Wireless IoT Relay Controller 4-Channel 10-Amp endNode
Introducing the world’s most powerful Wireless IoT Relay Controller. The ASM1-3 makes it easy to control most types of high-power devices with an incredible 2-Mile wireless communication range using 128-Bit AES Encryption. Control Pumps, Valves, Motors, Lights, Heating Elements, Backup Refrigeration Systems, Activate Emergency Generators, Emergency signage and Alarms with only a few simple commands. Use several ASM1-3 endNodes and talk to each endNode using secure wireless communications. Control relays on the factory floor, as we have tested this wireless technology in factories in excess of 1-mile indoor line-of-sight with heavy industrial machines operating. This communications technology is rock solid in electrically noisy environments. Control relays in industrial buildings, as this wireless technology has the best wireless penetration through walls currently available.
ProXR Enterprise Command Set
Control relays using the ProXR Enterprise command set and expands to control more relays using the I2C Expansion port. The ProXR Enterprise Command set provides a simple set of commands used specifically for relay control applications. These commands are extremely easy to use. Turn relays on or off, Trigger relay timers, pulse relays, control relays in sequences, toggle relays, and much more. Control relays in groups, control relays in sequences and patterns, shift relay status left or right, all by issuing simple commands. The ProXR Enterprise command set includes powerful Macros, allowing you to execute a sequence of commands by simply sending a single command. Relay Timers allow control of relays over a duration of time, or to execute macros when the internal timer expires. The ProXR Enterprise command set provides users with simple commands that are converted to low-level I2C commands for relay control applications. Integrated FRAM memory retains relay state when power is removed and recovers relay state on power-up. Check our line of I2C Relay controllers compatible with endNode.
Wireless Targeting and Mesh Communications
Each endNode controller includes a unique serial number. This serial number is used to target the remote endNode controller with a 4-Channel relay control request. Control each endNode up to six times per second using wireless communications. Use a single computer to target several endNode devices in the area or use multiple computers to talk to multiple wireless endNodes. endNodes form a wireless mesh to extend communication range beyond the typical 2-Mile line-of-sight range by hopping data between devices to reach the intended target device. All endNode devices are secured using 128-Bit AES Encryption. Dcube endNode devices may also be used to repeat data from Dcube Enterprise wireless sensors, as they act as a mesh network of repeaters to help sensors extend the wireless range. All endNode devices are available in 900MHz, 868MHz and 2.4GHz versions, but may have a reduced wireless range when using 868MHz and 2.4GHz options.
Definition of IoT Relay Controller
IoT Relay Controllers can best be defined as relay controllers designed specifically with the needs of secure communications and an objective of internet control. While Dcube IoT Relay controllers can act as a endNode to an internet controlled application, endNodes may also be used in localized control applications without internet connectivity. IoT Relay Controllers have the ability to push data from a cloud-connected solution, such as Microsoft Azure, Amazon AWS, Losant, back to an automated device for the purposes of access and control from anywhere in the world. endNodes are a unique IoT Relay Controller with the ability to expand to control more relays or connect sensors. The ASM1-3 may be expanded to control a total an absolute maximum of 124 relays.
USB and IoT Controlled Relays
All endNode devices are equipped with a USB port. Use the USB interface to control on-board relays. USB is also used for advanced configuration using our Windows 10 Alpha Station Software. endNode devices mount as a Virtual COM Port on your PC to simplify communications. endNode devices are hardware compatible with Mac and Linux computers, we can assist you in using endNode devices on these platforms, but specific software has not yet been developed. Cross-platform Node-Red support for endNode devices is planned.