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Conventional Fire Detection and Alarm Systems...

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Conventional Fire Detection and Alarm Systems

  • Conventional Fire Detection and Alarm Systems
  • Compatible with all standard conventional fire detectors and call points.
  • Optionally, zone capacity may vary according to the application.
  • 32 detectors or MCP capacity for each zone.
  • Supervised zone and sounder lines controlled against short circuit and open
    circuit.
  • Superior and Stable working performance.
  • Protection against Electromagnetic Interference.
  • Easy use thanks to the few numbers of buttons on the front of the panel.
  • All LED indicators can be tested with one button.
  • Surface mounting technology.
  • Aesthetic Design.
  • The zone test feature enables testing of zones with a single person.
  • Zone disable and sounder disable feature, allowing the desired zones and/or
    sounder output to be deactivated.
  • PCB protection against humidity and corrosion.
  • Easy installation and use.
  • Microprocessor Control.
  • Monitoring fire and fault conditions in zones through zone fire LEDs, zone fault LEDs, and a piezoelectric buzzer.
  • Sounder, fault and fire relay outputs

Conventional System Connection Scheme

Conventionals Fire Detection and Alarm Systems Panels

  • Compatible with EN 54-2 and EN 54-4.
  • 2, 4, 8 or 16 zones.
  • 230V AC 50 Hz power input, 1 or 2 sounder outputs depending on the model selection, fire, alarm, and fault relay outputs.
  • Event log memory up to 1000 events.
  • Retrieving event logs stored in memory via the RS-485 port with a computer program.
  • Additionally, it has the ability to send commands such as ‘Reset,’ ‘Alarm,’ ‘Cancel Alarm’ to the control panel, execute features like zone testing and disabling, and assign delays to zones and sounders.
  • Network structure consisting of up to 32 repeater panels and/or fire control panels using a repeater panel.
  • Monitoring of fire and fault conditions in zones through zone fire LEDs, zone fault LEDs, and a piezoelectric buzzer.
  • Testing of all LEDs with a single button.
  • Surface mounting technology, aesthetic design, superior and stable operational performance

Conventional Fire Alarm Detectors

  • Compatible with EN 54-5 and EN 54-7 standards.
  • Twin LED indicators for a 360° view.
  • Microprocessor-controlled.
  • Compatible with ML-0140 series mounting base c/w relay.
  • Compatible with ML-0141 series mounting base c/w buzzer.

ML-2110 Conventional Optical Smoke Detector
A photoelectric smoke detector is a key component of Conventional Fire Detection and Alarm Systems, featuring an infrared photoelectric smoke detection chamber that operates on the infrared light scatter sensing principle. To ensure accurate performance, the detection chamber is protected from dust, insects, and other external interferences. As a result, the detector maintains reliability even in challenging environmental conditions.

ML-2120 Conventional Combined Heat Detector
The working principle of combined (temperature rise rate + fixed temperature) heat detectors is the detection and interpretation of changes in ambient temperature. Specifically, the detector performs detection with the help of a thermistor when there is a temperature change of 30°C within 1 minute in the environment and/or when the ambient temperature reaches 60°C. In either case, the detector identifies the abnormal condition and triggers the necessary response.

ML-2130 Conventional Fixed Heat Detector
Fixed heat detectors, commonly used in Conventional Fire Detection and Alarm Systems, operate based on the detection and interpretation of changes in ambient temperature. Specifically, the detector uses a thermistor to sense when the ambient temperature reaches 60°C. At this point, it identifies the excessive heat as a potential fire condition and triggers an alarm.

ML-2140 Conventional Multisensor Detector
Multisensor (optical smoke + heat detector) detectors have an optical smoke chamber that operates on the principle of emitting infrared (IR) light, along with a temperature-sensitive thermistor. In addition, the photoelectric smoke chamber is designed to be unaffected by external factors such as large particles of dust, flies, and insects. As a result, the detector ensures accurate and reliable performance in a variety of environments.

ML-Conventional Fire Alarm Detectors

  • Remote indicator output.
  • Compatible with ML-0150 series recessed ceiling mounting back box.
  • Compatibility with the ML-0121 series surface mount box for ML
    series detectors and the MG-3700 series surface mount box for MG
    series detectors.
  • 2 pcs red LEDs (the light flashes continuously in case of a fire situation, the light flashes once per 8 seconds in case of normal status, the light flashes twice per 8 seconds in case of fault status)

MGR-2100 Mavigard Conventional Optical Smoke Detector with Relay Output
It has a photoelectric smoke chamber that operates on the principle of emitting infrared (IR) light. The photoelectric smoke chamber is designed to be unaffected by external factors such as large particles of dust, flies, and insects.

MGR-2300 Mavigard Conventional Combined Heat Detector with Relay Output
The working principle of combined (temperature rise rate + fixed temperature) heat detectors is based on the detection and interpretation of changes in ambient temperature. These detectors are commonly used in Conventional Fire Detection and Alarm Systems to ensure reliable fire detection. Specifically, the detector performs detection with the help of a thermistor when there is a temperature rise of 30°C within 1 minute in the environment and/or when the ambient temperature reaches 60°C. In either case, the detector identifies a potential fire condition and activates the alarm system accordingly.

MGR-2400 / MGR-2400.CS Mavigard Conventional Fixed Heat Detector with Relay, 90°C

The working principle of fixed heat detectors is the detection and interpretation of changes in ambient temperature. The detector performs detection with the help of a thermistor when the ambient temperature reaches 90°C.

MGR-2500 Mavigard Conventional Multisensor Detector Optical Smoke + Heat) with Relay Output
Multisensor (optical smoke + heat detector) detectors detect and interpret ambient temperature using a thermistor and monitor the presence of smoke in the environment using an optical cell. If the ambient temperature reaches 60°C and/or smoke is detected inside the optical cell, a fire is detected, and a fire signal is generated.

Conventional Aspirating Smoke Detector

  • Mathematical modelling technology.
  • Compatible with EN 54-20 standards.
  • Ability to work with Class A, Class B, and Class C sensitivity.
  • Wide detection range: 0,005% – 20% (obs/m).
  • High sensitivity resolution: 0.0001% (obs/m).
  • Ability to separate dust and smoke.
  • Ability to work with Single, U-type, and 2U-type pip installation systems.
  • Ability to give an alarm with 4 Alarm levels: Warning, Pre Alarm, Fire 1, and Fire 2.
  • Adjustable fan speeds (1-10 levels).
  • 4 Alarm output relay (100mA @30V), 2 Fault Output relay (100mA @30V).
  • Operating status control via LED indicators.
  • Remote control function: Silence, Fault, Reset, Alarm.
  • IP30 protection level.
  • Programming over USB-PC.

Beam Type Smoke Detectors

  • A model option suitable for addressable and conventional system types.
  • 2-digit numeric display for easy commissioning, programming facilitating buttons.
  • With beam beam-type smoke detector 1240 m2, with a reflective beam-type smoke detector 620 m2 protection area.
  • LED indicators for power, fire, and fault conditions.
  • Ability to adjust itself to a polluted and dirty environment.
  • Three sensitivity levels can be easily adjusted.
  • Continuous control of communication against the faults.
  • A reflective beam type smoke detector consists of two main parts: a receiver/transmitter unit and a reflector. For proper operation, the unit and the reflector should be mounted facing each other. Typically, the detection range is 5 to 35 meters when using one reflector, and 5 to 50 meters when using four reflectors. Therefore, the number of reflectors used directly affects the maximum coverage distance.

Conventional Gas Alarm Panel and Gas Detectors

  • The ability to monitor the panel status in detail with an LCD screen and LED indicators.
  • The ability to display the two levels detected by gas detectors, 2 alarm relays (1st level and 2nd level alarm relays), and 1 fault relay output for controlling different devices and sending signals to other systems.
  • 8 zone inputs with the ability to disable and test the zones.
  • The ability to have separate relay outputs for each of the 2-level gas alarm signals from gas alarm zones using a relay card, totaling 16 relay outputs for 8 zones.
  • The ability to remotely control the system, including the ability to put the system into alarm mode, cancel alarms, switch the system to a fault condition, and remotely reset the system.
  • The option to select a gas alarm in a latching mode.
  • Compatible with EN 50194-1 and EN 50291 standards.
  • System normal operation condition, faults on the detector, and gas alarm events can be followed via LEDs.
  • Models with Relay output.
  • Operation control of LEDs and a buzzer with a test button.
  • 5 years sensor life under normal operating conditions.

LPG and Natural-Gas Detectors
LPG (butane + propane) and natural gas (methane) are
hydrocarbon derivative explosive gases. The detectors respond audibly and visually, before the leakage reaches %10 LEL (lower explosive limit).

Carbon-Monoxide Detectors
Carbon monoxide is a toxic gas with an explosion risk. The detectors respond audibly and visually when the gas concentration reaches 50 ppm (parts per million).

TGDR Series Ceiling Type Natural Gas Detectors
The exterior appearance and dimensions of ceiling-mounted gas detectors are the same as those of fire detectors. Similarly, like fire detectors, a detector socket is required for each ceiling-mounted gas detector. As a result, installation is consistent and compatible across both device types.

Conventional Manual Call Point

  • Easy reset mechanism.
  • Compatible with EN 54-11 standards.
  • Surface mount or flush mount.
  • Compatible with all standard conventional fire alarm control panels.
  • Optional transparent protective cover.
  • The LED on the ML-2711 fire alarm buttons remains continuously lit in red during an alarm condition.
  • The ML-2720 fire alarm buttons are compatible with security control panels. They feature NC (Normally Closed) / NO (Normally Open) contact capabilities.
  • ML-2730 fire alarm buttons have an IP65 protection class.

Beacon / Conventional Sounder/ Sounder with Beacon,
Weatherproof Sounder / Beacon/ Sounder with Beacon

Conventions Sounder
These are sound alert devices suitable for indoor use, providing excellent operational performance.

  • Compatible with EN 54-3.
  • Surface mount or flush mount.
  • 32 sound tones that can be adjusted by the user.
  • Low or high voice power control.
  • Microprocessor-controlled.

Conventional Sounder & Beacon
Maxlogic series conventional sounder beacon generates an audible and visual signal, in addition to these features.

  • Compatible with EN 54-3 and EN 54-23.
  • 32 sound tones that can be adjusted by the user.
  • Adjustable flash frequency and coverage area.
  • White, strong LED flasher.

Conventional Sounder, Beacon, Sounder & Beacon, Weatherproof
Maxlogic series conventional sounders are weather-proof audible warning devices. Therefore, they are suitable for outdoor use even in harsh environmental conditions.

  • Compatible with EN 54-3 and EN 54-23.
  • 32 sound tones that can be adjusted by the user.
  • IP33 / IP65 high protection class options.
  • Adjustable flash frequency and coverage area.
  • White, strong LED flasher.

Sounder Expansion Panel

  • Compatible with EN 54-18 and EN 54-4 standards.
  • 4 supervisory sounder outputs, each rated at 24V DC 1A.
  • The ability to monitor for short circuits and line interruptions in the sounder circuits.
  • The ability to connect directly to addressable or conventional systems.
  • Continuous monitoring for potential faults in the power supply.
  • In case of events like power outages, the system is powered by sealed-type batteries connected to the power supply.
  • The ability to adjust battery charging voltage based on ambient temperature.

Beacon Synchronization Modules

  • Compatible with EN 54-18 standards.
  • It is designed to work seamlessly with Maxlogic and Mavigard Conventional Panels, Addressable Panels, and Gas Panels. Therefore, it ensures broad compatibility across various fire and gas detection systems.
  • LEDs for Power (Green), Alarm (Red), and Fault (Yellow) conditions.
  • The ML-2310 model has 1 module activation input and 2 synchronization outputs.
  • The ML-2311 model has 1 module activation input and 6 synchronization outputs.

SMPS Power Supply

  • Compatible with EN 54-4 standards.
  • In the case of electrical failure, power is supplied from a battery, which is automatically recharged.
  • Automatic battery charge circuit. Battery charge voltage according to ambient temperature.
  • Dry contact relay output for faults.
  • Earth fault, battery fault (charge fault, low voltage fault, no battery connection fault), power, and fuse faults are monitored on the power supply unit.
  • In case of electrical failure, the supply from the battery and protected from short circuit and overcurrent.
  • Battery temperature measurement and automatic arrangement for battery charge voltage.

Smoke Detector Tester

  • UL listed
  • Non-flammable
  • Non-toxic
  • Easy to use
  • Does not damage the detector.
  • High-speed draft.
  • Doesn’t damage the plastic surface and internal structure.
  • No silicon content, ozone-friendly with no CFCs.

4 Channel Gas Alarm Panel

These gas alarm control panels feature a modern design and offer a 4-channel capacity, delivering superior and stable operational performance. They are also compatible with Conventional Fire Detection and Alarm Systems, making them a versatile choice for various safety setups. Moreover, they include a range of features suitable for automation applications, thanks to their reliable and high-performance capabilities. As a result, they prove to be highly effective in both standard and advanced fire safety systems.

  • 4-channel input.
  • The gas levels, alarm conditions, and fault statuses for each channel can be monitored through a 240×64 adjustable brightness graphic LCD screen and LED indicators.
  • The ability to set upper and lower alarm threshold levels.
  • Sending signals to different systems through upper and lower alarm relays, high-level fault relay, and general fault relay outputs.

Intrinsically Safe Conventional Fire Detection and Alarm Systems

  • Intrinsically Safe (I.S) for use in hazardous environments, compliant with EN IEC 60079-0:2018, EN 60079-11:2012, and EN ISO/IEC 80079-34:2020 standards.
  • Compliant with EN 54-5 and EN 54-7 standards.
  • IP 20 protection degree.
  • 2 red LEDs (Constantly on in the event of an alarm), during normal operation, it flashes once every 8 seconds (for 1ms), and in the case of a fault (contamination or measurement error), it flashes twice.
  • Dual LEDs with a 360° viewing angle, parallel indicator lamp output.
  • Compatible with ML-0140.IS series detector bases.

Intrinsically Conventional Call Points

  • Compliant with ATEX Directive EN IEC 60079-0:2018, EN 60079-11:2012, and EN ISO/IEC 80079-34:2020 standards.
  • Designed in accordance with EN 54-11 standard.
  • ML-2710.IS designed according to ATEX Ex II 1G EX ia IIC T4 Ga classification with -10°C≤Ta≤55°C..
  • ML-2730.IS designed according to ATEX Ex II 1G EX ia IIC T4 Ga classification with -25°C≤Ta≤70°C.
  • ML-2710.It is suitable for use in Category 1, 2, or 3 hazardous atmosphere environments and indoor areas up to 55°C.
  • ML-2730.It is suitable for use in Category 1, 2, or 3 hazardous atmosphere environments and outdoor areas up to 70°C.
  • IP65 protection degree. Ease of returning to the initial position by resetting.

Weatherproof Intrinsically Conventional
Sounder / Beacon / Sounder Beacon

  • Compliant with ATEX Directive, EN IEC 60079-0:2018, EN 60079-11:2012 and EN ISO/IEC 80079-34:2020 standards.
  • Compliant with EN 54-3 and EN 54-23 standards.
  • Designed according to ATEX Ex II 1G EX ia IIC T4 Ga classification, with an operating temperature range of 25°C≤Ta≤70°C.
  • Suitable for use in hazardous atmospheres of Category 1, 2 or 3 with temperatures up to 70°C.
  • IP65 protection rating.
  • Equipped with 32 distinct sound tones. Sound tones and their high/low settings can be adjusted via dip switch.
  • Audible, visual, or combined fire alarm notifications from control panels.

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