Helinick is an integrator of electronic security and safety platforms

We provide turn-key top quality solutions and services, tailored to each client’s needs. Understanding the clients and finding the right solutions guarantees our performance and provides security, and when it comes to solutions, professional training, technology and quality services are essential.

HELINICK: Advanced Safety for the Modern World – Electronic Protection and Security at the Highest Level

Safety and security are essential in today’s world. HELINICK provides cutting-edge electronic safety solutions tailored to the needs of each client.

From advanced smoke detectors to fire extinguishing systems, we commit to providing the best solutions to protect your space and values.

If you want to benefit from our expertise and ensure you are protected in any situation, fill out the form below, and we will contact you to discuss the right solutions for you.

    Electronic Safery

    Either we are talking about persons, or about material values or critical infrastructure, our solutions identify and minimize the risks, automatically generate the corrective measures and strategies, putting safety on the first place.

    With over 100.000 smoke detectors installed, over 900 extinguishing systems and over 200 aspiration fire detection systems detection systems, we are leaders on the market and we provide a unique expertise into the field.

    Fire detection and signalling systems

    The provide intelligent and innovative systems that ensure an incipient detection, a precise location of any fire advent, a set of immediate actions and a local and/or remote signalling. Our systems are scalable from a few up to more than 32000 detection points.

    We guarantee an extremely reduced rate of false alarms and we use all technologies available on the market:

    We integrate the fire detection systems with the warning and evacuation systems, with local extinguishing systems, with toxic gas emission detection (CO and CH4), with smoke and hot gases evacuation systems, with door control systems on the evacuation paths and we control the elevators or technological supplies with gases. The equipments are manufactured pursuant to standards EN-54, VdS and in some cases, NFP72, and the systems designed&installed by us are approved by the authorized MLPTL verifiers.

    Addressable fire panels, fire panels networks

    Client may, upon request, have access to information required for the work performance, directly on the www.helinick.ro web-site, based on individual password.

    The addressable detection fire panels are more advanced than the conventional fire panels, with a higher degree of flexibility in programming and with the possibility of a punctual localization of alarm state detector. Each fire panels may be equipped with a number of signalling circuits, called as detection loops, which vary according to the producer from 1 to 30 loops. A detection loop, according to the used communication protocol, may monitor and control hundreds of devices. Some protocols allow any combination between detectors, manual buttons for fire signalling and entry/ exit modules, while other protocols have 50% capacity which is limited to detectors/ sensors and 50% which is limited to input/ output systems.

    Each device connected on the loop has its own address and detection fire panel sheet and it knows the state of each device, at any moment in time.

    The usual elements that may be connected on the addressable loop are the following:

    The working principle of a network of fire detection and signalling fire panels supposes the connection of many panels so as to form a system. Any detection element from a panel may activate an exit from another panel.

    The fire panels network is a very efficient solution in such cases where the capacity of a detection fire panels is not great enough so as to monitor the number of detection points that are necessary into the system or in cases where the system monitors a group of buildings, large industrial plant, etc.

    Recently, some fire panels have the capacity of being connected to a standard Ethernet network, but there are a few providers that offer such a facility.
    Individual addressable systems or networks of addressable fire panels have the possibility of being connected to a graphic monitoring and control software, GUI (graphical users interface) which helps a lot the operator when an alarm is activated.

    Automatic detectors, buttons , I/O interfaces

    The automatic detectors are of many types:

    A smoke detector is a device that detects smoke, based on the principle of light refraction, as an alarm generating element. In the absence of smoke, the lights passes through a straight line detector, and when the smoke enters the optical chamber, it stops the light beam that shall be spread by the smoke particles, guiding it to the sensor and thus triggering the alarm.

    The temperature detectors work according to the principle of temperature monitoring into the protected area, by means of a thermistor. According to each type, they may trigger an alarm upon the very fast increase of temperature (fast modification of the temperature gradient) or upon the touch of a preset temperature threshold. These detectors are used in spaces where the smoke advent does not necessarily mean a fire triggering (areas where smoking is not forbidden, kitchens, etc).

    Multi – criteria detectors combine two or three detection principles – smoke advent and temperature increase, or signalling of gases discharged at the beginning of a fire, the alarm is triggered by one of the detection principles, but the perception of the others’ modification lead to detector sensitivity for the main parameter.

    Ultrafast detection by aspiration (High Sensitivity Smoke Detection)

    Detections by forced aspiration and laser based technology are the most advanced detection related technologies that ensure the users’ alert at the beginning of fire advent, offering precious seconds or minutes for automatic or manual interventions, which imply low costs and resources.

    Most of aspiration smoke detectors work by a continuous sampling of air into a network of pipes. The sampling holes of each pipe forms a matrix, providing a uniform distribution into the entire duct network. The air samples pass through a very sensitive optical device, in some cases through a laser detector, which is adjusted so as to detect extremely small combustion particles. The detectors with air samples may be used for triggering the alarm in case of a fire alarm, of a fire extinguishing system with clean gaseous, into the areas with high concentrations such as archives, server rooms, etc.

    The detectors with aspiration are up to 1000 times more sensitive than the punctual smoke detectors and they may be programmed so as to generate more alarm threshold levels: alert, action, fire 1 alert and fire 2 alert. These thresholds may be set into a wide range of smoke concentration levels. These levels allow a different signalling of fire occurrences as opposed to the punctual smoke detection and they allow a manual intervention or the activation of automatic extinguishing systems before the fire is developed, thus the time available for evacuations and minimizing the fire caused damage is increased.

    This technology covers A and B sensitivity classes, it is described in standard EN-54-20 and it is recommended where the business/ continuity is put at a major risk, due to a fire advent, where a fire advent is difficult to detect by using the classic technology, where the technical personnel’s access to the maintenance procedures is difficult or impossible, into those applications where an “invisible” detection technology is desired and where the architects specify and demands it, as a first detection and alert phase for the extinguishing systems by total flooding with clean agents, where the environmental conditions are difficult and the classic technology does not provide acceptable results

    Linear temperature detection

    A digital or analogue interface assesses the temperature fluctuations by means of a continuous monitoring of the resistance related to the special cable with polymeric insulation.
    This change is run by an assessment and control unit that generates an alarm signal at a pre-defined level. The linear detection allows us to detect a temperature peak or a slight temperature increase all across the cable.
    It is mandatory that the cable insulation is not subject to temperatures higher than 120 °C for a long time. Upon destruction of the cable insulation, the assessment unit will be permanently in alarm state.


    IR barrier smoke linear detection

    In huge spaces (large atriums), from the point of view of economic efficiency, it is often that IR barrier smoke linear detectors are used. The working principles consist of emitting an IR fascicle by an emitter to a receiver that is found into the opposite part of the chamber, or to a mirror that is found into the other part of the chamber, which reflects the fascicle back to the emitter. When the fascicle is stopped on the route from the emitter to the receiver, it sends an alarm signal to the detection plant.

    IR, UV and IR & UV flame detection

    Infrared flame detectors are used to detect the open fire in closed chambers or in free spaces. They are specially designed for detecting the fires triggered by liquids that do not produce smoke or gases.

    The typical application fields are the following:

    Automatic detection for rack 19” systems

    “One-U” is a unique detection system by aspiration, specially manufactured to protect the 19” racks and IT facilities that use such a technology. The system benefits from a detection technology by aspiration and it may protect up to a maximum of 5 racks, being fitted with monitoring and alert facilities.
    There is a special module with “one-U” into the same chassis and it includes the extinguishing system with Novec-1230.

    Fire extinguishing systems

    With over 900 extinguishing systems installed in Romania, we are an undisputed leader with a unique expertise.

    The effects that the fire causes may be catastrophic. Imagine a partial or total interruption of your operations when the network equipments, servers or critical infrastructure do not work anymore because of a fire start. The water, under its different aspects and the ordinary extinguishing substances may cause additional losses. We provide you the most efficient fire extinguishing technology based upon clean agents that protect you by minimizing the damage that a fire start may cause.

    MX-1230, one-U-1230 or MX-200 represents the best solution if the following need to be protected:

    The system is efficient, professional, it does not leave residues, it does not require cleaning or removal costs following the discharge and it is approved and certified by EN, LPCB, VdS and UL.
    In case of extinguishing solutions with total flooding, we provide fire extinguishing systems with the help of the following “extinguishing agents”:

    MX-1230 at 25, 42 bars or 50 bars is the most advanced extinguishing solution, having as agent Novec-1230. It is a clean agent stored in liquid form at 4 atmospheres, non – conductive, non – corrosive, colourless and odourless, with no measurable effects over the environment: it does not affect the ozone layer (ODP), it has global heating factor 1 (GWP) and maximum 5 days free lifetime into the atmosphere.

    One-U -1230 is a detection and extinguishing system for 19” racks with data processing and storage, communication equipments, servers or other equipments that embed critical infrastructures. With a height of only “1u”, that is 44 mm, it represents a professional solution made of a detection system with aspiration and an extinguishing system with Novec-1230 that is perfectly integrated into IT and telecommunications.
    *Novec 1230 is a 3M product & trade mark.

    FM200 is the first extinguishing agent that replaced Halonul 1301, with a much more reduced ecological adverse effect as opposed to the latter.

    FM200 (HFC-227ea) is stored in liquid state into recipients under pressure at 25bars, 42 bars or 50 bars, the discharge takes place into the gaseous phase, it extinguishes a fire start in maximum 10 seconds, it is not toxic for the personnel, it does not affect the ozone layer, it does not leave toxic or fat residues into the protected space. It became the main extinguishing agent used for electric installations and IT in most of the countries of the world in the last two decades. The list with appropriate calculated concentrations for each fire case may be found in ISO 14520-9/2006.

    Public address and emergency sound systems

    The public address and emergency sound systems represent an essential component into the buildings’ safety systems. In case of an emergency, the priority is represented by ensuring the peoples’ security by means of actions meant to evacuate them as soon as possible, in a controlled manner and without panic.

    The public address and emergency sound systems that we provide are completely digital systems in accordance with the requirements imposed by the safety standard EN54-16 si IEC 60849.
    The main function of the system is transmitted to the voice message, which is powerful, intelligible and uniform across the entire building.

    The main characteristics are the following: permanent monitoring of the central unit, amplifiers, microphones and permanent monitoring of the line or each speaker, the system’s redundancy by means of the automatic commutation of a reserve amplifier in case of default within any amplifier within the system and by means of the optical fibre between the equipments, EVAC construction of delivery equipments, modular architecture of the system and monitoring the state of pre – recorded messages.

    We offer complete solutions for the accomplishment of a public address and emergency sound system, which is simple to exploit and which is adapted to the specific requirements of each application, by configuration of the technical solution, by design achievement and approval, implementation, system programming and personnel training.