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Ametek IntelliPoint RF RNT Series, Assembly, Installation And Operating Instructions, Page: 29 / 90

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Troubleshooting

23

4.2 

Testing Electronic Unit

This test is only a test of the electronic unit for troubleshooting 

purposes, and does not serve as a Verify or Certify test of the 

complete system.
Use the following steps to test the electronic unit: 
1.  Be sure the environment is safe before removing the lid from 

the housing.

2.  If possible to access the sensing element with the material 

below the sensor, or remove the IntelliPoint from the vessel, 

use your finger to touch TP1 (Shown in Figure 2-4) while 

holding any bare metal portion of the instrument housing 

with the other hand. The system should go to its high level 

state.

3.  Again with no material touching the sensing element, touch 

the tip of the sensing element with your finger, while holding 

any bare metal portion of the instrument housing with the 

other hand. The system should go to its high level state.

4.  If the IntelliPoint changes to the high level state while 

touching test point TP 1, but not when touching the tip of 

the sensor, in most cases, the interconnecting cable is faulty. 

See Section 4.6: Testing Integral Cable, or Section 4.7 

Testing Remote Cable.

5.  If The IntelliPoint is stuck in one state:

A.  Remove power.

B. Disconnect coax cable that joins sensing element to 

electronic unit.

C.  Apply power.

D.  Repeat steps 3 and 4.

E.  If The IntelliPoint changes state with sensing element 

disconnected, in most cases, sensing element is faulty.  

  See Section 4.5: Testing Sensing Element. 

6.  If there was no action in any of steps 2, 3, or 4:

A.  Remove and then reapply power.

B. Press ReCal Button (

Shown in Figure 2-4

).

C.  Observe that green LED flashes for about 60 seconds.

D.  Green LED should be lit after 60 seconds.

E. Touch test point (

Shown in Figure 2-4

) with your  

finger. 

F.  Alarm & Loop Current should change state. If so, circuit 

board is working properly.

G.  Reinstall instrument and press ReCal Button.

7.  If The IntelliPoint fails all of above tests, in most cases 

instrument is faulty.  Use a replacement Input/Output 

Module (IOM) or circuit board to determine fault.  

Consult 

factory

.     

Summary of Contents for IntelliPoint RF RNT Series

Page 1: ...s Two Wire Point Level Switch NOTICE The AutoVerify feature in The IntelliPoint switch is shipped DISABLED For critical High Level applications we recommend enabling the AutoVerify feature Telephone 1 215 674 1234 Fax 1 215 674 2731 E mail drexelbrook sales ametek com Website www drexelbrook com ...

Page 2: ...tained in this manual including but not limited to implied warranties or fitness for a particular purpose Drexelbrook shall not be liable for errors contained herein or for incidental or consequential damages in connection with the performance or use of material AMETEK Drexelbrook ...

Page 3: ... Two Wire Point Level Switch RNTXX1 LM Issue 19 205 Keith Valley Road Horsham PA 19044 Telephone 1 215 674 1234 Fax 1 215 674 2731 E mail drexelbrook info ametek com Website www drexelbrook com An ISO 9001 Certified Company ...

Page 4: ...Contents ...

Page 5: ... 4 4 Under Range 24 4 5 Testing The Sensing Element 24 4 6 Testing the Integral Cable 27 4 7 Testing the Remote Cable 27 4 8 Testing the Power Supply 28 4 9 Factory Assistance 29 4 10 Field Service 29 4 11 Customer Training 29 4 12 Equipment Return 30 Section 5 Specifications 5 1 Approvals 33 Section 6 Control Drawings 6 1 FM FMc Control Drawings 34 6 2 ATEX Control Drawings 50 6 3 CE Mark Declara...

Page 6: ...Section 1 ...

Page 7: ...s demodulated rectified amplified and the output is increased There are drawbacks however especially when there is coating of the probe An RF Admittance level transmitter is the next generation Although similar to the capacitance concept The IntelliPoint employs a radio frequency signal and adds the Cote Shield circuitry within the Electronics Unit This patented Cote Shield circuitry is designed i...

Page 8: ...50 mm 40 bar RF 316 316L SS ES1 80 mm 16 bar RF 316 316L SS ET1 80 mm 40 bar RF 316 316L SS EU1 100 mm 16 bar RF 316 316L SS EV1 100 mm 40 bar RF 316 316L SS EW1 150 mm 16 bar RF 316 316L SS EX1 150 mm 40 bar RF 316 316L SS E02 25 mm 16 bar RF CS EP2 25 mm 40 bar RF CS EQ2 50 mm 16 bar RF CS ER2 50 mm 40 bar RF CS ES2 80 mm 16 bar RF CS ET2 80 mm 40 bar RF CS EU2 100 mm 16 bar RF CS EV2 100 mm 40 ...

Page 9: ...00 030 Remote 7 bar 121 C 100 psi 250 F 316 316L SS and PEEK 82 4 Clear line 700 4200 040 Remote 7 bar 121 C 100 psi 250 F 316 316L SS and PEEK 83 6 Clear line 700 4200 060 Remote 7 bar 121 C 100 psi 250 F 316 316L SS and PEEK 85 Leak detection 700 9000 494 Remote 0 psi 185 F 316 316L SS and TFE 86 SIL floating roof and hydrocarbon liquids 3 4 700 0005 594 Integral 0 psi 185 F Brass Polyolefin and...

Page 10: ...e External Tag Loop 2 External Lid Lock 2 M4 2 5 mm Hex Drive Conduit Entries 2 inch NPT FM FMc Systems M20 x 1 5 ATEX IECEx Systems LABEL see below Equipotential Connection Locked Unlocked Lid Locking Mechanism ATEX Systems Figure 1 3 Dual Compartment Housing Detail The Input Output Module IOM is located on Customer Connection side sensing element circuit board are on opposite side ...

Page 11: ...ly or horizontally at any angle The mounting location should be as free as possible from vibration corrosive atmospheres and any possibility of mechanical damage Ambient temperatures at electronics should be between limits as specified by control drawings in section 6 The IntelliPoint RF instrument uses a dual compartment housing and a completely encapsulated input output module to reduce the poss...

Page 12: ...ional and local regulations as well as specifications in the certificate Mount sensing element using the following installation guidelines See Figure 2 2 When installing IntelliPoint RF instrument ambient temperature at electronics must not exceed 70 C 158 F When installing flange mounted sensing elements keep mating surfaces and bolts free of paint and corrosion to ensure proper electrical contac...

Page 13: ...ensing element Rigid sensing elements can be mounted either vertically or horizontally Figure 2 2 Installation Considerations NOZZLE NOZZLE Wall build up does not extend past first insulator Cote shield must extend through nozzle and wall build up Wrong Nozzle too long Cote shield too short Factory supplied Cote shield extends through nozzle and wall build up Best Best No Nozzle Good Long Nozzle 2...

Page 14: ... to reveal the Input Output Module IOM The IOM is an encapsulated assembly that contains the power supply outputs and eight wiring terminals IOM is held in place with three screws See Figure 2 3 2 4 Spark Protection Applications involving insulating granulars and insulating liquids may produce a static discharge that can damage the electronics The RF series instrument is supplied with integral hea...

Page 15: ...RRENT UNUSED NOTE Do NOT push the ReCal button without first ensuring that the material being measured is below the sensing element 1 2 3 Figure 2 4 Circuit Board Do NOT push the ReCal button without first ensuring the material being measured is below the sensing element 2 5 Circuit Board The circuit board is located on the sensing element circuit side of the housing marked on label Remove the hou...

Page 16: ...e The Time Delay Action is field selectable using the TD jumper on sensing element side of the housing FWD delays system from coming out of alarm REV delays system from going in alarm The instrument is supplied with time delay action set in forward mode FWD position 2 5 3 Failsafe Failsafe describes the level condition that causes the transmitter to go into alarm The Failsafe is field selectable u...

Page 17: ...omentary short between contacts 7 and 8 located on the power supply side of the housing This can be done with a push button or relay closure After initializing the Certify test the green LED flashes for 5 seconds and the red LED will illuminate The current moves to the alarm condition for 2 seconds If the red LED does not turn on and the current does not move to the alarm condition the Certify has...

Page 18: ...oint circuit board or by customer supplied contact closure attached to terminals 7 8 401 3400 Series 6 to 24 Channel Re ceiver OK Conditional Activating Manual Verify on receiver will have NO effect To initiate Manual Certify operator must press manual certify button on IntelliPoint circuit board or by customer supplied contact closure attached to terminals 7 8 LCR 3200 Series Models 601 30XX XXX ...

Page 19: ...ill also store the last covered value and the last uncovered value Whenever the unit is powered it uses these values as a reference point to determine its current condition normal or alarm The nonvolatile memory will retain the recorded values even if power is lost for months When the unit regains power the microprocessor compares the stored values to the current measured value Then determines its...

Page 20: ...RED Power GREEN LED Flashes Alternately LED High Level Failsafe only LED Output Status LED On LED Off RED Power GREEN High Level Failsafe Tank Empty High Level Failsafe Tank Full Low Level Failsafe Tank Full Low Level Failsafe Tank Empty Tank Condition AutoVerify disabled LED On LED On RED Power GREEN LED On LED On RED Power GREEN LED On LED Off RED Power GREEN LED Output Status AutoVerify enabled...

Page 21: ...uments that are mounted remotely from the sensing element an additional housing with terminals is provided to connect the cable from the sensing element This housing is factory wired to the Intellipoint circuit board See Figure 2 7 Connect Green Ground wire to green screw Red Shield wire to red screw and Blue Center wire to blue screw 2 7 Sensing Element Connection Figure 2 6 Sensing Element Conne...

Page 22: ...ield C Center SHIELD WIRE MUST BE CLIPPED BY USER CLIPPED SHIELD WIRE MUST NOT TOUCH CONDULET HOUSING 2 TERMINAL PROBE TYP 3 TERMINAL PROBE TYP Ground Wire GREEN Ground Wire GREEN Center Wire BLUE Shield Wire CLIPPED Center Wire BLUE Shield Wire RED Figure 2 7 Sensing Element Connection Remote Mounting See Section 6 5 for Spark Protection Mounting and Wiring ...

Page 23: ...tellipoint with Auto Calibration After the Intellipoint is installed in the vessel with material below the sensing element simply apply power The Intellipoint electronic unit will auto calibrate Caution The material being measured must be below the sensing element when power is applied Sensing element uncovered Calibration is complete If power has been applied to the IntelliPoint prior to installa...

Page 24: ... 2 Fixed Cal 2 pF This mode provides a 2 pF preload alarm setpoint is locked to starting capacitance value recorded at system start up Mode 3 Auto Cal 10 pF This mode provides a 10 pF preload alarm setpoint varies depending on material and coating deposit changes Mode 4 Fixed Cal 10 pF This mode provides a 10 pF preload alarm setpoint is locked to starting capacitance value recorded at system star...

Page 25: ...e the shunt jumper from the Time Delay Selection Jumper and place it on pins 1 2 of JP5 The green LED will go out and the red LED s will begin to flash The number of flashes indicates which mode the unit is in 1 2 3 or 4 2 To change modes press and hold the ReCal button next to JP 5 The unit will cycle through the modes first it will flash one time then pause this indicates mode 1 It will then fla...

Page 26: ...put Module Gold Relay 385 48 18 Circuit Board RLT 2pf Fixed Calibration 385 48 003 FT2 RHT Auto Calibration 0 5pf 385 48 19 HT1 RNT Auto Calibration 2pf 385 48 19 003 NT1 RPT 0 5pf Fixed Calibration 385 48 19 PT2 RTT Auto Calibration 10pf 385 48 3 QT3 RVT 10pf Fixed Calibration 385 48 3 VT4 Integral Sensing Element Cable PEEK Probes 380 9000 97 Integral Sensing Element Cable All Other Probes 380 9...

Page 27: ...t open enclosure cover or make break any electrical connections without first disconnecting electrical power at the source Ensure that wiring electrical fittings and conduit connections conform to electrical codes for the specif ic location and hazard level Section 4 Troubleshooting ...

Page 28: ... or harness between unit and sensor is damaged Check connection cable for shorts opens or damage and proper termination Section 4 6 4 7 Switch delays in responding to material Reverse acting time delay may be active Check time delay settings to make sure they are correct Section 2 6 2 LED s are Flashing Flashing LED s indicate one of three things Over Range Under Range fault Consult instruction ma...

Page 29: ...el state while touching test point TP 1 but not when touching the tip of the sensor in most cases the interconnecting cable is faulty See Section 4 6 Testing Integral Cable or Section 4 7 Testing Remote Cable 5 If The IntelliPoint is stuck in one state A Remove power B Disconnect coax cable that joins sensing element to electronic unit C Apply power D Repeat steps 3 and 4 E If The IntelliPoint cha...

Page 30: ... the sensing element 2 Use an analog ohmmeter1 that is set to the R x 1K ohm scale measure the resistances between each pair of sensing element connections Ref Figure 4 1 4 2 Record values in Table 4 1 a If the process material is conductive it is normal to measure some resistance between sensing element connections The lowest permissible resistance values are Center Wire to Ground 1000 ohms Cente...

Page 31: ...it Verify that the sensing element is not touching any vessel structure c If the sensing element still shows resistance between terminals of less than 10K ohms it is possible that moisture is present internal to the sensing element It may be possible to dry the sensing element until the resistance increases to a value in excess of 10K ohms However this is an indication the integrity of the sensing...

Page 32: ...R GROUNDED TO HOUSING TO OUTER CONDUCTOR Red Lug PACKING GLAND DO NOT DISTURB PROBE MEASUREMENT SHIELD MEASUREMENT Sensing Element in Vessel Center Conductor to Housing ___________________ Ohms Center Conductor to Cote Shield ___________________ Ohms Cote Shield to Housing ___________________ Ohms Sensing Element Cleaned Center Conductor to Housing ___________________ Ohms Center Conductor to Cote...

Page 33: ...k for shorts a The integral cable is tested as part of sensing element test section 4 5 1 Disconnect remote cable from electronic unit and sensing element 2 Using an ohmmeter measure the resistances as shown in Figure 4 3 a Check for shorts i Connect ohmmeter to cable center wire and ground wire Measure resistance as shown ii Move ohmmeter leads and repeat for all measurements shown iii If the res...

Page 34: ...ction See to Section 2 8 Sensing Element Connection 4 Reapply power 5 Using a DC voltmeter measure voltage from 5 to Common and 5 to Common Correct readings are 5 to 6 and 5 to 6 Vdc See Figure 4 4 4 7 Testing the Remote Cable Continued NO CONNECTION OHMMETER CENTER GROUND CENTER SHIELD SHIELD GROUND OHMS OHMS OHMS CORRECT READING OPEN CIRCUIT CHECK FOR SHORTS 8 0 8 8 8 Figure 4 3 Testing Remote C...

Page 35: ...al being measured Temperature Pressure Agitation Brief description of the problem Checkout procedures that have failed 4 10 Field Service Trained Field Service Engineers are available on a time plus expense basis to assist in start ups diagnosing difficult application problems or in plant training of personnel Contact the service department for further details 4 11 Customer Training Periodically A...

Page 36: ...ibility to fully disclose all chemicals and decontaminate the sensing element To obtain a return authorization RA contact the Service department at 215 674 1234 Please provide the following information Model Number of Return Equipment Serial Number Original Purchase Order Number Process Materials to which the equipment has been exposed MSDS sheets for any hazardous materials Billing Address Shippi...

Page 37: ...Troubleshooting 31 Section 5 ...

Page 38: ...FMc Storage Temperature 40 to 85 C 40 to 185 F Indicators LEDs Green Power Red Alarm Status Self Check Continuous AutoVerify and Manual Certify Power Supply 13 to 30 VDC Note The minimum supply voltage at the transmitter terminal is 13 VDC at 22mA Fault 19 VDC at 5mA Fault Power Consumption 1 watt maximum Output 8 mA Alarm 16 mA Normal 22 mA Fault or field selectable 8 mA Normal 16 mA Alarm 5 mA F...

Page 39: ...equirements and control drawing 420 0004 173 CD 2460 ATEX FM14ATEX0049 IECEX FTZU 18 0007X Reference control drawing 420 0004 562 CD for entity and installation requirements Integral or Remote Sensor II 2 1 G Ex d ia IIC T5 T2 30OC TAMB 70OC IP66 II 2 1 D Ex tb ia IIIC T90 C 30OC TAMB 70OC IP66 Temperature Class Process Temps Integral Sensor T5 100 C T4 135 C T3 200 C T2 230 C Special Condition fo...

Page 40: ...RNTXX IntelliPoint RF Series User s Manual 34 Section 6 Control Drawings 6 1 FM FMc Control Drawings ...

Page 41: ...Control Drawings 35 6 1 FM FMc Control Drawings Continued ...

Page 42: ...RNTXX IntelliPoint RF Series User s Manual 36 6 1 FM FMc Control Drawings Continued ...

Page 43: ...Control Drawings 37 6 1 FM FMc Control Drawings Continued ...

Page 44: ...RNTXX IntelliPoint RF Series User s Manual 38 6 1 FM FMc Control Drawings Continued ...

Page 45: ...Control Drawings 39 6 1 FM FMc Control Drawings Continued ...

Page 46: ...RNTXX IntelliPoint RF Series User s Manual 40 6 1 FM FMc Control Drawings Continued ...

Page 47: ...7 90 93 NN or ZZ 0 0 700 1202 021 2 700 1202 024 3 700 1202 028 4 700 1202 042 6 700 1202 032 7 700 1202 020 9 700 1202 034 1 1 700 0201 005 2 700 0201 005 HAST C 3 700 0201 019 4 700 0202 002 5 700 0202 043 6 700 0002 360 7 700 0202 029 8 700 0001 022 9 700 0002 023 2 1 700 0202 043 HAST C 2 700 0202 044 4 700 0005 485 5 700 0005 485 HAST C 8 700 1202 052 7 2 700 0201 027 3 700 0201 028 8 6 700 0...

Page 48: ...NSING ELEMENTS 00 02 03 04 06 07 09 22 24 25 28 31 40 50 53 55 60 62 64 66 72 73 80 83 85 90 94 NN or ZZ 0 0 700 1202 001 2 700 1202 014 3 700 1202 018 4 700 1202 041 6 700 1202 031 7 700 1202 010 9 700 1202 033 1 0 700 0001 018 1 700 0201 005 2 700 0201 005 HAST C 3 700 0201 019 4 700 0202 002 5 700 0202 043 6 700 0002 360 7 700 0202 029 8 700 0001 022 9 700 0002 023 2 0 700 0209 002 1 700 0202 0...

Page 49: ...0207 003 3 700 0207 004 5 700 0207 006 6 0 700 0204 038 1 700 0204 002 2 700 0204 048 4 700 0204 024 6 700 0204 022 7 2 700 0201 027 3 700 0201 028 8 0 700 4200 020 1 700 4200 030 2 700 4200 040 3 700 4200 060 5 700 9000 494 9 0 700 0201 059 1 700 1202 015 2 700 1202 045 3 700 1202 055 4 700 0209 024 N N RXXX 1XNN NN CD Z Z SEE SHEET 11 FOR LIST OF OTHER APPROVED SENSING ELEMENTS FM FMc APPROVED R...

Page 50: ...PLY TO SPECIAL SENSORS SUPPLIED WITHOUT A 285 SERIES SENSING ELEMENT ENCLOSURE SEE PAGE 16 FOR SPECIFIC CONDITIONS OF USE FM FMc APPROVED ADDITIONAL SENSING ELEMENTS SHT 11 OF 16 420 0004 173 CD ISS 14 q FAMILY NUMBER 0 THROUGH 9 BLANK r FAMILY NUMBER 0 THROUGH 9 BLANK s FAMILY NUMBER 0 THROUGH 9 t 24 CHARACTER EXPANDED NUMBERING SYSTEM DOES NOT AFFECT SAFETY MODEL NUMBERS OF APPROVED REMOTE SENSI...

Page 51: ...Control Drawings 45 6 1 FM FMc Control Drawings Continued ...

Page 52: ...RNTXX IntelliPoint RF Series User s Manual 46 6 1 FM FMc Control Drawings Continued ...

Page 53: ...ELEMENTS 00 02 04 06 07 09 11 19 21 24 25 28 72 73 86 87 90 93 0 0 700 1202 021 2 700 1202 024 4 700 1202 042 6 700 1202 032 7 700 1202 020 9 700 1202 034 1 1 700 0201 005 2 700 0201 005 HAST C 3 700 0201 019 4 700 0202 002 5 700 0202 043 6 700 0002 360 7 700 0202 029 8 700 0001 022 9 700 0002 023 2 1 700 0202 043 HAST C 4 700 0005 485 5 700 0005 485 HAST C 8 700 1202 052 7 2 700 0201 027 3 700 02...

Page 54: ... 24 28 60 62 64 66 72 73 85 90 94 0 0 700 1202 001 2 700 1202 014 4 700 1202 041 6 700 1202 031 7 700 1202 010 9 700 1202 033 1 1 700 0201 005 2 700 0201 005 HAST C 3 700 0201 019 4 700 0202 002 5 700 0202 043 6 700 0002 360 7 700 0202 029 8 700 0001 022 9 700 0002 023 2 0 700 0209 002 1 700 0202 043 HAST C 4 700 0005 285 5 700 0005 285 HAST C 6 700 0220 001 7 700 0221 002 8 700 1202 051 6 0 700 0...

Page 55: ...uld result in propagating brush discharges See IEC TS60079 32 1 for additional guidance 2 The enclosure contains aluminum and is considered a potential risk of ignition by impact or friction Care must be taken into account during installation and use to prevent impact or friction SPECIFIC CONDITIONS OF USE SHT 16 OF 16 420 0004 173 CD ISS 14 6 1 FM FMc Control Drawings Continued ...

Page 56: ...RNTXX IntelliPoint RF Series User s Manual 50 6 2 ATEX Control Drawings ...

Page 57: ...Control Drawings 51 6 2 ATEX Control Drawings Continued ...

Page 58: ... 700 1202 021 2 700 1202 024 3 700 1202 028 4 700 1202 042 6 700 1202 032 7 700 1202 020 9 700 1202 034 1 1 700 0201 005 2 700 0201 005 HAST C 3 700 0201 019 4 700 0202 002 5 700 0202 043 6 700 0002 360 7 700 0202 029 8 700 0001 022 9 700 0002 023 2 1 700 0202 043 HAST C 2 700 1202 044 4 700 0005 485 5 700 0005 485 HAST C 8 700 1202 052 7 2 700 0201 027 3 700 0201 028 8 6 700 0005 594 7 700 0005 5...

Page 59: ... 40 50 53 55 60 62 64 66 72 73 80 83 85 90 94 or ZZ 0 0 700 1202 001 2 700 1202 014 3 700 1202 018 4 700 1202 041 6 700 1202 031 7 700 1202 010 9 700 1202 033 1 0 700 0001 018 1 700 0201 005 2 700 0201 005 HAST C 3 700 0201 019 4 700 0202 002 5 700 0202 043 6 700 0002 360 7 700 0202 029 8 700 0001 022 9 700 0002 023 2 0 700 0209 002 1 700 0202 043 HAST C 2 700 0202 044 4 700 0005 285 5 700 0005 28...

Page 60: ...06 5 0 700 0207 001 1 700 0207 002 2 700 0207 003 3 700 0207 004 5 700 0207 006 6 0 700 0204 038 1 700 0204 002 2 700 0204 048 4 700 0204 024 6 700 0204 022 7 2 700 0201 027 3 700 0201 028 8 0 700 4200 020 1 700 4200 030 2 700 4200 040 3 700 4200 060 5 700 9000 494 9 0 700 0201 059 1 700 1202 015 2 700 1202 045 3 700 1202 055 4 700 0209 024 Z Z OTHER SENSING ELEMENTS ATEX APPROVED REMOTE 2 WIRE IN...

Page 61: ...LIED WITHOUT A 285 SERIES SENSING ELEMENT ENCLOSURE SEE PAGE 9 FOR SPECIFIC CONDITIONS OF USE ATEX APPROVED ADDITIONAL INTRINSICALLY SAFE SENSING ELEMENTS SHT 6 OF 9 420 0004 175 CD ISS 10 q FAMILY NUMBER 0 THROUGH 9 BLANK r FAMILY NUMBER 0 THROUGH 9 BLANK s FAMILY NUMBER 0 THROUGH 9 t 24 CHARACTER EXPANDED NUMBERING SYSTEM DOES NOT AFFECT SAFETY MODEL NUMBERS OF APPROVED INTRINSICALLY SAFE SENSIN...

Page 62: ...9 21 24 25 28 72 73 86 87 90 93 SENSING ELEMENTS 0 0 700 1202 021 2 700 1202 024 4 700 1202 042 6 700 1202 032 7 700 1202 020 9 700 1202 034 1 1 700 0201 005 2 700 0201 005 HAST C 3 700 0201 019 4 700 0202 002 5 700 0202 043 6 700 0002 360 7 700 0202 029 8 700 0001 022 9 700 0002 023 2 1 700 0202 043 HAST C 4 700 0005 485 5 700 0005 485 HAST C 8 700 1202 052 7 2 700 0201 027 3 700 0201 028 8 6 700...

Page 63: ...01 2 700 1202 014 4 700 1202 041 6 700 1202 031 7 700 1202 010 9 700 1202 033 1 1 700 0201 005 2 700 0201 005 HAST C 3 700 0201 019 4 700 0202 002 5 700 0202 043 6 700 0002 360 7 700 0202 029 8 700 0001 022 9 700 0002 023 2 0 700 0209 002 1 700 0202 043 HAST C 4 700 0005 285 5 700 0005 285 HAST C 6 700 0220 001 7 700 0221 002 8 700 1202 051 6 0 700 0204 038 1 700 0204 002 2 700 0204 048 4 700 0204...

Page 64: ...aken into account during installation and use to prevent impact or friction 2 The equipment shall not be applied in an explosive dust atmosphere where high electrostatic charging processes are present that could result in propagating brush discharges See CLC TR 60079 32 1 for additional guidance SPECIFIC CONDITIONS OF USE SHT 9 OF 9 420 0004 175 CD ISS 9 6 2 ATEX Control Drawings Continued ...

Page 65: ... the CE Mark Product Type Measurement Control Equipment and Laboratory Following the provisions of 2014 30 EU Directive Conforms to the requirements of EN 61326 1 2013 Clause 7 2 Emissions Class A and Class B EN 61326 1 2013 Table 2 Immunity Group 1 Class B Industrial Area Following the provisions of 2014 34 EU ATEX Directive Harmonized Standards Conforms to the requirements of Harmonized Standard...

Page 66: ...RNTXX IntelliPoint RF Series User s Manual 60 6 4 IECEx Control Drawings ...

Page 67: ...Control Drawings 61 6 4 IECEx Control Drawings Continued ...

Page 68: ...21 2 700 1202 024 3 700 1202 028 4 700 1202 042 6 700 1202 032 7 700 1202 020 9 700 1202 034 1 1 700 0201 005 2 700 0201 005 HAST C 3 700 0201 019 4 700 0202 002 5 700 0202 043 6 700 0002 360 7 700 0202 029 8 700 0001 022 9 700 0002 023 2 1 700 0202 043 HAST C 2 700 1202 044 4 700 0005 485 5 700 0005 485 HAST C 8 700 1202 052 7 2 700 0201 027 3 700 0201 028 8 6 700 0005 594 7 700 0005 595 9 0 700 ...

Page 69: ... e e 0 9 Z SENSING ELEMENTS 0 0 700 1202 001 2 700 1202 014 3 700 1202 018 4 700 1202 041 6 700 1202 031 7 700 1202 010 9 700 1202 033 1 0 700 0001 018 1 700 0201 005 2 700 0201 005 HAST C 3 700 0201 019 4 700 0202 002 5 700 0202 043 6 700 0002 360 7 700 0202 029 8 700 0001 022 9 700 0002 023 2 0 700 0209 002 1 700 0202 043 HAST C 2 700 0202 044 4 700 0005 285 5 700 0005 285 HAST C 6 700 0220 001 ...

Page 70: ... 0207 001 1 700 0207 002 2 700 0207 003 3 700 0207 004 5 700 0207 006 6 0 700 0204 038 1 700 0204 002 2 700 0204 048 4 700 0204 024 6 700 0204 022 7 2 700 0201 027 3 700 0201 028 8 0 700 4200 020 1 700 4200 030 2 700 4200 040 3 700 4200 060 5 700 9000 494 9 0 700 0201 059 1 700 1202 015 2 700 1202 045 3 700 1202 055 4 700 0209 024 N N RXXX 1XNN NN CD Z Z OTHER SENSING ELEMENTS IECEx APPROVED REMOT...

Page 71: ... SPECIAL SENSORS SUPPLIED WITHOUT A 285 SERIES SENSING ELEMENT ENCLOSURE IECEx APPROVED ADDITIONAL INTRINSICALLY SAFE SENSING ELEMENTS SHT 6 OF 9 420 0004 562 CD ISS 1 q FAMILY NUMBER 0 THROUGH 9 BLANK r FAMILY NUMBER 0 THROUGH 9 BLANK s FAMILY NUMBER 0 THROUGH 9 t 24 CHARACTER EXPANDED NUMBERING SYSTEM DOES NOT AFFECT SAFETY MODEL NUMBERS OF APPROVED INTRINSICALLY SAFE SENSING ELEMENTS 700 mnop q...

Page 72: ...EMENTS e e 0 9 SENSING ELEMENTS 0 0 700 1202 021 2 700 1202 024 4 700 1202 042 6 700 1202 032 7 700 1202 020 9 700 1202 034 1 1 700 0201 005 2 700 0201 005 HAST C 3 700 0201 019 4 700 0202 002 5 700 0202 043 6 700 0002 360 7 700 0202 029 8 700 0001 022 9 700 0002 023 2 1 700 0202 043 HAST C 4 700 0005 485 5 700 0005 485 HAST C 8 700 1202 052 7 2 700 0201 027 3 700 0201 028 8 6 700 0005 594 7 700 0...

Page 73: ...1202 014 4 700 1202 041 6 700 1202 031 7 700 1202 010 9 700 1202 033 1 1 700 0201 005 2 700 0201 005 HAST C 3 700 0201 019 4 700 0202 002 5 700 0202 043 6 700 0002 360 7 700 0202 029 8 700 0001 022 9 700 0002 023 2 0 700 0209 002 1 700 0202 043 HAST C 4 700 0005 285 5 700 0005 285 HAST C 6 700 0220 001 7 700 0221 002 8 700 1202 051 6 0 700 0204 038 1 700 0204 002 2 700 0204 048 4 700 0204 024 6 70...

Page 74: ...T IN PROPAGATING BRUSH DISCHARGES 2 CONSULT THE MANUFACTURER IF DIMENSIONAL INFORMATION ON THE FLAMEPROOF JOINTS IS NECESSARY 3 AMBIENT TEMPERATURE RANGE 30 C TO 58 C FOR RXLX SXRXTX INTELLIPOINT RF LEVEL SYSTEM 30 C TO 70 C FOR RXTX SXRXTX INTELLIPOINT RF TWO WIRE POINT LEVEL SYSTEM IECEx APPROVED 2 WIRE INTELLIPOINT SPECIFIC CONDITIONS OF USE SHT 9 OF 9 420 0004 562 CD ISS 1 6 4 IECEx Control Dr...

Page 75: ...Control Drawings 69 6 5 Mounting and Wiring for Spark Protector Drawings ...

Page 76: ...RNTXX IntelliPoint RF Series User s Manual 70 6 5 Mounting and Wiring for Spark Protector Continued ...

Page 77: ...Control Drawings 71 6 5 Mounting and Wiring for Spark Protector Continued ...

Page 78: ...RNTXX IntelliPoint RF Series User s Manual 72 6 6 Adding a Padded Capacitor ...

Page 79: ...Control Drawings 73 6 6 Adding a Padded Capacitor Continued ...

Page 80: ...RNTXX IntelliPoint RF Series User s Manual 74 6 6 Adding a Padded Capacitor Continued ...

Page 81: ...Control Drawings 75 6 7 Dual Seal Assembly for 700 Series Sensing Elements ...

Page 82: ...RNTXX IntelliPoint RF Series User s Manual 76 6 7 Dual Seal Assembly Continued ...

Page 83: ...Control Drawings 77 6 7 Dual Seal Assembly Continued ...

Page 84: ...Appendix A ...

Page 85: ...c discharge 5 Protect electronics from any heat Shortening The bare metal center rod of the sensing element can be shortened with a hacksaw Be careful not to cut either of the two insulators See Figure on this page In applications using conductive or water based materials shortening is not a problem Leave a minimum bare metal center rod length of two 2 inches For dry granular materials such as pow...

Page 86: ...nd transmitter can be located 4 Non metallic applications any application where the sensor is not surrounded by a metallic surface C Installation Specifics 1 I O Sensor Measurement Control Ports Wiring must be twisted pair and run in conduit or an equivalent shielded environment i e shielded braid cable etc The shield terminations must be grounded at the source and destination ports Wiring must be...

Page 87: ...d metal housing i e typically explosion proof or weatherproof housings meet this requirement 5 Sensor Type Mounting In all non metallic applications the sensor must have a full concentric shield i e needs to be considered when ordering The sensor sensor condulet must be grounded locally either to a metal support structure or an equivalent earth ground D Comments Any deviation from these installati...

Page 88: ...n and to the ultimate country of destination specified on Order s or declared as the country of ultimate destination on Seller s invoices or in the End Use Statement that Buyer supplies Seller Seller shall not be named as shipper or exporter of record or U S principal party in interest USPPI unless specifically agreed to in writing by Seller in which case Buyer shall provide Seller with a copy of ...

Page 89: ...s and other technical information supplied by Seller in connection herewith hereinafter called Data shall remain Seller s sole property and shall be held in confidence by Buyer Data shall not be reproduced used or disclosed to others by Buyer without Seller s prior written consent Upon completion of Order Buyer shall promptly return all Data to Seller together with all copies or reprints thereof t...

Page 90: ... Keith Valley Road Horsham PA 19044 Telephone 1 215 674 1234 Fax 1 215 674 2731 E mail drexelbrook info ametek com Website www drexelbrook com An ISO 9001 Certified Company RNTXX1 LM Issue 19 EDO 07 18 116 ...

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