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Integral Manifolds - ARCO Engineering

Anderson Greenwood Manifolds Catalog Flow, Static Pressure, and Liquid Level Manifolds Integral Manifolds Product Overview Integral Manifolds are those uniquely con- nected to the transmitter of a specific manufacturer's model and cannot be used on a different transmitter brand. This sec- tion is presently characterized by Manifolds designed specifically for Rosemount Transmitter Models 3051, 2024 and 3095. The manifold/transmitter assembly has the advantage of small size, lightweight and may be either 2-inch pipestand or wall mounted. Plugged or valved vent/test MC5. MC2. ports are standard for field calibration checks. MC3. This section has two parts: 1.

Anderson Greenwood Manifolds Catalog Flow, Static Pressure, and Liquid Level Manifolds © 1998, Rev. 1999 Anderson Greenwood Instrumentation Products reserves the

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Transcription of Integral Manifolds - ARCO Engineering

1 Anderson Greenwood Manifolds Catalog Flow, Static Pressure, and Liquid Level Manifolds Integral Manifolds Product Overview Integral Manifolds are those uniquely con- nected to the transmitter of a specific manufacturer's model and cannot be used on a different transmitter brand. This sec- tion is presently characterized by Manifolds designed specifically for Rosemount Transmitter Models 3051, 2024 and 3095. The manifold/transmitter assembly has the advantage of small size, lightweight and may be either 2-inch pipestand or wall mounted. Plugged or valved vent/test MC5. MC2. ports are standard for field calibration checks. MC3. This section has two parts: 1.

2 Integral Manifolds for industrial plants. 2. Integral Manifolds for ASME fossil fuel power plants. Coplanar Compatible All the Anderson Greenwood Integral Manifolds are designed and thoroughly tested to be compatible with the Rosemount coplanar pressure trans- mitters including the Model 3051C, Model 3051P, Model 2024 and the Model 3095. Multivariable transmitters. MT3. MT2. Coplanar Style Transmitters Rosemount 's unique coplanar design (sense diaphragms are on the same plane) has allowed Anderson Greenwood to develop a new series of process instru- ment Manifolds specifically designed to then retighten jam nut. Decreases pack- Mirror Stem Finish burnished to a 16.

3 Integrate' the manifold to the transmitter. ing replacement downtime and RMS finish in the packing area. Enables This innovative package is fully assem- increases valve life. smooth stem operation and extends bled, calibrated and leak tested at packing life. Rosemount 's factories, worldwide. Dust Cover prevents lubricant washout and keeps contaminants (dirt, rain, etc.) Body-Bonnet Seal is in constant com- Bonnet Assembly Feature out of bonnet assembly. pression, below the bonnet threads. Ball End Stem eliminates seat galling, This prevents thread corrosion, elimi- Safety Back Seating prevents stem provides bubble-tight shutoff and long nates possible tensile breakage of blowout or accidental removal while in life.

4 The hardened, non-rotating ball bonnet and gives a reliable seal point. operation. Also provides a metal-to- ensures perfect alignment closure after metal secondary stem seal while in the Bonnet Lock Pin is another safety fea- closure. full open position. ture, which prevents the accidental Packing Below threads prevents lubri- separation of the bonnet from the body. Chrome Plating of 316 SS Stem pre- cant washout, thread corrosion, and However, normal valve maintenance vents galling or freezing of thread when keeps solids from entering the thread and repair are still easily accomplished. similar metals Threads pro- area which can cause galling.

5 Also pre- vides additional thread strength. The vents process contamination. stem, bonnet, and male NPT threads Adjustable Packing adjusts easily; are rolled, not cut. loosen jam nut, tighten bushing slightly, 1998, Rev. 1999 Anderson Greenwood Instrumentation Products reserves the right to change product designs and specifications without notice. 105. Anderson Greenwood Manifolds Catalog Flow, Static Pressure, and Liquid Level Manifolds Integral Manifolds MC2 Two-Valve Manifold for Static Pressure Dimensions, inches [mm]. Instrument Vent/Test Vent Slot VENT B. Max. Block/Isolate Open K. C. LO. B. Process [ ]. [ ]. Dimensions, inches [mm].

6 Valve1 A B. Teflon Packed [ ] [ ]. [ ] GRAFOIL and Low Emissions [ ] [ ] [ ] [ ]. Mounting Holes Graphite Packed A Max. Open 4 Places 1/4 - 18 NPT. - 16 UNC - 2B x Vent Connection [ ] Deep 2 Places [ ] Notes [ ]. 1. Approximate valve weight: lb [ kg]. [ mm] diameter orifice. Valve Cv maximum. [ ] 2. See page 114 for ordering information. 1/4 - 18 NPT 3. Body face is slotted to assure atmospheric or 1/2 - 14 NPT vent when a differential transmitter is used. Process Connection [ ]. 4. SG (Sour Gas) meets the requirements of 2 Places [ ] NACE MR0175-latest revision. Pressure and Temperature Ratings Standard Materials Valve Packing Ratings Valve Body and Stem and Bonnet Ball 6000 psig @ 200 F [414 barg @ 93 C].

7 SS Teflon . 4000 psig @ 500 F [276 barg @ 260 C] A479-316 A276-316. SS. GRAFOIL / 6000 psig @ 200 F [414 barg @ 93 C] 316 316. SS. Low Emissions Graphite 1500 psig @ 1000 F [103 barg @ 538 C] A479-316 Monel 400. SG4. 6000 psig @ 200 F [414 barg @ 93 C] 316 Monel K500. SG4 Teflon . 4000 psig @ 500 F [276 barg @ 260 C]. GRAFOIL / 6000 psig @ 200 F [414 barg @ 93 C]. SG4. Low Emissions Graphite 1500 psig @ 1000 F [103 barg @ 538 C]. 1998, Rev. 1999 Anderson Greenwood Instrumentation Products reserves the right to change product designs and specifications without notice. 106. Anderson Greenwood Manifolds Catalog Flow, Static Pressure, and Liquid Level Manifolds Integral Manifolds MC3 Three-Valve Manifold with Optional Externally Valved Test Ports Dimensions, inches [mm].

8 Instrument Vent/Test Vent/Test B. Equalize Max. Open EQUALIZE. Block/Isolate Block/Isolate B. LO. CK C. O K. BL. Process [ ]. Dimensions, inches [mm] [ ]. Valve1 A B. Vent/Test Teflon Packed [ ] [ ] Valve [ ]. (optional) [ ]. GRAFOIL and [ ] Mounting Holes 4 Places Low Emissions A Max. Open [ ] [ ]. Graphite Packed 16 UNC 2B x [ ]. Deep, 2 Places [ ]. Notes 1. Approximate valve weight: [ ]. lb [ kg] for MC3VI [ ]-2-H5, lb [ kg] for MC3VI [ ]-2. [ mm] diameter orifice. [ ]. Valve Cv maximum. [ ]. 2. See page 114 for ordering information. 1/4- 18 NPT. 3. Optional test port valves are H5 VDS-22, or 1/2 - 14 NPT. Process Connection convertible soft-to-metal seat.

9 2 Places 4. SG (Sour Gas) meets the requirements of NACE MR0175-latest revision. Standard Materials Pressure and Temperature Ratings 3. Valve Body and Stem and Valve Packing Ratings Bonnet Ball 6000 psig @ 200 F [414 barg @ 93 C]. SS Teflon . A479-316 A276-316 4000 psig @ 500 F [276 barg @ 260 C]. SS. 316 316 GRAFOIL 6000 psig @ 200 F [414 barg @ 93 C]. SS. SG4 A479-316 Monel 400 Low Emissions Graphite 1500 psig @ 1000 F [103 barg @ 538 C]. 316 Monel K500 6000 psig @ 200 F [414 barg @ 93 C]. SG4 Teflon . 4000 psig @ 500 F [276 barg @ 260 C]. GRAFOIL 6000 psig @ 200 F [414 barg @ 93 C]. SG4. Low Emissions Graphite 1500 psig @ 1000 F [103 barg @ 538 C].

10 1998, Rev. 1999 Anderson Greenwood Instrumentation Products reserves the right to change product designs and specifications without notice. 107. Anderson Greenwood Manifolds Catalog Flow, Static Pressure, and Liquid Level Manifolds Integral Manifolds MC5G Five-Valve Manifold for Gas Service (Patent Protected). Dimensions, inches [mm]. [ ] Mounting Holes, Instrument 4 Places Equalize Equalize [ ]. Max. Open BL. CK. O. CK. O. BL. Block/ Block/. Isolate Isolate Vent [ ]. Process [ ] [ ] [ ]. [ ] Max. Open 16 UNC x Deep Mounting Holes, 2 Places [ ]. [ ]. [ ] 1/4 - 18 NPT Plug Static Ports, 2 Places 1/4 - 18 NPT [ ]. Vent Connection 1/2 - 14 NPT.


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