Fire Alarm Detectors

Available with us is a wide array of Gas Leak Detectors for LPG and Natural Gas. These systems works as the complete gas-leaking alarming products that are ideal for detecting the leakage of particular gas and alarms. It gives out audio alarming facility. Known for their efficient working and longer service life,

Available with us is a wide array of Gas Leak Detectors for LPG and Natural Gas. These systems works as the complete gas-leaking alarming products that are ideal for detecting the leakage of particular gas and alarms. It gives out audio alarming facility. Known for their efficient working and longer service life,

Suppose you are planning to invest in the best beam detectors that don't break the bank. In that case, you are in the right place to pick the best, as Palladium Safety Solutions Pvt. Ltd. has been manufacturing beam detectors of excellent quality for a long time now.

Generally, a beam detector is a type of detector that detects both smoke and objects and is used in fire alarm systems. It raises the alarm when it detects smoke/objects, thus preventing unfortunate fire accidents. You can find two types of beam detectors in the market, reflector type and receiver-transmitter type.

The receiver-transmitter consists of the receiver and a transmitter where the IR light beams will be transmitted from the transmitter to the receiver continuously. If smoke blocks the IR light beams and prevents it from reaching the receiver, the alarm sound starts to give alerts. The distance between the transmitter and receiver can be around 5-100 meters.

In the reflector type, you will find a reflector and a unit. Usually, the IR beams sent from the receiver-transmitter unit are reflected in between the reflector and the unit. If there are more than three reflectors, the distance between the reflector and the unit can vary from 5 to 50 meters, whereas if there is only one reflector, then the distance between the two is 5-35 meters.

Conventional Reflective Beam Detector is a reflective infrared beam detector, which must be used together with a reflector. With excellent built-in microprocessor, the detector has strong ability of analysis andjudgment. The detector can automatically carry out systemadjustment, compensationof variation of ambient data, and judgment of fire and fault through fixed algorithm, andindicate these states by LED and signal output terminals.

The Conventional heat detector uses a state of-the-art optical sensing chamber. This detector is designed to provide open area protection and to be used with most conventional fire alarm panel.

The Conventional rate of rise heat detector uses thermal component to detect the temperature changing in the environment. It can enable fire alarm when the temperaturedifference achieved the setting rate of rise temperature valuereach the setting fixed value. It has a stable and reliable workingperformance.

Two LEDs on each detector provide local 360 visible alarm Indication. They flash every six seconds indicating that power Is applied and the detector is working properly. The LEDs latch On in alarm. LEDs will be off when a trouble condition exists that the detector sensitivity is outside the listed limit. The alarm can be reset only by a momentary power interruption. The detector that initiated the alarm condition will have its red LED and relays latched until reset by panel.                         

We offer lpg gas leak detector. Additional feature automatic working ‘on’ of exhaust fan in the case of igl connections. Alarms are available for liquefied petroleum gas (lpg), natural gas (methane), propane, hydrogen, and town gas.

An optical smoke detector or photo-electric alarm works on the light scattering principle. The sensor chamber checks for smoke particles after every 10 seconds with the help of a pulsed infrared LED beam. These smoke detectors indicate a fire in non-smoking zones. They are used widely by commercial and industrial buildings as a safety measure.

A commercial smoke detector sends a signal to the fire control panel while household fire alarms give audible or visual alarm from the detector. Smoke detectors are disc-shaped set up in plastic enclosures. The process of smoke detection takes place either through ionization or the photoelectric process. The detectors can use either of the two sensing methods.

  Domestic smoke detectors are interlinked and if one of them detects smoke, all the alarms trigger altogether even if the household power has gone out. Smoke detectors are used mostly in hospitals, gyms, office buildings, industries, malls and commercial buildings.

Smoke detectors work by detecting smoke in the first few seconds of the incident and send the signal to the fire control alarm panel. The types of detectors vary depending on the indicated fire that they detect. It also depends on the detection principle. Smoke, heat and flame are three main indicators of fire.
The process used for detecting smoke is based on the light- scattering principle. When there is fire, smoke particles enter the optical chamber of smoke detectors. The LED light refracts and scatters on a photodiode. Then, the optical smoke detector sends the fire alarm signal to the control panel.

Were you looking for good quality standalone smoke detectors at affordable prices for your home or office? If yes, get ready to invest your hard-earned money in the smoke detectors sold here at Palladium Safety Solutions Pvt. Ltd.

As the name speaks for itself, smoke detectors are fire protection devices that automatically detect the presence of smoke and triggers an alarm to the building occupants. But what is a standalone smoke detector?

Well, there are two main types of smoke detectors, they are ionization smoke detectors and photoelectric smoke detectors, where ionization smoke detectors detect smoke using ionized particles while the photoelectric smoke detectors use a light source/sensor to detect smoke.

The Standalone detector is 9v operated. Standalone Photoelectric Smoke Detector can detect a large amount of smoke when fire generated sending alarm signal in time. Alarm adopts photoelectric smoke devices and excellent production technology, work stability, beautiful appearance, easy to install, without debugging, which can be widely used in hotels, stores, Internet, cafes, coffee shop, lounge and residential places on fire safety monitoring.

Modi International . Manufacturer of Fire Alarm Systems UV Flame Detectors Respond to radiation in the spectral range of approximately 180-260 nanometers. They offer quick response and good sensitivity at comparatively short ranges (0 – 50 ft). Because they are susceptible to arc welding, halogen lamps, and electrical discharges like lightning, they tend to be sited indoors. Thick, sooty smoke can also cause failures due to attenuation of the incident UV radiation.