Distributed computer room smoke sensing temperature and humidity monitoring Ethernet type (TCP/IP) temperature and humidity sensor/transmitter

The platform software currently does not support the input of smoke detectors. It is recommended to develop it based on device communication and customize it to the standard MODBUS TCP protocol.
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Equipment picture:

System Introduction:

DWTCPThe series temperature and humidity, smoke alarm transmitter adopts industrial Ethernet widely usedTCP/IPProtocol, characterized by openness, low cost, high speed, and high reliability, enables on-site temperature and humidity sensors to achieveTCP／IPProtocol to embed network connectivity functionality into on-site temperature and humidity sensors; Build a simple and flexible cross regional remote distributed temperature and humidity measurement and control system to collect and transmit real-time data on temperature and humidity scattered in different locations; matchingeewebThe monitoring platform provides unified monitoring and management, making temperature and humidity sensors truly independent network nodes, where data collection, information transmission, and other functions can be directly carried outIntranet／InternetVisit Up,Realize real-time monitoring of multiple points.

Application scenarios:

Server room warehouse

laboratory

Factory, workshop

Museum, archive room

hospital

Hotels, hotels, residential areas

Petrochemical Base

Agricultural research baseThe Environmental Protection Department

Product Parameters:

material size

material......................................metal

weight.....................................220g

size......................90mm×83mm×25mm

sensor....................Fully digital temperature and humidity sensor/networked smoke sensing probe

Sensor built-in/external.............................external

performance metrics

Humidity measurement range........................0～100％RH

Humidity accuracy.................................±4%RH

Humidity resolution...............................±1%RH

Temperature measurement range........................-40℃～80℃

temperature accuracy................................±0.5℃

temperature resolution..............................±0.1℃

conventional index

Data output interval...........................10S—60S

power supply.......................................DC5V

Communication output interface.......................RJ45(TCP/IP)

operating current...................................<20ma
Equipment Details:



System architecture: