The LucidIoT is a secure network data acquisition and control device for IoT applications. LucidIoT provides many functions like data logging and supports multiple communication protocols.
LucidIoT is the next generation of the since many years successful LucidControl USB IO Modules. LucidIoT brings their functionality to the IoT world.
LucidIoT is a customizable data acquisition and control solution providing up the 16 IO channels.
LucidIoT allows installation of two IO slots 0 and 1. Each IO slots provide its own function class and type. A function class is e.g. digital output or analog input and define the general functionality of the IO slot. The function type specifies details of the function class like input voltage range.
LucidIoT multi-protocol IO controller communicates via Ethernet 10/100 Mbit and supports IPv4 and IPv6 networks. Protocols like protocols DHCP, DNS, NetBIOS and TCP are available.
LucidIoT IO values and configuration parameters are accessible by a web browser. The HTTPS is the most comfortable way to access LucidIoT. The modern responsive design looks great on desktops as well as on mobile devices.
LucidIoT MQTT client can connect to MQTT servers like Amazon AWS and publish data (topics) to them. Furthermore, LucidIoT can subscribe topics. This allows e.g. to send a measured voltage to the cloud service or to control a digital output remotely.
The relay module is an electrical device that controls the flow of electric current.
A relay can be used to switch on and off a more significant load, such as an incandescent light bulb or a television set, from a smaller control circuit.The relay has three terminals: one for power input, one for the load connection, and one for turning it on/off.
When there is no voltage at the "control" terminal (C) of the relay's coil (L1), current flows through L1 and L2 to ground via R1, passing through D2 to provide power to whatever is connected at C. This state corresponds with what would be called "normally open," indicating that when C = 0, then O = 0.
When power is applied to C, the relay's coil L comes into contact with both D and R, allowing current to pass through it in one direction only - if O = + then I = + but not vice versa.
This state corresponds with what would be called "normally closed," indicating that when C = 0, then O=+.Benefits of using Relay Modules:- They are also more resilient than using a switch for industrial applications where there may be dirt, dust, or water present as it's not directly connected to live components but rather has its "output" wired through an external relay coil which acts as insulation on an electrical circuit.
This helps in keeping relay modules from being worn down by debris that would stick between switches.- Relays provide redundancy should one component fail since any given relay module will have at least two outputs; either output can be set to control a relay coil.- Relay modules are very durable and efficient in most applications, saving energy costs as they don't draw any power when the relay is not switched.- Relay Modules are easy to use and have been designed for industrial applications- Relays allow you to control an external load up to around 250 volts AC or DCIndustrial Applications of relay modules: - Industrial relay module used in the automation industry.
*Power supply:AC220V or AC/DC 80V~260V RS485 Comm.
DO DI single phase switchboard LED voltmeter *Single phase AC/DC voltage measurement *Measurement range: AC100V, 220V, 380V etc.
*Frequency:40-60Hz panel mount single phase ampere meter =======================================Additional functions: *Communication interface: RS485 communication, Modbus-RTU protocol; *Analog output: 0/4~20mA or 0~5/10V transmission output; *Relay output: programmable remote / relay alarm output, capacity 5A / 250VAC 5A / 30VDC; *Telemetry switch: telemetry switch input measurement, passive dry junction input, programmable open alarm output.
USB RELAY MODULES are the best.
Our Customers can leverage advanced technology and expertise to overcome time-to-market pressures, optimize limited resources, reduce development risk and satisfy price / performance challenges to gain an edge over the competition.
