1. Manuals
  2. Brands
  3. Oval Manuals
  4. Measuring Instruments
  5. EX DELTA II
  6. Manual

Oval EX DELTA II Manual

Fieldbus type
Hide thumbs Also See for EX DELTA II:
Table of Contents

Advertisement

Quick Links

Download this manual See also: Instruction Manual
Fieldbus type
EX DELTA
Totalizer provided
Every OVAL EX DELTAⅡ is fabricated and shipped from our factory under stringent quality control. In
order to maintain its design performance throughout its life, this manual offers the operator the necessary
installation, operation and maintenance information. Be well familiar with these instructions before you
place the meter in service and keep this manual for ready reference.
Ⅱ
(In-line, fixed type)
(In-line, hottap type)
Less totalizer
Ins. No. D-585--E
Hottap type


Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the EX DELTA II and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Oval EX DELTA II

Summary of Contents for Oval EX DELTA II

  • Page 1 Less totalizer Hottap type Every OVAL EX DELTAⅡ is fabricated and shipped from our factory under stringent quality control. In order to maintain its design performance throughout its life, this manual offers the operator the necessary installation, operation and maintenance information. Be well familiar with these instructions before you...

  • Page 2: Table Of Contents

    D-585--E CONTENTS 1. BEFORE YOU BEGIN ................. 5 1.1 Confirming the Specifications ................ 5 . Transit Considerations ..................5 1.3 Storage Considerations .................. 5 2. OPERATING CONDITIONS ................ 5 3. GENERAL ....................6 4. COMPONENT NAMES ................6 5. PIPING INSTRUCTIONS ................9 5.1 Standard Piping Conditions ................
  • Page 3 D-585--E 9. BUILT-IN DISPLAY FUNCTIONS AND OPERATION ........24 9.1 Display Selection ............ 4 (totalizer equipped model) 9.2 Total Flow Reset ..................4 10. RECONFIGURATION AND PARAMETER LISTS ........25 10.1 Changing the Full Scale Readings ............. 5 10.2 Simulation....................6 10.3 CPU Reset ....................6 10.4 Description of Individual Switches ............. 7 10.5 PARAMETER LISTS ..................
  • Page 4 This brochure gives the instruction for the proper functioning of the product, the safety and the compliance with several CE-marking Directives. Follow the instructions specified in this instruction manual. OVAL will not take responsibility for any damage, injury, or form of loss caused where the product is not installed and used as detailed in this instruction manual.

  • Page 5: Before You Begin

    D-585--E 1. BEFORE YOU BEGIN 1.1 Confirming the Specifications (1) When received, the meter should be thoroughly inspected for indication of rough handling during transit. (2) Product code number and ratings are stated on the meter nameplate. Make sure that the ratings shown conform to your particular specifications.

  • Page 6: General

    D-585--E 3. GENERAL In this vortex flowmeter, a piezoelectric sensor type Delta flowmeter proven in every industrial field (EX DELTAⅡ and EX DELTAⅡ) is combined with the data transmission technology pursuant to the H1 low-rate Fieldbus specifications prescribed by the Fieldbus Foundation, enabling the operator to make sophisticated flow measurements. It replaces the traditional 4-20mA analog one-way communications with digital interactive communications;...
  • Page 7 D-585--E ➃ P reamplifier (PA65) Adapter ➂ ➁ S ensor (vortex pickup) Probe M eter Body ➀ (probe) Flow Direction Preamplifier PA65S (Totalizer, digital indicator) ➄ ➅ Selector Magnet Display Select Swtich Field 8-digit LCD Totalizer Fig. 4.1 Component Names, Fixed Type...
  • Page 8 D-585--E Handwheel ➃ Preamplifier ➂ Adapter Gate Valve Vent Valve Hold-down Disc Mounting Nozzle Flow Direction S ensor ➁ M eter Body ➀ (Vortex Pickup) (Probe) Fig. 4.2 Part Names, Hottap Type...

  • Page 9: Piping Instructions

    Accordingly, proper flow straightening measures must be taken when the application engineer considers installation of a Delta meter. In applications where OVAL straightening devices (flow straightener, Honey vane, and downstream pipe) are used, a straight pipe section is not required unless otherwise specified. But if you plan to solve the flow pattern problem with a...

  • Page 10: Pipes To Be Used

    D-585--E (3) Space Saving Arrangement If required straight pipe space is not obtainable upstream of the vortex flowmeter due to existing restrictions on installation location, the OVAL Honey Vane S combined with a short pipe may be used to avoid the space problem. Honey Vane Outline Dimensions ● Dimensions in millimeters Nom. Honey Vane S Honey Vane L φ...

  • Page 11: Pulsation

    D-585--E 5.4 Pulsation Compressors, Roots blowers and other pulsation pressure generating sources could adversely affect meter performance. Minimize pulsating pressures by referring to the following formula: N <.5 ρV (mmH where N : Pulsation pressure (mmH ρ : Density (kg/m V : Minimum velocity (m/s) If pulsation pressure is excessive, the following measures should be taken into consideration: Locate the source of pulsation downstream of the meter or locate it as far from the meter as possible. ➀...

  • Page 12: Prevention Of Slug Flow

    D-585--E 5.7 Prevention of Slug Flow This meter can measure both gases and liquids, but slug flows (where gases exist in the process liquid) will produce a loss of metering accuracy. 5.8 Keep the Pipe Filled with Process Fluid When making a liquid measurement, ensure that the piping remains full of the process liquid. Installation in locations where it is difficult to keep the piping filled with the process liquid, or where bubbles tend to collect should be avoided. 5.9 Bypass Line For maintenance and servicing purposes, it is a Valve in Bypass Line...

  • Page 13: Installation Procedure, Fixed Type

    D-585--E 6.3 Installation Procedure, Fixed Type Install the meter body in the following manner: The piping may run either horizontal or vertical. Install the meter in a position illustrated in the sketches below. 6.3.1 Typical Orientation Horizontal Line Vertical Line Preamplifier Preamp Fitting Screw...

  • Page 14: Installation, Hottap Type

    D-585--E 6.4 Installation, Hottap Type 6.4.1 Part Names Handwheel (Probe goes up or down as you turn it in or out.) Match Mark B (Indicates the probe is at the fully raised position.) Stud Drive Unit Match Mark A (Indicates the probe is at the fully inserted position.) Guide Packing Retainer Cover Gland Packing Short Pipe Screw Axis (With vent valve) Gate Valve Retaining Hold-Down Disc (Prevents noises caused by line Gaskets oscillation.) Caution: C are should be taken in physical orientation. Mounting Nozzle Flow Direction Probe (Flowrate sensing assembly, consists of 2" body, bluff body and sensor.) Fig. 6.5...
  • Page 15 D-585--E 6.4.2 Installation Procedure (See assembly drawing in Fig. 6.5 on page 14 and Fig. 15.1 on page 40.) By turning in or out the handwheel, the probe of this flowmeter goes down or up and, without the need of interrupting the line, it can be drawn out. When the meter is placed in service for measurement, the hold- down disc is so positioned as to come in contact with the retaining ring (the guide is at match mark “A” on the stud). During maintenance or inspection, allow the probe to be housed completely in the short pipe (the guide is at match mark “B” on the stud) and remove the meter from above the gate valve. When removing or installing it, exercise care to minimize the possibility of unexpected trouble by observing the following instructions: (1) Install the hold-down disc in the right physical orientation.

  • Page 16: Lagging Work

    D-585--E Removal Procedure (1) Disconnect wiring of the preamplifier. (2) By turning the handwheel, retract the probe. Retract it until the guide arrives at match mark “B” on the stud. (3) Confirming that the probe has been retracted completely, fully shut off the gate valve. (4) Taking precautions against internal pressure, carefully open the vent valve, allowing the internal pressure to escape. (5) Dismount the flowmeter from the gate valve. 6.4.3 Preamplifier Orientation As viewed from the direction of flow (upstream Display Preamplifier side), the preamplifier typically installs inclined to...

  • Page 17: Ambient Temperature

    D-585--E 6.6 Ambient Temperature Given in Fig. 6.9 is the allowable process fluid temperature relative to the ambient temperature. Ensure that the ambient temperature is held within Nonexplosionproof Rated the rating. Explosionproof Rated If there is a possibility that the ambient temperature exceeds the allowable limit, the following measures Allowable should be taken into consideration.

  • Page 18: Hottap Type Drive Unit Removal

    D-585--E 6.9 Hottap Type Drive Unit Removal The drive unit (retractable assembly including the handwheel and screw shaft) can be separated. It is beneficial in applications where line vibration is great, or where a single drive unit is shared by multiple flowmeters.

  • Page 19: How To Change Preamplifier Orientation

    D-585--E 6.10 How to Change Preamplifier Orientation The preamplifier can be oriented to the desired 90° direction in 90°steps as shown in Fig. 6.11. NOTE: T o change the orientation, hex key (JIS B 4648), nominal size 4, is required. The preamplifier can be rotated by loosening its four hex socked head screws, but be sure to disconnect sensor leads before attempting to rotate it.

  • Page 20: How To Change Indicator And Totalizer Orientation

    D-585--E 6.11 How to Change Indicator and Totalizer Orientation If the preamplifier is equipped with local display (indicator and totalizer), the display assembly can be rotated to the desired direction in 90°steps through 360°. By changing the angle of display assembly (internal assembly), the indicator or totalizer appears for maximum readability on a vertical run or a horizontal run.

  • Page 21: Wiring Connections

    D-585--E 7. WIRING CONNECTIONS 7.1 Wiring Specifications Table 7. Item Description Cable entry G1/2(BSSP1/2) or M20 × 1.5 female Signal cable and Due to the two-wire system used for this meter, a pair of cables serve a dual purpose Transmission length of power lines and Fieldbus communication line. Cable specifications and transmission Fieldbus length appear in the table below (Table 7.2). Finished O.D.: φ 13.5mm max. for non-explosionproof rating. If used as flameproof instrument, make sure to use the designated cable gland. Terminal block Cross recess pan head screws, M3.5 Cable gland A cable gland approved as ATEX-compliant must be attached to each wring entries.

  • Page 22: Wiring Diagram (An Example)

    D-585--E 7.3 Wiring Diagram (an example) Host Computer Controller Fieldbus Flowmeter Preamplifier Connection Terminal Block No. Power (Fieldbus communication) ➀ ➁ terminals (No polarity observation req’d) Fig. 7.3...

  • Page 23: Operation

    D-585--E 8. OPERATION 8.1 Flushing the Piping Assembly Meter On a newly installed piping assembly where scale, sludge and other foreign matter are expected, Valve Valve flushing the piping assembly is necessary before commencing meter operation. Flow Direction In order to safeguard the meter, use a bypass line Short Pipe for flushing.

  • Page 24: Built-In Display Functions And Operation

    D-585--E 9. BUILT-IN DISPLAY FUNCTIONS AND OPERATION (For totalizer or indicator equipped model) This totalizer can display a total of four different readings: total flow, actual instantaneous flowrate, percent instantaneous flowrate, and 8-division % bar graph. It also shows the following error messages: Full scale is exceeded : ErrorFS Upper-end flowrate is exceeded : ErrorOF NOTE: When both errors above have occurred, message “ErrorOF” has priority over the other. 9.1 Display Selection (totalizer equipped model) Available variables on the display are selectable LCD Display either by pressing the display select switch SW1 located inside the preamplifier, or by holding the Selector Magnet...

  • Page 25: Reconfiguration And Parameter Lists

    D-585--E 10. RECONFIGURATION AND PARAMETER LISTS 10.1 Changing the Full Scale Readings To change full-scale readings, follow the steps given below: (1) Reconfiguration is enabled from the host system. Resource Block 0 × 01: Rewritable WRITE_LOCK (index 34) (0 × 02: Write protected) (2) Base and full scale values are changed. Functional Block MODE_BLOCK (index 5) ➀ Sub-index 1 Target is set to: 0 × 80 (Out of Service) XD_SCALE (index 10) Example ➁ In case of 0 m In case of 00L/min sub-index 1 (*1) 100% flowrate before unit conv.

  • Page 26: Simulation

    D-585--E 10.2 Simulation Simulation can be conducted in the following steps: (1) Simulation is enabled. Turn simulation switch SW4 ON. (See Section 10.4 “Description of Individual Switches” on page 27 for switch locations.) (2) Set up parameters. Function Block SIMULATE (index 9) Example In case of 0 m In case of 00L/min sub-index 5 2 (Enable) sub-index 2 Simulated value NOTE: T o terminate the simulation process, set Sub-index 5 to 1 (Disable) and turn the simulation switch OFF.

  • Page 27: Description Of Individual Switches

    D-585--E 10.4 Description of Individual Switches Totalizer equipped model is shown here. Totalizer Assembly LCD Display NOTE: C PU board and amplifier board are fixed and not separable. Window Cover Fig. 10.1 Functions of major switches installed in this preamplifier are given below. Switch Application Description LCD display mode select The LCD display scrolls through variables one at a time. CPU reset 2 In case of an error in communications, SW6 resets the...

  • Page 28: Parameter Lists

    D-585--E 10.5 PARAMETER LISTS Listed below are typical parameters used in this meter. (For the data actually set, see “Default Parameter Settings” list accompanying this instrument.) 10.5.1 AI Function Block Parameters Index Parameters Factory set examples Description 0 XD_SCALE EU100% Setup of full scale value before unit conversion EU0% UNIT INDEX DECIMAL  OUT_SCALE EU100% Setup of full scale value after unit conversion EU0% UNIT INDEX DECIMAL 5 CHANNEL Only channel  usable 6 L_TYPE Indirect...
  • Page 29 D-585--E 10.5.3 Resource Block Parameters Index Parameters Factory set examples Description 4 ITK_VER Version of Foundation Fieldbus certification tests FramesSent Count of frames sent FramesRecd Count of frames sent received InvalidFC Count of invalid FC received NumTransErr Transmit error count errJI Java bit error count errTLM Invalid byte count error, Txframe errCNS Err. count of carrier detect failure 4 ERROR_COUNT errFCS Frame check sequence error...
  • Page 30 D-585--E 10.5.4 Description of Transducer Sub-block Original Parameters Index Parameter Initial Value 8 TOTALlZER_CONTROL: • Start totalizer. Totalizer control • Stop totalizer. • Reset totalizer. 30 TOTALIZER_WEIGHT: 0.0 [TOTALIZER_WEIGHT] 0000 Weight of total 3 SECONDARY_VALUE_UNIT: L, m , kL ➀ Unit of total L [normal], m [normal] ➁ Select one from these.
  • Page 31 D-585--E 10.5.5 Code Lists Parameter Unit Code Parameter Unit Code Flowrate L/min 35 Flange Rating JIS 10K 353 JIS 20K /min 348 JIS 30K 349 ASME 150 ASME 300 kL/min 58 ASME 600 kL/h 59 L/min [normal] 533 Specials L/h [normal] 534 Unknown /min [normal] 53 Meter Material SUS316 Hastelloy C /h [normal]...

  • Page 32: Flow Sensitivity Adjustment Procedure

    D-585--E 11. FLOW SENSITIVITY ADJUSTMENT PROCEDURE Flow sensitivity is accurately adjusted over the Potentionmeter specified flow range before the meter leaving the Potentionmeter factory. However, in cases where the sensor has been replaced or if the receiving instrument registers erratic counts at meter shutoff due to noises caused by pipeline oscillation, for example, sensitivity readjustment will be required.

  • Page 33: Preamplifier Operation Check With Simulated Pulse Input

    Receiving TP+ TP − Instrument (Power) Pulse Generator mA Meter (for analog type) (Open collector output) Preamplifier Fig. 12.1 About Pulse Generator ■ Illustrated diagrammatically is the test setup if OVAL pulse checker (Model PC2201 is available as a pulse generating source). Also refer to the pulse generator instruction manual. Pulse Checker Switch Settings → 0. C • OUTPUT → 0.5 • WIDTH → 100% • SETTER → 1 to 10K (chosen according to the frequency established)

  • Page 34: Full Scale Frequency Calculation

    D-585--E 12.2 Full Scale Frequency Calculation The full scale frequency of unfactored pulse equivalent to the full scale flowrate is calculated by the following formula: Full Scale Flowrate (volume unit/hour) Full scale frequency (Hz) = × Meter Factor (volume unit/P) 3600 NOTE: F ull scale flowrate must have the same unit of measure as meter factor. The full scale frequency established before shipment from the factory is stated in ANALOG F.S.

  • Page 35: Maintenance

    D-585--E 13. MAINTENANCE As long as your Delta meter is placed in service under proper operating conditions, it will perform satisfactorily over extended periods of time. But scale, sludge and other foreign matter contained in the metered fluid could adhere to the inner walls of your meter and degrade meter performance in time. For this reason, periodic disassembly and inspection is suggested. 13.1 Disassembly and Inspection Guidelines ◇ Time for disassembly and inspection ◇ (1) Six months after the first time operation.
  • Page 36 D-585--E Separate the fitting boss (104) in the following manner: ➁ (a) Remove the C-shaped stop ring (209), O-ring retainer (208)* and O-ring (207). (b) Taking off the four hex socket head setscrews (109B), remove the fitting boss (104). Sensor Removal ➂ Taking off the four hex socket head bolts (108) in this state, the sensor (201) can now be separated. (3) Sensor Installation Reverse the order of steps (2) above, observing the following instructions: CAUTION: When installing the sensor, make sure that the O-ring (204) is in place. If this O-ring is ➀...

  • Page 37: Preamplifier Inspection

    D-585--E 13.3 Preamplifier Inspection Interface Reset 1 Output Board Selector Magnet Amplifier Board FF Unit (CPU Reset 1) CPU Board Round Board 2 Round Board 1 Totalizer Unit TP– (LCD Menu Item Select) (Simulation) (Mode Select: STBY, SELT, RUN) Note: CPU board amplifier (CPU Reset 2) board are fixed and not Window Cover...

  • Page 38: Assembly Drawing And Parts List, Fixed Type

    D-585--E 14. ASSEMBLY DRAWING AND PARTS LIST, FIXED TYPE NOTE: Parts list appears on next page. Fig. 14.1...
  • Page 39 D-585--E Parts List ● Sym.No. Part Name Q’ty Remarks Sym.No. Part Name Q’ty Remarks Probe Body 300A Preamplifier PA65 Shaft Assembly Fitting flange 300C Preamplifier with PA65S Totalizer Fitting Boss Preamplifier Assembly See page 40. Bluff Body Totalizer Assembly See page 40. Spacer Hex Socket Head M8 × 10 Screw B (nom. 4) Hex Bolt M10 × 10 Hex Socket Head Bolt M5 × 30 O-Ring B JASO-2033 09A Hex Socket Head Screw...

  • Page 40: Assembly Drawing And Parts List, Hottap Type

    D-585--E 15. ASSEMBLY DRAWING AND PARTS LIST, HOTTAP TYPE Sec. A-A Preamp Fig. 15.1 NOTE: Parts list appears on the next page .
  • Page 41 D-585--E Parts List ● Probe Assembly Drive Assembly Sym.No. Part Name Q’ty Remarks Sym.No. Part Name Q’ty Remarks  set （40 to 48） Probe Body Drive Unit Spacer Guide Hex Bolt Stud Hex Socket Head M6 × 8 Cover B Screw Bluff Body Rotor O-Ring Collar A Sensor  set Handwheel Locating Pin Adaptor B...

  • Page 42: General Specifications

    D-585--E 16. GENERAL SPECIFICATIONS 16.1 Sensor Specifications Table 6. Item Description Installation Fixed type Hottap type 00，50，300，400，500，600， 400，500，600，800， Pipe Nominal Dia. 800，000，500，000mm 000，500，000mm Probe Nominal Bore 50mm Meter Body SUS304 Materials Bluff Body SUS304 Pressure Ratings JIS 10K, ASME 150, JPI 150 00mm （4″） JIS 10K, ASME 150, JPI 150 Flange Rating Orientation Horizontal or vertical pipeline Horizontal pipeline Max. Operating Pressure Depends on flange rating Operating Temp.

  • Page 43: Transmitter Specifications

    D-585--E 16.2 Transmitter Specifications Table 6. Item Description Model PA65 PA65S (totalizer, digital indicator provided) Mounting Structure Integral with flowmeter Select one of the followings : Explosionproof ➀ ➂ Non-explosionproof Flameproof FM:Class 1, Div.1 Groups B, C & D Configuration ➁ ➃ Flameproof TIIS: Ex d IIB+H Flameproof ATEX: 2G ExdIIB+H T6 to T Ambient Temperature Non-explosionproof: −40 to +87˚C Non-explosionproof: −20 to +60˚C (See ambient temp. Explosionproof: −20 to +60˚C Explosionproof: −20 to +60˚C graphs on page 14.) Ambient Humidity 5 to 100% R.H., none condensing Housing Material Aluminum alloy Finished in baked melamine...
  • Page 44 D-585--E 1: D isplayed flow units can be chosen from the table below by type of calculation. Instantaneous flowrate units may be combined within the frame of heavy lines. Calculation Saturated Superheated Units of Indicated Top: Instantaneous rate units Calculation on corrected for steam steam Flowrate Bottom: Totalized flow units actual flow temp. and calculation calculation press. L/min, L/h, m /min, m /h, kL/min, kL/h ○...

  • Page 45: Nominal Meter Factors

    D-585--E 16.3 Nominal Meter Factors Table 6.3 Pipe Nominal Bore, mm (inches) Nominal Meter Factor, L/P 00（ 8） .4 50（0） 3.89 300（） 5.75 400（6） 0.7 500（0） 8.9 600（4） 7.7 800（30） 49. 000（40） 76.9 500（60） 000（80）...

  • Page 46: Pressure Losses

    D-585--E 16.4 Pressure Losses Liquid Service ● C × ρ ΔP = where ΔP = Pressure loss (MPa) ρ = Density (kg/m 200300 500 1000 2000 5000 20000 50000 3000 10000 30000 Flowrate  （m /h） Gas and Steam Service ● C × ρ ΔP = where ΔP = Pressure loss (MPa) ρ = Density (kg/m 0.05 0.01 1000 5×10 4×10 Flowrate ...

  • Page 47: Outline Dimensions

    D-585--E 17. OUTLINE DIMENSIONS 17.1 EX DELTAⅡ Fixed Type ● Preamplifier: Integrally-mounted type Applicable pipe nominal bore: 200 to 1000 mm Ln = Mounting nozzle length (std.100 mm) Y = Insertion length Standard Pipe nom. bore < 500mm 0.5D Pipe nom. bore 500mm 0.D Where D = Pipe nominal bore All dimensions in millmeters NOTE: Figures in brackets（ ）show meter with built-in display. （126） Built-in Display Mounting Flange Probe Flow Direction...
  • Page 48 D-585--E Hottap Type ● Applicable pipe nominal bore: 400 to 2000 mm All dimensions in millmeters Travel Distance：Ls （L ＝L ＋Y＋298） φ355 Handwheel Gate Valve （Nom. Bore100mm） Vent Valve Gate Valve, （Nom. Bore 15mm） Face to face：L Hold-Down Disc （Std. 229） Mounting Nozzle Length：L （Std.：100） Flow Direction Insertion Length：Y （0.2D or 0.5D）...

  • Page 49: Flow Straightener And Downstream Pipe

    D-585--E 17.2 Flow Straightener and Downstream Pipe Flow Straightener Outline Dimensions Dimensions (mm) Approx. Weight (kg) Nom. Dia. Model JIS 20K JIS 20K φ ｄ JIS 10K ASME Class 150 ASME Class 300 (Inches) 0 00（8） 99.9 ,400 5 50（0） 48.8 3,000 30 300（） 97.9 3,600 35 350（4） 333.4 4,00 Nominal Dia.: 100mm max. 40 400（6） 390.6 4,800 —...

  • Page 50: Flameproof Approval: Dimension Of Non-Threaded Joints

    D-585--E 18. FLAMEPROOF APPROVAL : DIMENSION OF NON-THREADED JOINTS Dimensions of the “non-threaded joints” concerning the flameproof configuration are shown below. CASING FOR INTEGRALLY                         MOUNTED MODEL FLAMEPROOF  JOINT  INFO. MATERIAL：ALUMINUM ALLOY HOLE  ：φ33.5 ＋0.062     0 SHAFT：φ33.5 −0.005 −0.062 MAX.  GAP：W=0.124 WIDTH       ：19 ＋0.6 TERMINAL BLOCK −0.8 SURFACE  ROUGHNESS   MATERIAL ： STAINLESS STEEL          ：BETTER  THAN  6.3a FLAMEPROOF  JOINT  INFO. HOLE  ：φ10 ＋0.10 ＋0.05 SHAFT：φ10     0 −0.03 MAX.  GAP：W=0.13 WIDTH       ：L=17.3±1.3（PA25-C05） WIDTH       ：L=24.8±1.3（PA25-C07） SURFACE  ROUGHNESS          ：BETTER  THAN  6.3a PROTECTIVE  CYLINDER    MATERIAL：STAINLESS  STEEL For mounting of protective cylinder to casing, use hexagon socket set screws M8 × 10,...

  • Page 51: Product Code Explanation

    D-585--E 19. PRODUCT CODE EXPLANATION Product Code Item Description ⑯ – – ➀➁ ➂ ➃ ➄➅ ➆ ➇ ➈ ➉  3 4 5 Model Ｖ Ｘ EX DELTA Ⅱ Ｓ In-line, fixed type Body Style Ｈ In-line, hottap type １ Standard (+180℃ max.) Application ３ High temperature service (above +180℃...
  • Page 52 D-585--E 2017.02 Revised 2013.07 Released D-585-1-E (2) All specifications are subject to change without notice for improvement.

Table of Contents