Smoke detector, heat detector, gas sensor wireless wired security sensor. Conventional 24 V fire sensor. Home and business fire security monitor device.
ASD-TC5801 warehouses, offices, production sites, airports large space fire security Suction-type Smoke Detector.
High precise pipeline sampling and high sensitive suction
Operating environment: clean, large places, or places with hightemperature, high-humidity or strong electromagnetic radiation
Application places: warehouses, offices, production sites, airports, factories, historical buildings, clean rooms, EDP rooms, communication exchange rooms, shops, cinemas, leisure centers, churches, libraries, hotels, hospitals, electric and nuclear power plants, storerooms,
subways and etc.
Wall-mounted structure
Technical Specifications
Operating voltage: Bus voltage:24V, range allowed: 16V~28V
Power: DC24V, range allowed:DC20V~DC28V
Operating current: Bus: Standby current: ≤0.6mA, Alarm current: ≤0.6mA
Relay output: 1A/24VDC, 1A/120VAC
Networking mode: Loop communication, RS-485, CAN bus loop communication
Information storage capacity:
Fire log: 1000 items, fault log: 1000 items and disable log: 1000 items
Max sampling length of single tube: 100m
Number of sampling loop: 1
Material of enclosure: Metal
Ingress protection rating: IP30
Dimensions (L×W×H): 290mm×125mm×350mm (width not conclude the size of inlet and outlet pipe)
Operating environment:
Temperature:-10℃~+55℃
Relative humidity:10%~95%, non-condensing
Standard: GB 15631-2008
Conventional Beam Detector (hereinafter called the detector) is a non-addressable infrared beam smoke detector, which must be used together with a reflector. The number of reflector(s) to be used (one or four) depends on the distance from the detector.
With excellent built-in microprocessor, the detector has strong ability of analysis and judgment. The detector can automatically carry out system adjustment, compensation of variation of ambient data, and judgment of fire and fault through fixed algorithm, and indicate these states by LED and signal output terminals. With new and reasonable design, attractive appearance, flexible adjustment and alignment method it’s easy to install and adjust. The sensitivity of the detector can be set through hand held programmer in field, decreasing the demand for cleanliness of field conditions, and enlarging application areas. The detector is applicable
to historical buildings, warehouses, large storages, shopping malls, leisure centers, exhibition halls, hotel lobbies, printing houses, clothing factories, museums and prisons etc, as well as places where slight smoke particles exist.
II Features
(1) Wide operating voltage range, big monitoring areas.
(2) Combination of the emitting and receiving part makes mounting easy and optical pathway accurate.
(3) Built-in microprocessor enables intelligent judgment of fire alarm and fault.
(4) The detector can calibrate automatically, which ensures that one person complete adjustment in short time. It’s also convenient to operate.
(5) Self-diagnosis function can monitor the inner fault.
(6) Automatic compensation for factors weakening received signals, such as dust contamination, positional excursion and ageing transmitter.
(7) It has passive output contacts for fire alarm and fault.
(8) Two sensitivity levels can be set in field.
(9) The detector’s optical pathway is designed with strong anti-interference ability.
(10) SMT processing technology.
(11) Attractive and decent appearance.
III Technical Specifications
(1) Power Voltage: 15VDC to 28VDC
(2) Power Current: Commission current›20mA
Standby current›12mA Alarm
current›22mA
(3) Fire Alarm and Fault Contact Output:
Fire Alarm Relay: Contact capacity 28V/2A, which is normally open in normal state
Page 1
HD106
Conventional Beam Detector Installation and Operation Manual and closed in fire alarm state.
Fault Relay: Contact capacity 28V/2A, which is normally open in normal state and closed in fault state.
(4) Angle of Adjusting: -6~+6
(5) Sensitivity Level:
Level 1: High sensitivity.
Level 2: Medium sensitivity.
(6) Indication of Detector State:
Commission: Green LED and Yellow LED are lit or flash in a certain way. See
details in Section VI Commission.
Normal monitoring state: Red LED flashes periodically.
Fire: Red LED constantly illuminates, and Yellow LED turns off. Fire alarm should
be cleared through powering up again.
Fault: Yellow LED constantly illuminates. The detector clears the fault
signal automatically if the condition causing the fault disappears.
Optical pathway obscured totally: the detector first gives fault signal and turns
on Yellow LED. 20s later, it alarms fire, illuminates Red LED and turns off Yellow
LED. Note: In this case, it does not mean there is a fire. After the obscuration
is removed, the detector clears fault signal automatically. Fire signal has to
be cleared by powering up the detector again.
(7) Operating Environment:
Temperature: -10?C to +50?C
Relative Humidity: 95%, non condensing
(8) Monitoring Area: Maximum monitoring area: 1400m 2
Maximum width: 14m
(9) Length of Optical Pathway: 8m to 100m
(10) Protection Level:
Under common environment, ingress protection rating is IP20.
Under special environment, ingress protection rating is IP66 through
glue-seal treatment.
(11) Dimension: length: 206mm width: 95mm thickness: 95mm
(12) Material and Color of Enclosure: ABS, gray
(13) Weight: 450g
(14) Mounting Hole Spacing: Spacing for embedding: 158mm
Spacings for surface mounting: 79mm to 96mm
Analogue sensor and digital addressing
Provide real time algorithm to the control panel
360 degree visual indicator
The TX7110 Intelligent Fixed and Rate of Rise Heat Detector is reliable for application in places where may have high dust level or smoky environments, making a normal smoke detector undesirable.
The unit manufactured base on the sensitivity requirement of EN 54 part 5, European Standard.
The unit is aesthetically pleasing with unobtrusive design that will complement modern building designs. The unit incorporates an intelligent processor that provides inbuilt A/D converter, and Self-Diagnosis and History log.
TX7130 Conventional Reflective Beam Detector has built in Laser beam pointing and Digital guide display for real user friendly alignment method. The Laser beam pointing accurately point the exact location where to mount mirror and with additional digital guide display allows to monitor and guide on the actual light intensity between the mirror and detector which cannot be seen by our naked eye making it more easy and convenient in alignment commissioning.
The TX7130 has four adjustable operational ranges of between 8 to 20, 20 to 40, 40 to 70 and 70 to 100 meters beside with three adjustable sensitivity setting ranges from 2.6dB, 3.8dB and 5.8dB to meet the specific environmental requirement. The TX7130 works on the principle of reflective infrared beam obscuration. Used in conjunction with a reflector, it will notify the fire alarm panel when the infrared beam is obscured by smoke.
The TX7130 is ideal for use high ceiling and wide areas such as warehouses, large storages, shopping malls, leisure centers, exhibition halls, hotel lobbies, printing houses, garment factories, museums and prisons, as well as places where slight smoke particles or corrosive gas exist.
The TX7140 Intelligent Manual Call point use a non-breakable glass which is designed to press under light pressure triggering the call point into an alarm condition, with LED indicator mounted onto the front face to simplify the location of an operated call point.
Safe to press and no hammer is required. The protected flap on the lower part is used for reset through supplied special tool.
EN54-7 Compliance Commercial Fire Alarm System.
Using microprocessor technology with memory capacity up to 10 events
The TX7100 Intelligent Addressable Optical Smoke Detector is the ideal device for most applications,due to its spiffing linear response to a wide variety of different types of smoke patterns. The unitmanufactured the sensitivity requirement of EN 54 part 7, European Standard. The unit is aesthetically pleasing with unobtrusive design that will complement modern building designs. The unit incorporates an intelligent processor that provides Algorithm map, inbuilt A/D converter, Drift compensation, and Self-Diagnosis and History log.