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    Kerotest 800-876-0036
Phone: 847-356-0566
Fax: 847-356-0747
E-Mail: sales@mmcontrol.com

  Kerotest Valves  MANIFOLDS

800-876-0036

Phone: 847-356-0566      Fax: 847-356-0747      E-Mail: sales@mmcontrol.com

Differential Pressure Manifolds          Natural Gas Manifolds            Integral Manifolds
Static Pressure Manifolds               Block & Bleed Gauge Valve          Liquid Level Manifolds

  Differential Pressure Manifolds

Kerotest Products

     

Kerotest KM1 & KM110 3-Valve

Specifications

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KM1 and KM110 Kerotest 3 valve manifolds

Kerotest Differential Pressure Manifold

  • 1/4-inch test ports.
  • Isolated stem threads.
  • Bubble-tight shutoff.
  • Replaceable seat design.
  • Space-saving design.
  • One valve does the work of three.
  • Bonnet cap protection.
  • Rolled stem threads for increased strength and life.
  • Backseat stem design prevents blowout problems.
  • Less parts mean less leak points and less fugitive emissions.

Benefits & Features

The KM1 is a 3-valve manifold designed for applications where direct mounting to an instrument is impractical or undesirable. This style manifold is mounted to the lines from the instrument and signal rather than directly to the instrument; a KMC Mount is also available. These manifolds are often used in conjunction with small differential pressure indicators, recording orifice meters, etc., that have connections other than the standard 2-1/8" (54 mm) distance between taps. A 3/16" (4.8 mm) orifice is provided. The standard manifold has integral metal seats, and soft seats (roddable) are available in various materials.

     

KMM1 3-Valve

Specifications

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Kerotest 3-valve manifold KMM1

Kerotest KMM1 3-Valve Manifold

  • 1/8-inch test ports.
  • Bubble-tight shutoff.
  • Replaceable seat design.
  • Space-saving, compact design.
  • One valve does the work of three.
  • 0-ring stem seal option isolates the stem threads from the process, preventing galling and corrosion due to exposure to the process.
  • Rolled stem threads for increased strength and life.
  • Backseat stem design prevents blowout problems.
  • Less parts mean less leak points and less fugitive emissions.

Benefits & Features

The KMM1 is a miniature 3-valve manifold designed for remote installation in confined spaces. It is ideal for cabinet mounting and also for portable devices due to its low profile and efficient flow characteristics. This style manifold is often used to set differential pressure switches and other instruments during process or plant start-up. Both hard and soft seat versions are available. The KMM1 manifold is installed in the lines between the process and the instrument, and also used with miniature differential pressure-measuring devices.

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KM4A & KM4T 3-Valve

Specifications

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Kerotest Manifold KM4A

Kerotest 3-Valve Differential KM4A

KM4T Kerotest 3-valve differential
Kerotest 3-Valve KM4T 3-Valve Manifold

  • Bubble-tight shutoff.
  • Space-saving design.
  • Roddable design of soft seat valves often eliminates purge-style cleaning, simplifying maintenance.
  • Blowout-proof stem. Stem design prevents accidental back-out, eliminates blowout problems.
  • Rolled stem and bonnet threads increase strength, wear resistance and life.
  • Highly polished stems yield easier operation and increased packing life.
  • Metal-to-metal bonnet-to-body seal maintains pressure integrity, eliminates bonnet thread process corrosion, and ensures a reliable seal.
  • Stem threads isolated from the process fluid. Packing adjustment below the threads prevents thread corrosion.
  • Multiple packing options available including Teflon® and GRAFOIL® packing.
  • Bonnet cap protects stem threads from atmospheric corrosion, increases valve life.
  • Direct pipestand mounting to 2-inch pipe. Requires KMC Mounting Kit. Permits complete piping installation without the transmitter and simplified instrument removal.
  • Soft seat is field-replaceable with valve in line. Metal seats also available.

Benefits & Features

The KM4 style 3-valve manifold is designed for either direct (4A) or remote (4T) mounting to differential pressure transmitters with 2-1/8 inch (54 mm) centers. It contains two (2) main block valves plus an equalizing valve.

     

KMM4A 3-Valve

Specifications

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Kerotest KMM4A Style 3-Valve Mini Manifold

Kerotest 3-Valve Mini-Manifold

  • Bubble-tight shutoff.
  • Compact, space-saving design.
  • Blowout-proof stem.
  • Rolled stem and bonnet threads increase strength, wear resistance and life.
  • Highly polished stems yield easier operation and increased packing life.
  • Metal-to-metal bonnet-to-body seal maintains pressure integrity, and eliminates bonnet thread process corrosion.
  • Direct pipestand mounting to 2-inch pipe. Requires KMC Mounting Kit. Permits complete piping installation without the transmitter and simplified instrument removal.
  • Soft seat is field-replaceable with valve in line. Metal seats also available.
  • Stem threads isolated from the process fluid by 0-ring stem seal. Prevents stem thread corrosion.

Benefits & Features

The KMM4A style 3-valve mini-manifold is designed as a compact, low-cost alternative to full size 3-valve manifolds. It is suitable for close, direct or remote mounting. It contains two (2) main block valves plus an equalizing valve.

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  Natural Gas Manifolds

Kerotest Products

     

Kerotest KM6A, KM6T & KM6TA 5-Valve

Specifications

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Kerotest 5-Valve Natural Gas Manifolds

Kerotest 5-Valve Natural Gas Manifolds

  • Lightweight construction. Installs in meter tubing without additional support.
  • Field-serviceable soft seat.
  • 1/4-inch FNPT ports standard.
  • Isolated stem threads.
  • Bubble-tight shutoff.
  • Space-saving design.
  • One valve does the work of five.
  • Bonnet cap protection.
  • Rolled stem and bonnet threads for increased strength and life.
  • No more stem blowouts.
  • Less parts mean less leak points and less fugitive emissions.

Benefits & Features

The KM6A 5-Valve Manifold is designed specifically for natural gas applications, especially for use with recording orifice meters. These manifolds are generally mounted in the tubing from the orifice flange. Because of its light weight, it is normally supported by the meter tubing without additional support. The KM6T and KM6TA options, however, allow for flange by tube installation or flange-byflange installation of these manifolds if desired.

     

  Integral Manifolds

Kerotest Products

     

KMC2, KMC3 & KMT3 Integral Manifolds

Specifications

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KMC2 KMC3 and KMT3 Integral Manifolds

Kerotest Integral Manifolds

  • Ball end stem. Hardened, non-rotating ball ensures exact leak-tight closure every time.
  • Field-serviceable soft seat.
  • Isolated stem threads
  • Bubble-tight shutoff
  • Chrome-plated stainless steel stem prevents freezing and galling.
  • Metal-to-metal seal between bonnet and body. Maintains thread integrity, prevents bonnet breakage and ensures reliable seal.
  • Locking pin ensures safety.
  • Adjustable bonnet packing.
  • Rolled stem and bonnet threads for increased strength and life.
  • No more stem blowouts.
  • Less parts mean less leak points and less fugitive emissions.

Benefits & Features

The KMC2, KMC3 and KMT3 Manifolds are designed as integral manifolds, intended for use with a specific transmitter brand. These particular manifolds complement the KMC5G manifold series. All are designed for Rosemount® Transmitter Models 3051 , 2024 and 3095. They offer 2- and 3-valve options with the Rosemount Transmitter. They are lightweight and small, making an integrated package when mounted directly to and installed with the transmitter. The KMC5G manifold is also designed to be compatible with Rosemount CoplanarTM pressure transmitters including Models 3051C and 3051 P.

     

Kerotest KMC5G 5-Valve Integral Manifold

Specifications

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KMC5G 5-Valve Integral Manifold

Kerotest 5-Valve Integral Manifold

  • Ball end stem. Hardened, non-rotating ball ensures exact leak-tight closure every time.
  • Field-serviceable soft seat.
  • Isolated stem threads. Packing below stem threads keeps solids away. Prevents process contamination.
  • Bubble-tight shutoff.
  • Chrome-plated stainless steel stem prevents freezing and galling.
  • Metal-to-metal seal between bonnet and body. Maintains thread integrity, prevents bonnet breakage and ensures reliable seal.
  • Locking pin ensures safety.Bonnet lock pin keeps bonnet and body together.
  • Adjustable bonnet packing. Increases valve life and maintains integrity of stem threads.
  • Rolled stem and bonnet threads for increased strength and life.
  • No more stem blowouts. No-blackout stem design prevents blowout problems and removal while in use.
  • Less parts mean less leak points and less fugitive emissions.

Benefits & Features

The KMC5G is an integral manifold, intended for use with a specific transmitter brand. This model manifold is designed for Rosemount® Transmitter Models 3051, 2024 and 3095. They are lightweight and small, making an integrated package when mounted directly to and installed with the transmitter. The KMC5G manifold is also designed to be compatible with Rosemount CoplanarTM pressure transmitters including Models 3051C and 3051P.

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Kerotest KMC5P Integral Manifold

Specifications

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Integral Manifold Kero Test

Kerotest Integral Manifold

  • Bubble-tight shutoff.
  • Space-saving design.
  • Cost-saving design.
  • Stem threads isolated from the process fluid, eliminating process fluid contamination, lubricant washout and thread corrosion.
  • Mirror finish stems enable smooth stem operation and extended packing life.
  • Adjustable packing adjusts easily, increasing valve life and reducing downtime for packing replacement.
  • Multiple packing options available including Teflon® & GRAFOIL®.
  • Ball-tipped stem design prevents seat galling during valve closure.
  • Dust covers and bonnet locking pins provided for each valve for added safety and reduced contamination of the bonnet assembly.

Benefits & Features

The KMC5P is a five-va lve manifold designed for use with specific Rosemount transmitters, Models 3051C, 3051P, 2024 and 3095 Multivariable transmitters. This manifold is primarily intended for power plant applications. See the KMC5G catalog for products for gas applications and the KMC2 catalog for other general application products. The manifold consists of two block valves, an equalizing valve and two integral test/vent valves.

     

  Static Pressure Manifolds

Kerotest Products

     

KM4AP & KM4TP

Specifications

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Static Pressure Manifolds KM4AP and KM4TP

KM4AP & KM4YP

  • Bubble-tight shutoff.
  • Space-saving design.
  • Cost-saving design.
  • Stem threads isolated from the process fluid, eliminating process fluid contamination.
  • Direct pipestand mounting. Requires KMC Mounting Kit. Permits complete piping installation without the transmitter to minimize potential instrument damage during construction.
  • Multiple packing options available including Teflon® & GRAFOIL®.
  • Ball-tipped stem design prevents seat galling during valve closure.
 

Benefits & Features

The KM4AP and KM4TP are two-valve, block and bleed style manifolds. These manifolds are intended for static pressure applications and are generally used with Differential Pressure (DP) style pressure transmitters. The block valve isolates the instrument (normally a transmitter) from the process and is normally open in service. When the block valve is closed to isolate the instrument, the bleed valve may be opened to safely vent pressure from the instrument. The KM4AP design permits the process signal line from the transmitter's futbol flange to be connected directly to the manifold. The KM4TP design has a standard 1/2-inch FNPT inlet connection.

     

Kerotest KPTM & KPT7 2-Valve

Specifications

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KPTM and KPT7 Kerotest 2-valve Series

Kerotest 2-Valve KPTM and KPT7

  • Bubble-tight shutoff.
  • Space-saving design.
  • Cost-saving design.
  • Stem threads isolated from the process fluid, eliminating process fluid contamination, lubricant washout and thread corrosion.
  • Mirror finish stems enable smooth stem operation and extended packing life.
  • Rolled threads on the stem and in the bonnet increase strength, reduce galling and extend the service life of the valve.
  • Adjustable packing adjusts easily, increasing valve life and reducing downtime for packing replacement.
  • Multiple packing options available including Teflon® & GRAFOIL®.

Benefits & Features

The KPT two-valve manifolds are used primarily to calibrate static pressure transmitters, switches or gauges. All necessary hardware including a shutoff valve, calibration valve, tee and other tubing are all contained in one product. The KPT series of manifolds are available with either replaceable soft seats or an integral metal seat. The KPTM manifold includes a special valve seat that can be converted from a hard or metal seat to a soft seat by simply removing two washers. The KPT7 manifold is intended for high temperature applications. It has an integral metal seat.

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Kerotest KMP1 & KMP2

Specifications

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KMP Series Static Pressure Manifolds

Kerotest Two-Valve Manifolds

  • Bubble-tight shutoff.
  • Space-saving design.
  • Cost-saving design.
  • Stem threads isolated from the process fluid, eliminating process fluid contamination, lubricant washout, and thread corrosion.
  • Stem end "ball" design ensures the stem will not rotate against the body seat, eliminating seat galling, improving seat tightness and extending the life of the valve.
  • Mirror finish stems enable smooth stem operation and extended packing life.
  • The KMC mounting arrangement provides for secure mounting of the instrument to the manifold.
  • Rolled threads on the stem and in the bonnet increase strength, reduce galling and extend the service life of the valve.
  • Adjustable packing adjusts easily, increasing valve life and reducing downtime for packing replacement.
  • Multiple packing options available including Teflon® & GRAFOIL®.

Benefits & Features

The KMP1 is a two-valve manifold used primarily for single instrument applications such as test, calibration, block and bleed, and instrument zeroing. The KMP1 functions both as the manifold valve and also as the mount for the instrument, all in the same unit. The KMP2 manifold provides the same functions as the KMP1 except two different instruments may be installed simultaneously and both supplied from a single pressure source. It has dual block and bleed valves serving the exact same functions as the KMP1 manifold, except for two instruments rather than one. The KMP2 manifold also serves as the mount for two instruments. The pressure instruments are connected to either manifolds via 1/2-inch FNPT or 1/2-inch MNPT union connectors.

     

  Gauge Valve

Kerotest Products

     

Kerotest KM9 Block & Bleed Gauge Valve

Specifications

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Block & Bleed Gauge Valve KM9

Block & Bleed Gauge

  • Field-serviceable soft seat.
  • Isolated stem threads (0-ring bonnet). Packing below stem threads keeps solids away.Prevents process contamination.
  • Bubble-tight shutoff.
  • Chrome-plated stainless steelstem prevents freezing and galling.
  • Two-way seat design. Soft seat via simple insert or metal seat when no insert is used.
  • One piece handle.No way to lose the handle from vibration or misplacement.
  • Adjustable bonnet packing.Increases valve life and maintains integrity of stem threads.
  • Rolled stem and bonnet threads for increased strength andlife.
  • No more stem blowouts.No-backout stem design prevents blowout problems and removal while in use.
  • Less parts mean less leak points and less fugitive emissions.
 

Benefits & Features

The KM9 Block & Bleed Valve is ideal for gauge installation. It is rugged, safe, compact, and economical. The KM9 valve is offered in metal and soft seat versions, both using the same bonnet assembly for economy and convenience. A bleed plug is standard with each valve, permitting the safe venting of line pressure without breaking any in-line threaded connections.

     

Kerotest KM25 & KM251

Specifications

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KM25 & KM251 Gauge Valves

Kerotest Block & Bleed Gauge Valve

  • Field-serviceable soft seat.
  • Compact, panel mount design. Saves space and installation costs.
  • Isolated stem threads. Adjustable packing below stem threads keeps solids away. Prevents process contamination.
  • Bubble-tight shutoff.
  • Chrome-plated stem prevents freezing and galling.
  • Perfect closure every time with free-swiveling ball end stem.
  • Vent ports are threaded for safe, easy piping connections.
  • Rolled stem and bonnet threads for increased strength and life. Highly polished stem.
  • No more stem blowouts. No-backout stem design prevents blowout problems and removal while in use.
  • Less parts mean less leak points and less fugitive emissions.

Benefits & Features

The KM25 and KM251 are 2-valve, single outlet valves used primarily for gauge isolation. They can also be used for calibrating and venting operations, all in a very compact unit. They are highly reliable valves that permit the safe installation and servicing of gauges, switches, etc., without concern for external leakage.

     

  Liquid Level Manifolds

Kerotest Products

     

Kerotest KM4TL 2-Valve

Specifications

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KM4TL Kerotest two-valve

Kerotest Liquid Level Manifold

  • Bubble-tight shutoff.
  • Space-saving design.
  • Cost-saving design.
  • Stem threads isolated from the process fluid, eliminating process fluid contamination.
  • Direct pipestand mounting.Requires KMC mounting kit. Permits complete piping installation without the transmitter to minimize potential instrument damage during construction.
  • Easy instrument removal as a result of direct bolting of the instrument to the manifold.
  • Service,repair and calibration are enhanced because the signal and purge lines are undisturbed during instrument installation and removal.
  • Multiple packing options available including Teflon® & GRAFOIL®.
  • Ball-tipped stem design prevents seat galling during valve closure.

Benefits & Features

The KM4TL is a two-valve manifold designed for use with Differential Pressure style pressure transmitters. The manifold is primarily intended for liquid level service. The manifold consists of two block valves. It does not contain an equalizer valve. It is offered in a single connection style of flange by NPT.

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