi of DTM10 501 502 and connect COM of DTM20 with COM of DTM10 501 502 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 43 Terminal Description 4 20mA 1 4 20mA 2 BUF COM SIG NC1 ARM1 NO1 NC2 ARM2 NO2 PWR BUS BUS TRIP MLTP RESET BYP DTM Distributed Transmitter Monitor Transmission of overall value to upper level PLC or DCS sourced loop power not required Transmission of overall value to upper level PLC or DCS passive loop power supply range 16 30VDC Buffered output System ground External sensor input Alarm 1 Normally closed Alarm 1 Arm Alarm Normally open Alarm2 Normally closed Alarm 2 Arm Alarm 2 Normally open NC Modbus Config digital communication ports Trip multiply if shorted to COM or phase reference input Alarms reset Bypass 24V 1 GND 24V 2 Dual input power supply Provib Tech Phone 1
47. ms internal diagnostic tests to search for errors sensor status supply voltage system power up fieldbus status and more If there is an error the system OK status LED on the DIM will go off and an error will be registered for the channel and sent via Modbus Reliable Microprocessor critical data and system configuration is stored in a solid state memory chip The memory chips are designed not to lose data during an interruption of power Once power is restored the critical data and system configuration are recovered from the memory chips DTM Distributed Transmitter Monitor Additional Features Power Up Inhibit This feature decreases false alarms due to higher vibration levels during machine start up Condition Monitoring Each DTM module has a buffered output for easy connection to a condition monitoring system or other vibration analysis hardware ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 sales provibtech com www provibtech com 3 w DTM Distributed Transmitter Monitor Selection Guide of DTM Modules Model Number DTM20 DTM30 DTM CFG Radial Shaft Case Temperature Accessory Accessory Vibration Vibration Dual Communication Configuration Thrust amp Speed Channels Module Software Available as Pre Configured or Field ese Axial Position bere E ES SES GE E Case Vibration e KR ER EES EE Wm gg ER ER E BEE EE Bee NEE REENEN eee BEE E EE aaa Ka AR RE RE RR REN ei IR W
48. n until the 4 20mA 2 output value changes to 4 0mA Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing Zero calibration confirmed Exit cycle Do not press on RESET within 10 seconds CPU exits setup status FLASH LED 4 20mA 1 ZERO Set Alert Set Danger 4 20mA 2 ZERO Set End x II aaa BE NN Se NN NN 2 TTT D TI TI Oe Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 35 DTM Distributed Transmitter Monitor DTM configuration with DTM CFG software The DTM CFG configuration software gives access to more features than the front panel adjustment does Consult the DIM CFG user manual for more details concerning these capabilities DTM Modbus communication The DTM supplies Modbus RTU communications for system interface with any upper level controller The standard registers are listed below For further registry and protocol information please contact your Provibtech office 30501 Overall Vibration Level 30502 Gap Voltage in mV 10139 Status Bit read only Bit 0 0 1 Ok Not ok Bit 1 0 1 Not Alert Alert Bit 2 0 1 Not Danger Danger Bit 3 0 1 Not Bypass Bypass Bit 4 0 1 Not Trip Multiply Trip Multiply Note The Overall Vibration Level is related to the full scale range and Modbus range For example if the Modbus range is 16384 and full scale range is 200um then the current vibration measured value is 100um while the Modbus
49. o decide the looseness trigger level thus minimize the estimated uncertainty Designed with reliability Redundant power supplies Redundant 4 20mA outputs Dual dry contact relay outputs Trip multiply and Bypass Galvanic optical isolation for solid signal processing Power input isolation Sensor signal conditioning isolation Transmission 4 20mA output isolation Relay output isolation Digital output isolation with DTM96 Fully field programmable by CFG software DTM20 CFG can easily change any configuration of the monitor Calibration of the system is available with CFG ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 38 DTM Distributed Transmitter Monitor Reciprocating condition monitoring by direct MODBUS digital communication digital connection Build in Modbus RTU digital communication Static registers trend overall alarms GAP system More register information from Modbus OK Dynamic signal waveform spectrum phase reference waterfall Data will be directly transferred into server with no needs of additional interface hardware Specifications Electrical 4 20mA 2 Loop Loop powered by controller Power Supply Galvanic isolation 1000VDC Redundant Accept dual power input 22 30VDC 150mA Galvanic isolation 1000VDC Frequency Response Power supply range 16 30VDC Maximum load resistance 50 Vs 16 Where Vs is the loop power supply Alarm Setup 100 120
50. on Monitor Module Speed Monitor Module Ss S amp S A S Phase Reference Monitor module DTM10 Features V Se e SS Se Ss Ze SS S Interface with almost any manufacture s proximity probe system Works with or without probe driver Direct Modbus RTU interface Redundant 4 20mA outputs Redundant power supplies Measure shaft vibration thrust position or speed Full digital field configuration Dual alarms SPDT LED indication of system OK Alert Danger and Bypass Local and remote RESET BYPASS and Trip multiply Buffered Output for condition monitoring Aluminum case for RFI EMI reduction Digital condition monitoring optional ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 ovt provibtech com www provibtech com 5 DTM Distributed Transmitter Monitor Specifications Electrical Power Supply RESET BYPASS 22 30VDC 150mA Front panel push button Galvanic isolation Frequency Response 3dB 4 3 0KHz 0 5 100Hz Proximity probe Interface Nominal frequency Low frequency Sensitivity 5mm and 8mm probe 8 mV um 200 mv mil 11mm probe 4 mv um 100 mv mil 25mm probe Buffered Output 2mv um 50 mv mil Original un filtered signal Impedance 150 300m 1000ft same as the sensor Maximum cable distance Sensitivity Local BNC connection and terminal block 4 20mA Output Dual 4 20mA sourced loop power not required Maximum load resistance 380 Q Alarm Set
51. onnect ARM and NC for normally closed v Connecting COM and RST BYP with an external continuous or momentary closed switch will initiate a remote reset Temporarily closing the switch will result in a system reset continuous close will result in a system bypass v Ifthe DTM10 301 has the digital condition monitoring function the Trip Multi and COM pins are used for phase reference input Moreover the DIM10 301 won t provide Multiply Alarm function anymore so you should set Multiply Alarm property to None by DTM CFG software v Hu Scale of DTM10 502 is phase reference output A6 Buffer output terminal will provide phase reference signal v Hu Scale of DTM10 502 is phase reference output for digital condition monitoring A7 Trip Multi terminal provides the phase reference signal for the DIM10 201 DTM10 301 DIM20 101 or DM200 A DTM10 502 can provide the phase reference signal for up to 6 DIMs or DM200s Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 16 Terminal description 4 20MA 1 2 BUF COM SIG NC1 ARM1 NO1 NC2 ARM2 NO2 PWR BUS BUS TRIP MLTP RESET BYP DTM Distributed Transmitter Monitor Transmission of overall value to upper level PLC or DCS Buffered output or phase reference output System ground External sensor input Alarm 1 Normally closed Alarm 1 Arm Alarm Normally open Alarm2 Normally closed Alarm 2 Arm Alarm
52. ons 7 To wire additional modules the C2 TX communications should be wired in e parallel SE SE be E IL E et DI ew N N soa Va A ei oO YT Yur Y I oT I x lt X X Ko CO A CFE FE DE ED OD PpP Op DODD oO ve S CH Y QFY N N Only one connection gt 622 zs RS422 RS485 or A JO Pee RS232 can be used at one time Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 51 DTM Distributed Transmitter Monitor Terminal description BUS RS485 output BUS RS485 output 24V 1 GND 24V 2 Input power supply D 485 A D 485 B RS485 digital communication ports input COM TX 232 RX 232 RS232 digital communication ports input RX 422 RX 422 TX 422 TX 422 RS422 digital communication ports input DTM96 status Indicators The DTM96 will have the following status indicators v TX green LED Flashes when communications are active v RX green LED Flashes when communications are active v Power green LED Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 52 DTM Distributed Transmitter Monitor Accessories TM900 Power Converter Reliable Power Converter Ordering Information The TM900 power converter is designed specifically for the TM900 GX DTM series transmitter monitor Each TM900 can supply power for up to five DTM series transmitter monitors The 24Vdc output of the power converter is isolated from i
53. oseness Setup Additional Download To DTM And Save Upload Fror DTM Figure 9 DTM20 A4 Looseness Monitor Default Setting ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 61
54. ovides measurements in radial vibration axial position thrust and speed phase reference The DTM10 works with any proximity probe system combination including other manufacturers and can be used e With or without Probe Driver e In any combination of probe and extension cable The DTM10 has a field linearization feature which enables the DIM10 to interface to any proximity probe system This feature greatly reduces the requirement for spare parts e Works with any shaft material Steel Tungsten K monel and more DTMZ20 is a case mounted seismic sensor module which provides case vibration measurements in acceleration velocity or displacement The DTM20 works with any case mounted sensor including other manufacturers e Accelerometers e Velocity Transducers DTM30 is a temperature module which works with e Resistance temperature detector RTD e Thermocouple DTM96 is a communication module that can be used to network up to 32 DTMs together to form a vibration protection system The DIM96 can be used to communicate directly with control systems PLC or DCS via modbus to provide data from the DTMs such as alarm status system status overall value and more DTM CFG is the software used to configure the DTM modules DTM10 and DTM20 either with a local laptop computer or a remote computer on the network requires Modbus connection Configurable Parameters e Measurement Type Case Vibration Vibration Axial
55. ow pass has to be 4X more than hi pass filter Galvanic isolation requires loop powered configuration Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 28 DTM20 AX BX IX MX SX Distributed vibration monitor fully field configurable with Modbus RTU AX Alarm and sensors AO ICP sensor Dual alarms A1 ICP sensor No alarm A2 Seismic velocity Dual alarms A3 Seismic velocity No alarm A4 Looseness monitoring Dual alarms BX Mounting BO DIN rail mounting B1 Plate mounting IX Frequency response IO Normal High frequency I1 Low frequency ER High frequency 10 20KHz A12 A13 A36 A37 only with accelerometer IXXX YYYY XXX Hi pass filter YYYY low pass filter YYYY can be field programmable MX Condition Monitoring 4 20mA Galvanic Isolation M1 4 20mA without isolation No CM M2 4 20mA without isolation With CM M3 4 20mA with isolation No CM M4 4 20mA with isolation With CM M5 Dual 4 20mA No CM M6 Dual 4 20mA with CM SX Approvals GU CE S1 CE CSA Class l Div 2 Grps A B C amp D T4 ATEX Il 3 G Ex nA Il T4 TRCU 2Ex nA ll T4 X Ne TC RU C US 605 B 00476 NANIO CCVE Low pass has to be 4X more than hi pass filter Galvanic isolation requires loop powered configuration DTM Distributed Transmitter Monitor Optional Accessories DTM CFG K The DTM configuration and calibration software kit includes v _DTM CFG configurat
56. pvt provibtech com www provibtech com 19 DTM Distributed Transmitter Monitor DTM10 202 302 Field Set up The DTM10 202 302 transmitters have been calibrated before leaving the factory However the DTM10 202 302 can also provide you with some field adjustment functions for calibrating the 4 20mA output and adjusting the Alarm and Danger setpoints Preparation Connect a current meter to the DTM 4 20mA 1 output Connect the proximity probe to the DTM and install it in a static calibrator Adjust the static shaker gap to 0 25mm 10mils Enter the setup amp operation status Press the RESET button for 10 seconds The OK ALERT DANGER TR X and BYPASS lights begin to flash symbolizing the entrance to setup status Zero Calibration Press the RESET button again The OK light will flash signifying the start of the Zero calibration Ensure that the static calibrator probe gap is 0 25mm At this time the user should press or button until the output value changes to 4 0mA Press RESET again The OK ALERT DANGER TR RX and BYPASS begin to flash symbolizing zero calibration confirmed Alert H setup Press the RESET button again The ALERT light will flash signifying the start of the ALERT H adjustment The 4 20mA output now corresponds to a percentage of full scale 4mA 0 and 20mA 100 of full scale according to the ALARM setpoint For example if you have a full scale of 10 to 10mils and you want your Alert setpoint to
57. r High 150 Alert High 100 Alert Low Danger Low GAP High GAP Low Away From Probe L J Threshold Type GG Auto C Manual Factory setting Figure A DTM10 301 Default Setting ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 58 Configuration Parameters Channel Type Speed Transducer Type TM0180 5m Transducer Sensitivity Alert Time Delay Danger Time Delay Teeth Per Cycle Hysteresis Voltage Trigger Yoltage Gap Zero Position Gap Full Scale High Full Scale Low Sample Rate Measurement Type Measurement Unit Alarm Type DTM Distributed Transmitter Monitor DTM10 501 Speed Require external driver F Alarm Latching Alarm Option Dual SPDT Relays Alarm Set Point Danger High 2700 RPM Alert High 1800 RPM Alert Low Danger Low GAP High GAP Low Transducer Direction ec al ovat g D TO b E DARIA V rom P ro p z s J Threshold Type e Auto Manual Factory setting DTM10 502 Speed Not require external driver Configuration Parameters Channel Type Speed Transducer Type TM0180 5m D Transducer Sensitivity Alert Time Delay Danger Time Delay Teeth Per Cycle Hysteresis Voltage Trigger Voltage Gap Zero Position Gap Full Scale High Full Scale Low Sample Rate Measurement Type Measurement Unit Alarm Type Bo myfum
58. r with isolation Converts 95 250 VAC into 24VDC and is capable of powering up to five DTM modules Proximity Sensor Systems v TMO180 8mm probe v TM0105 5mm probe v TM0110 11mm probe v TM0181 Extension cable v TM0182 Probe driver v TM0120 25mm probe system Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 11 DTM Distributed Transmitter Monitor DTM10 System Installation DTM10 201 202 501 Field Wiring Diagram Ts z Out lt x gt z z0 z E 4 PPPOE Dc 5 4B 4 UR J oe dh chchch ch ch Trip Multiply ZS H SG zs e or phase z E z z x reference TE amp IT input output Ge h PPA st es PSSA eset 2 rT TMO0182 Driver ee D TM0181 SE Cable if TM0180 EE Proximity Probe EE ee PLC DCS or DTM CFG Sp N N 263828 Oo O e Z Danger o o o o o S S amp Q Ke gt Keng gt gt og a a z2 lt s Note v Power supply 2 and 4 20mA 2 are optional outputs used for redundancy v Alert and Danger relays are shown connected as normally open Connect ARM and NC for normally closed v Connecting COM and RST BYP with an external continuous or momentary closed switch will initiate a remote reset Temporarily closing the switch will result in a system reset continuous close w
59. rovibtech com ATEX Standards EN 60079 0 EN 60079 15 Special condition in hazardous area The ambient temperature range is 40 C lt Ta lt 70 C DTMs must be placed inside an enclosure that is in accordance with EN 60079 15 2005 Provisions must be made externally to prevent the rated voltage from being exceeded by transient disturbances of more than 40 DTM Distributed Transmitter Monitor Ordering Information DTM96 AX BX SX DTM interface module with RS485 and RS232 AX Output AU Modbus RS485 RS232 RS422 BX Mounting BO DIN rail mounting B1 Plate mounting SX Approvals GU CE S1 CE certified with EMI compliance CSA Class I Div 2 Grps A B C amp D T4 ATEX Il 3 G Ex nA II T4 TRCU 2Ex nA Il T4 X Ne TC RU C US 605 B 00476 NANIO CCVE Denotes factory default Optional Accessories TM900 Power converter with isolation It converts 95 250 VAC into 24VDC and is capable of powering up to five DTM modules Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 50 DTM Distributed Transmitter Monitor DTM96 System Installation Installation field wiring diagram a TD w mmo O op 2 U 2 N 2 DC PROVIBTECH sg es SS S El a POWER The DTM96 has 6 output connecti
60. rovide the Trip Multiply and the Trip Multiply property should be set to None in the DTM CFG software v When using the signal condition monitoring function the DTM20 works with DTM10 501 502 to provide a phase reference output In this case connect Trip Multi of DTM20 with Trip Multi of DTM10 501 502 and connect COM of DTM20 with COM of DTM10 501 502 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 42 DTM Distributed Transmitter Monitor DTM20 A4 Hazardous Area Field Wiring Diagram MTL787SP A TM0401 ala 3 Barrier if SHIELD Se or Su T O O E F FG OBO N i BOODD OD E PLC DCS Safe Popes POPPE Mute 6 amp F SSR or phase OoOMagoc ce e x e reference OO E CG or N N input wt Si 2 ALT D DNG BUF BYP D TM0782A TRX TM0793V amp ARM2 OO NO2 P BUS QO BUS amp COM OO NC DOPOD LD EL e we gt gt T6524 2 Note v Power supply 2 and 4 20mA 2 are optional connections used for redundancy v Alert and Danger relays are shown connected as normally open Connect ARM and NC for normally closed v Connecting COM and RST BYP with an external continuous or momentary closed switch will initiate a remote reset Temporarily closing the switch wi
61. s I Div 2 Gros A B C amp D T4 ATEX Il 3 G Ex nA II T4 TR CU 2Ex nA Il T4 X Ne TC RU C US B05 B 00476 NANIO CCVE Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 8 DTM10 202 AX CX GX SX Factory configured for axial position probe driver required AX Full Scale AU 1 0 0 1 0mm 40 0 40mil Requires TM0180 or other 8mm proximity probe transducer TM0105 or other 5mm proximity probe transducer A1 2 0 0 2 0mm 80 0 80mil Requires TM0110 or other 11mm proximity probe transducer A2 5 0 0 5 0mm 0 2 O 0 2inch Requires TM0120 or other 25mm 35mm proximity probe transducer A3 12 0 0 12 0mm 0 5 0 0 5inch Requires TM0150 or other 50mm proximity probe transducer CX Alarms LO Dual alarms with epoxy sealed relays C1 No Alarm GX Mounting GOUT DIN rail mounting G1 Plate mounting SX Approvals GU CE S141 CE CSA Class l Div 2 Grps A B C amp D 14 ATEX II 3 G Ex nA Il T4 TR CU 2Ex nA ll T4 X Ne TC RU C US TB05 B 00476 NANIO CCVE DTM Distributed Transmitter Monitor DTM10 501 AX CX FXX GX SX Factory configured for speed probe driver required AX Full Scale AU O 1 000 rpm A1 0 3 600 rom A2 0 6 000 rpm A3 0 10 000 rpm AA 0 30 000 rpm A5 0 50 000 rpm A6 phase reference output A7 phase reference output for digital condition monitoring CX Alarm LO Dual alarms with epoxy seal
62. tion monitoring function the Trip Multi and COM pins are used for phase reference input Thus the DTM20 won t provide the Trip Multiply and the Trip Multiply property should be set to None in the DTM CFG software v When using the signal condition monitoring function the DTM20 works with DTM10 501 502 to provide a phase reference output In this case connect Trip Multi of DTM20 with Trip Multi of DTM10 501 502 and connect COM of DTM20 with COM of DTM10 501 502 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 30 DTM Distributed Transmitter Monitor DTM20 Field Wiring Diagram Interfacing with 5485C BLACK BUF WHITE BLACK Out l HAAL Hmo apap Gp Ge DLC DCS 4 mas i 1 it db 1 d d p T AN PAN ZIN PAN ZAN P PLC DCS yw E P PWR E 4 20mA 1 COM Ch BUF COM COM D SIG RST BYP CH LI Trip Multiply d or phase A reference A input P COM P 4 20mA 2 TRIP M 4 20mA 2 Metrix 5485C ARM2 OO NC2 NO2 OO BUS OO BUS COM Peep t OD e Ser Se gt T6228 Note v Power supply 2 and 4 20mA 2 are optional connections used for redundancy v Alert and Danger relays are shown connected as normally open Connect ARM and NC for normall
63. ts input and is short circuit protected GX Mounting G0 35mm DIN rail mounting G1 Plate mounting Specifications Electrical AC Power Input 90 250VAC Power Output Voltage 24VDC45 Current lt 750mA Isolation 1000VAC Fuse 2 0A 250VAC Physical Dimension Height 75mm 2 95 see figure below Weight 1 0kg 2 0 Ib Environmental Temperature Operation 40C 85 Storage 50C 1007 Humidity 90 non condensing 70 O O i I i 7 S S TM900 Power Converter PROVIBTECH TM900 Power Converter es HY erovieteck a Be E CU O gt O g ad QO 6 DIA 45 O O S0 o a p e 8 TM900 DIN Rail Mounting M900 Plate Mountine ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 ovt provibtech com www provibtech com 53 DTM Distributed Transmitter Monitor Accessories Il DTM CFG Configuration and calibration software DTM RS485 USB Converter from RS485 to USB for configuration with laptop computer DTM RS485 RS232 Converter from RS485 to RS232 for configuration with desktop computer PCM370 PCM370 condition monitoring software is ideal for plant wide condition monitoring and trending of overall vibration levels PT2060 98 PC Touch panel PC with IP65 rating Ideal to work with PCM370 and DIM CFG Mounting Plate and mounting Rail Mounting Plate GA TT G WEE Mounting Rail ProvibT
64. tting ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 57 DTM Distributed Transmitter Monitor DTM 10 201 proximity probe input shaft vibration output Require external driver Configuration Parameters Channel Type Proximity probe input shaft vibration output Transducer Type ENEE Transducer Sensitivity Alert Time Delay Danger Time Delay Teeth Per Cycle Hysteresis Voltage Trigger Voltage Gap Zero Position Gap Full Scale High Full Scale Low Sample Rate Measurement Type Measurement Unit Alarm Type a um 4 0KHZ PK PK D um ba Alert Alarm Option Dual SPDT Relays D Alarm Set Point Danger High 150 Alert High 100 Alert Low Danger Low GAP High GAP Low Transducer Direction Toward Probe Away From Probe fe J Threshold Type Auto C Manual Factory setting DTM 10 301 proximity probe input shaft vibration output Not require external driver Configuration Parameters Channel Type Proximity probe input shaft vibration output Transducer Type TMO180 9m D Transducer Sensitivity Alert Time Delay Danger Time Delay Teeth Per Cycle Hysteresis Voltage Trigger Voltage Gap Zero Position Gap Full Scale High Full Scale Low Sample Rate Measurement Type Measurement Unit Alarm Type F Alarm Latching Alarm Option Dual SPDT Relays D Alarm Set Paint Dange
65. up 0 100 FS Accuracy 0 1 Relays Seal Epoxy Capacity 0 2A 240VAC 0 4A 110VAC or 2 0A 24VDC resistive load Relay type SPTD Isolation 1000VDC LED Machine Condition Indicator OK System OK indication ALT Vibration over ALERT level DNG Vibration over DANGER level BYP System in BYPASS TRX Digital Transmission Active Remote RESET BYPASS terminals Trip Multiply Double Multiply or Triple Multiply set in DIM CFG Short Trip Multi terminal to COM terminal System alarm level will increase by a factor of 2 or 3 DTM10 201 301 only Modbus RS485 Modbus RTU Not isolated use DTM96 for isolation Local push button programming Alert and danger set point ZERO calibration Software programming DTM CFG Alert and danger set point time delay ZERO and Full Scale calibration Full scale high and low setup Alarm latching non latching energized de energized Alarms programmable with alert danger or system ok Probe selection linearization and system calibration Monitor function change vibration position or speed Modbus communication setup Trip multiply setup Real time bar graph and alarms Configure speed monitor to phase reference only monitor 3 layers of password protection Digital condition monitoring optional Condition management software or portable vibration data collector of ProviobTech could collect store and analyze machine health condition based on vibration via the bus communication of t
66. up Press RESET again and the ALERT light begins to flash signifying the entrance to the Acceleration alert setpoint setup The 4 20mA 1 or 4 20mA 2 determined by the 4 20mA output setup output now corresponds to a percentage of full scale 4mA 0 and 20mA 100 of full scale according to the ALARM setpoint For example if you have a full scale of 0 10g and you want your Alert setpoint to be 5g then you would press the and or buttons until the output reads 12mA 50 Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing Acceleration alert value confirmed Acceleration danger setup Press RESET again and the DANGER light begins to flash signifying the entrance to the Acceleration danger setpoint setup The 4 20mA 1 or 4 20mA 2 determined by the 4 20mA output setup output now corresponds to a percentage of full scale 4mA 0 and 20mA 100 of full scale according to the DANGER setpoint Press or until desired point is met Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizing Acceleration danger value confirmed 4 20mA 2 Zero Calibration Press RESET again and the BYPASS light begins to flash signifying the start of the 4 20mA 2 Zero Calibration At this point the user should press on or button until the 4 20mA 2 output value changes to 4 0mA Press RESET again The OK ALERT DANGER TR RX and BYPASS lights begin to flash symbolizin
67. upply 22 30VDC 150mA Galvanic isolation Modbus Modbus RTU RS485 and RS232 Galvanically Isolated Modbus TCP RJ45 Ethernet connection Galvanically Isolated Zi PROVIBTECH DTM96 HUB PN OTM96 AX BX SX DN SN86098027 Physical Dimension Height Weight 75mm 2 95 see figure below 1 0lb 0 5kg lt POWER O TX 2 RX SE 7 a Nes gn a See a o LC GE f ys an eal N Ke i aM Pan SL d an ae KE A a d YL K mMM Samm Z A TO a e siele keir 26 CO H gt e oc D Rail Mounting Environmental Temperature Operation Storage Humidity Case Plate Mounting 40C 85 50 C 100 C 90 non condensing Aluminum ProvibTech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 49 D0 BMM Certification CE certified with EMI compliance CSA Class Div 2 Grps A B C amp D T4 ATEX II3GExnAIlT4 TRCU 2ExnAll T4 X Ne TC RU C US B05 B 00476 NANIO CCVE Hazardous area Marking PROVIBTECH Digital Vibration Speed Transmitter Kid x gt wk Bee ETCRUCCNTEIEB OO Ki G AR MS N EANN C ae SEH KS SS K SS CN K SY Groups A B C amp D T4 ifi i os N SCH Certificate 1923455 Goy II T4 N DS nS aX Ki x Ne www p
68. v Power supply 2 and 4 20mA 2 are optional outputs used for redundancy v Alert and Danger relays are shown connected as normally open Connect ARM and NC for normally closed v Connecting COM and RST BYP with an external continuous or momentary closed switch will initiate a remote reset Temporarily closing the switch will result in a system reset continuous close will result in a system bypass v Other barriers available TM0414 STAHL 9002 00 260 138 001 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 15 DTM Distributed Transmitter Monitor DTM10 301 302 502 Field Wiring Diagram BUF Out TMO0O200 or DLC DCS a ADA de TM0200 or AE PLC DCS Trip Multiply PWR OWN JN JIN A 3 4 20mA 1 p Oh SIG amp COM BUF CO COM ON Al i A com RST BYP CO COM CO COM ICH TRIP M CO 4 20mA 2 or phase reference input output TMO181 Cable OK ALT DNG BYP TMO180 H Proximity Probe TRX Ch BUS Ch BUS CO ARM2 COM OI NC2 NO2 peepee D D Oo e Ser gt gt 363248 Note v Power supply 2 and 4 20mA 2 are optional outputs used for redundancy v Alert and Danger relays are shown connected as normally open C
69. value is 8192 The Modbus range could be set with an integer from 1 to 32767 and the default is 16384 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 36 DTM Distributed Transmitter Monitor DTM20 Maintenance DTM20 calibration with DTM CFG software The DTM CFG software supplies additional system calibrations to customer Some of these functions are listed below Please see the DIM CFG USR software manual for more details v 4 0 mA calibration v 20 0 mA calibration v A D converter calibration DTM20 default communication setup Baud Rate 9600bit s Parity Bit No Stop Bit 2 ID 63 Modbus range 16384 DTM20 communication and password reset If the communication parameters baud rate parity etc or password are forgotten or inadvertently changed they may be reset to factories defaults using the following procedure Power off DTM Press and hold the and at the same time Power on DTM Continue pressing on the and for about 10 seconds until all LEDs blink at the same time After above operations DIM communication and password will reset to Baud Rate 9600bit s Parity Bit None Stop Bit 2 ID 63 Configuration Password 1234 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 37 DTM Distributed Transmitter Monitor DTM20 A4 Looseness Monitor The DIM20 A4 is designed for monitoring reciprocating compressors
70. y closed v Connecting COM and RST BYP with an external continuous or momentary closed switch will initiate a remote reset Temporarily closing the switch will result in a system reset continuous close will result in a system bypass v If DTM20 has the digital condition monitoring function the Trip Multi and COM pins are used for phase reference input Thus the DTM20 won t provide the Trip Multiply and the Trip Multiply property should be set to None in the DIM CFG software v When using the signal condition monitoring function the DTM20 works with DTM10 501 502 to provide a phase reference output In this case connect Trip Multi of DTM20 with Trip Multi of DTM10 501 502 and connect COM of DTM20 with COM of DTM10 501 502 Provib Tech Phone 1 713 830 7601 Fax 1 281 754 4972 pvt provibtech com www provibtech com 31 DTM Distributed Transmitter Monitor DTM20 Hazardous Area Field Wiring Diagram MTL787SP A TM0401 ala 3 Barrier if SHIELD Se or Su T O O E F FG OBO N i BOODD OD E PLC DCS Safe Popes POPPE Mute 6 amp F SSR or phase OoOMagoc ce e x e reference OO E CG or N N input wt Si 2 ALT D DNG BUF BYP D TM0782A TRX TM0793V amp ARM2 OO NO2 P BUS QO BUS amp COM OO NC D

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