Beijing GODA Instruments GDRD5X6XC Pulse Radar Level Instrument User Manual FCC version12 02

Beijing GODA Instruments Co., LTD. Pulse Radar Level Instrument FCC version12 02

Users Manual

Beijing GODA Instruments Co.,Ltd.北京古大仪表有限公司 Pulse Radar Level InstrumentLevel Measurement Expert
Table of Contents1 For your safety...... ............... ....12 Measurement Principle ................ ...23 Product Overview.................... ....34 Mounting Requirement................. ...75 Electrical Connection.................. ...136 Adjustment Instructions................. ..157 Dimensional Drawings.................. ..188 Technical Specifications...................229 Selection & Ordering Information............2710 Application Questionnaire ............ ...33
11.For your safetyAll operations described in this operating instructions manual must be carried out ouly by trainedspecialist personnel authorised by the plant operator.During work on and with the device the required personal protective equipment must always be worn. Operational reliability is ensured only if the instrument is properly used according to the specifications in the operating instructions manual as well as possible supplementary instructions. This device complied with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1)this device may not cause harmful interference, and(2)this device must accept any interference received, including interference that may cause undesired operation.Changes or modifications not expressly approved by the manufacturer could void the user's authority to operate the equipment.Authorised personalAppropriate useFCC CertificationWarning: User must keep a safety distance of at least 20cm from the antenna. NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: -- Reorient or relocate the receiving antenna. -- Increase the separation between the equipment and receiver. -- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. -- Consult the dealer or an experienced radio/TV technician for help.
2.Measurement PrincipleThe extremely narrow microwave pulse emitted by the antenna on radar level instrument can travel at the speed of light and part of its energy, which is reflected off the surface of target medium, is received by the very same antenna. The time lapse between pulse emission and reception by the antenna is proportional to the distance between the surface of target medium and the reference point on antenna. However, due to the fact that the electromagnetic wave is transmitted at extremely high speed, which leads to the tiny time lapse (nanosecondlevel) and makes it difficult to be identified, GDRD series of radar level instrument have adopted a special demodulation technology, enabling itself to detect the time lapse betweenpulse emission and reception correctly, and eventually generate accurate measurement result.PrincipleThe pulse radar level instrument, adopted K band range as transmission frequency, which make this series have specialties as below: Small beam angle, which centralize energy, makeGDRD high ability of anti-jamming, hence high accuracy and reliable. Small antenna size,easy to mount and easy to equip extra dust protection. Small blind zone, good accuracyev en fo r s ma ll ve ss e ls . S ho rt er wa ve - le ng t h, su it ab le fo r s ma ll po we r.Equipped with advanced microprocessor and unique EchoDiscovery echo processing technology, the radar level instrument can be used under various hazardous process conditionsThe pulse radar level instrument, with pulses as its working tool and extremely low emission power, can be mounted on various metal or nonmetal vessels, harmless towardsthe environment and human beings.Features2
3 Product OverviewMax Measurement Range::Measurement Accuracy: Process Temperature:Process Pressure:Signal Output:Power:Display module:Housing:Process Connection: Flange Accessories: Antenna: Application:LiquidLevel measurement in liquids, especially highly erosive liquids10m±5mm o(-40～130) C(-0.1～0.3)MPa(4～20)mA/HART2-wire(DC24V)AFLRGDRD55GDRD61LiquidCommon 30m Enhanced 70m±3mm ±10mmo(-40～100) COrdinary pressure(4～20)mA/HART 2-wire(DC24V)NonePa66Lifting frame or 1’NPT3
GDRD56LiquidLevel measurement in liquids, under certain temperature and pressure, mildly erosive liquids30m±3mmo(-40～80) Co(-40～130) Co(-60～250) Co(-60～400) CNormal (-0.1～4)MPa(-0.1～40)MPa(4～20)mA/HART2-wire(DC24V)Optional AH/I/J/KL/M/PT/VGDRD57LiquidLevel measurement of highly erosivemedium under certain pressure/temperature limit and suitable for 20m±3mmo(-40～150) C(-0.1～0.5)MPa(4～20)mA/HART2-wire(DC24V)Optional AU4
GDRD58Solidstrong dew/dust/crystal70m±15mmo(-40～80) Co(-40～120) Co(-60～250) Co(-60～400) CNormal (-0.1～4)MPa(-0.1～40)MPa(4～20)mA/HART2-wire(DC24V)Optional AH/I/J/K L/M/PT/VGDRD59SolidNormal Temperature/Normal Pressure15m±10mmo(-40～80) CNormal (4～20)mA/HART2-wire(DC24V)Optional AGL/M/NT5 Pulse Radar Level Instrument
Serial number Material Specialty Serial number F H I J K Material PFA Stainless Steel Stainless Steel\\ Stainless Steel Stainless Steel Flange (Huff） Serial number L M P Material (PTFE/PP)Flange Stainless Steel Flange Stainless Steel Gimbal FlangeSpecialty Rust tolerated High temp./High Pressure High temp./Normal Pressure Serial number R T U V W Material Stainless steel PFA Stainless steel(PFA shield）Specification Φ44/Length86 Φ48/Length140 Φ98/300 　Φ44/Length108 Φ78/Length227 Dn80 Φ123/625 Φ98/Length288 DN100 Φ123/Length620 HousingProcess ConnectionFlange AccessoriesAntennaPressure (-0.1～0.3)MPa (-0.1～4)MPa (-0.1～0.5)MPa (-0.1～4)MPa (-0.1～40)MPa o o o o oTemperature (-40～130)C (-60～150)C (-60～130)C (-60～250)C (-60～400)C Specialty Normal Temperature Temperature tolerated/ Rust tolerated/ Normal Temperature/ Temperature tolerated/ Pressure tolerated Pressure tolerated Normal Pressure Pressure tolerated 6 AAluminiumStainless steel Φ198Φ246
4.Mounting RequirementsBasic Requirements7>200mm11211111111222233333 100% 0%4There is a certain existing beam angle while the antenna transmitting microwave pulses. There should be no barriersbetween the lower edge of antenna and surface of measured medium. Therefore it is highly recommended to avoidfacilities inside vessels, such asladders, limit switches, heating spirals, struts and etc, during the mounting process.“False echo learning” must be carried out during the installation in this case. Furthermore, microwave beams mustNOT intersect the filling streams. Be cautions during the installation: the highest level of target medium must NOT enter into blanking zone; the instrument must keep certain distance to vessel walls; every possible measure needs to be taken to position the instrument so that the direction of antenna emission is perpendicular to the surface of measured medium. The installation of instruments in explosion proof area must abide by relevant local or federal safety regulations. Stainless steel housing should be used for intrinsically safe explosion proof version, which is also applicable in explosion proof areas. The instrument must be connected with ground in this case.Illustrations1.Reference Plane2.Center of Vessel or Symmetrical Axis Minium distance of 500mm between instrument and vesselwall during installation The reference plane is the thread or flange surface1. Blanking Zone(menu1.9)2. Empty(menu1.8)3. Max. Adjustment(menu1.2)4. Min. Adjustment(menu1.1)Note：The highest level of measured medium must not enter into vlanking zone while radar level measurement instrument is in operation.Mounting Position Pulse Radar Level Instrument
>200mm12R21RInstallation with Gimbal81.Reference Plane2.Center of Vessel or Symmetrical Axis The best mounting position for a conical vessel with flat top is the center of its top, as the effective measurement can reach the bottom of vessel.
>10mmdh　ｄ　　 hma x 20 0ｍ ｍ 25 0ｍ ｍ30 0ｍ ｍ50 0ｍ ｍ80 0ｍ ｍ1½"50mm(2") 80mm(3") 100mm(4") 150mm(6") If the senser is mounted in a socket extension that is too long,strong false echoes are generated which enterfere with the measurement.Make sure that the horn antennaprotrudes out of the socket piece. GDRD56 Antenna ExtensionDamp-proofAntenna Extension9In order to avoid dampness under outdoor or humid indoor conditions or for those instruments mountedon cooling/heating vessels, sealrings used on cables should be screwed tight, plus the cable mustbe bended downward outside cable entry, indicated on the diagram belowThe transducer end must at least protrude 10mm out of socket. Pulse Radar Level Instrument
　ｄ　　 hmax 10 0ｍ ｍ15 0ｍ ｍ25 0ｍ ｍ50mm(2") 80mm(3") 100 m m(4") GDRD 57 Ex tens ion pi pe de mnst rati on1210D31A大约A21 1.Correct2.Wrong:Instruments are mounted in the center of concave or arched vassel tops, which results in multiple echoes.Rights and Wrongs in Mounting1.Wrong: Mount the instrument in/above filling stream, which results in the measurement of filling stream not the target medium.2.Correct:
AReflection board installationIf there are barriers in vessels， it isrequired to mount baffle-board, by doing this, the echo reflected by thebarrier will be reflected out. And “False Echo Storage” will be applied.11If there are agitators in vessels, instrument must be mounted as far away from agitators as possible. Once installation completed, a"false echo learning" should be carried out while agitators inmotion to eliminate negativeinfluence caused by false echo of agitators. You are advised to opt for installation with standpipe if foam or wave is generated due to the action of agitators.Agitator Pulse Radar Level Instrument
Installation with StandpipeYou are advised to opt for installation with standpipe (or bypass tube) to avoid the influence on measurement caused by barriers inside vessels or foam generation.It is advised to install antenna inside of the standpipe to avoid the error caused by foam. The minimum inner diameter of standpipe should be 50mm. Avoid large cracks or welding seam when connecting standpipe. False echo storage must be carried out as well in this case.ventilation holeANote: You must NOT mount instrument inside standpipe while measuring adhesive medium.Side through Standpipe installation with Standpipe12By using standpipe, the influence of foams can be reduced.
13Power supply and current signal are carried by the same two-wire connection cable.This equipment is not allowed to be connected to public utility power lines. See the Technical Specifications of this guide for detailed requirement on powersupply. A safety barrier should be placed between power supply and instrument for intrinsically safe version.See the Technical Specifications of this guide for detailed requirement on power supply.Earth-connected current output can be used for standard version of level instruments, while the explosion proof version must be operated with a floating current output. Bothinstruments and earth terminals should be connected with ground firmly and securely. Normally you can either choose to connect with the earth terminal on vessel or adjacentground in case of plastic vessels.Standard 2-wire cable with outside diameter of 5...9mm, which assures the seal effect of cable entry, can be used as feeder cable. You are recommended to use screened The two ends of shielded cable must be connected with earth terminal. The shieldedcable must be connected with inner earth terminal directly inside the transducer, while the outside earth terminal on housing must be connected with ground. In the event of earth-connected current, the shielding side of shielded cable must be connected to ground potential via a ceramic capacitor (e.g. : 1μF 1500V) in order to dampen the lowfrequency grounding current and avoid the disturbance caused by high frequency signals 5 Electrical ConnectionPower SupplyGeneral Introduction20mA/HART(2-Wire)Cable ConnectionShielding & Grounding2-wireWiring Diagram2-wire wiring used for HART1）Power Supply and Signal Output + -1 Pulse Radar Level Instrument
653214(4～2 0)m A IN (4～20)mA O U T 24V OUT 2 4V I N FBS-2COMW A Y G O D Aware(4～20)mA653214Explosion Proof ConnectionThis product is an intrinsic safety explosion proof version (Exia ⅡC T6 Ga) with stainless steel housing andplastic-encapsulated internal structure aimed to prevent sparks resulted from transducer and circuit malfunction from leaking out. It is applicable for the non-contact continuous level measurement of flammable medium under the level of explosion proof inferior to Exia ⅡC T6 Ga. You are required to use series (intrinsic safety explosionproof: [Exia] ⅡC，voltage of power supply: 24V DC±10%，short-circuit current: 114mA，operating current: 4...20mA) of safety barriers, which are supplementary to this product, for the power supply of this product.All connection cables must be screened with max. length of 500m. Stray capacitor≤0.1μF/Km,stray inductance≤1mH/Km. The level measurement instrument must be connected to ground potential and unapproved supplementary devices are not allowed to use.Explosion Proof Zone None-Explosion-Proof ZoneAdjust with GODAwarechoose either one Pulse Radar Level Instrument14
Display/Adjustment Module120. 0 0010203040506070809010 011 012 0dB2. 0 0 3. 0 0 4. 0 0 5 . 001 LCD 2 Adjustment Keypad12[ ]Keypad-Enter programming mode;-Confirm programming options;-Confirm modifications to parameters. OK[ ]Keypad-Choose programming options;-Choose the digit of parameters to edit;-Display the contents of parameters.[ ]Keypad-Modify parameter values.[ ]Keypad-Programming mode exit;-Return to higher menu level. Shortcut[ ]Display Echo waveKBKB6 Adjustment InstructionsAdjustment MethodsThree adjustment methods available for GDRD series :1.Display/Adjustment Module2.Adjustment software GODAware3.HART handheld programmerViewPoint is a pluggable display/adjustment module. The adjustment can be done through operating with four buttons on ViewPoint. Optional menu operation languages are available for selection. ViewPoint is only used for display after adjustment in that the measurement results can be seen clearly through the glass window.15
Connect with another unit throuth HART.1 RS232 Connect Cable/USB port2 GDRD series3 HATR pont adapter used on COMWAY convertor4 250 ohm Resistance5 COMWAY Convertor1 RS232 Connect Cable/USB port2 GDRD series23 I C adapter pont used on MOMWAY convertor4 COMWAY Convertor3421+ - DCCO M WAYGODAware15234+ - DCCO M WAYGODAwareChoost Either One2Connect with another unit throuth I C.GODAware Pulse Radar Level Instrument16
HART Handheld ProgrammerAdjust GDRD series with HART Handheld Programmer1 HART Handheld Programmer2 GDRD series3 250 ohm Resistance213+ - DCChoost Either One17
7 Dimension（Unit：mm）HousingMaterial: AL/PBT/316L Pulse Radar Level InstrumentGDRD55 Threaded VisionF22G112A(112NPT)4486.0337.5 Nylon Sheath 1 Sealing Hose 2 Sealing Flat Gasket 3 Upper Cover 4 To install from 4 to 1. To remove from 1 to 4.Note：GDRD6118
GDRD5 7 Flange VersionGDRD5 6 Threaded Visionc (316L) ) (16L Shi eH H 3 el 148 40 Φ 7 78 Φ 22 2098 88 30 Φ 1 20 223 6 Φ 6 5 a b c H DN80 PN1.6 Φ200 Φ160 Φ132 174DN100 PN1.6 Φ220 Φ180 Φ156 260HuffGDRD58 Threaded Visionc ( Shi eel ) H(36L)161 H 3L Φ48 40 1 - 78 227 - Φ Φ98 288 300 Φ123 620 625 Huff19
GDRD58 Gimbal Flange a b dH DN 00/4" 1DN 25/5 1 "m220mm250m180 m mm210m 11.mm5.mm11 5Φ188x mmΦ188x mmc H1(316L) H1(316L Shield)Φ48 140 - - 22778 - -Φ Φ98 0 288 30 3 620 6212 5 -Φ Pulse Radar Level InstrumentcHan×dH1bHban×dH1HffuGDRD58/59 Threaded Vision20
GDRD58/59 Gimbal Flange10mm10mm10mm10mm10mm4×φ18mm4×φ18mm4×φ22mm4×φ22mm4×φ26mm21
Housing Aluminium,Stainless Steel 316LSeal ring between housing and housing cover SiliconeViewPoint window on housing PolycarbonateGround terminal Stainless SteelWeight-GDRD61 1.6kg-GDRD55 1kg（Depend on process connections and housings）-GDRD56 2kg（Depend on process connections and housings）-GDRD57 3kg（Depend on process connections and housings）-GDRD58 7kg（Depend on process connections and housings）-GDRD59 2kg（Depend on process connections and housings） Standard Version (21.6～26.4)V DC Power Consumption max.22.5mA Ripple Allowed－<100Hz Uss<1V－(100～100K)Hz Uss<10mV General ParametersThreadG1½A ThreadG1½A ThreadG1½AFlange 316LFlange 316LPP/PFA PFA Stainless Steel316LPFAStainless Steel 316LPFAStainless Steel316LPFAGDRD55 GDRD56 GDRD57 GDRD58 GDRD59Thread1½NPT Thread1½NPTseries/TypeProcess Connection Material8 Technical SpecificationsCable Entry/Plug One cable entry of M20x1.5（cable diameter of 5～9m）, one binding of M20x1.5 2Spring Connection Terminal Applicable for cables with cross section of 2.5mm 　　　Parameters on CableOutput Output Signal 4...20mA/HARTResolution 1.6μAFault Signal Constant current output: 20.5mA； 22mA；3.9mA-2-wire load resistance See diagram belowIntegration Time 0...40sec, adjustableWeightPower2-wireThread1½NPTThreadG1½AFlange 316LThread1½NPT Pulse Radar Level InstrumentGDRD61Lifting FrameThread 1"NPTAluminum PP22
Blanking Distance End of AntennaMax Measurement Distance -GDRD55 10m（liquid） -GDRD56 30m（liquid） -GDRD57 20m（liquid） -GDRD58 70m (solid) -GDRD59 15m (solid) -GDRD61/61L 30m/70m(liquid) Measurement Interval About 1sec（Depend on parameter settings） Adjustment Time About 1sec（Depend on parameter settings） Resolution of Display 1mmAccuracy See the diagram below oTemperature for Storage/Transport (-40～100)CProcess Temperature （Probe） o -GDRD55 (-40～130)C o -GDRD56 (-60～400)C o -GDRD57 (-40～150)Co -GDRD58 (-60～400)Co -GDRD59 (-40～200)Co -GDRD61 (-40～100)C Relative Humidity <95%Pressure Max.40MPa2Vibration Proof Mechanical vibration10m/s 10m /s ，10～150Hz Characteristic parameter23
Pulse Radar Level InstrumentGDRD56 Accuracy See the accuracy illustration diagram below -10mm-3mm 3mm 0.5m 30m 10mm Accuracy See the diagram left GDRD55 -10 m m-5m m 5mm 0.5 m 10m10m m1) The generation of accurate measurement results needs longer time than usual in the event of drastic level changes(mx. Error 10%).GDRD61 Accuracy See the diagram below -10mm-3mm 3mm 0.5m 30m 10mm24
-30mm-15mm 15mm 1.0m 70m 30mmGDRD58 Accuracy See the accuracy illustration diagram below GDRD57 Accuracy See the accuracy illustration diagram below-10mm-3m m 3mm 1.0 m 20m10mm25
GDRD59 Accuracy See the accuracy illustration diagram below -15mmm-10m 10mm 1.0m 30m 15mm26
GDRD55 Explosion Proof Approval P Standard　 I Intrinsically Safe（Exia IIC T6 Ga） Shape of Antenna/Material B (R)Airproof HornΦ44mm/L86 N (R)Airproof HornΦ44mm/L108 Process Connection/Material GP (F)Thread G1½A NP (F)Thread 1½NPT Length of Vessel Socket A NO Electronic B (4～20)mA/HART2-Wire Housing/Protection A Aluminium/IP67 Cable Entry　　　　　　　　　　 M M20x1.5　　　　　　　　　　 N ½NPT　　　　　　　　　　　　 Display/Programming　　　　　　　　　　　　 A Yes X No27 Pulse Radar Level Instrument9 Selection & Ordering Information
　　　　　　　　 GDRD56 Explosion Proof Approval P Standard　 I Intrinsically Safe（Exia IIC T6 Ga） Shape of Antenna/Material C (T)Horn Φ78mm/L227/Stainless Steel 316L H (T)Horn Φ98mm/L288/Stainless Steel 316L J (T)Horn Φ123mm/L620/Stainless Steel 316L Z (Z)Horn Φ78mm/Flexible/Stainless Steel 316L Process Connection/Material GP (H)thread G1½A/Stainless Steel 316L GA (H)thread 1½NPT/Stainless Steel 316L GB (G)thread G1½A/PPo GC (J)thread G1½A/Stainless Steel 316L/temperature(-60～250)C GE (I)thread G1½A/Stainless Steel 316L(Huff） Flange/Material F0 No Seal/Process Temperature o 2 Viton(-60～150)Co 3 Kalrez(-60～250)Co 4 Graphite(-60～400)C Electronic B (4～20)mA/HART 2-Wire Housing/Protection A Aluminium/IP67 　　　　　　　　　　　　 　　　　　　　　　　　　　28 DN50 FA FB FC DN80 GA GB GC DN100 HA HB HC DN125 IA IB IC PP(L) PTFE(L) Stainless Steel(M)Spec CodeMaterial Cable Entry　　　　　　　　　　 M M20x1.5　　　　　　　　　　 N ½NPT　　　　　　　　　　　　 Display/Programming　　　　　　　　　　　　 A Yes X No
GDRD57 Explosion Proof Approval P Explosion Proof Approval 　 I Intrinsically Safe（Exia IIC T6 Ga） Shape of Antenna/Material 　　　　　　　　　　　　　 C (U)Stainless Steel&PFA Flange DN80 D (U)Stainless Steel&PFA Flange Dn100 Electronic B (4～20)mA/HART 2-Wire Housing/Protection A Aluminium/IP67 Cable Entry　　　　　　　　　　 M M20x1.5　　　　　　　　　　 N ½NPT　　　　　　　　　　　　 Display/Programming　　　　　　　　　　　　 A Yes X No 29 Pulse Radar Level Instrument
　　　　　　　　 GDRD58 Explosion Proof Approval P Explosion Proof Approval 　 I Intrinsically Safe（Exia IIC T6 Ga） Shape of Antenna/Material C (T)Horn Φ78mm/L227/Stainless Steel316L H (T)Horn Φ98mm/L288/Stainless Steel316L J (T)Horn Φ123mm/L620/Stainless Steel316L M (V)Horn Φ98mm/L300/Stainless Steel316L/PFA Shield P (V)Horn Φ123mm/L625/Stainless Steel316L/PFA Shield Q (W)ParaboloidΦ198mm/Stainless Steel316L R (W)ParaboloidΦ246mm/Stainless Steel316L Z (Z)Horn Φ78mm/Flexible/Stainless Steel316L Process Connection/Material GP (H) Thread G1½A/Stainless Steel316L GA (H) Thread 1½NPT/Stainless Steel316L GB (G) Thread G1½A/PPo GC (J) Thread G1½A/Stainless Steel316L/ Temperature (-60～250)C GE (I) Thread G1½A/Stainless Steel316L(Huff）o GF (E) Thread G1½A/Stainless Steel316L/Temperature (-60～250)C Flange/Material F0 No Seal/Process Temperature o 2 Viton(-60～150)Co 3 Kalrez(-60～250)Co 4 Graphite(-60～400)C Electronic B (4～20)mA/HART 2-Wire Housing/Protection A Aluminium/IP67 　　　　　　　　　　　　　30 DN50 FA FB FC - - DN80 GA GB GC - - DN100 HA HB HC HD HE DN125 IA IB IC ID IE PP(L) PTFE(L) Stainless Steel(M)Gimbal Flange(PP)(N)Gimbal Flange(Stainless Steel)(P)Spec CodeMaterial Cable Entry　　　　　　　　　　 M M20x1.5　　　　　　　　　　 N ½NPT　　　　　　　　　　　　 Display/Programming　　　　　　　　　　　　 A Yes X No
GDRD59Explosion Proof Approval P Explosion Proof Approval 　 I Intrinsically Safe（Exia IIC T6 Ga） Shape of Antenna/Material Process Connection/Material GP (H) Thread G1½A/Stainless Steel316L GA (H) Thread 1½NPT/Stainless Steel316L GB (G)thread G1½A/PP GE (I) Thread G1½A/Stainless Steel316L(Huff）o GF (E) Thread G1½A/Stainless Steel316L/Temperature (-60～250)C Flange/Material 31 Pulse Radar Level InstrumentC (T)Horn Φ78mm/L227/Stainless Steel316LH (T)Horn Φ98mm/288/Stainless Steel316LJ (T)Horn Φ123mm/L620/Stainless Steel316LM (V)Horn Φ98mm/L300/Stainless Steel316L/PFA ShieldP (V)Horn Φ123mm/L625/Stainless Steel316L/PFA ShieldQ (W)Parabolic Φ198mm/Stainless Steel316LR (W)Parabolic Φ246mm/Stainless Steel316LZ (Z)Horn Φ78mm/Flexible DN50 FA FB FC - DN80 GA GB GC - DN100 HA HB HC HE DN125 IA IB IC IE DN150 JA JB JC JE DN200 KA KB KC KE DN250 LA LB LC LE PP(L) PTFE(L) Stainless Steel(M) Gimbal Flange(Stainless Steel)(P)Spec CodeMaterialF0 NoSeal/Process Temperature o 2 Viton(-60～80)C 3 Electronic B (4～20)mA/HART 2-Wire Housing/Protection A Aluminium/IP67 Cable Entry　　　　　　　　　　 M M20x1.5　　　　　　　　　　 N ½NPT　　　　　　　　　　　　 Display/Programming　　　　　　　　　　　　 A Yes X NooKalrez(-60～250)C
32 　　　　　　　　 GDRD61 Explosion Proof Approval P Standard(max measurement range of 30m) I Intrinsically Safe Exia IIC T6 Ga 　 L Enhanced(max measurement range of 70m) Shape of Antenna/Material P Horn Φ78mm/L221/PA66 Process Connection/Material GB THREAD 1″NPT PP GD LIFTING FRAME Electronic B (4～20)MA/HART Housing/Protection A IP68 　 Programming　　 A X No Sunshield　　 A X No Cable A B Length of twin-core shielded(length:X m) C Length of 7-core shielded lead(length:X m) Standard twin-core shielded (leagth of 10m) Yes Yes
33ApprovalsStandard Version Intrinsically Safe Version（Exia IIB T6 Ga） Intrinsically Safe Version（Exia IIC T6 Ga）Intrinsically Safe Version+Explosion Proof（Exdia [ia Ga] IIC T6 Gb）Atmosphere Pressure Min. Norm. Max.Atmosphere Form Foam Dust Deposit Vapour AtmosphereContact: Company: Address: P. C.: Tel:Email: Fax:Customer Information Please give brief explanation on the application of instrument: Date: Measured MediumName Condition Liquid Solid Form　　　Mass　　 　Particle　　　Dust) Temperature: Min. C Norm. C Max. C Surface Flat Turbulent Agitated VorteDielectric Constant εr<3 εr>3 ° ° °10 Application QuestionnaireInstallationFilling Stream inlet position and installation position （Please specify in the diagram below） VesselProcess ConnectionCritical InformationHeight Diameter Shape of Top Flat Arch Conical Horizontal Mode: Top Side Nozzle Length: Nozzle Diameter: Measurement Range: Yes No CommunicationDisplay (4～20)mA/HART Circular Vessel Square Vessel Thread（ G1½A G2A 1½NP T G1 A G1A、M105x2 ） Flange（DN= ） Swivelling Holder NPT 3344/G A 3344/ Pulse Radar Level Instrument
Beijing GODA Instruments Co.,Ltd.Edition: GD/200902 Beijing GODA Instruments Co., Ltd. （010）89759341 89759342 89759343 89759344（010）89759327102209www.godacn.comEmail:sales@godacn.comSales Dept Of Beijing GODA Instruments Co., Ltd. Add: Room1303, Block D, Ocean International Center, No 62 Middle Of east 4th ring, Chaoyang Dist., Beijing,100025, China（010）59648788（ ）（010）59648789100025Add: Management Address:3RD Floor,Block B, Hongxianhong base,Beiqijia Town,Changping District,Beijing. Tel:Fax:PC:Website:Tel: Ext.8Fax:PC:

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