Showing posts with label jet pumps. Show all posts
Showing posts with label jet pumps. Show all posts

Thursday, August 26, 2021

Clark Reliance Jacoby-Tarbox In Tank Eductors

 Anderson-Bolds supplies Jacoby-Tarbox In Tank Eductors

Jacoby-Tarbox® Eductors deliver a great value for your investment. Their advanced design provides superior flow paths for optimum performance, while the rugged construction is your assurance of reliability in demanding applications. Experienced applications personnel and flexible manufacturing capability enable Jacoby-Tarbox to meet tight delivery schedules.

Jacoby-Tarbox In-Tank Eductor Mixers/Agitators






For a quote, Please Click HERE!

In-Tank Eductors

Designed for "in-tank" applications, Tank Liquid Agitators (TLAs), efficiently use the supplied energy for mixing, blending, heating, aeration, or solid suspension as required.

The Jacoby-Tarbox Tank Liquid Agitator (JT TLA) is an eductor designed for “in-tank” applications.  The TLA operates on the principle of flow dynamics.  Pressurized fluid is accelerated through the nozzle to become a high velocity stream that entrains tank contents and intimately mixes with them.  This combined stream exits the TLA at a high velocity creating a flow field capable of causing additional agitation and mixing the tank contents.

The Jacoby-Tarbox TLA’s motive fluid may come from two sources.  The tank liquid may be recirculated through the eductor via an external pump or a secondary fluid may be introduced into the tank. Gasses, as well as liquids, are used as the secondary fluid.  Aeration and gas dispersion for chemical reactions are common uses of gas motive systems.  Liquids are typically additives to be mixed with or to dilute the tank contents.

Jacoby-Tarbox In-Tank Applications













Features:

• Computer optimized flow paths enable the JT TLA to maintain a high “pick-up ratio” (the ratio of fluid entrained to the motive fluid) while maximizing the hydraulic efficiency (the ratio of hydraulic power at the outlet of the TLA to the hydraulic power at the inlet) to generate an optimum flow field from the greatest flow amplification.

• Optimum flow field enables more activity within the tank than competitive units without changing pumps.

• The TLA can be used in a wide variety of open vessels or closed tanks.
• Compact design and east of counting keeps the TLA from interfering with other tank equipment.
• “In-tank” mounting eliminates need for costly, complex mounting structures above tanks.
• No moving parts in the eductor, minimizing maintenance expenses.
• Eliminates stratification and promotes a homogenous tank with relation to pH, temperature, solids or gas dispersion, and distribution of chemicals.
• Produces a unique agitation not available with other types of mixers, as the TLA can generate a directed flow, field within the fluid being mixed including viscous fluids, slurries, and suspensions.
• Easily mixes liquids of differing specific gravities and its excellent for scrubbing applications where a lower specific gravity fluid is driven into the higher one.
• Flow amplification due to high “pick-up ration” and hydraulic efficiency permits the use of smaller pumps, which translates to reduced costs of mixing or agitation.
• Reduces investment cost because existing transfer pumps can be utilized for more than one purpose.
• Excellent for heating tank contents in steam applications.


Specifications:

• Standard materials TLA’s are cast or fabricated in: bronze, 316 stainless and carbon steel.  Cast units range from IPS 3/8″ to 3″.  Larger sizes and other materials are fabricated. Consult the factory for details.

• Standard body connection for 3/8 and 3/4 units is male NPT and for 1-1/2 through 3, female NPT.  Optional connections include female/male NPT, butt weld, socket weld, and flanged.


Jacoby-Tarbox InTank TLA Agitators Part Numbers


3/8" Size TB-3922-T11 MNPT   Stainless Steel

Length is 4.35 and Diameter is 2.47


3/4" Size TB-3923-A27  MNPT  Carbon Steel

3/4" Size TB-3924-T11  MNPT  Stainless Steel

Length is 7.30 and Diameter is 3.67


1.5" Size TB-3924-A27  FNPT  Carbon Steel

1.5" Size TB-3924-T11  FNPT  Carbon Steel

Length is 10.94 and Diameter is 5.54


2" Size TB-3925-A27  FNPT  Carbon Steel

2" Size TB-3925-T11  FNPT  Carbon Steel

Length is 14.56 and Diameter is 7.68


3" Size TB-3925-A27  FNPT  Carbon Steel

3" Size TB-3925-T11  FNPT  Carbon Steel

Length is 22.06 and Diameter is 11.73


For a quote, Please Click HERE!


Anderson-Bolds
216-360-9800
www.anderson-bolds.com

Clark-Reliance®

Wednesday, August 25, 2021

Jacoby Tarbox Inline Eductors

Anderson-Bolds sell Jacoby-Tarbox Eductors

For a quote, please click HERE!

Jacoby-Tarbox® Eductors deliver a great value for your investment. Their advanced design provides superior flow paths for optimum performance, while the rugged construction is your assurance of reliability in demanding applications. Experienced applications personnel and flexible manufacturing capability enable Jacoby-Tarbox to meet tight delivery schedules. 

Inline Jet Pump 







In-Line Eductors

Jacoby-Tarbox In-Line Eductors are the Next Generation of jet pumps, ejectors, and venturi pumps, providing in-line mixing, pumping, or heating in various process lines. Eductors decrease costs as there are no moving parts and require no direct power.

Inline Jacoby-Eductor Models:

Liquid Motive:

SL = Low Head and 15-250 PSI motive pressure

ML = Medium Head and 15-250 PSI motive pressure

HL = High Head and 15-250 PSI motive pressure

Gas Motive:

SG = Low Head and 30-150 steam motive pressure

HG = High Head and 20-150 steam motive pressure

How Eductors Work


Jacoby-Eductor eductor pump that uses a fluid to perform the work of pumping another fluid (or solid).  The fluid doing the work is termed the motive fluid, and the fluid being pumped is the suction fluid.  The motive fluid employed can be liquid, gas or steam.  The suction fluid can be liquid, gas or steam.  Other names for eductors include jet pumps, ejectors, venture pumps, siphon pumps, steam siphons, and injector pumps.  Eductors operate on basic principles of flow dynamics that have been known since the times of the ancient Greeks.  What makes the Eductors superior is the way advanced computer modeling has been used to maximize efficiency.  This same computer modeling allows Clark-Reliance to simulate your process needs and recommend the correct product every time.

Operation Is As Follows:

1. The pressurized motive fluid enters the eductor through the motive inlet and enters the nozzle.  The nozzle causes the motive entering to accelerate as it passes through the converging portion of the nozzle.  The nozzle is of the converging type if the motive is a liquid, or of the expanding type if the motive is gas or steam.
2. The suction chamber is where the pumping takes place.  As the accelerated motive leaves the nozzle, the friction between it and the material in the suction chamber forces the mixture into the diffuser section lowering the pressure in the chamber and pulling additional material in from the suction inlet.
3. The motive fluid entrains the suction media to produce a uniformly mixed stream traveling at a lower velocity.  The mixing tube in Eductors is amply sized to allow sufficient time for the two streams to mix completely.
4. The diffuser is specially shaped to reduce the velocity of the mixture still further, converting the kinetic energy to pressure at discharge.

Typical Liquid Motive Applications are : 

Pump from Tank; Pump from Sump; Dilute in Line; Transport Liquid

Typical Gas Motive Applications are : 

Pump from Tank; Pump from Sump; Heat Liquid; Prime Pumps; Evacuate Liquid

Sizing of a jet pump (eductor) is important with the motive pressure having enough power to support the suction vacuum and still discharge the converged media. Too little motive or too high of suction requirement will choke the jet pump. 

The Jacoby-Eductor eductors or jet pump come int he following sizes:

1/2 Inch, 3/4 inch, 1 inch, 1.25 inch, 1.5 inch, 2 inch, 2.5 inch and 3 inch.

Note the suction and discharge are the the Jet size dimention.  A 1 inch eductor has 1" suction and outlet NPT threads.  The inlet is smaller and can have different NPT sizes dependant the model chosen.  Threads are Male NPT threads.

For a quote, please click HERE!

Anderson-Bolds
216-360-9800
www.anderson-bolds.com

Jacoby-Tarbox is a division of Clark Reliance

Thursday, November 28, 2019

SRH Steam Ring Heaters from Penberthy- Emerson

Penberthy Emerson Eductors: Steam Ring Heaters from Anderson-Bolds

Penberthy is recognized as a global leader in high-quality level instrumentation in level and flow indication products for pumping, mixing, or heating liquids and gases.


Emerson Penberthy SRH (Steam Ring Heaters) are compact, inline units with low pressure drop. Penberthy SRH units inject steam through a ring-shaped opening within an enlargement in the pipeline.
Liquid passes through and around the ring. Heat is introduced by the direct condensation of steam. They provide fast temperature correction noiselessly and without vibration if applied correctly. Because the liquid flow area is unrestricted, pressure drops across the heater are minimized. This will reduce the horsepower requirements for the operating liquid pump. 


Penberthy Model SRH jet pumps are available in inlet and outlet sizes of 1-1⁄2”, 2” and 3” threaded and 6” flanged 


Emerson/Penberthy SRH Eductor


New Part numbers for Penberthy Steam Ring Heaters

Penberthy SRH 310 in Bronze 1-1/2 Inch Inlet and Outlet
SRH31BZCNTNTNT-01

Penberthy SRH 310 in Bronze 1-1/2 Inch Inlet and Outlet
SRH31CSCNTNTNT-01

Penberthy SRH 310 in Stainless Steel 1-1/2 Inch Inlet and Outlet
SRH31SSCNTNTNT-01

Penberthy SRH 320 in Bronze 2 Inch Inlet and Outlet
SRH32BZCNTNTNT-01

Penberthy SRH 320 in Carbon Steel 2 Inch Inlet and Outlet
SRH32CSCNTNTNT-01

Penberthy SRH 320 in Stainless Steel 2 Inch Inlet and Outlet
SRH32SSCNTNTNT-01

Penberthy SRH 330 in Bronze 3 Inch Inlet and Outlet
SRH33BZCNTNTNT-01

Penberthy SRH 330 in Carbon Steel 3 Inch Inlet and Outlet
SRH33CSCNTNTNT-01

Penberthy SRH 330 in Stainless Steel 3 Inch Inlet and Outlet
SRH33SSCNTNTNT-01

Penberthy SRH 330F in Bronze 3 Inch Inlet and Outlet
SRH33BZCFFFFNT-01

Penberthy SRH 330F in Carbon Steel 3 Inch Inlet and Outlet
SRH33CSCFFFFNT-01

Penberthy SRH 330F in Stainless Steel 3 Inch Inlet and Outlet
SRH33SSCFFFFNT-01

Penberthy SRH 340 in Bronze 6 Inch Inlet and Outlet
SRH34BZCNTNTNT-01

Penberthy SRH 340 in Carbon Steel 6 Inch Inlet and Outlet
SRH34CSCNTNTNT-01


Penberthy SRH 340 in Stainless Steel 6 Inch Inlet and Outlet
SRH34SSCNTNTNT-01

Features of Penberthy Jet Pump eductors
• Simple design with no moving parts to wear out. • No packing glands.
• No lubrication required.
• Virtually maintenance-free.

• Easy to install without special structures or foundations.
• Cast or fabricated constructions. • Variety of materials to suit specific
characteristics of the process liquids.
• Critical flow paths machined smoothly with

no abrupt turns or steps, producing the most efficient flow during the motive function. 


Anderson-Bolds
216-360-9800
www.anderson-bolds.com

Emerson Penberthy Steam Ring Heater Eductor Jet Pumps ~ SRH  -   Emerson Penberthy Steam Ring Heater Eductor Jet Pumps ~ SRH

Thursday, October 24, 2019

Penberthy ELL Eductors Jet Pumps for Industry

Penberthy ELL style Jet Pumps Eductors by Emerson

Buy Penberthy ELL Jets HERE!


Emerson ELL Eductor Jet Pump








Features of Emerson Jet Pumps
   Simple design with no moving parts to wear out.
   No lubrication required.
   Virtually maintenance-free.
   Easy to install without special structures or foundations.
   Self-priming.
   Cast, fabricated or non-metallic constructions.
   Variety of materials to suit specific characteristics of the process liquids.

   Critical flow paths machined smoothly with no abrupt turns or steps, producing the most efficient flow during the motive function.

Applications for Penberthy ELL eductors/jet pumps

Applications include creating vacuums, exhausting vapors from process systems, evacuating tanks and vessels, scrubbing a gas to remove contaminants, priming, fume removal, fluid concentration, humidifying and condensing, drying, distilling and deaerating gas. 


Models LM and ELL are used for exhausting, evacuating and priming operations where a liquid operating medium is available. They are available with suction and discharge fittings ranging from 1⁄2” to 12”, depending on the type of construction. 


Bronze – Penberthy Emerson ELL series Jet Pumps

Size
SAP #
Description
1/2B
11347003
ELL4BBZCNTNTNT-01
1/2
11338637
ELL04BZCNTNTNT-01
3/4
11339186
ELL06BZCNTNTNT-01
1
11338692
ELL08BZCNTNTNT-01
1 1/4
11344486
ELL10BZCNTNTNT-01
1 1/2
11338809
ELL12BZCNTNTNT-01
2
11340566
ELL16BZCNTNTNT-01
2 1/2
11410271
ELL20BZCNTNTNT-01
3
11449526
ELL24BZCNTNTNT-01
4
TBD
ELL32BZCNTFFFF-01


Cast Iron – Emerson Penberthy ELL series Jet Pumps

Size
SAP #
Description
1/2B
TBD
ELL4BIRCNTNTNT-01
1/2
11340840
ELL04IRCNTNTNT-01
3/4
11338643
ELL06IRCNTNTNT-01
1
TBD
ELL08IRCNTNTNT-01
1 1/4
11421458
ELL10IRCNTNTNT-01
1 1/2
11340058
ELL12IRCNTNTNT-01
2
TBD
ELL16IRCNTNTNT-01
2 1/2
11347140
ELL20IRCNTNTNT-01
3
11341906
ELL24IRCNTNTNT-01
4
11452316
ELL32IRCNTFFFF-01


Carbon Steel – Penberthy Emerson ELL series Jet Pumps

Size
SAP #
Description
1/2B
TBD
ELL4BCSCNTNTNT-01
1/2
TBD
ELL04CSCNTNTNT-01
3/4
11340185
ELL06CSCNTNTNT-01
1
11343148
ELL08CSCNTNTNT-01
1 1/4
11345161
ELL10CSCNTNTNT-01
1 1/2
11342064
ELL12CSCNTNTNT-01
2
11344755
ELL16CSCNTNTNT-01
2 1/2
11354903
ELL20CSCNTNTNT-01
3
11342909
ELL24CSCNTNTNT-01
4
TBD
ELL32CSCNTRFRF-01


Stainless Steel – Emerson Penberthy ELL series Jet Pumps

Size
SAP #
Description
1/2B
TBD
ELL4BSSCNTNTNT-01
1/2
11341850
ELL04SSCNTNTNT-01
3/4
11345852
ELL06SSCNTNTNT-01
1
11342044
ELL08SSCNTNTNT-01
1 1/4
11343198
ELL10SSCNTNTNT-01
1 1/2
11342151
ELL12SSCNTNTNT-01
2
11339512
ELL16SSCNTNTNT-01
2 1/2
11340167
ELL20SSCNTNTNT-01
3
11342692
ELL24SSCNTNTNT-01
4
TBD
ELL32SSCNTRFRF-01



Operation of Jet Pumps

All jet pumps operate on the principle of a fluid entraining a second fluid. although design and construction may vary, this applies to all jet pumps.

All jet pumps have three common features: inlet, suction and discharge. 

They function as follows:

Inlet - The operating medium (liquid, steam or air) under pressure enters the inlet and travels through the nozzle into the suction chamber. The nozzle converts the pressure of the operating medium into a high velocity stream, which passes from the discharge side of the inlet nozzle.


Suction - Pumping action begins when vapor, gases or liquid in the suction chamber are entrained by the high velocity stream emerging from the inlet nozzle, lowering the pressure
in the suction chamber. The resulting action causes the liquid, gas or vapor in the suction chamber to flow toward the discharge. 


Discharge - The entrained material from
the suction system mixes with the operating medium and acquires part of its energy in the parallel section. in the diffuser section, part
of the velocity of the mixture is converted to a pressure greater than the suction pressure, but lower than the operating medium pressure. 


Buy Penberthy ELL Jet Pumps HERE!

Anderson-Bolds - 216-360-9800
Cleveland, Ohio
www.anderson-bolds.com