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Type 29 High Volumetric Displacement, Non-Replaceable Diaphragm Seals-Noshok

Part Number: TYPE 29
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NOSHOK List price: $238.50

Warranty: 3 YR
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Noshok Type 29 High Volumetric Displacement, Non-Replaceable Diaphragm Seals

Type 29 High Volumetric Displacement, Non-Replaceable Diaphragm Seals

  • An off-line seal with a threaded connection and all welded, all metallic housing design that does not utilize an o-ring or gasket
  • Can be used for remote mounting of pressure instrument(s) with capillary, see options & accessories below
  • Designed with a larger diameter diaphragm for higher displacement capability
  • A variety of upper and lower housing and diaphragm materials are available to suit most applications
  • A flushing port is available to clean wetted areas and prevent process media build up
 
 

Specifications

Type

 Diaphragm Seal

Style

 Non-Replaceable Diaphragm Seal

Instrument Connection Size

 1/4 in

Process Connection Type

 National Pipe Thread (NPT)

Upper Housing Material

 316 Stainless Steel

Diaphragm Material

 316 Stainless Steel

Process Connection Size

 1/4 in

Seal Type

 Threaded with welded diaphragm

Lower Housing Connection Size

 1/4 in1/2 in3/4 in1 in

Lower Housing Connection Type

 National Pipe Thread (NPT)

Lower Housing Flushing Port

 Optional 1/8″ NPT and 1/4″ NPT

Upper Housing Type

 Continuous Duty

Diaphragm Size

 2.1 in

Diaphragm Displacement

 1.5 mL

Instrument Connection Type

 National Pipe Thread (NPT)

Warranty

 1 yr

Instruments

Instrument Type

 Gauges, Transducers, Switches

Pressure [Min] for Gauges 2-1/2 to 4-1/2 in. Size

 0 to 30 psig

Pressure [Min] for Transducers

 0 to 30 psig

Pressure [Min] for Switches

 0 to 30 psig

Pressure [Max] for Gauges 2-1/2 to 4-1/2 in. Size

 0 to 2500 psig

Pressure [Max] for Transducers

 0 to 2500 psig

Pressure [Max] for Switches

 0 to 2500 psig

O-Ring Temperature Limits

O-Ring Temperature Limits for Nitrile Butadiene Rubber (NBR) Material

 -40 to 250 ºF

O-Ring Temperature Limits for Polytetrafluoroethylene (PTFE) Material

 -400 to 400 ºF

O-Ring Temperature Limits for Fluorocarbon (FKM) Material

 -10 to 400 ºF

Diaphragm Pressure and Temperature Limits

Diaphragm Pressure Limits for Polytetrafluoroethylene (PTFE) Material

 2000 psi

Diaphragm Pressure Limits for Fluorocarbon (FKM) Material

 2000 psi

Diaphragm Temperature Limits for Polytetrafluoroethylene (PTFE) Material

 -40 to 400 ºF

Diaphragm Temperature Limits for Fluorocarbon (FKM) Material

 -10 to 400 ºF

Note for Diaphragm Pressure and Temperature Limits

 Metallic diaphragms determined by pressure range of seal type, restricted to temperature range of fill fluid.

Bottom Housing Material Maximum Pressure and Temperature Limits

Maximum Temperature Limits for Polyvinylidene Fluoride (PVDF) Bottom Housing Material

 180 ºF

Maximum Pressure Limits for Glass Transition Temperature (Tg), Tetoron Cotton (TC) Bottom Housing Material

 200 psi

Maximum Pressure Limits for Polyvinylidene Fluoride (PVDF) Bottom Housing Material

 200 psi

Maximum Pressure Limits for Polyvinyl Chloride (PVC) Bottom Housing Material

 80 psi125 psi200 psi

Maximum Pressure Limits for Polypropylene (PP) Bottom Housing Material

 200 psi

Maximum Temperature Limits for Glass Transition Temperature (Tg), Tetoron Cotton (TC) Bottom Housing Material

 150 ºF

Maximum Temperature Limits for Polyvinyl Chloride (PVC) Bottom Housing Material

 74 ºF125 ºF150 ºF

Maximum Temperature Limits for Polypropylene (PP) Bottom Housing Material

 140 ºF

Note for Maximum Pressure and Temperature Limits Bottom Housing Material

 Metallic lower housings determined by pressure range of seal type, restricted to temperature range of fill fluid.

Application

Application
  • Water and wastewater
  • Oil and gas
  • Petrochemical
  • Chemical processing
  • Industrial automation
  • Marine
  • Agriculture
  • Steel fabrication
  • Mud pumping
  • Pulp and paper
  • Pneumatic

Additional Information

Additional Information
  • Consider instrument size, pressure range, media composition, ambient and operating temperature, and maximum working pressure when selecting
  • Capillaries and cooling elements are available for elevated process temperatures, see options & accessories below
  • Fill fluid must be compatible with process media; i.e. Glycerin may become volatile in conjunction with a strong oxidizing agent such as chlorine, forms of oxygen or peroxide and nitric acids

Prop 65 Warnings

Prop 65 Warnings

 WARNING: This product can expose you to chemicals including Nickel, which is known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov

Limitations Which Apply Are

Limitations Which Apply Are

 These units must be operated within the catalogued environmental and application parameters. Determination of failure will be made by NOSHOK, Inc.’s equipment and personnel or a certified test facility specializing in this type of evaluation. Gauge failures determined to be caused by over-range, incompatibility with environment or product media and abuse will not be considered under this warranty. NOSHOK, Inc. will, at its discretion, repair or replace the working parts of the damaged gauge without cost to the customer.

In keeping with and for purposes of product and/or manufacturing process improvements, NOSHOK, Inc. reserves the right to make design changes without prior notice.

Options and Accessories

Cooling Elements
  • 1/4″ NPT x 1/4″ NPT Cooling Element (1/4″ NPT x 1/4″ NPT-CE)
  • 1/2″ NPT x 1/2″ NPT Cooling Element (1/2″ NPT x 1/2″ NPT-CE)
  • Works in combination with diaphragm seal to isolate instrument from high media temperatures
  • Recommended for process temperatures above 212 ºF
  • Requires direct mounted system
  • Effective temperature reductions of 200 ºF depending upon ambient conditions
  • High > 212 ºF process temperature, low < -40 ºF process temperature
  • All Stainless Steel construction

Diaphragm Seal Fill Options
  • Glycerin (GY) Not recommended for use in vacuum applications.)
  • Silicone (SL)
  • Halocarbon® (HL)
  • Neobee M20 (NB)
  • Mineral Oil (MO)
  • Propylene Glycol (PG)

Distribution Manifolds

 NOSHOK’s Distribution Manifolds connect multiple instruments to one diaphragm seal, eliminating multiple connections that lead to possible leak paths.

Plain and Armored Capillaries
  • 5 ft. SS Armored Flexible Capillary, 1/4″ NPT (AC-02-02-5) per ft. adder (AC-02-02-#)
  • 5 ft. SS Armored Flexible Capillary, 1/2″ NPT (AC-04-04-5) per ft. adder (AC-04-04-#)
  • Stainless Steel capillaries available with or without Stainless Steel armor
  • Protects the instrument from high or low process temperatures
  • Allows remote mounting of pressure instrument(s)
  • Select the shortest capillary length possible, as changes in ambient temperature conditions may significantly affect the accuracy and response time of the instrument
  • Standard length 5′, others available
  • Installation on analog gauges requires a gauge support and gauge adaptor, or other surface mounting provisions
  • Any level difference between the instrument and the seal will result in a pressure indication error; make sure to compensate for the level difference during calibration of the diaphragm seal assembly if the level difference is known
  • Filling options for capillaries
    • Silicone – specify to 10 or 20 feet (SL-C)
    • Halocarbon® – specify to 10 or 20 feet (HL-C)

Description

Noshok Type 29 High Volumetric Displacement, Non-Replaceable Diaphragm Seals

Type 29 High Volumetric Displacement, Non-Replaceable Diaphragm Seals

  • An off-line seal with a threaded connection and all welded, all metallic housing design that does not utilize an o-ring or gasket
  • Can be used for remote mounting of pressure instrument(s) with capillary, see options & accessories below
  • Designed with a larger diameter diaphragm for higher displacement capability
  • A variety of upper and lower housing and diaphragm materials are available to suit most applications
  • A flushing port is available to clean wetted areas and prevent process media build up
 
 

Specifications

Type

 Diaphragm Seal

Style

 Non-Replaceable Diaphragm Seal

Instrument Connection Size

 1/4 in

Process Connection Type

 National Pipe Thread (NPT)

Upper Housing Material

 316 Stainless Steel

Diaphragm Material

 316 Stainless Steel

Process Connection Size

 1/4 in

Seal Type

 Threaded with welded diaphragm

Lower Housing Connection Size

 1/4 in1/2 in3/4 in1 in

Lower Housing Connection Type

 National Pipe Thread (NPT)

Lower Housing Flushing Port

 Optional 1/8″ NPT and 1/4″ NPT

Upper Housing Type

 Continuous Duty

Diaphragm Size

 2.1 in

Diaphragm Displacement

 1.5 mL

Instrument Connection Type

 National Pipe Thread (NPT)

Warranty

 1 yr

Instruments

Instrument Type

 Gauges, Transducers, Switches

Pressure [Min] for Gauges 2-1/2 to 4-1/2 in. Size

 0 to 30 psig

Pressure [Min] for Transducers

 0 to 30 psig

Pressure [Min] for Switches

 0 to 30 psig

Pressure [Max] for Gauges 2-1/2 to 4-1/2 in. Size

 0 to 2500 psig

Pressure [Max] for Transducers

 0 to 2500 psig

Pressure [Max] for Switches

 0 to 2500 psig

O-Ring Temperature Limits

O-Ring Temperature Limits for Nitrile Butadiene Rubber (NBR) Material

 -40 to 250 ºF

O-Ring Temperature Limits for Polytetrafluoroethylene (PTFE) Material

 -400 to 400 ºF

O-Ring Temperature Limits for Fluorocarbon (FKM) Material

 -10 to 400 ºF

Diaphragm Pressure and Temperature Limits

Diaphragm Pressure Limits for Polytetrafluoroethylene (PTFE) Material

 2000 psi

Diaphragm Pressure Limits for Fluorocarbon (FKM) Material

 2000 psi

Diaphragm Temperature Limits for Polytetrafluoroethylene (PTFE) Material

 -40 to 400 ºF

Diaphragm Temperature Limits for Fluorocarbon (FKM) Material

 -10 to 400 ºF

Note for Diaphragm Pressure and Temperature Limits

 Metallic diaphragms determined by pressure range of seal type, restricted to temperature range of fill fluid.

Bottom Housing Material Maximum Pressure and Temperature Limits

Maximum Temperature Limits for Polyvinylidene Fluoride (PVDF) Bottom Housing Material

 180 ºF

Maximum Pressure Limits for Glass Transition Temperature (Tg), Tetoron Cotton (TC) Bottom Housing Material

 200 psi

Maximum Pressure Limits for Polyvinylidene Fluoride (PVDF) Bottom Housing Material

 200 psi

Maximum Pressure Limits for Polyvinyl Chloride (PVC) Bottom Housing Material

 80 psi125 psi200 psi

Maximum Pressure Limits for Polypropylene (PP) Bottom Housing Material

 200 psi

Maximum Temperature Limits for Glass Transition Temperature (Tg), Tetoron Cotton (TC) Bottom Housing Material

 150 ºF

Maximum Temperature Limits for Polyvinyl Chloride (PVC) Bottom Housing Material

 74 ºF125 ºF150 ºF

Maximum Temperature Limits for Polypropylene (PP) Bottom Housing Material

 140 ºF

Note for Maximum Pressure and Temperature Limits Bottom Housing Material

 Metallic lower housings determined by pressure range of seal type, restricted to temperature range of fill fluid.

Application

Application
  • Water and wastewater
  • Oil and gas
  • Petrochemical
  • Chemical processing
  • Industrial automation
  • Marine
  • Agriculture
  • Steel fabrication
  • Mud pumping
  • Pulp and paper
  • Pneumatic

Additional Information

Additional Information
  • Consider instrument size, pressure range, media composition, ambient and operating temperature, and maximum working pressure when selecting
  • Capillaries and cooling elements are available for elevated process temperatures, see options & accessories below
  • Fill fluid must be compatible with process media; i.e. Glycerin may become volatile in conjunction with a strong oxidizing agent such as chlorine, forms of oxygen or peroxide and nitric acids

Prop 65 Warnings

Prop 65 Warnings

 WARNING: This product can expose you to chemicals including Nickel, which is known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov

Limitations Which Apply Are

Limitations Which Apply Are

 These units must be operated within the catalogued environmental and application parameters. Determination of failure will be made by NOSHOK, Inc.’s equipment and personnel or a certified test facility specializing in this type of evaluation. Gauge failures determined to be caused by over-range, incompatibility with environment or product media and abuse will not be considered under this warranty. NOSHOK, Inc. will, at its discretion, repair or replace the working parts of the damaged gauge without cost to the customer.

In keeping with and for purposes of product and/or manufacturing process improvements, NOSHOK, Inc. reserves the right to make design changes without prior notice.

Options and Accessories

Cooling Elements
  • 1/4″ NPT x 1/4″ NPT Cooling Element (1/4″ NPT x 1/4″ NPT-CE)
  • 1/2″ NPT x 1/2″ NPT Cooling Element (1/2″ NPT x 1/2″ NPT-CE)
  • Works in combination with diaphragm seal to isolate instrument from high media temperatures
  • Recommended for process temperatures above 212 ºF
  • Requires direct mounted system
  • Effective temperature reductions of 200 ºF depending upon ambient conditions
  • High > 212 ºF process temperature, low < -40 ºF process temperature
  • All Stainless Steel construction

Diaphragm Seal Fill Options
  • Glycerin (GY) Not recommended for use in vacuum applications.)
  • Silicone (SL)
  • Halocarbon® (HL)
  • Neobee M20 (NB)
  • Mineral Oil (MO)
  • Propylene Glycol (PG)

Distribution Manifolds

 NOSHOK’s Distribution Manifolds connect multiple instruments to one diaphragm seal, eliminating multiple connections that lead to possible leak paths.

Plain and Armored Capillaries
  • 5 ft. SS Armored Flexible Capillary, 1/4″ NPT (AC-02-02-5) per ft. adder (AC-02-02-#)
  • 5 ft. SS Armored Flexible Capillary, 1/2″ NPT (AC-04-04-5) per ft. adder (AC-04-04-#)
  • Stainless Steel capillaries available with or without Stainless Steel armor
  • Protects the instrument from high or low process temperatures
  • Allows remote mounting of pressure instrument(s)
  • Select the shortest capillary length possible, as changes in ambient temperature conditions may significantly affect the accuracy and response time of the instrument
  • Standard length 5′, others available
  • Installation on analog gauges requires a gauge support and gauge adaptor, or other surface mounting provisions
  • Any level difference between the instrument and the seal will result in a pressure indication error; make sure to compensate for the level difference during calibration of the diaphragm seal assembly if the level difference is known
  • Filling options for capillaries
    • Silicone – specify to 10 or 20 feet (SL-C)
    • Halocarbon® – specify to 10 or 20 feet (HL-C)