Monitoring of Explosive Gas Concentrations
Dust Detection
In some cases, solid or liquid dust particles can pose an explosion hazard. Dust sensors can detect their presence in the environment and trigger alarms if concentrations exceed safe levels.
Ventilation Monitoring
W instalacjach biogazowych, które wytwarzają metan z Effective ventilation is critical in explosion hazard zones to prevent the accumulation of potentially dangerous gases or dust. Monitoring systems can assist in controlling the effectiveness of ventilation systems. organicznych materiałów, metanomierze są stosowane do monitorowania produkcji biogazu i kontrolowania procesów produkcji.
Dust Concentration Measurement
Air Quality Monitoring
Dust concentration measurements are essential for monitoring air quality to assess public health. Suspended particulates, such as PM2.5 (particles smaller than 2.5 micrometers) and PM10 (particles smaller than 10 micrometers), can affect human health and the environment. Dust measurements are used in air quality monitoring in urban and industrial areas.
Workplace Safety
In workplaces where dust-generating processes occur, dust concentration measurements are important for ensuring employee safety. Exposure to high dust concentrations can lead to health issues, such as respiratory diseases.
Pollution Emission Monitoring
In industrial facilities like power plants, material processing plants, or recycling plants, dust concentration measurements are used to monitor pollution emissions and ensure compliance with regulatory requirements.
Product Quality Control
In some industries, such as pharmaceuticals or food production, product quality control may include dust concentration measurements as part of the production process.
Explosion-Proof Power Supply for Ten Telephone Lines
Telecommunications in Hazardous Environments
In areas where there is a risk of explosive gases or dusts (e.g., chemical, oil, or mining industries), an explosion-proof power supply is essential to ensure the continuity of telecommunications services. It ensures that the power supply to telephone lines does not become a potential source of sparks or ignition.
Signal Amplification in Remote Locations
Explosion-proof power supplies can be used in areas where access to traditional electrical power is limited or unsafe. These systems provide the necessary energy for reliable communication in challenging environments.
Emergency Telecommunications
In case of power outages, explosion-proof power supplies can serve as backup power for telephone lines, ensuring communication continuity in emergency situations.
Monitoring and Control Systems
For monitoring and control systems that use telephone lines to transmit data, an explosion-proof power supply is critical to ensure the reliability and safety of data transmission.
Communication in Environments Sensitive to Electromagnetic Interference
In areas where electromagnetic interference may negatively impact the quality of telecommunication signals, an explosion-proof power supply can help minimize these disturbances and ensure stable communication.
Safety and Technological Parameter Monitoring Systems
Workplace Safety
In workplaces where dust-generating processes occur, monitoring dust concentration is crucial for ensuring the safety of workers. Exposure to high dust concentrations can lead to health issues, such as respiratory diseases. These systems help in detecting unsafe levels of dust, providing early warning signals to prevent health risks.
Monitoring Product Quality Parameters
In manufacturing processes, monitoring the quality parameters of products, such as dimensions, chemical composition, or performance, is essential. These systems ensure consistency and high quality in production, helping to meet industry standards and customer expectations. By continuously tracking and controlling these parameters, manufacturers can optimize production efficiency and reduce defects.
Stress Determination in Rock Mass and Its Temporal and Spatial Changes
Tunnel Design and Construction
When designing and building tunnels, determining the stresses in the rock mass is critical to selecting appropriate drilling techniques and tunnel stabilization methods. Monitoring stress changes during the construction process is essential for maintaining safety and ensuring work efficiency. This helps prevent tunnel collapse and guarantees structural integrity throughout the project.
Hydrotechnics
In hydrotechnics, monitoring the stresses in the rock mass is crucial during the construction of dams and weirs. It helps assess the impact of groundwater pressures and stress changes on the structure, ensuring its durability and stability over time.
Geotechnics
In geotechnics, determining stress in the rock mass is important for construction projects such as foundations, bridge supports, and other structures. Continuous monitoring of stress changes allows early detection of potential issues, which is vital for maintaining structural safety and performance.
Seismic Research
In seismic research, monitoring stresses in the rock mass is essential for analyzing rock behavior during earthquakes. This data is used to assess seismic risks, improve building resilience, and better understand geological hazards.
Energy Resources
In energy resource extraction, such as oil and natural gas, monitoring stress in the rock mass is crucial for evaluating and controlling the stability of drilling operations and wellbore integrity. This ensures safe and efficient extraction processes, preventing incidents related to well collapse or blowouts.
Workplace Safety
In workplaces where dust-generating processes occur, monitoring dust concentration is vital for protecting workers’ health. High dust concentrations can cause respiratory issues and other health problems, making dust monitoring an essential aspect of workplace safety management.
Measurement of Methane Concentrations
Air Quality Control
In industries where emissions of pollutants are often significant, air quality monitoring is essential to ensure compliance with environmental regulations and minimize the impact on the environment and workers’ health.
Fermentation Control
In biogas plants that produce methane from organic materials, methane analyzers are used to monitor biogas production and control production processes.
Geological Studies
In geological research, methane analyzers can be used to detect the presence of methane in rocks and sediments to assess the potential of natural gas reserves.
Air Quality Control
In industries where emissions of pollutants are often significant, air quality monitoring is essential to ensure compliance with environmental regulations and minimize the impact on the environment and workers’ health.
Monitoring of Gas Content in the Air in Industrial Plants
Air Quality Monitoring
Airborne dust concentration measurements are crucial for monitoring air quality to assess public health. Suspended particles, such as PM2.5 (particles smaller than 2.5 micrometers) and PM10 (particles smaller than 10 micrometers), can impact human health and the environment. Dust measurements are used in air quality monitoring in cities and industrial areas.
Monitoring of Production Processes
In the manufacturing industry, particularly in chemical production or material processing, such devices can assist in monitoring processes and maintaining product quality by controlling the concentration of specific gases during production.
Industrial Process Automation
The device can be used to automate industrial processes based on continuous gas measurements. With two digital signal outputs, it is possible to control processes in real time depending on measurement results.
Alarm and Warning Systems
The two digital signal outputs enable the activation of alarms when specific gas levels or concentrations are exceeded, which is important in safety and warning systems.
Ground or Structural Vibration Monitoring
Civil Engineering
Vibration monitoring is important during the construction of new buildings, such as bridges, towers, buildings, or tunnels. It helps to determine if vibrations generated by heavy construction equipment or explosives affect the stability of structures and the quality of the work.
Exploration and Identification of Geological Deposits
Exploration and identification of geological deposits is the process of identifying, studying, and assessing potential mineral resources or geological materials in a given area. This process is crucial for the mining industry and can include various stages and techniques.
Geological Modeling
Geological Analysis: Geologists conduct a detailed analysis of the area’s geology, studying the type of rocks, their structure, mineral composition, and geological history. This analysis can help identify potential deposit locations.
Safety and Environmental Protection
Vibration monitoring can be used to assess the impact of vibrations on human comfort and safety, especially in workplaces or residential areas near vibration sources.
Explosion-proof Power Supply for Electrical Devices Underground
Process Control and Monitoring Systems
In the chemical or petrochemical industries, where potentially hazardous substances are present, explosion-proof power supplies are essential to power process control and monitoring systems, ensuring safe and reliable operation.
Safety and Alarm Systems
In workplaces with explosion risks, such as coal power plants or chemical plants, explosion-proof power supplies are used to power alarm systems, fire suppression systems, and other safety measures.
Telecommunication Systems
On drilling platforms or in mining, explosion-proof power supplies are necessary to power telecommunication systems, which are vital for communication and operation management.
Measurement Systems
In environments where monitoring and measurement of technical or environmental parameters, such as gas concentrations or humidity, are required, explosion-proof power supplies are used to power sensors and measurement systems.
Interested in Collaboration?
Feel free to reach out.
If you have any questions about our services or products, we invite you to get in touch.
Products
AS-3ES
The AS-3ES anemometer is designed for continuous measurement of air flow velocity in mine tunnels, shafts, corridors, and for signaling the loss of airflow according to a preset alarm threshold. Connected to an alphanumeric display, it enables hazard signaling at the entry into the controlled area.
AS-4ES
The AS-4ES anemometer is used for continuous measurement of air flow velocity in mine tunnels, shafts, corridors, and for local signaling of airflow loss according to a preset alarm threshold. The high-brightness optical element enables hazard signaling at the entry into the controlled area. The AS-4ES anemometer is powered from the surface station via a…
DAV
The DAV anemometer is an advanced device designed for continuous air flow velocity measurement in mine tunnels, shafts, corridors, and for local signaling of airflow loss. The high-brightness optical element signals hazards at the entry into a controlled area. The measurement head can be placed up to 30 meters away from the base unit.
MM4-XRS, D**-XRS
Industrial sensors are a key component of industrial automation systems, used to optimize production processes, minimize losses, and ensure safety in the workplace. With advanced measurement technology, they enable precise control of production processes, monitoring of environmental conditions, and identification of potential hazards to personnel or property. The speed of response and measurement accuracy make…
DXX
The atmospheric parameter sensor for continuous measurement of gas content in the air is an advanced device that provides accurate measurements, a short response time, and multiplexed digital signal outputs. Additionally, it is compatible with various data transmission standards, making it easy to integrate with different control and monitoring systems. It is an ideal tool…
MM-2PW
The MM-2PW methanometer is designed for continuous methane concentration monitoring within the range of 0-100% CH4. It is tailored for measurement of methane concentration: In mining atmospheres (MM-2PW model); In pipelines (MM-2PW/A model)
MM-4
The methanometer is compatible with the SMP-NT automatic methane monitoring system and is remotely powered from the MZT-10/60M power and transmission module through a standard telecommunication line, which also transmits data. It also features an automatic shutdown function in the event of exceeding the permissible methane concentrations. The device can also operate without connection to…
MM-4XRS
The MM-4XRS Methanometer is designed to monitor and control in challenging industrial environments. Its robust construction, high accuracy, and ability to operate in explosive atmospheres make it suitable for industries such as manufacturing, chemicals, and oil. This advanced device is specially designed to meet stringent industrial requirements, ensuring reliability, accuracy, and the ability to work…
DCH
The DCH Methanometer is designed for continuous monitoring of methane concentrations in the air. It utilizes two independent components: a pellistor gas detector for measuring concentrations between 0-5% CH4, and a conductivity bridge for measuring concentrations between 5-100% CH4. These measurement ranges are automatically switched between based on the methane concentration detected. The sensor head…
Water Curtains: Functional and Aesthetic Solutions for Urban Landscapes
Water curtains are not only functional but also play an important role in the branding of many cities and towns. Their value as an attractive architectural element is becoming increasingly significant in the context of urbanization and the development of the city landscape. However, despite their usefulness, managing water curtains presents several challenges. The need…
EnviroPulmoGuard
Health monitoring products play a vital role in advancing digital medicine, improving the quality of healthcare, and increasing access to daily health monitoring. Advanced devices are designed for close control of vital functions of the body, thus enabling effective care for patients, both in hospitals and at home. Thanks to modern technologies, these devices are…
DustAir
DustAir is a portable dust meter that informs users about the air quality they are breathing, allowing them to take preventive actions when necessary. It is designed to be attached to a bag, backpack, bicycle, or belt, and provides real-time air pollution measurements wherever you are.
Dust Meter PŁ-3
The PŁ-3 industrial dust meter is designed for continuous dust concentration measurement, utilizing the phenomenon of light scattering on dust particles. The measurement results are displayed on the screen and transmitted as an analog voltage signal. This device is calibrated for use in underground coal mine workings but can also be calibrated for other specified…
PANTERA Vibration Recorder
The PANTERA digital vibration recorder is used to measure parasismic vibrations, such as those generated by blasting operations, within the frequency range of 1 Hz to 100 Hz. This device is designed to monitor ground vibrations or building structures in specific areas.
PASAT M
This portable seismic apparatus is designed for precise measurements in the field, with modular components that allow for flexible configuration based on specific needs. It is particularly useful for identifying geological irregularities, measuring physical and chemical properties of rocks and soil, and selecting optimal sites for sensor placement in exploratory geophysics.
MZT 10/60M
The MZT 10/60M is designed for power supply and data exchange with sensors located in the underground part of a mine. It has ten linear power supplies, each capable of powering up to four underground sensors (depending on the type). The MZT 10/60M continuously monitors the power currents, voltages, and resistances of the individual lines….
MCCD-01
The explosion-proof mini-control unit MCCD-01 is a measurement and control device designed for use in mining systems for monitoring safety and technological parameters. A typical application of the mini-control unit is in the SMP-NT environmental parameter monitoring system in a mine. The MCCD-01 serves as an interface between analog and binary sensors and the surface…
KB-1 Keyboard
The KB-1 keyboard is designed for calibration, adjusting settings, and switching modes for Mxx, Dxx sensors, and other devices produced by Emag-Serwis Sp. z o.o. It prevents unauthorized personnel from making changes to sensor settings. The keyboard features four functional buttons and a CONSERWIS-type connector used to connect to the controlled device. The integrated microcontroller…
Intrinsically Safe Power Supply ZI2-24
The ZI2-24 intrinsically safe power supply is designed for the safe operation of electrical devices in areas prone to methane explosions, specifically in mining environments. It operates from a 230 VAC single-phase network and is intended for installation in non-hazardous areas such as control cabinets or surface enclosures.
ZIH2-12
The ZIH2-12/1 and ZIH2-12/1.7 intrinsically safe power supplies are designed for safely powering electrical devices in underground mines. The components are housed in flameproof enclosures, allowing them to operate in areas at risk of methane explosion.
V-BOX Intrinsically Safe Buffered Power Supply
The V-BOX intrinsically safe buffered power supply consists of two units: V-BOXL and V-BOXB. It is designed to safely power electrical devices in hazardous environments. This power supply is categorized as M1, allowing its use in areas at risk of methane explosion. The power supply includes a battery that provides backup power to devices in…
ZI2-12 Intrinsically Safe Power Supply
The ZI2-12 intrinsically safe power supply is designed for the safe powering of electrical devices in Group I, Category M1, and M2, working in areas at risk of methane explosions, supplied from a single-phase 230 VAC network. The power supply is intended for installation on the surface in non-hazardous methane areas, inside control boxes or…
Services
Assembly and Functional Testing
Our final assembly stations are designed to meet the individual needs of each client and the characteristics of their products. We use tools and equipment that guarantee error elimination and optimal material flow, resulting in the highest quality end product in contract electronics.
Electronics Production
Electronics production is an extremely complex process that involves multiple stages, each requiring precision, advanced technologies, and specialized knowledge. The manufacturing of electronic devices is based on the use of appropriate components, parts, and circuits to create efficient and functional equipment.
Mechanical Component Manufacturing
Mechanical component manufacturing is a process of producing precision mechanical components, often serving as key elements in larger systems, machines, or devices. The production process requires the use of advanced mechanical processing technologies such as turning, milling, grinding, and cutting.
Designing Solutions for Industrial Safety and Innovation
Design is the process of creating solutions, products, and services using engineering knowledge and advanced tools. It is a comprehensive and interdisciplinary field that covers both technical and user-centric aspects.
Interested in Collaboration?
Feel free to reach out.
If you have any questions about our services or products, we invite you to get in touch.