In systems using vacuum technology, pipe volume and the system configuration can directly affect the ability to generate and maintain vacuum power. Particularly for systems with short pipe lengths, adding accumulation volume can be a solution to support the system’s operating capability.

The JETS Accumulating Tank 50L w/ Rubber Sleeve, Product No. 012101209, is an accumulating tank designed to increase the volume in a pipe system, thereby enhancing vacuum power. The product has a capacity of 50 L, with the tank body made of AISI 316, combined with a Rubber Sleeve and connection ports for integration into the system.

According to JETS’ technical documentation, the product is particularly suitable for providing a vacuum solution for short pipe lengths, increasing vacuum force and helping optimize system efficiency, thereby contributing to reduced overall power consumption.

1. Overview of JETS Accumulating Tank 50L w/ Rubber Sleeve

JETS Accumulating Tank 50L w/ Rubber Sleeve is a 50 L-capacity accumulating tank used in vacuum systems.

Product number:

Product No.: 012101209

Product name:

Accumulating Tank 50L w/ Rubber Sleeve

The notable feature of the product is its ability to add volume to the pipe system, thereby supporting increased vacuum power.

According to JETS’ documentation, the accumulating tank provides three main benefits:

• Provides a vacuum solution for short pipe lengths.
• Increases vacuum force in a system.
• Optimizes system efficiency and reduces overall power consumption.

With a capacity of 50 Litres and a construction using AISI 316, the JETS Accumulating Tank 50L is a solution that can be integrated into systems requiring additional accumulation volume without changing the entire existing piping configuration.

2. What Is an Accumulating Tank? Its Role in a Vacuum System

2.1. What Is an Accumulating Tank?

An Accumulating Tank can be understood as a tank used to increase the volume of a pipe system.

In JETS’ documentation, the product function is directly described as:

“Accumulating Tank increases volume in a pipe system enhancing vacuum power.”

This means that the accumulating tank increases the volume within the pipe system, thereby enhancing vacuum power.

This is particularly useful in systems with short pipe lengths, where additional volume may be required to support the vacuum capability of the system.

2.2. Vacuum Solution for Short Pipe Lengths

One of the advantages specifically stated by JETS for this product is:

Provides a vacuum solution for short pipe lengths.

In other words, the product provides a vacuum solution for systems with short pipe lengths.

Instead of relying only on the volume available within the existing piping, adding a 50 L accumulating tank provides additional volume to the system.

This is one of the key applications of the JETS Accumulating Tank.

2.3. Increasing Vacuum Force in the System

The JETS accumulating tank is designed to:

Increase vacuum force in a system.

Adding accumulation volume provides the system with additional space for the vacuum process.

Therefore, when a system requires vacuum force but the pipe length is insufficient for the desired configuration, an accumulating tank can be considered as an additional solution.

2.4. Supporting System Efficiency Optimization

JETS also specifies another benefit:

Optimizes system efficiency reducing overall power consumption.

Thus, in addition to supporting vacuum force, the accumulating tank is intended to optimize system operating efficiency, while contributing to reduced overall power consumption.

Actual performance depends on the configuration and operating conditions of the entire system.

3. Construction and Materials of JETS Accumulating Tank 50L

The JETS Accumulating Tank 50L features a horizontal tank configuration with rounded ends, installed on a support structure for convenient installation.

3.1. Tank Body – AISI 316

According to the technical specifications, the Generic Material of the product is:

AISI 316

AISI 316 is the material specified for the tank body according to the product configuration shown in the documentation.

The tank body has a horizontal cylindrical shape with curved ends, providing a compact structure suitable for installation on a support base.

3.2. Rubber Sleeve

The JETS product name is:

Accumulating Tank 50L w/ Rubber Sleeve

indicating that the product is supplied with a Rubber Sleeve.

The Rubber Sleeve is integrated into the product configuration and forms part of the accumulating tank design.

When selecting or replacing the product, the correct configuration and JETS technical documentation should be checked to ensure compatibility with the intended system.

3.3. Inlet

The tank is equipped with an Inlet connection with the following specification:

2 1/2″ BSP (female)

This is the inlet connection of the tank.

During installation, the thread standard, pipe size and connecting fittings should be checked to ensure compatibility.

3.4. Outlet

The product outlet has the following specification:

Outlet: OD50

This connection is used to integrate the tank into the piping system according to the system design configuration.

3.5. Instrument Connection Inlet

The product dimensional drawing also shows:

Instrument Connection Inlet – 1/2″ BSP

This is the instrument connection provided according to the product configuration.

The use of this connection should be determined according to the instrumentation requirements and actual system configuration.

3.6. Plug – Alternative Inlet

The documentation also indicates:

Plug (alternative inlet)

This location can be used as an alternative inlet according to the installation configuration.

Therefore, when arranging the piping, the product drawing should be consulted to select the appropriate connection arrangement.

4. Operating Principle of the JETS Accumulating Tank

The basic operating principle of the JETS Accumulating Tank 50L can be understood through the function specified by the manufacturer: increasing the volume in the pipe system to support increased vacuum power.

When integrated into the system, the tank provides additional accumulation volume in addition to the volume of the existing piping.

The process can be summarized as:

Pipe System → Add Accumulating Tank → Increase System Volume → Support Vacuum Force → Optimize System Efficiency

In particular, for systems with short pipe lengths, adding an accumulating tank can provide the additional volume required by the vacuum system configuration.

However, actual performance does not depend solely on the tank capacity. It also depends on the overall design of the vacuum system, piping, connected equipment and operating conditions.

5. Technical Specifications of JETS Accumulating Tank 50L

The following specifications are shown in the JETS technical documentation:

Specification	JETS Accumulating Tank 50L
Product Name	Accumulating Tank 50L w/ Rubber Sleeve
Product No.	012101209
Tank Capacity	50 Litres
Generic Material	AISI 316
Color Range	Natural
Inlet	2 1/2″ BSP (female)
Outlet	OD50
Net Weight	29.00 kg
Outside Dimensions	942 × 445 × 407 mm (L × W × H)

Dimensions Shown on the Drawing

Reference	Dimension
A	268 mm
B	869 mm
C	889 mm
D	242 mm
E	DN50
F	2 1/2″ BSP
G	2″ BSP
H	500 mm
I	450 mm
J	Ø10
K	312 mm
L	362 mm
M	445 mm
N	1/2″ BSP
O	54°
P	407 mm

These dimensions provide engineers with a basis for checking the installation space, connection positions and feasibility of integrating the tank into the system before installation.

6. Advantages of JETS Accumulating Tank 50L

6.1. Vacuum Solution for Short Pipe Lengths

This is one of the advantages directly stated by the manufacturer.

The JETS Accumulating Tank 50L is designed to provide a solution for systems with short pipe lengths, where the existing pipe volume may not be sufficient for the vacuum system requirements.

6.2. Increasing Vacuum Force in the System

The tank has a capacity of 50 L, providing additional volume to the system.

According to JETS’ documentation, the accumulating tank is used to increase vacuum force in the system.

6.3. Optimizing System Efficiency

In addition to increasing vacuum force, the product is also introduced as a solution to:

Optimize system efficiency

This makes the accumulating tank a component that can be considered in systems requiring optimized operating efficiency.

6.4. Supporting Reduced Overall Power Consumption

JETS’ documentation states that the product can:

Reduce overall power consumption.

It should be noted that actual power consumption depends on the design and operating conditions of the entire system; therefore, this should not be interpreted as a fixed level of energy savings for every application.

6.5. AISI 316 Material

The tank body uses AISI 316 according to the supplied technical specifications.

This material characteristic is an important factor to consider when evaluating the product’s compatibility with the actual operating environment.

7. Applications of JETS Accumulating Tank 50L

Based on the function specified in the documentation, the JETS Accumulating Tank 50L is used in systems requiring additional volume and support for vacuum force.

7.1. Vacuum Systems

The primary application of the product is in systems using vacuum.

The tank is installed in the system to increase volume and support vacuum generation capability.

7.2. Systems with Short Pipe Lengths

This is the application specifically emphasized by JETS.

When the pipe length is short, the accumulating tank can be used to provide additional volume to the system.

7.3. Systems Requiring Additional Accumulation Volume

The JETS Accumulating Tank 50L provides an additional 50 L tank volume, allowing the system to have additional accumulation volume beyond the existing pipe volume.

7.4. Systems Requiring Efficiency Optimization

When the design objective is to increase vacuum force and optimize operating efficiency, an accumulating tank can be considered as an additional component of the system.

Selection should be based on the actual system design and operating conditions.

8. Guide to Selecting and Arranging an Accumulating Tank

The selection of an accumulating tank should not be based solely on tank capacity; the entire system should be considered.

8.1. Determine the Vacuum Requirement

First, determine:

• Required vacuum level of the system.
• Vacuum force requirement of the equipment.
• Actual operating conditions.
• Objective of adding the accumulating tank.

8.2. Check the System Volume

Determine the existing volume of:

• Piping.
• Relevant equipment.
• Existing accumulation volumes.

Then evaluate the requirement for additional volume.

With the JETS Accumulating Tank 50L, the product provides an additional 50 Litres of tank capacity.

8.3. Check Dimensions and Connections

The following dimensions should be checked:

942 × 445 × 407 mm (L × W × H)

to ensure sufficient installation space.

The following connections should also be checked:

• Inlet: 2 1/2″ BSP female
• Outlet: OD50
• Instrument Connection Inlet: 1/2″ BSP
• Alternative inlet: 2″ BSP according to the drawing.

8.4. Check the Installation Space

The net weight of the product is:

29 kg

Therefore, the support base and installation location should be suitable for the tank dimensions and weight.

The technical drawing should be used to check the clearance around the product before fabricating the support structure or piping.

9. Installation and Operating Notes

9.1. Check Inlet and Outlet Connections

Before installation, verify the correct connection sizes and standards:

• Inlet: 2 1/2″ BSP female.
• Outlet: OD50.

The connection should not be installed until compatibility between the piping and tank connections has been confirmed.

9.2. Check the Instrument Connection

If the instrument connection is used, identify the correct Instrument Connection Inlet – 1/2″ BSP location according to the product drawing.

9.3. Provide Sufficient Maintenance Space

Sufficient space should be provided around the tank for:

• Connection inspection.
• Tank condition inspection.
• Rubber Sleeve inspection.
• Inspection of connected equipment.
• Maintenance work when required.

9.4. Check Material and Operating Conditions

The tank body is made of AISI 316; however, product selection should still be based on the actual system conditions.

The operating environment, vacuum configuration and other relevant technical requirements should be considered before putting the product into service.

9.5. Check the Drawing Before Installation

The JETS technical drawing provides multiple dimensions from A to P, including overall dimensions, connection distances and installation positions.

Therefore, the drawing should be compared with the actual layout before fabricating the support structure or piping.

10. Why Choose the JETS 50L Accumulating Tank?

The JETS Accumulating Tank 50L w/ Rubber Sleeve is specifically designed to add volume to a pipe system and support increased vacuum force.

Designed for Short Pipe Systems

JETS identifies the product as a vacuum solution for short pipe lengths, making it suitable for systems requiring additional volume.

50 L Capacity

With a capacity of 50 Litres, the product provides additional accumulation volume compared with relying only on the volume of the existing piping.

AISI 316 Material

The tank body uses AISI 316 according to the manufacturer’s technical specifications.

Multiple Connection Ports

The product includes:

• Inlet 2 1/2″ BSP female.
• Outlet OD50.
• Instrument Connection Inlet 1/2″ BSP.
• Plug/alternative inlet according to the configuration shown in the drawing.

This provides engineers with options for selecting a connection arrangement suitable for the system layout.

Clearly Defined Dimensional Information

The detailed dimensional information facilitates installation-space verification before system design and installation.

Supports System Efficiency Optimization

According to JETS’ documentation, the accumulating tank helps increase vacuum force, optimize system efficiency and reduce overall power consumption.

11. Conclusion

The JETS Accumulating Tank 50L w/ Rubber Sleeve – Product No. 012101209 is a 50 L accumulating tank designed to add volume to a pipe system and support increased vacuum force.

With a tank body made of AISI 316, overall dimensions of 942 × 445 × 407 mm, a net weight of 29 kg, an Inlet of 2 1/2″ BSP female, and an Outlet of OD50, the product can be integrated into vacuum systems according to the appropriate configuration.

In particular, JETS specifies the product as a vacuum solution for short pipe lengths, while also aiming to increase vacuum force, optimize system efficiency and reduce overall power consumption.

When selecting the JETS Accumulating Tank 50L, it is necessary to evaluate the vacuum requirement, system volume, pipe dimensions, connection locations, installation space and operating conditions to ensure that the product is suitable for the actual system.

JETS Accumulating Tank 50L – a solution for adding volume to pipe systems, supporting increased vacuum force and optimizing operating efficiency.