3D Equipment design

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3D Drawing assembly to preview equipment in their position

* *

2D Drawing for easy distances markup and reading

* *

Filling rigs 3D Assembly Design

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3D Electric Panel design

P&ID diagram

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P&ID diagram flow of compressed air
used at pneumatic actuated equipment

* *

Electric Schematics

Filling system designed for, but not exclusive:
Oxygen, Argon, Nitrogen and
Mixed of these gases with CO2 and Helium

* *

Filling process can be performed independent per rig
or using multiple rigs simultaneous

* *

Vacuum and Washing process could be activated as separate process or within filling

* *

Filling is controlled calculating end filling gas pressure
by measuring the cylinder temperature
or by the weight of filled gas

The filling system includes the following main components:

- filling support structure
- pipes, tubes, hoses
- actuated and manual valves,
- cylinder valve filling adaptors

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Optional: Cylinders valves filling adaptors can be easily changed using FAST SWITCH unions

* *

How to use - Detailed Work Instructions

* *

Standard Operating Procedures

Schematic drawing for Automated Controlled Processes
for single and mixed gases filling system

* *

Multi-user operating simultaneously

* *

Multiple device remote use:
- Smart Phones, Tablets, Laptops, Smart TVs WebOS

* *

One Control Interface:
- cryogenic pumps, gas boosters
- gas buffer sources
- all rigs operation status
- operations to be performed

Program has a Modern User Interface:

- big figures
-big buttons
- step by step guidance
- intuitive select to operate mode
- error operation control

Optional: Classic User Interface - data values over P&ID

* *

Single or Mixed Gases Recipe Table for easy filling setup

* *

Logs with auto-emailing triggered by events or time

3D Equipment design

* *

3D Drawing assembly to preview equipment in their position

* *

2D Drawing for easy distances markup and reading

* *

Filling rigs 3D Assembly Design

* *

3D Electric Panel design

P&ID diagram

* *

P&ID diagram flow of compressed air
used at pneumatic actuated equipment

* *

Electric Schematics

Filling system designed for, but not exclusive:
Oxygen, Argon, Nitrogen and
Mixed of these gases with CO2 and Helium

* *

Filling process can be performed independent per rig
or using multiple rigs simultaneous

* *

Vacuum and Washing process could be activated as separate process or within filling

* *

Filling is controlled calculating end filling gas pressure
by measuring the cylinder temperature
or by the weight of filled gas

The filling system includes the following main components:

- filling support structure
- pipes, tubes, hoses
- actuated and manual valves,
- cylinder valve filling adaptors

* *

Optional: Cylinders valves filling adaptors can be easily changed using FAST SWITCH unions

* *

How to use - Detailed Work Instructions

* *

Standard Operating Procedures

Schematic drawing for Automated Controlled Processes
for single and mixed gases filling system

* *

Multi-user operating simultaneously

* *

Multiple device remote use:
- Smart Phones, Tablets, Laptops, Smart TVs WebOS

* *

One Control Interface:
- cryogenic pumps, gas boosters
- gas buffer sources
- all rigs operation status
- operations to be performed

Program has a Modern User Interface:

- big figures
-big buttons
- step by step guidance
- intuitive select to operate mode
- error operation control

Optional: Classic User Interface - data values over P&ID

* *

Single or Mixed Gases Recipe Table for easy filling setup

* *

Logs with auto-emailing triggered by events or time