TCTXM5000-RS MODBUS-RTU CONVERTER is a protocol repeater for fire alarm system monitoring. This product adopts serial communication technology, through accurate data acquisition technology, to monitor, collect and analyze data in an all-round way. Through advanced serial port data transmission technology, the collected data will be sent to the end user. It can monitor the equipment in the fire alarm control panel in real time: alarm, start, stop, feedback, failure, shielding, and supervision and other parameters, the information of the fire alarm control panel can be inquired according to different partitions and addresses. It is easy to install and adopts RS485 serial communication technology to support long-distance wiring. Convenient debugging, configuration parameters can be debugged through the computer serial port, simple, convenient and fast. It is easy to debug and can monitor various parameters of the fire alarm system in real time. When there is information such as fire alarm or fault, the information can be uploaded to the user monitoring system through the serial port query to realize real-time monitoring and real-time processing.
$300.00TCMK5411W wireless input module is suitable for installation in public places, factories and other environments. When there is a fire alarm, the module will send an alarm signal to the control panel through wireless communication technology after receiving the input signal specified by the manufacturer, and the red light is always on. Technical Data All data is supplied subject to change without notice. Specifications are typical at 24V, 25℃ and 50% RH unless otherwise stated. Battery CR17450 Rated Operating Voltage 3V Operating current monitoring current≤13uA , alarm current≤20mA Coding method automatically assigned when networking Radio frequency transmit power<20dBm Communication method 470MHz FSK coded bidirectional Communication distance ≤500m Operating environment temperature 10℃~+55℃ relative humidity ≤95% Dimension 101mm*137mm*43mm Weight 160g The 470MHz wireless communication technology is adopted, and no embedded wiring is needed, so the engineering installation is convenient and quick; With battery low voltage detection function, it can reflect the battery power situation in time; The microprocessor is used to realize signal processing, and the digital signal is used to communicate with the control panel, which works stable and reliably, and has a good ability to suppress electromagnetic interference.
$25.50TCZS5273 Detector remote indicator light (Hereinafter referred to as remote indicator light)It ismainly used in the bus connection in fire alarm system, It can be used with fire alarm smoke detector,heatdetector and Combination Heat and Smoke Detector.When the installation position of on-site testing equipment is not convenient to ob-serve the alarm state,it can cooperate with the remote indicator light to lead its alarm state to the positioneasy to observe,prompting the field staff to pay attention,so as to better control the scene situation. TCZS 5273 Detector remote indicator features: 1.Two-wire connection with external equipment,convenient on-site wiring 2.Share the address with the matching detection equipment,specifically patrol the indicator light separate-ly,easy to observe the current state of the equipment; 3.Using microprocessor to realize signal processing,using digital signal to communicate with the controller,the work is stable and reliable,and has a good ability to restrain electromagnetic interference TCZS 5273 Detector remote indicator Specification Rated operating voltage DC 24V Working current Monitoring current ≤0.21mA;Starting current ≤0.4mA Operating Environment Class: Indoor atmospheric pressure: 86kPa ~ 106kPa Temperature: 0℃ ~ +50℃ Relative humidity ≤95%, no condensation Indicator green : The fitting equipment shines during inspection Red: the alarm of the matching product is duration bright Electronic encoding method, sharing the same bus coding point with the matching product, the coding range can be set arbitrarily between 1 and 255. Reset mode controller reset Boundary dimension 86mm×86mm Shell material and color ABS, white
$5.50TC-ZJ402 The wireless signal extender is suitable for home wireless alarm system and industrial wireless alarm system. The repeater uses advanced wireless transceiver technology, built-in efficient anti-collision algorithm, and can set filtering rules, so that the repeater can work reliably in the system. At the same time, the repeater supports multiple groups of channels, so that the repeater can work in complex environments and in the presence of multiple hosts, realizing mutual non-interference, truly avoiding the collision of channels, and greatly improving the coverage of wireless networks. Technical Data All data is supplied subject to change without notice. Specifications are typical at 24V, 25℃ and 50% RH unless otherwise stated. Main power DC5V(Power Adapter) Standby power 3V/2400MAh Power consumption monitoring≤9W , alarm≤2.2W Operation indicator flash when normal Fault indicator on when standby power fails Communication indicator flash when forwarding info Wireless transmission power 19dBm Communication distance ≤500m Communication method 470MHz FSK coded bidirectional Operating environment temperature 10℃~+55℃ relative humidity ≤95% Dimension 130mm in diameter H:48mm Avoid excessive humidity in repeater installation position To ensure the long-term reliability and accuracy of the repeater, the wireless performance should be checked regularly. The free warranty period of this repeater is one year, with lifetime maintenance.
$35.50The detector can work independently or connect with JB-DH-TC5600 electrical fire monitoring equipment through two bus circuits, and realize the functions of leakage detection, temperature detection and output control. It works stably and reliably, and is connected with a variety of residual current transformers according to the magnitude of the over-line current. How to install electric fire monitoring system? Features 1.The Detector and the Electrical Fire Monitoring Equipment use non-polarized two-line system to connect. With mature technology, it is reliable in communication and convenient in cabling. 2. The Detector uses a high-performance CPU, intelligent algorithm and watchdog technology, highly efficient and reliable. 3. The Detector has a built-in passive output control which can connect with one or two loops to alarm leakage. 4. The Detector has the function of self-test which can test the screen and squealers working normally or not. 5. The Detector can set the residual current from 200mA to 1000mA of residual current transformers, which is high- precision detecting and widely used. It can be programmed with address and convenient for commission and maintenance. 6. The alarming temperature can be set from 45℃ to 140℃, high-precision detecting and widely used. It is convenient for commission and maintenance by the setup of addressable code and temperature. 7. The Detector has a good-looking appearance with intuitive showing of LCD information, simple operation and powerful functions, scalability and easy to installation. Technical Specification 1. Operating voltage: AC 220V 2. Operating current: ≤10mA 3. Alarming current: ≤25mA 4. Rated alarming current: 200mA~1000mA, step 1mA 5. Rated alarming temperature: 45℃-140℃, step 1℃ 6. Loop interface: Loop 24V, non-polarized 7. Capability of output terminal: 1A/AC125V,3A/DC24V 8. Response time: ≤10s 9. Rated frequency through the line: 50Hz/60Hz 10. The parameters of residual current transformer can be seen in chapter 5.3 11. Operating environment: Temperature: -10℃~+50℃ Relative Humidity: ≤95%, no condensation Altitude: <5000m 12. IP Grade: IP30 13. Weight: about 420g 14. Standard: GB 14287.2-2014“Electrical fire control system - Part 2: residual current electric fire detectors” GB 14287.3-2014“Electrical fire monitoring systems -Part 3: The temperature electric fire detectors” 4. Structure and Working Principle: 1. Refers to Fig.1 for the appearance of detector 2. Working principle The Detector receives the information from the sensor. When the information sent by the sensor reaches the setup value of threshold, the detector will send audible and visual alarm, and the screen will display the current alarm at the same time. If the Detector has been connect with the loop, the detector can upload alarm, faults and some other information to the electrical fire monitoring equipment and execute the order of the equipment.
$160.00TCMK5413W wireless input/output module is suitable for installation in public places, factories and other environments. When there is a fire alarm, the module can not only send an alarm signal to the control panel through wireless communication technology after receiving the closing signal, but also output the closing signal for connection with other equipment. Technical Data All data is supplied subject to change without notice. Specifications are typical at 24V, 25℃ and 50% RH unless otherwise stated. Battery CR17450 Rated Operating Voltage 3V Operating current monitoring current≤14uA , alarm current≤10mA Coding method automatically assigned when networking Radio frequency transmit power<20dBm Communication method 470MHz FSK coded bidirectional Communication distance ≤500m Operating environment temperature 10℃~+55℃ relative humidity ≤95% Dimension 101mm*137mm*43mm Weight 170g The 470MHz wireless communication technology is adopted, and no embedded wiring is needed, so the engineering installation is convenient and quick; With battery low voltage detection function, it can reflect the battery power situation in time; The microprocessor is used to realize signal processing, and the digital signal is used to communicate with the control panel, which works stable and reliably, and has a good ability to suppress electromagnetic interference.
$28.50Alarm Control Panel is designed and manufactured to meet the requirement of BS EN54 Part 2&4. TX7004 comprise of a range of analogue addressable, microprocessor based fire alarm control equipment to offer flexibility in both design and operation. The System is modular concept for easy tailoring of system design, to meet the full requirements of the project. The TX7004 is designed to provide early warning fire detection, to quickly identify the location of fire and provide user definable text informing the occupants of the building of potential smoke spread. Simultaneously, the TX7004 will alert and evacuate the occupants, and control all necessary auxiliary command functions such as elevator control, air handling shut down, gas shut off & damper control, as per the cause and effects requirements configured though Command Builder Set-up The TX7004 modular construction panel, capable of supervising two monitored detection loops expandable up to four [4] loops on standalone basis. Each loop is capable to accommodate of 254 addressable devices of any combination with T&A protocols, namely intelligent sounder strobe TX7300 & intelligent sounder TX7320 complying with EN 54-3, rate of rise and fixed temperature heat detector TX7110 complying with EN 54-5, photoelectric smoke detector TX7100 complying with EN 54-7, intelligent manual call point TX7140 complying with EN 54-11, intelligent reflective beam detector (TX7130) complying with EN 54-12, input and output module TX7200, TX7210, TX7220 complying with EN54-18, and loop isolator TX7230 complying with EN 54-17. The T&A devices are fully loop powered to support saving cost of the cable. These systems incorporate a number of features to allow easy operation through a user-friendly menu. The TX7004 has a LCD touch screen and Keypad menus for alternative operation with large button access to operate the keypad control by fire brigade personnel providing total user-friendly interface for browsing and programming. Added the commission features such as colour coded loop mapping, dual address and device mismatch monitoring, one-man test, simplified command builder’s configuration that has proved to be highly rated by both commissioning and service engineers. The Control Panel has multiple built-in features. The loop card has built-in surge protection and the communication card interface support multiple interface protocol such as USB, Ethernet, CAN Bus, Serial, RS485, Fiber Optic in one singe card. The panel is Built-In Printer and 160 LED Zones Indicators. The panel provides variety of inputs and outputs interfaces and auxiliary such as Output to Sounder, F.P.E., Alarm and Fault output, Relays and Power Auxiliary. 1.2 Feature and Benefits • Compliance EN54-2 & N54-4 • Using advance microprocessor technology with Large memory capacity • Enhance user interface combining LCD Touch screen and keypad access • Support real time visual algorithm • Enhance false alarm prevention • Keypad and PC programming • Support Multiple interface protocol such as USB/Ethernet/Can Bus/Serial/RS485/Fiber Optic • Support Loop Powered devices for extra saving on cable cost • Built-In Printer and 160 LED Zones Indicators Commissioning Advantage • Auto Enrolling of Devices • Loop Mapping with colour coding status • Monitor device mismatch and dual address conflict • Command Builder to create requirements for fire event scenario • With Loop protection against power surge • One-man test with On/Off sounder • Programming Protection System Capacity • Up to 4 loop • Support 254 Devices/One loop (1,016 ideal) • Network up to 512 Node • Programmable Capacity • Zones up to 3000 • Sounders Groups 1-1000 • Other Groups 1001- 2000 • Built-in 160 LED Zones Indicator 1.4 Technical Specification • Compliance EN54-2 & 4 • Input Voltage 230VAC +10%-15%, 50Hz (120VAC, 60Hz, it is not applicable for EN54 & Not tested by LPCB) • Input Current Consumption 1A • PSU Output To CIE 21.5~28.5VDC • Batteries Maximum Charge Capacity: 2 x 12V / 28AH Maximum Charge Current: 1.2A I maxA: 0.93A I maxB: 2.53A Minimum Quiescent Current: 0.45A(Imin) Maximum Internal Resistance: 1.0Ω Rechargeable-Lead acid type battery • Recommended manufacturer and model of battery: PS-12280 12V28AH (Tested With CIE By LPCB) • Networking and Interfaces Panel to panel communication Can Bus [loop] Number of Panels 512 Interface Port USB, RS485 Serial, RS232 Serial, Ethernet • System Capacity Memory [Non-Volatile] 1000 Fire Events, 10,000 General Event Zones 3,000 programmable Total Group 3,000 programmable Sounder Group 1,000 programmable Common Group 2,000 programmable • Loop Specifications Protocol/Addressing T&A, Value range from 1 to 254 No. of Loop 4 Loop Protection Built-in 4kV Surge protection Power rating 16~24Vdc /120mA Cabling 1.0Km Max Length/2 x 1.5mm²solid core Fire resistance • Recommended Wiring (subject to local installation codes) ISST-SFR3/ 711c-(cl-5) Intelligent Safety & Security Technology Limited NoBurn XPS/ 682e/01 Ventcroft Limited FT30 SAFFIRE/ 1134j Draka UK Limited Context Plus/682a-(cl-3) Context Plus Ltd FP200 Gold LSOH/ 077k/01 Prysmian Cables & Systems Limited And all LPCB approved Fire cables Recommended Cable Length ≤1000m • Panel Input/outputs Programmable Relays 4 circuits: Normally Open/Close Programmable Input 1 Circuit: Current Limited 24Vdc (for future use) Programmable Auxiliary Power 19~28Vdc (Current Limited) Fixed Outputs (FPE/Sounder) 2 Circuits: 18~28Vdc (Current Limited) • Indicator 24 LED Status/ 160 Zone Indicators • Display 7” TFT Touch Screen • Keypad 5 Brigade buttons and Programming Keypad • Material / Color Flat sheet Metal / with outer glass door, Orange stripe • Dimension Lx W x H 530 mm x 490 mm x 135 mm • Weight 16.70 Kg • Temperature -5℃~+40℃ • Humidity 0 to 95% Relative Humidity, Non condensing