PAD. Heavy Duty Differential Pressure Transmitter

Transcription

1 Heavy Duty Differential Pressure Transmitter measuring monitoring analyzing PAD Span: 0.3" W.C. 6" W.C. to PSIG Static Pressure: Max PSIG t max : 248 F Process Connection: ½" PT, ¼" PT, or Various Diaphragm Seals Available upon Request Material: Stainless Steel Various Outputs: ma or Frequency Output Sensor Inputs: Differential, Gauge, or Absolute Pressure Digital Communication with HART Protocol 01/ Order from: C A Briggs Company 622 Mary Street; Suite 101; Warminster, PA Phone: ; Fax: Sales@cabriggs.com - KOBOLD Instruments, Inc Parkway View Drive Pittsburgh, PA 15205

2 Features Description The KOBOLD Differential Pressure Transmitter model PAD is a microprocessor based high performance transmitter. It has flexible pressure calibration and output, automatic compensation of ambient temperature and process variables, configuration of various parameters, and communication with HART protocol. It measures pressure, flow and level by an application method. All data is input, modified and stored in PROM. The KOBOLD Pressure Transmitter is also available as a flow meter. The flowmeter model PAD-F has an added totalizing function. It is able to check the flow rate and the totalizing flow. It measures the flow rate by using differential pressure without compensation for the temperature and static pressure. The shape of the PAD-F is the same as the standard device. Only the terminal block is different, since there are two more terminals for the display of the pulse output. Superior Performance OOHigh Reference Accuracy OO Long-term Stability (0.125 % URL for 3 Years) OOHigh Rangeability (100:1) for Range 4-0 Flexibility OO Data Configuration with HART Communicator OOZero Point Adjustment Reliability OOContinuous Self-diagnostic Function OOAutomatic Ambient Temperature Compensation OOPROM Write Protection OOFail-mode Process Function OOC MC Conformity Standards ( , ) Transmitter Description lectronics module The lectronics module consists of a circuit board sealed in an enclosure. There is an MCU module. an analog module, an LCD module and a terminal module within the transmitter. The MCU module acquires the digital value from the analog module and applies correction coefficients selected from PROM. The output section of the MCU module converts the digital signal to a 4 20 ma output. The MCU module communicates with the HART -based communicator or control system such as DCS. The power section of the MCU module has a DC-to-DC power conversion circuit and an input/output isolation circuit. The LCD module plugs into the MCU module and displays the digital output in a userconfigured unit. Functional Block Diagram Sensor Part MCU Part 4~20mA High Pressure User-Selectable Input - D /- G /- H /- A Measuring Range A/D Conversion Capacitive Sensor PROM Low Pressure Microprocessor Input Sensor Value ngineering Units Re range (Zero / Span) Sensor Trimming Zero Point Adjustment DA Trimming Damping / Filtering Transfer Function LCD ngineering Mode Diagnostics Self Compensation Communications LCD Display Configuration Data DAC HART HART Protocol with Host 2

3 Sensor Inputs The models PAD-D, PAD-G, and PAD-H are available in a capacitance type differential pressure sensor. It measures differential and gauge pressure and is commonly used in flow and level applications. Both sides in the capacitance sensor transmit process pressure from the process isolators to the sensor. The model PAD-A is also available in a piezoresistive type absolute pressure sensor. The sensor module converts the capacitance or the resistance to the digital value. The MCU module calculates the process pressure based on the digital value. Self-Diagnosis and others CPU & Analog Module Fault Detection Communication rror Fail-mode Handling LCD Indication Temperature Measurement of Sensor Module The sensor modules include the following features The software of the transmitter compensates thermal effects, improving performance. Precise Input Compensation during operation is achieved with temperature and pressure correction coefficients that are characterized over the range of the transmitter and stored in the sensor module PROM memory. PROM stores sensor information and correction coefficients separately from MCU module, allowing for easy repair, reconfiguration and replacement. Basic Setups The following settings can be easily configured from any host that supports the HART protocol: Operational Parameters 4-20 ma Points (Zero/Span) ngineering Units Damping Time: sec Tag: 8 Alphanumeric Characters Descriptor: 16 Characters Message: 32 Characters Date: Day/Month/Year Multi Planar Process Connection When the pressure transmitter should be vertically installed irrespective of the orientation of the process connection lines, modified flanges (as shown above) are required in addition to the basic flanges. Multiplanar pressure transmitters have been made in an effort to solve the problems occurring in these types of installation. The object of this is to provide a pressure transmitter, capable of being vertically installed, without separate adapters or various types of brackets. This is regardless of the position of the process connection lines. Calibration and Adjustment Lower/Upper Range (Zero/Span) Sensor Zero Trimming Zero Point Adjustment DAC Output Trimming Transfer Function Self-Compensation Process Connection Via Diaphragm Seals When connecting the differential pressure transmitter model PAD to all different process connections, diverse diaphragm seal versions are necessary. They can be connected to the differential pressure transmitter by direct mounting or via a capillary tube. Depending on the application, different combinations of diaphragm seals, capillary tubes and fill fluids are available. To clarify those options, the special connections via diaphragm seals should be specified separately for the differential pressure transmitter. 3

4 Technical Details Measuring Principle: Capacitance Sensor (PAD-D,-F, -G,-H) Piezo-resistive (PAD-A) Measuring Span: 0.3" W.C..6" W.C. to 60 6,000 PSIG bar (Depending on Instrument Version) Zero and Span Values can be set anywhere within the Range Limits. Span must be Greater than or qual to the Minimum Span. Accuracy Range 2: ±0.25 % of Span for 0.1 URL Span URL ±[ (0.008 x (URL/Span)) % of Span for 0.05 URL Span 0.1 URL Range 3: ±0.075 % of Span for 0.1 URL Span URL ±[ (0.005 x (URL/span))] % of Span for 0.02 URL Span 0.1 URL Range 4 to 0: ±0.075 % of Span for 0.1 URL Span URL ±[0.025+(0.005x(URL/Span))] % of Span for 0.01 URL Span 0.1 URL Turndown Ratio: Ranges 4 ~ 0 = 100 : 1 Range 3 = 50 : 1 Range 2 = 20 : 1 Process Temp.: F (Approval Codes may Affect Limits. Max. Ambient Temperature at LCD = 176 F.) Ambient Temp.: F Ambient Temp. ffect: Storage Temp.: Humidity Limit: ± (0.019% URL % Span) /28 C F (on-condensing) 5 % % RH Pressure Limits (with Silicone Oil) (Valid for stand-alone instruments only without assembled diaphragm seals.) Model D and G: PSIG (for Range 2...8) Model G: PSIG (for Range 9) PSIG (for Range 0) Model H: PSIG (for Range 4...7) Model A: PSIG (for Range 4) PSIG (for Range 5) PSIG (for Range 6) Burst Pressure Model D, G and H: PSIG PSIG (for Model G, Range 0) Model A: 145 PSIG (for Range 4) 580 PSIG (for Range 5) 1015 PSIG (for Range 6) Wetted Materials Isolating Diaphragms: 316L SS Drain/Vent Valves: 316 SS Flanges/Adapters: 316 SS O-ring: FKM, PTF as an Option on-wetted Materials Fill Fluid: Silicone Oil Bolts: Stainless Steel Housing: Aluminum or SS, Flameproof (x d) and Waterproof (lp67) Cover O-ring: BR Paint: poxy-polyester or Polyurethane Mounting Bracket: For 2-inch Pipe, 304 SS, with 304 SS U-bolt ameplate: 304 SS Process Connections: Mount Position: Display: Power Supply: Maximum Load: Loop Load: Failure Mode: lectrical Connection: Output: ¼" PT with 54.0 mm Center Distance for Standard Flanges, ½" PT with Process Adapter (Option) Upright (Process Connection more Flexible by using Multi-planar Flange) 5 Digit LCD V DC V DC -HART Communication 250 Ω at 17.5 V DC 550 Ω at 24 V DC Max. Loop Resistance = (U - 12 V DC ) Ω - Operation A Ω - HART Communication Fail High: Current 21.1 ma Fail Low: Current 3.78 ma ½" PT Conduit with M4 Screw Terminals (G½ Option) Two Wire 4 20 ma, Configurable for Linear or Square Root Output, Digital Process Value Superimposed on 4 20 ma Signal, Available to any Host that Conforms to the HART Protocol Frequency Output for Flowmeter Model PAD-F with Pulse Width of 10, 50 or 100 ms (Selectable, egative Going Pulse) Output Type: Open Collector, 30 V, 500 ma max. Pulse Rate: 49 pulses/sec max. 3 seconds Turn-On Time: Protection: IP 67 for Standard (Code S) Weight: ATX Approval (Option): 8.6 lb (xcluding Options) Standard 11.8 lb (SS Housing - xcl. Options) II 2G xd IIC T6... T5 (see PAS Datasheet) 4

5 Order Details (xample: PAD-D 2 S 2 S 0 0) Model Version Material Body/Vent Plug/ Diaphragm Calibrated Span (Measuring Range Limits for PAD-D, -F, -G and -H in Separate Table) PAD-..D.. = Differential Pressure Transmitter (Static Pressure 2000 PSI)..F.. 1) = Differential Pressure Transmitter with Pulse Output and Totalizer for Flow Measurement..H.. = Differential Pressure Transmitter for High Line Pressure (Static Pressure 4495 PSI)..G.. = Gauge Pressure Transmitter..A.. = Absolute Pressure Transmitter... = 316 SS / 316 SS / 316L SS Calibrated Span for PAD-D, -F, -G, -H ) = 0.3"...6" W.C = 0.6"...30" W.C = 1.5"...150" W.C = 7.5"...750" W.C = PSIG..7.. = PSIG ) = PSIG )4) = PSIG )4) = PSIG Calibrated Span for PAD-A..4.. = 10" " W.C = PSIA..6.. = PSIA Order Details Continued Fill Liquid Process Connection lectrical Connection Approvals Options..S.. = Silicone..2.. = ¼" PT Female (Standard)..4.. = ½" PT Female (Adapter)... = ½" PT poxy- Polyester Painted Aluminum..G.. =G ½ poxy- Polyester Painted Aluminum..S0.. = Standard (Waterproof IP67)..F0.. = ATX, Flameproof, x d..0 = without..c = ngineering Unit (must be chosen when using the differential transmitter as a flowmeter)..d = PTF O-ring (Wetted Part).. = Oil Free Finish..F = Side Vent / Drain Bottom..G = Side Vent / Drain Top..H = Multi-Planar Process Connection..M = Housing in Stainless Steel.. 5) = Mounting of PAD onto Diaphragm Seal 1) Specify flow rate engineering unit, p and flow rate at URV (Upper Range Value), p and flow rate (generally '0') at LRV (Lower Range Value) pulse scale (choose only one value from 0.001, 0.01, 0.1, 1, 10, 100, 1 000, m³/pulse) and pulse width (choose only one value from 10 ms, 50 ms, 100 ms), while ordering so that max. duty cycle is 49 pulses/sec 3) ot for PAD-H 4) ot for PAD-D and PAD-F 5) Diaphragm seal model and application data to be specified in clear text. Application Index on pages 15, 16 to be filled out. For summary of diaphragm seal models and possible ranges, see page 11 onwards. For dimensional details see DRM data sheet. 5

6 Order Details: Oval Flange Adapter ZUB-PAD-OVF Technical Details Material: 316 Stainless Steel Seal: PTF Bolts: 2 x Mounting Screws 7/16"-20 UF Connection: ½" PT Female Dimensions 1.63" 0.98" Order Details: Mounting Brackets Description Angle Type Bracket for PAD/PAS Vertical Pipe Mounting for PAS Vertical Pipe Mounting for PAD Incl. U-Clamp for 2 Pipe Mounting Bracket and 2 x Mounting uts/washers Incl. 4 x Mounting Screws for PAS Incl. 4 x Mounting Screws for PAD Flat Type Bracket for PAD/PAS Horizontal Pipe Mounting for PAS Vertical Pipe Mounting for PAD Incl. U-Clamp for 2 Pipe Mounting Bracket and Mounting uts/washers Incl. 4 x Mounting Bolts and Washers for PAS Incl. 4 x Mounting Bolts for PAD Order umber ZUB-PAD/PAS-K ZUB-PAD/PAS-L Order Details: Manifold Valves Description 3-way Manifold Valve, Remote Mount, Machined 5-way Manifold Valve, Remote Mount, Machined 2-way Manifold Valve, Direct Mount, Machined 2-way Compact Manifold Valve, Direct Mount, Machined 3-way Compact Manifold Valve, Direct Mount, Machined 5-way Compact Manifold Valve, Direct Mount, Machined 3-way Manifold Valve, Direct Mount, Forged Order umber ZUB-PAD-3WMR ZUB-PAD-5WMR ZUB-PAD-2WMD V-2003CDADABAA V-3151CHHHIBAA V-5050CDAHIBAA V-3454CHHHHBAA 6

7 Measuring Range Limits for PAD-D, -F, -G and -H Lower Range Limit (LRL) Range Code Calibrated Span PAD-D, -F PAD-G PAD-H Upper Range Limit (URL) " W.C. -6" W.C. -6" W.C. - 6" W.C " W.C. -30" W.C. -30" W.C. - 30" W.C " W.C. -150" W.C. -150" W.C. -150" W.C. 150" W.C " W.C. -750" W.C PSIG -750" W.C. 750" W.C PSIG -100 PSIG PSIG -100 PSIG 100 PSIG PSIG -300 PSIG PSIG -300 PSIG 300 PSIG PSIG PSIG PSIG PSIG PSIG PSIG PSIG PSIG PSIG PSIG * Special measuring span, with adequate lower and upper range limits, on request. Range Code Unit Conversion Range Code bar kg/cm² KPa psi in H 2 O at 39 F mm H 2 O at 39 F in Hg at 32 F

8 L R L O I P L I V A L O O D - I I P P L L I I V V A A L L R O O - I I P P L L I I V V A A D X Heavy Duty Differential Pressure Transmitter Model PAD Dimensions PAD Standard* PAD Multi-Planar Process Connection* 3.39" " " " " " " " 39 GI Z D - C AU TI O - X s GI Z D - C AU TI O - X s 1.65" 42 R WHI OP T O D R H SP O S TM O 7/16-20 UF LOCK FILD TRMIALS LOCK 3.13" " " 1.65" 42 R WHI OP T O D R H SP O S TM O LOCK XXXX FILD TRMIALS LOCK CF8M " " " " " 54 PAD with Multi-Planar Flange and Angle Type Bracket* PAD Standard with Flat Type Bracket (Vertically Mounted)* 3.39" " " " 112 D - WH I GI Z C AU T I O X O S TM O OP T O R H S P s GI Z D - s FILD TRMIALS FILD TRMIALS WH I OP T LOCK LOCK LOCK LOCK C AU T I O O S TM O O R H S P XXXX CF8M " " " " " " " 94 PAD Standard with Flat Type Bracket (Horizontally Mounted)* 8.27" " " 112 GI Z D - C AU T I O - X s R O S FILD TRMIALS WH I OP T O D R H S P TM O LOCK LOCK 1.85" " * For PAD-G/A, the low pressure port 'L' is always closed 8

9 PAD-G/A Mounted with 2-way Manifold Valve* 3.39" 4.41" 7.58" 4.80" * For PAD-G/A, the low pressure port 'L' is always closed. Manifold Valves (Remotely Mounted) Technical Specifications Material: 316 SS Body with PTF Packing Connection: ½" PT (F) Pressure Rating: 6000 PSIG at 100 F ( 410 bar) Temperature Range: F 3-way Manifold Valve 4.11" (open, approx.) Block valve qualize valve 1.31" 33.3 Instrument side " (open, approx.) Process side 5-way Manifold Valve qualize valve Bleed valve qualize valve Block valve Technical Specifications: Material: 316SS Connection & Size: ½" PT Ø 7.0 (F) 0.28" DIA Pressure rating: 6,000 psig Mounting at 38 C holes ( 410 bar) 2 places Temperature range: -54 C C side Weight: 2 kg 8.98" (open, approx.) Process side 0.95" " 31.0 ½" PT Instrument 4 places Instrument Static qualize (test) Block/ Isolate qualize Static (test) Vent Block/ Isolate Block valve 1.73" 44.0 Process Vent port Process Flow schematic Technical Specifications: Material: 316SS Connection & Size: ½" PT (F) Pressure rating: 6,000 psig Instrument at 38 C ( 410 side bar) Temperature range: -54 C C 3.39" 86.0 Weight: 2.2 kg 1.69" 43.0 Block valve Instrument side 2.13" " 86.0 ¼" PT Static vent 2 places Block valve qualize valve Instrument Process side Block valve side Sied Weight: 4.41 lbs Instrument Instrument (open, approx.) ¼" PT Static port 2 places 2.13" 54.0 ½" PT 4 Places ¼" PT Vent port 1.31" 33.3 Block valve Block valve 0.95" " (open, approx.) Process side qualize valve Bleed valve qualize valve Static Instrument (test) Block/ Static (test) Isolate qualize qualize qualize Instrument qualize Static Vent (test) Static (test) Block/ Isolate Block/ Block/ Vent Isolate Process Isolate Vent port Process Process Vent port Process Flow schematic Weight: 4.85 lbs Technical Specifications: Material: 316SS Connection & Size: ½" PT (F) Pressure rating: 6,000 psig at 38 C ( 410 bar) Temperature range: -54 C C Weight: 2.2 kg (open, approx.) ½" PT 4 Places 3 9

10 Manifold Valves (Direct Mount) Technical Specifications: Material: 316 SS Body with PTF Packing Pressure Rating: 3000 PSIG at 449 F ( 210 bar) Connection: ½" PT (F) to Flange Temperature Range: F 2-way Manifold Valve Block valve 1.77" 45 1/4" PT vent port 2.00" " " 47.8 Vent 2.50" 63.5 (open) Instrument side 1.22" " /2" PT 2 places Process side 3.65" (open) 1.63" " " 7.8 Bleed Block Instrument Weight: 3.53 lbs Process Ø 0.48" 12.2 for 7/16" bolts 3.81" 96.8 Bleed valve 2.00"

11 ISOLAT Heavy Duty Differential Pressure Transmitter Model PAD Manifold Valves (Direct Mount, Machined) Technical Details Material: AISI 316L Pressure Rating: psi Temperature Range: F (PTF Packing), Standard F (GRAPHOIL Packing), On Request Weight: 1.94 lbs 2-way Manifold Valve: V-2003CDADABAA (PTF Packing) (Inlet: ½" PT Female / Outlet: ½" PT Male) VT " Ø 1.18" 30 Drain I Included Accessories: Plug " OUT I Drain 1/4" PT-F with plug 11

12 Typical Bracket Mounted Installations with 5-way Manifold Valve Direct Mounting) 5-way Manifold Valve at Front and Multi-Planar Process Connection 1.77" 4.41" 2.87" 3.23" 6.65" 7.87" 12.76" 6.10" 8.98" 9.89" 5-way Manifold Valve at Bottom and Multi-Planer Process Connection 3.39" 4.41" 2.87" 3.23" 6.51" 7.87" 12.76" 6.25" 8.98" 6.50" 12

13 Manifold Valves (Direct Mount, Machined) Technical Details Material: AISI 316L Pressure Rating: psi Temperature Range: F (PTF Packing), Standard F (GRAPHOIL Packing), On Request Weight: 4.78 lbs 3-way Manifold Valve: V-3151CHHHIBAA (PTF Packing) (Inlet: Flanged / Outlet: Flanged According to IC Type A) I I 8.82" 224 Flanged Type IC 61518/A D P DRAI DRAI 4.88" 124 QUALIS 4 holes Ø12 4 fori Ø12 QUALIS ISOLAT 41.4 ISOLAT OUT I 2.76" 70 I I DRAI 1/4" PT-F 1.18" " " 84 2 fixing holes M " " 106 Included Accessories: 4 Carbon Steel Screws (Stainless Steel On Request) 2 Plugs 2 PTF Gaskets 1/4" PT 2¾" 7/16"-20 UF UF Mounting Options 3-way Manifold Valve with PAD Description Process Connection Illustration Valve Mounted Upside Down on Front Side of PAD Flanged According to IC Type A Valve Mounted Upside Down on Front Side of PAD including Oval Flange Adapter Model ZUB-PAD-OVF ½" PT Female Valve Mounted on Front Side of PAD, Head of PAD Rotated 90 Clockwise Flanged According to IC Type A Valve Mounted on Front Side of PAD including Oval Flange Adapter Model ZUB-PAD-OVF, Head of PAD Rotated 90 Clockwise ½" PT Female 13

14 Manifold Valves (Direct Mount, Machined) Technical Details Material: AISI 316L Pressure Rating: psi Temperature Range: F (PTF Packing), Standard F (GRAPHOIL Packing), On Request Weight: 6.17 lbs D P 5-way Manifold valve: V-5050CDAHIBAA (PTF Packing) (Inlet: ½" PT / Outlet: Flanged According to IC Type A) DRAI I I DRAI 10.24" " " 0.63" 16 VT. VT. QUALIS VT. OUT I ISOLAT 41.4 ISOLAT 1.18" " 102 Flanged Type IC 61518/A 2.76" 70 4 Ø12 holes 2.13" " fixing holes M10 DRAI 1/4" PT " 2 fixing Included Accessories: 4 Carbon Steel Screws (Stainless Steel On Request) 2 Plugs 2 PTF Gaskets 1/4" PT 1¾" 7/16"-20 UF UF Mounting Options for 5-way Manifold Valve with PAD Description Process Connection Illustration Valve Mounted Upside Down on Front Side of PAD ½" PT Female Valve Mounted on Front Side of PAD after Rotating the Head of PAD 90 Clockwise ½" PT Female 14

15 Manifold Valves (Direct Mount, Forged) Technical Details Material: 316L Stainless Steel Pressure Rating: psi Temperature Range: F (PTF Packing), Standard F (GRAPHOIL Packing), On Request Weight: 4.96 lbs 3-way Manifold Valve: V-3454CHHHHBAA (PTF Packing) (Inlet: Flanged Oval/ Outlet: Flanged According to IC Type B) 0.81" ± 0.004" 1.63" ± 0.008" 0.51" 3.98" 2.13" ± 0.01" 4.41" 7.68" 3.39" 0.47" 2.13" 2.09" 3.66" 0.81" ± 0.004" 1.63" ± 0.008" Included Accessories: 4 Carbon Steel Screws (Stainless Steel On Request) 2 PTF Gaskets 1¾" 7/16"-20 UF UF 15

16 xample of PAD Direct Assembed with an xtended Diaphragm Seal (for Dimensional Details, see DRM Data Sheet) welded Δ L (min. 150 mm max. 500 mm) Fig. 1 Dimensions: xamples for D50 / D 80/D100 / 2" ASI / 3" ASI/4"ASI Flange Type D k d 2 b f d 4 X d 5 R L D50 P " 4.92" 0.71" 0.71" 0.08" 0.16" 1.89" 4.02" D50 P " 4.92" 0.71" 0.79" 0.08" 0.16" 1.89" 2" ASI Cl " 4.75" 0.75" 0.75" 0.08" 0.16" 1.89" 3.62" 2" ASI Cl " 5.00" 0.75" 0.88" 0.08" 0.31" 1.89" 50 mm (2")/ D80 P " 6.30" 0.71" 0.79" 0.08" 0.31" 2.99" 5.43" 100 mm (4")/ D80 P " 6.30" 0.71" 0.94" 0.08" 0.31" 2.99" 150 mm (6")/ 3" ASI Cl " 6.00" 0.75" 0.94" 0.06" 0.16" 2.99" 200 mm (8")/ 5.00" 3" ASI Cl " 6.63" 0.87" 1.12" 0.06" 0.31" 2.99" (customer D100 P " 7.09" 0.71" 0.79" 0.08" 5.87" 0.31" 3.50" specified) D100 P " 7.48" 0.87" 0.94" 0.08" 5.87" 0.31" 3.50" 4" ASI Cl " 7.50" 0.75" 0.94" 0.06" 6.19" 0.31" 3.50" 4" ASI Cl " 7.87" 0.87" 1.26" 0.06" 6.19" 0.31" 3.50" xample of PAD Assembed with Remote Diaphragm Seals and Capillaries (for Dimensional Details, see DRM Data Sheet) Dimensions: xamples for D50 / D 80 /D100 / 2" ASI / 3" ASI/4"ASI Flange Type D k d 2 b f d 4 X D50 P " 4.92" 0.71" 0.71" 0.08" 0.16" 4.02" D50 P " 4.92" 0.71" 0.79" 0.08" 0.16" 2" ASI Cl " 4.75" 0.75" 0.75" 0.08" 0.16" 3.62" 2" ASI Cl " 5.00" 0.75" 0.88" 0.08" 0.31" D80 P " 6.30" 0.71" 0.79" 0.08" 0.31" 5.43" D80 P " 6.30" 0.71" 0.94" 0.08" 0.31" 3" ASI Cl " 6.00" 0.75" 0.94" 0.06" 0.16" 5.00" 3" ASI Cl " 6.63" 0.87" 1.12" 0.06" 0.31" D100 P " 7.09" 0.71" 0.79" 0.08" 5.87" 0.31" D100 P " 7.48" 0.87" 0.94" 0.08" 5.87" 0.31" 4" ASI Cl " 7.50" 0.75" 0.94" 0.06" 6.19" 0.31" 4" ASI Cl " 7.87" 0.87" 1.26" 0.06" 6.19" 0.31" Fig. 2 16

17 xample of PAD-G Remote Assembled with (xtended) Diaphragm Seal and Capillary (for Dimensional Details, see DRM Data Sheet) Fig. 3 Dimensions: xamples for D50 / D 80 /D100 / 2" ASI / 3" ASI/4"ASI Flange Type D k d 2 b f d 4 X d 5 R L D50 P " 4.92" 0.71" 0.71" 0.08" 0.16" 1.89" 4.02" D50 P " 4.92" 0.71" 0.79" 0.08" 0.16" 1.89" 2" ASI Cl " 4.75" 0.75" 0.75" 0.08" 0.16" 1.89" 3.62" 2" ASI Cl " 5.00" 0.75" 0.88" 0.08" 0.31" 1.89" 50 mm (2")/ D80 P " 6.30" 0.71" 0.79" 0.08" 0.31" 2.99" 5.43" 100 mm (4")/ D80 P " 6.30" 0.71" 0.94" 0.08" 0.31" 2.99" 150 mm (6")/ 3" ASI Cl " 6.00" 0.75" 0.94" 0.06" 0.16" 2.99" 200 mm (8")/ 5.00" 3" ASI Cl " 6.63" 0.87" 1.12" 0.06" 0.31" 2.99" (customer D100 P " 7.09" 0.71" 0.79" 0.08" 5.87" 0.31" 3.50" specified) D100 P " 7.48" 0.87" 0.94" 0.08" 5.87" 0.31" 3.50" 4" ASI Cl " 7.50" 0.75" 0.94" 0.06" 6.19" 0.31" 3.50" 4" ASI Cl " 7.87" 0.87" 1.26" 0.06" 6.19" 0.31" 3.50" 17

18 Diaphragm Seal Models (Remote Assembly) (Standard device without additional options (e.g. coatings, special materials etc.). For dimensions/technical data, see DRM data sheet. Accuracy: 0.075% of calibrated span + influence of seal). Over and under ranges of the min./max. span may be possible, but must be verified by KOBOLD for each application. The indicated min./max. spans do not consider any coating of diaphragm seals. For additional information contact KOBOLD. Model DRM Size Code Size ote Ø Diaphragm (mm) Ø 18 Max. Media Temperature Min. Span (PSIG) DRM-601 R15 G ½ R20 G ¾ Ø R25 G 1 Ø R32 G 1 ¼ Ø R40 G 1 ½ Ø Fixed Male Thread with 15 ½" PT Ø F Capillary 20 ¾" PT Ø " PT Ø ¼" PT Ø M20 M20 x 1.5 Ø M48 M 48 x 3 Ø Max. Span (PSIG) DRM-603 DI DRM-605 IDF R20 D 20 Ø R25 D 25 Ø R32 D 32 Ø R40 D 40 Ø Dairy Connection, Capillary 392 F R50 D 50 Ø R65 D 65 Ø R80 D 80 Ø R1H D 100 Ø R25 1" Ø R40 1 ½" IDF Socket with Union ut, Capillary Ø F R50 2" Ø DRM-606 R20 G ¾ Capsule Seal with Rotable Short capsule 662 F Male, Capillary R28 M 28 x 1, DRM-608/1 R20 G ¾ R25 G 1 Capsule Seal with Union ut, Capillary Capsule Seal with Union ut, Capillary Long capsule F Long capsule DRM-611 SMS R40 1 ½" Ø SMS Socket with Union ut, 392 F Capillary R50 2" Ø * ote: Threaded diaphragm seal only available with PAD-G/A. For PAD-D only flange, clamp connections or union nut are possible 18

19 Diaphragm Seal Models (Remote Assembly) (Standard device without additional options (e.g. coatings, special materials etc.). For dimensions/technical data, see DRM data sheet. Accuracy: 0.075% of calibrated span + influence of diaphragm seal). Model DRM Size Code Size ote DRM-613 Clamp R25 1" Ø Diaphragm (mm) Max. Media Temperature Min. Span (PSIG) F50 2" Tri-Clamp, Capillary Ø F Ø F40 1 ½" Ø R65 2 ½" Ø R80 3" Ø Max. Span (PSIG) DRM-615 APV-RJT R20 1" Ø R40 1 ½" Union-nut, Capillary Ø F R50 2" Ø DRM-617 R45 M 45 x 2 Union-nut, Capillary Ø F DRM-620 R20 G ¾ Union-nut, Capillary Ø F DRM-620/1 R20 G ¾ Union-nut, capillary Ø F DRM-622/1 F48 Ø 48 mm Ø F48 1 Ø 48 mm Flange, Capillary Ø F F48 2 Ø 48 mm Ø DRM-624/1 F1H Ø 100 mm Flange, Capillary Ø F DRM-625/1 R15 G ½ ½" PT Fixed male, Capillary Ø F I15 G ½ male * ote: Threaded diaphragm seal only available with PAD-G/A. For PAD-D only flange, clamp connections or union nut are possible 19

20 Diaphragm Seal Models (Direct or Remote Assembly) (Standard device without additional options (e.g. coatings, special materials etc.). For dimensions/technical data, see DRM data sheet. Accuracy: 0.075% of calibrated span + influence of diaphragm seal). Ø Diaphragm (mm) R08A025 G ¼ male Fixed Male, Capillary Ø 56 Model DRM Size Code Size ote DRM-627 P 25 DRM-627 P 100 DRM-627 P 250 Max. Media Temperature Min. Span (PSIG) Max. Span (PSIG) R08I025 G ¼ female Fixed Female, Capillary Ø R15A025 G ½ male Fixed Male, Capillary Ø F R15I025 G ½ female Fixed Female, Capillary Ø A025 ½" PT male Fixed Male, Capillary Ø R08A100 G ¼ male Fixed Male, Capillary Ø R08I100 G ¼ female Fixed Female, Capillary Ø R15A100 G ½ male Fixed Male, Capillary Ø F R15I100 G ½ female Fixed Female, Capillary Ø A100 ½" PT male Fixed Male, Capillary Ø R08A250 G ¼ male Fixed Male, Capillary Ø R08I250 G ¼ female Fixed Female, Capillary Ø R15A250 G ½ male Fixed Male, Capillary Ø F R15I250 G ½ female Fixed Female, Capillary Ø A250 ½" PT male Fixed Male, Capillary Ø DRM-629 P 06 DRM-629 P 16 DRM-629 P 40 DRM-630/1 PVC DRM-631/1 PP DRM-632/1 PVDF F25P06 D 25 Ø F32P06 D 32 Ø F40P06 D 40 Ø Flange to , F50P06 D 50 Ø F Capillary F65P06 D 65 Ø F80P06 D 80 Ø F1HP06 D 100 Ø F25P16 D 25 Ø F32P16 D 32 Ø F40P16 D 40 Ø Flange to , F50P16 D 50 Ø F Capillary F65P16 D 65 Ø F80P16 D 80 Ø F1HP16 D 100 Ø F25P40 D 25 Ø F32P40 D 32 Ø F40P40 D 40 Ø Flange to , F50P40 D 50 Ø F Capillary F65P40 D 65 Ø F80P40 D 80 Ø F1HP40 D 100 Ø R08 G ¼ female R15 G ½ female Fixed Female, Capillary Ø F Ø ½" PT female Ø R08 G ¼ female R15 G ½ female Fixed Female, Capillary Ø F Ø ½" PT female Ø R08 G ¼ female R15 G ½ female Fixed Female, Capillary Ø F Ø ½" PT female Ø * ote: Threaded diaphragm seal only available with PAD-G/A. For PAD-D only flange, clamp connections or union nut are possible 20

21 Diaphragm Seal Models (Direct or Remote Assembly) (Standard device without additional options (e.g. coatings, special materials etc.). For dimensions/technical data, see DRM data sheet. Accuracy: 0.075% of calibrated span + influence of diaphragm seal). Model DRM Size Code Size ote DRM-633/1 Ø Diaphragm (mm) Max. Media Temperature Min. Span (PSIG) F50 D 50 Flange to DI2527 Form C, Ø F F1H D 100 Capillary Ø Max. Span (PSIG) DRM lbs DRM lbs DRM lbs DRM lbs DRM-638 P 06 DRM-638 P 16 A25P150 1" Ø A32P150 1¼" Ø A40P150 1 ½" Ø A50P150 2" Flange to ASM B16.5, Ø F A65P150 2 ½" Capillary Ø A80P150 3" Ø A90P150 3 ½" Ø A1HP150 4" Ø A25P300 1" Ø A32P300 1¼" Ø A40P300 1 ½" Ø A50P300 2" Flange to ASM B16.5, Ø F A65P300 2 ½" Capillary Ø A80P300 3" Ø A90P300 3 ½" Ø A1HP300 4" Ø A25P600 1" Ø A32P600 1¼" Ø A40P600 1 ½" Ø A50P600 2" Flange to ASM B16.5, Ø F A65P600 2 ½" Capillary Ø A80P600 3" Ø A90P600 3 ½" Ø A1HP600 4" Ø A25P1K5 1" Ø A32P1K5 1¼" Ø A40P1K5 1 ½" Ø A50P1K5 2" Flange to ASM B16.5, Ø F A65P1K5 2 ½" Capillary Ø A80P1K5 3" Ø A90P1K5 3 ½" Ø A1HP1K5 4" Ø F25P06 D25 Ø F32P06 D32 Ø F40P06 D40 Ø Flange to , F50P06 D50 Ø F Capillary F65P06 D65 Ø F80P06 D80 Ø F1HP06 D100 Ø F25P16 D25 Ø F32P16 D32 Ø F40P16 D40 Ø Flange to , F50P16 D50 Ø F Capillary F65P16 D65 Ø F80P16 D80 Ø F1HP16 D100 Ø * ote: Threaded diaphragm seal only available with PAD-G/A. For PAD-D only flange, clamp connections or union nut are possible 21

22 Diaphragm Seal Models (Direct or Remote Assembly) (Standard device without additional options (e.g. coatings, special materials etc.). For dimensions/technical data, see DRM data sheet. Accuracy: 0.075% of calibrated span + influence of diaphragm seal). Model DRM Size Code Size ote Ø Diaphragm (mm) Max. Media Temperature Min. Span (PSIG) Max. Span (PSIG) DRM-638 P 40 DRM lbs DRM lbs DRM lbs DRM lbs F25P40 D 25 Ø F32P40 D 32 Ø F40P40 D 40 Ø Flange to , F50P40 D 50 Ø F Capillary F65P40 D 65 Ø F80P40 D 80 Ø F1HP40 D 100 Ø A25P150 1" Ø A32P150 1¼" Ø A40P150 1 ½" Ø A50P150 2" Flange to ASM B16.5, Ø F A63P150 2 ½" Capillary Ø A75P150 3" Ø A85P150 3 ½" Ø A1HP150 4" Ø A25P300 1" Ø A32P300 1¼" Ø A40P300 1 ½" Ø A50P300 2" Flange to ASM B16.5, Ø F A63P300 2 ½" Capillary Ø A75P300 3" Ø A85P300 3 ½" Ø A1HP300 4" Ø A25P600 1" Ø A32P600 1¼" Ø A40P600 1 ½" Ø A50P600 2" Flange to ASM B16.5, Ø F A63P600 2 ½" Capillary Ø A75P600 3" Ø A85P600 3 ½" Ø A1HP600 4" Ø A25P1K5 1" Ø A32P1K5 1¼" Ø A40P1K5 1 ½" Ø Flange to ASM B16.5, A50P1K5 2" Ø F Capillary A63P1K5 2 ½" Ø A75P1K5 3" Ø A1HP1K5 4" Ø * ote: Threaded diaphragm seal only available with PAD-G/A. For PAD-D only flange, clamp connections or union nut are possible 22

23 Diaphragm Seal Models (Direct or Remote Assembly) (Standard device without additional options (e.g. coatings, special materials etc.). For dimensions/technical data, see DRM data sheet. Accuracy: 0.075% of calibrated span + influence of diaphragm seal). Model DRM Size Code Size ote Ø Diaphragm (mm) Max. Media Temperature Min. Span (PSIG) Max. Span (PSIG) DRM 501 ISO Sterile D15 D 15 Inline D20 D 20 Inline D25 D 25 Inline Inline, Capillary 176 F D32 D 32 Inline D40 D 40 Inline D50 D 50 Inline DRM 503 Clamp ISO 2852 D15 D 15 Inline D20 D 20 Inline D25 D 25 Inline Inline, Capillary 176 F D32 D 32 Inline D40 D 40 Inline D50 D 50 Inline * ote: Threaded diaphragm seal only available with PAD-G/A. For PAD-D only flange, clamp connections or union nut are possible 23

24 Application Index Please fill out the following Application Data Sheet when inquiring about or ordering model PAD assembled with diaphragm seal model DRM Order/ Inquiry Ref./ Item o. Pressure Transmitter (Model, Calibration range) Diaphragm Seal (Model, Size Code) Diaphragm material of DRM (wetted part) Process connection material of DRM (wetted part) Media: Operating density Operating viscosity g/cm² cst Temperature: nominal minimal maximum Media temperature: C / F Ambient temperature: C / F Rinsing temperature diaphragm seal C / F Rinsing temperature capillary C / F Pressure Specification: Value 1.1) Operating pressure static or 1.2 bar / psi 1.2) Operating pressure dynamic min + max or 1.3 bar / psi 1.3) Operating pressure as frequency in Hz Hz 2.) Max. negative pressure 3.) Max. over pressure 4.1) Display damping: without / light / middle / strong or ) Pressure decrease with time + range Arrangement with Rectangular Connection Rod (Fig. 1): 1.) Connecting Rod Length ( L = min. 150 mm/max. 500 mm) at HP port 'H' mm Arrangement with Capillary: 1.) Diaphragm seal needed on both ports 2.) If answer to 1) is YS, same model diaphragm seal on both ports 3.) If answer to 2) is O, specify DRM models at each port Yes o (diaphragm seal connected to high pressure port 'H') Yes o DRM model at high pressure port 'H' DRM model at low pressure port 'L'...continued... 24

25 Application Index Order/ Inquiry Ref./ Item o. Arrangement with Capillary: 4.) Orientation of diaphragm seals (Mark the appropriate box, see Fig. 2) Capillary: Length in 'mm' at port 'H' (if other units, please specify) Length in 'mm' at port 'L' (if other units, please specify) Protection hose required (yes/no) Diaphragm seal at port 'H', sealing surface facing DOW Diaphragm seal at port 'H', sealing surface facing RIGHT Diaphragm seal at port 'H', sealing surface facing LFT Diaphragm seal at port 'H', sealing surface facing UP Diaphragm seal at port 'H', special orientation, provide sketch Diaphragm seal at port 'L', sealing surface facing DOW Diaphragm seal at port 'L', sealing surface facing RIGHT Diaphragm seal at port 'L', sealing surface facing LFT Diaphragm seal at port 'L', sealing surface facing UP Diaphragm seal at port 'L', special orientation, provide sketch mm mm Height Adjustment: 1.) Factory calibration for height adjustment required o Yes, choose from the following option(s) ) PAD higher than DRM at port 'H' (Fig. 2 or 3), specify + h(1) mm 3.) PAD lower than DRM at port 'H' (Fig. 2 or 3), specify - h(1) mm *Following options "4" and "5" are not valid while ordering PAD-G 4.) PAD higher than DRM at port 'L' (Fig. 2), specify + h(2) mm 5.) PAD lower than DRM at port 'L' (Fig. 2), specify - h(2) mm Options: xtended diaphragm seal at both ports (see Fig. '1' or Fig. '3' for dimension R L, mark only if option needed) o (extended diaphragm seal only at port 'H') If o, length 'R L ' of extended diaphragm seal at port 'H' Yes If Yes, length 'R L ' of extended diaphragm seal at port 'H' If Yes, length 'R L ' of extended diaphragm seal at port 'L' mm mm Fill Liquid (Check the desired box) Glycerine oil (silicone free, food grade) for Operation temperature ( F) Paraffine oil (silicone free, food grade) for Operation temperature ( F) Silicone oil for Operation temperature ( F) Silicone oil for Operation temperature ( F) Silicone oil for Operation temperature ( F) Order from: C A Briggs Company 622 Mary Street; Suite 101; Warminster, PA Phone: ; Fax: Sales@cabriggs.com