Step One: Select Stabilized Connector

Transcription

1 Step One: Select [ ] STEP ONE Starting from your orifice fitting or flange, the first item required for DMS is the. The provides the foundation for your DMS and you must select the proper model for your installation considering: Clearance requirements (crank handles, orifice plate housing and Simplex style clamping bar) Dielectric Isolation Vertical Piping Orifice tap centers (2 1/8" to 2 1/4") (requires adapter) Vertical piping AK- 071 Adapter PGI International s patented is the heart of Direct-Mount System Technology. The connector s tensioning nut places the NPT threads in tension and transfers radial forces from the NPT threads to the stabilizer foot. This is particularly important in horizontal to vertical applications, where the s support up to 150 foot pounds of torque. s are slotted to accommodate 2 1/8" to 2 1/4" centers. s Options 2.87" [72.89] AK- 022-C0 Compact Installations Black Delrin Gasket Dielectric Isolators MN Option Rating: 2500VDC Resistance: 5 MegOhms 7.37" [187.2] AK- 024-C0 Provides additional V3-800S6P Integral Fire Safe Ball Valve with Lock-Out Handles [Fire Safe to API 607 Rev. 5] 4.13" [104.90] Delrin Bushing M9 Option " Vertical Piping Installations AK-071 Vertical to horizontal adapter 2 3/8" - 2 1/2" [ ] Spacing Adapter M9 Option Required when using orifice plates over 1/4" [6.35] thick AK- 044-R0 Orifice Cavity Filler Kit AK- 045-R0 Orifice Cavity Filler Kit including 23/64th drill

2 STEP TWO Step Two: Select 2 Valve Block Manifold or Spacer Once you have selected the proper, the next piece to consider is an optional 2 Valve Block Manifold or Spacer. To select the proper model you must consider the required for a flow computer housing door and the crank handle on the fitting. 2 Valve Block Manifold/Spacer PGI recommends the use of a 2 Valve Block Manifold. The 2 Valve Block Manifold used in conjunction with a 3 or 5 Valve Manifold eliminates the need to blow down the entire meter run to perform maintenance or to close in a well and move metering equipment to another measurement location. Spacers are recommended in those applications where additional is required. 2 Valve Block Manifolds Spacers 2.50" 2.50 FLAT M3-881 Compact 90 Block Manifold 2.50" 2.50 FLAT M3-889 Compact 90 Spacer 2.47" [62.73] 2.47" [62.73] 1.87" [47.49] M3-683 _ -BPP 90 Block Manifold providing additional 1.87" [47.49] M3-690_ -BPP 90 Spacer providing additional M3-685 Block Manifold providing additional M3-691 Spacer providing additional 2.32" [58.92] M3-893 Two-piece Block Manifold 13 FLAT

3 STEP THREE Step Three: Select 3 or 5 Valve Manifold Once you have selected the proper 2 Valve Block Manifold or Spacer, you must next select a 3 or 5 Valve Manifold. The 90 Manifold brings the mounting of your electronics to the vertical position. If you are mounting the 3 or 5 Valve Manifold directly to a P transmitter, Smart Multivariable or Flow Computer you must consider the mounting bolt lengths. (See Bolt Chart page 26) " [81.28] 5 Valve 90 Manifold 2 Valve Block Manifold/Spacer PGI recommends the use of a 5 Valve Manifold in custody transfer applications. A 5 Valve Manifold allows you to ensure a bubble tight shut-off at the equalizer valve position, eliminating any uncertainty in the accuracy of the differential signal. 5 Valve Manifolds 3 Valve Manifold " FLAT M3-875 Orients electronics in vertical position (Patented) SEAL M Valve Manifold provides double equalization and vent valve for additional security of your P signal M3-751 Can be used when double equalization and vent valves are not required FLAT Straight style 3 or 5 Valve Manifolds require a 90 Block Manifold or 90 Spacer to orient electronics to the vertical position. 14

4 Step Four: Select Adapter [ ] STEP FOUR In applications where you are mounting both the P and Static Transmitters, it is necessary to select a DMS Adapter. It is important to note that different transmitter and flow computer manufacturers will require different mounting bolt lengths. (See Bolt Chart page 26) " [81.28] 2.60" 3.75 [66.04] P to Static Adapter 5 Valve 90 Manifold 2-Valve Block Manifold/Spacer Static Adapters 1.00" 1.00 P to P Adapter FLAT 3.34" [84.83] AK-056-C0 Required for 1/2" FNPT Static Transmitters (see below) " [457.20] 2.50" 2.50 AK-112 Co-Equal adapter mounts parallel to pipeline Dual P, dual custody or bi-directional applications 2.30" [58.42] AK-055-C0 Required for 1/2" MNPT Static Transmitters P to Static Adapter P to P Adapter 1.00" 1.00" 2.50" 10.50" [266.70] 4.00" [101.60] 9.00" [228.60] AK- 056 AK-700 AK-700 Mounts both P and Static Transmitters (for extended length, use AK-701) AK-054 Dual P or bi-directional applications 15

5 CONFIGURATION Exploded View: Final Configuration Shown with AK-024-C0-MN Extended Length s with Dielectric Isolators, M Valve Block Manifold, M Valve Manifold, AK-700 P to Static Adapter and AK-056 Static Adapter. 16

6 INSTALLATIONS Typical Horizontal Installations: Working Loads 150 ft./lbs. ThermoFisher OPTION: IF BLOCK VALVES ARE REQUIRED INSERT M3-685 BETWEEN THE AK-022/024 AND M3-875 AutoPilot M3-685CLT (C.S.) M3-685SLT (316 S.S.) 2 VALVE BLOCK MANIFOLD M3-875 with WE Option Also Compatible with: Dynamic Flow Computers: E-Chart, E-Chart Plus, E-Chart Lite, MicroMV Emerson Process Management: FloBoss Series, Rosemount 2024, 3051S, 3095 PGI 316SS M3-875CLT (CS) M3-875SLT (316 SS) 5 Valve 90 Manifold (Patented) AK-024-C0-MN (316 SS only) Flanges (2) with Dielectric Option. Required torque for Stabilizer Hex Nut is ft./lbs. or one hand hard pull using 18 crescent. (Patented) 6413 ABB Totalflow 6410 M3-875 Also Compatible with: ABB Totalflow: XFC6413, 6713, 6200EX, 6213, MV2010 Bristol Inc: Teleflow Series, MVT Series, 2808 Series Cameron Measurement Systems: Scanner Series 1131 and MVX2-II Control Microsystems: 4202GFC, 4102MMT Modbus Control Wave Series: XFC, GFC, EFM Honeywell: Series 100, 900, ST3000, SMV3000, XYR5000 Kimray: K500 ThermoFisher: AutoPilot, AutoMate, AutoMitter Yokagowa: EJX Series M3-875CLT (CS) M3-875SLT (316 SS) 5 Valve 90 Manifold (Patented) V3-800S6P (316 SS only) Flanges (2) with Integral Fire Safe Ball Valve. Required torque for Stabilizer Hex Nut is ft./lbs. or one hand hard pull using 18 crescent. 17

7 INSTALLATIONS Typical Horizontal Installations: Working Loads 150 ft./lbs. Dual Range/Bi-Directional Application 3.10" 3.10 [78.74] [78.74] HONEYWELL SMV3000 OPTION: IF BLOCK VALVES ARE REQUIRED INSERT M3-685 BETWEEN THE AK-022/024 AND M3-875 M3-685CLT (C.S.) M3-685SLT (316 S.S.) 2 VALVE BLOCK MANIFOLD M3-875 Also Compatible with: ABB Totalflow: XFC6413, 6713, 6200EX, 6213, MV2010 Bristol Inc: Teleflow Series, MVT Series, 2808 Series Cameron Measurement Systems: Scanner Series 1131 and MVX2-II Control Microsystems: 4202GFC, 4102MMT Modbus Control Wave Series: XFC, GFC, EFM Honeywell: Series 100, 900, ST3000, SMV3000, XYR5000 Kimray: K500 ThermoFisher: AutoPilot, AutoMate, AutoMitter Yokagowa: EJX Series M3-875CLT (CS) M3-875SLT (316 SS) 5 Valve 90 Manifold (Patented) AK-024-C0-MN (316 SS only) Flanges (2) with Dielectric Option. Required torque for Stabilizer Hex Nut is ft./lbs. or one hand hard pull using 18 crescent. (Patented) Honeywell Honeywell M3-775CLT (CS) M3-775SLT (316 SS) 5 Valve Wide-Pattern Manifold TM 5.03" 5.03 [127.76] [127.76] M3-685CLT-HS (CS) M3-685SLT-HS(316 SS) 2 Valve Manifold AK-024-C0-MN (316 SS only) Flanges (2) M3-889C (CS) M3-889S (316 SS) 90 Spacer M3-691C (CS) M3-691S (316 SS) Valveless Manifold Spacer with Dielectric Option. Required torque for Stabilizer Hex Nut is ft./lbs. or one hand hard pull using 18 crescent. (Patented) AK-112-C0-WBWB (316 SS) Co-Equal P to P Adapter Plate (Parallel) 18