DIACOM-PLAZMOTRONIC

DIACOM-Plazmotronic®

Intelligent Next-Generation Plasma Generator

DIACOM-Plazmotronic® is a programmable light-plasma generator developed by Diacom Technology® to produce frequency-modulated plasma radiation and to study its interaction with various pathogenic microorganisms and other adverse environmental factors.

The device combines:

🔹 plasma generator

🔹 high-voltage electronic system

🔹 programmable frequency generator

🔹 automatic calibration

🔹 touch control

🔹 built-in program library

🔹 ability to create custom programs

🔹 control from a personal computer

🔹 interaction with external DIACOM generators

🔹 embedded software updates via the Internet

DIACOM-Plazmotronic® was developed as a standalone hardware and software platform capable of operating across a wide frequency range and with different types of plasma lamps.

Main Purpose

DIACOM-Plazmotronic® is intended primarily to generate frequency-modulated plasma radiation and to act on pathogenic microflora and other undesirable biological factors in the surrounding environment.

The device software databases may use frequency sequences associated with:

🔹 bacteria

🔹 viruses

🔹 fungal microflora

🔹 mold-related factors

🔹 parasitic factors

🔹 other microorganisms

🔹 various external adverse factors

The device is not intended for medical diagnosis or treatment of humans.

Its purpose is to work with the surrounding environment and to study the interaction of programmable plasma radiation with various biological factors.

Light Plasma and Frequency Modulation

At the core of DIACOM-Plazmotronic® is a specialized plasma lamp.

During operation, light plasma with a broad spectral composition is formed inside the lamp.

Depending on the lamp design and operating mode, the system generates radiation containing components in:

🟠 the visible red and orange range

🔴 the near-infrared range

🟣 certain ultraviolet components of the plasma spectrum

A key feature of the system is that plasma operation is modulated by predefined frequency sequences.

This makes it possible to use not simply a constant light flow, but complex programmable impulse modes.

Operating Principle

DIACOM-Plazmotronic® operates according to the following sequence:

1. The user selects a program

2. The electronic generator creates the specified frequency sequence

3. The control system prepares the corresponding mode

4. Automatic calibration is performed

5. The high-voltage module excites plasma in the lamp

6. The light plasma reproduces the modulated radiation

Thus, each program mode represents a specific combination of:

🔹 frequency

🔹 impulse duration

🔹 sequence

🔹 power

🔹 operating time

Automatic Calibration

One of the important features of DIACOM-Plazmotronic® is its automatic calibration system.

Before a program is executed, the electronics analyze the operating parameters of the system and adapt the generator mode to the specific conditions.

This makes it possible to:

🔹 improve plasma operating stability

🔹 take into account the parameters of the installed lamp

🔹 stabilize generation

🔹 maintain correct operation in different frequency ranges

🔹 reduce the influence of external conditions on the operating mode

The user does not need to perform complex manual technical adjustment before each start.

Programmable Operation

DIACOM-Plazmotronic® allows the use of ready-made frequency programs and the creation of custom programs.

Supported functions include:

🔹 individual frequencies

🔹 frequency sequences

🔹 custom programs

🔹 saved lists

🔹 repetition of previously created programs

🔹 operation with different durations

🔹 modification of operating parameters

Depending on the installed software version, the device contains a large library of preconfigured programs.

The database is expanded and adjusted together with system updates.

More Than 2200 Preinstalled Programs

The device software database includes more than 2200 preinstalled programs.

They are grouped into different categories and allow the required mode to be selected quickly without manually entering individual frequencies.

In addition, the user can:

🔹 create custom programs

🔹 save them

🔹 create sequences

🔹 rerun previously prepared lists

This transforms DIACOM-Plazmotronic® from a conventional generator into a fully programmable plasma platform.

Operation with DIACOM-FREQ-DAVO

For advanced work with frequency programs, the following software may be used:

📌 DIACOM-FREQ-DAVO

The program contains structured frequency lists and makes it possible to use prepared sequences with compatible DIACOM equipment.

DIACOM-FREQ-DAVO is continuously developed, expanded, and refined.

DIACOM-GENERATOR

The following software is used to create and manage custom frequency programs:

📌 DIACOM-GENERATOR

It allows users to:

🔹 set individual frequencies

🔹 create sequences

🔹 create custom programs

🔹 save them

🔹 run programs through compatible equipment

🔹 control the generator from a computer

Computer Control

DIACOM-Plazmotronic® supports control through a personal computer.

This allows the user to:

🔹 start frequency programs

🔹 create custom sequences

🔹 monitor operating parameters

🔹 use DIACOM software databases

🔹 transmit frequency data directly to the generator

At the same time, the device retains the ability to operate autonomously through its own interface.

External Generator

DIACOM-Plazmotronic® can use not only its own internal generator but also an external source of frequency impulses.

Interaction with compatible DIACOM devices is supported, including:

🔹 DIACOM-SOLO-FREQ

🔹 DIACOM-LITE-FREQ

This allows Plazmotronic to be used as an external plasma execution module within a more complex hardware system.

Plasma Lamp

One of the key elements of DIACOM-Plazmotronic® is a specialized plasma lamp.

Diacom Technology uses different types of plasma tubes depending on the hardware version of the device.

Features include:

🔹 stable plasma glow

🔹 operation across a wide frequency range

🔹 long service life

🔹 ability to operate under high electrical load

🔹 compatibility with automatic calibration

Declared minimum plasma-tube service life:

⏱ approximately 5000 hours

In practice, service life depends on:

🔹 power

🔹 session duration

🔹 frequency of use

🔹 operating conditions

🔹 condition of the tube itself

Operating Zone

DIACOM-Plazmotronic® is intended for indoor use.

The distribution of plasma radiation depends on:

🔹 power

🔹 installed lamp

🔹 frequency mode

🔹 room configuration

🔹 distance to objects

For practical operation, the device is usually positioned so that the main area of action is approximately within 2 meters of the plasma lamp.

Recommended Operating Duration

For standard operation, a continuous cycle of approximately the following duration may be used:

⏱ up to 40 minutes

The duration of a specific program is determined by its settings and the manufacturer's recommendations.

Frequency Range

DIACOM-Plazmotronic® operates over a wide range:

📡 0.1 Hz – 1 MHz

Low-Frequency Range

0.1 Hz – 999.9 Hz

Precise software-based frequency setting is provided.

Approximate impulse duration:

⚡ 3 µs

High-Frequency Range

1 kHz – 999 kHz

Software-based frequency setting is provided.

Approximate impulse duration:

⚡ 200 ns

This broad operating range makes it possible to create complex impulse programs with different structures.

Power Adjustment

DIACOM-Plazmotronic® allows the operating parameters of the plasma generator to be adjusted.

Adjustable effective power:

⚡ from 80–375 W

Instantaneous impulse power in high-frequency modes can reach significantly higher values for a very short period of time.

Specific parameters are determined by the program and operating mode.

High-Voltage Plasma

The plasma discharge is generated by a high-voltage electronic system.

The temperature directly within the plasma discharge zone can reach very high local values of approximately:

🔥 up to about 2000 °C

This value applies exclusively to the physical processes occurring inside the plasma discharge and is not the temperature of the surrounding environment.

Touch Display

The device is equipped with a built-in touch display.

It allows the user to:

🔹 select programs

🔹 start the operating cycle

🔹 change parameters

🔹 monitor generator status

🔹 set the time

🔹 control available functions

This allows the device to be used autonomously without a permanent computer connection.

Multilingual Interface

The software system supports multiple languages.

Depending on the version, the following may be available:

🔹 Russian

🔹 English

🔹 Czech

🔹 Polish

🔹 Spanish

🔹 Italian

🔹 other languages

The list of localizations may be expanded together with software updates.

Update via the Internet

DIACOM-Plazmotronic® supports updates of the embedded software.

DIACOM software is used for device maintenance.

Updates may contain:

🔹 new programs

🔹 new frequency sequences

🔹 algorithm improvements

🔹 bug fixes

🔹 interface updates

🔹 changes to control logic

Before performing an update, it is essential to make sure that the Internet connection is:

✅ stable

✅ sufficiently fast

During the update, do not:

— switch off the device

— disconnect USB

— close the update software

— switch off the computer

— interrupt the Internet connection

Interrupting the update may result in incorrect device operation.

Device Driver

To connect DIACOM-Plazmotronic® to a computer, the appropriate driver must be installed.

It provides:

🔹 correct recognition of the device by the operating system

🔹 communication with the software

🔹 data exchange

🔹 computer-based control

🔹 service operations

After the driver is installed, the device becomes available to compatible DIACOM programs.

Software

For advanced operation with DIACOM-Plazmotronic®, the following software is used:

📌 DIACOM-GENERATOR — creation and management of frequency programs

📌 DIACOM-FREQ-DAVO — operation with prepared frequency databases and sequences

📌 DIACOM-UPDATER — updating the device's embedded software

Using these tools together significantly expands the capabilities of Plazmotronic.

Design

DIACOM-Plazmotronic® is designed as a portable system in a protective transport enclosure.

Approximate dimensions:

📐 550 × 225 × 295 mm

Weight:

⚖ approximately 10 kg

This design protects the electronic section and allows the device to be transported as a single complete system.

Operating Conditions

Recommended climatic conditions:

🌡 Temperature: +25 ± 10 °C

💧 Relative humidity: 45–80 %

🌬 Atmospheric pressure: 83–106 kPa

Operation is not recommended:

🔹 in conditions of high humidity

🔹 when aggressive chemical substances are present in the air

🔹 in immediate proximity to water

🔹 when the enclosure or cables are damaged

🔹 when the plasma lamp is faulty

Power Supply

🔌 Supply voltage: 110–250 V AC

⚡ Mains frequency: 50/60 Hz

⚡ Power consumption: up to approximately 320 W depending on the mode

The device is intended for operation from standard electrical networks within the specified range.

Automatic Protection and Stability

The electronic system monitors the main operating parameters of the generator.

This makes it possible to:

🔹 stabilize the plasma discharge

🔹 control the load

🔹 maintain the selected mode

🔹 reduce the likelihood of unstable operation

🔹 adjust generator operation depending on the mode

Main Advantages of DIACOM-Plazmotronic®

DIACOM-Plazmotronic® combines:

🔥 controllable light plasma

📡 frequency range up to 1 MHz

⚡ powerful high-voltage generator

🧠 intelligent software control

🎛 automatic calibration

🖥 touch display

💻 computer control

📂 more than 2200 programs

✏ ability to create custom programs

🔗 interaction with external DIACOM generators

🌐 software updates via the Internet

🗣 multilingual interface

🔄 continuous development of the program database

The main advantage of the system is the combination of plasma technology, programmable frequency modulation, and the proprietary DIACOM software ecosystem.

Difference from Conventional Plasma Generators

DIACOM-Plazmotronic® is not simply a source of plasma radiation.

It is a programmable system in which the user can control:

🔹 frequency

🔹 impulse sequence

🔹 time

🔹 power

🔹 program

🔹 external frequency source

🔹 saved user scenarios

It is this software-based controllability that makes the device significantly more flexible than simple plasma generators with a fixed operating mode.

Operation with the Environment

One of the main concepts of DIACOM-Plazmotronic® is action on pathogenic microflora in the surrounding environment before these factors interact directly with a person.

The system can be used in rooms where additional hardware-based work is required with:

🔹 microbiological factors

🔹 pathogenic microflora

🔹 mold

🔹 other undesirable biological factors

DIACOM-Plazmotronic® does not replace sanitary cleaning, disinfection, ventilation, or other standard methods of maintaining room cleanliness.

It is an additional DIACOM frequency-plasma technology.

Not a Medical Device

❗ DIACOM-Plazmotronic® is not intended for diagnosis, treatment, or medical examination.

The device:

🔹 does not replace a physician

🔹 does not replace medical treatment

🔹 is not medical diagnostic equipment

🔹 must not be used instead of standard medical or sanitary procedures

Its primary area of application is the study and use of frequency-modulated plasma radiation for working with various biological factors in the surrounding environment.

Safety

DIACOM-Plazmotronic® is designed with safety requirements for high-voltage equipment in mind.

During operation:

🔹 follow the User Manual

🔹 do not open the enclosure

🔹 do not touch the plasma lamp during operation

🔹 do not use damaged cables

🔹 prevent liquid ingress

🔹 do not place the device near flammable materials

🔹 provide normal ventilation

🔹 use only compatible plasma lamps and accessories

Technical Specifications

🔥 Device type: programmable plasma generator

📡 Operating range: 0.1 Hz – 1 MHz

📡 Low-frequency range: 0.1–999.9 Hz

📡 High-frequency range: 1–999 kHz

⚡ Adjustable effective power: from 80–375 W

⚡ Power consumption: up to 320 W

🔌 Power supply: 110–250 V AC, 50/60 Hz

🖥 Control: touch display / computer

🔄 Automatic calibration: supported

🌐 Internet update: supported

📂 Preinstalled programs: more than 2200

✏ Custom programs: supported

💻 Computer control: supported

🔗 External generators: DIACOM-SOLO-FREQ / DIACOM-LITE-FREQ

⏱ Plasma-tube service life: from 5000 hours

📐 Dimensions: approximately 550 × 225 × 295 mm

⚖ Weight: approximately 10 kg

⏱ Recommended continuous operating cycle: up to approximately 40 minutes

Warranty

🛡 Diacom Technology® provides a limited 2-year warranty for the main electronic unit of DIACOM-Plazmotronic®.

The warranty does not cover:

— mechanical damage

— drops

— impacts

— liquid ingress

— improper use

— unauthorized opening or repair

— operation outside the specified conditions

— consumable components

— plasma tubes after their natural service life has been exhausted

Warranty obligations apply when the User Manual is followed.

Training and Technical Support

❗ The price of DIACOM-Plazmotronic® does not include training or technical support.

Training, extended technical support, additional programs, and individual service options are provided separately according to the terms of the specific offer.

DIACOM-Plazmotronic®

DIACOM-Plazmotronic® is more than just a plasma lamp.

It is a high-technology programmable system combining:

🔥 light plasma

📡 precise frequency control

⚡ high-voltage impulse electronics

🧠 intelligent programs

🎛 automatic calibration

💻 computer control

🌐 updatable software

🔗 integration with the DIACOM ecosystem

The device is designed for users for whom a fixed operating mode of a conventional plasma generator is not sufficient and who require a controllable, updatable, programmable system with a broad frequency range and its own software ecosystem.

DIACOM TECHNOLOGY® — light, plasma, and frequency combined in one intelligent system.