Thermal Detector C50H
Thermal Detector C50H
Conventional thermal detector with thermovelocimetric response
The C50 range of detectors is based on a new refined aesthetic that integrates inside the latest electronic technology with new more efficient detection algorithms and a three-dimensional design that makes it more robust to environmental dirt.
The C50 range allows multiple combinations between optical and thermal detection.
The C50H model is a detector with a thermal sensor.
The thermal sensor allows the thermovelocimetric response of the detector, activating at a static temperature of 60ºC in the case of slow fire development.
Key features
- Thermal sensor.
- Low profile, overall height less than 42 mm (including socket).
- Also available with high socket for 20 mm pipe.
- Possibility of connection to a remote action indicator.
- Easy connection, no polarity.
- Steady red LED to indicate its alarm status.
- Signaling of idle status by simple flashing of the LED every 10 seconds.
- Easy-to-install head and socket, interchangeable throughout the C50 range, and made of white heat-resistant ABS.
- Certified by AENOR according to Standard EN 54-5 with CE marking according to the European Construction Products Regulation (EU) No. 305/2011.
Technical Data Sheets
Manuals
Base with alarm C50ZSD
Base with alarm C50ZSD
Remote action indicator of the conventional fire detection system.
The PIAL allows to display the alarm indication of detectors of the conventional Cofem system.
Typical use cases:
- Places where the elements of the detection system are not visible, such as inside false ceilings, where the PIAL can be placed visibly on the underside of the ceiling or close to the wall.
- Rooms with reduced accessibility or where a long inspection path is required to identify the item in alarm, such as in hotel rooms, where the PIAL can be placed on the door frame of each room making it very easy to identify it.
The PIAL shows the alarm status by the permanent activation of the red light.
It is a simple element to install, both for its electrical connection and for its fastening. In addition, it can be adapted to the mechanism boxes or switchgear.
Key features
- Allows you to identify the alarm status from any direction perpendicular to your installation.
- Easy connection, with polarity.
- It can be installed on top of switch boxes or switchgear.
- Red light produced by two LEDs, which increases its reliability in case of failure of any of them.
- Made of heat-resistant ABS. The base and cover are white, the visor is red.
Technical Data Sheets
Manuals
Base with alarm C50ZSL
Base with alarm C50ZSL
Socket for conventional C50 detectors with EN 54-23 certified base with visual alarm and EN 54-3 sound.
There are 2 models available:
C50ZSL: D50 socket with sound and light base, addressable.
C50ZSD: D50 socket with sound base, addressable.
Typical uses for the C50ZSL and C50ZSD are spaces or rooms that require an integrated fire detector with siren and visual alarm such as hotel rooms.
The coverage of the set should not exceed the coverage of the fire detector with which it is installed, unless justified by the reason or use.
Key features tt
Technical Data Sheets
Manuals
A30XDC Duct Detector Box
A30XDC Duct Detector Box
Equipment for installing fire detectors in ventilation ducts.
The equipment consists of a box, pipes, socket for fire detector and fasteners (screws, nuts, etc.). The fire detector is not included. The socket is compatible with both conventional and analog detector, so the equipment can be used with both systems. It is generally recommended to install pure smoke detectors (without thermal elements) in this equipment, since heat detectors or thermal elements of optical-thermal detectors can be activated by sudden changes in air temperature in ventilation ducts.
Linear heat detector CTE CTX
Linear heat detector CTE CTX
The Linear Heat Detector is a proprietary cable that detects heat at any point along its length.
The sensor cable consists of two steel conductors individually insulated with a temperature-sensitive polymer. The insulated conductors are twisted together to create a spring pressure, then wrapped with an outer sheath suitable for the environment in which the detector is to be installed.
At the calibrated temperature, the heat-sensitive insulating polymer yields against the pressure generated by the heat radiation, allowing the inner conductors to contact each other and trigger an alarm signal. This action occurs at any heated point within the length of the detector cable. No specific length is required to be heated to activate the alarm, nor is the system required to be calibrated to compensate for changes in the ambient temperature where it is installed.
The Linear Heat Detector provides the advantages of line coverage with specific point sensitivity.
Key features
Technical Data Sheets
Manuals
Suction detector DAS1T DAS4T DAS250 DAS500 ASD1C ASD2C ASD2C
Suction detector DAS1T DAS4T DAS250 DAS500 ASD1C ASD2C ASD2C
Range of aspiration smoke detectors.
They detect smoke by analyzing the air aspirated through the holes of tubes distributed throughout the enclosure to be monitored and led to this detector.
This aspiration detector uses the latest technology in detection, avoiding false alarms, particle recognition, greater stability, sensitivity and longevity.
Typical applications of this range of detectors are: Data storage rooms, air conditioning units, computer rooms, equipment grilles, prison cells, air ducts, machine rooms, etc.
Key features
Technical Data Sheets
Manuals
Flame detector FDINA40 - FDAAT60
Flame detector FDINA40 - FDAAT60
Flame detector to protect areas with open fires.
The detector is designed to respond to the flicker frequency and wavelength characteristics of flames.
There are three types of detectors depending on the sensors used to focus on specific wavelengths typical of flames and generate algorithms to discriminate such flames from other light sources.
Key features
- IR2: 2 IR sensors
- IR3: 3 IR sensors
- UV/IR3: 1 UV sensor and 2 IR sensors.
ATEX and conventional versions of the previous models are also available.
Technical Data Sheets
Manuals
DLRC smoke barrier
DLRC smoke barrier
Optical smoke barrier for fire detection system consisting of a system of emission / reception of an infrared optical beam.
The installation of these detectors is ideal for large rooms or rooms with very high ceilings.
The detector has a range of 8 to 100m maximum separation. It is powered from the fire panel or an external source. It has alarm and fault output connected to the zone.
Key features
Technical Data Sheets
Manuals
DLRCM smoke barrier
DLRCM smoke barrier
The DLRCM detector is a linear optical smoke detector with motorized self-regulating microprocessor, which bases its operation on the interaction between the smoke present in an environment and an infrared beam emitted by the device and reflected by an optical reflector.
The configuration and alignment of the detector is done through Bluetooth connection via Android APP.
The installation of these detectors is ideal for large rooms or rooms with very high ceilings.
Key features
- DLRCM60: Reflective and motorized linear barrier of 5-60m maximum spacing, with adjustment control via mobile application.
- DLRCM120: Reflective and motorized linear barrier of 60-120m maximum spacing, with adjustment control via mobile application.
Technical Data Sheets
Manuals
Temperature probe STF - STPR
Temperature probe STF - STPR
Point heat detector based on a probe that allows installation in special environments.
Key features
Depending on the protection needs, the detector can be used in:
- Aggressive environments: IP65 models.
- ATEX environments: II2GD Exd IIC T6.