Wireless 0-10V Inputs
Introducing the world’s most powerful Wireless 0-10V input receiver. The ASM1-6 makes it easy to read industrial 0-10V sensors with an incredible 2-Mile wireless communication range using 128-Bit AES Encryption. Read industrial 0-10V pressure sensors, temperature sensors, flow meters, ultrasonic sensors, level sensors, force sensors, weight sensors, distance sensors, strain sensors, and much more with a 12-Bit Resolution. Use several ASM1-6 endNodes and talk to each endNode using secure wireless communications. Read wireless 0-10V inputs 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. Read wireless 0-10V inputs in industrial buildings, as this wireless technology has the best wireless penetration through walls currently available.
With a wireless 0-10V input, many types of variable resistance sensors may be used as well. Connect magnetic pot meters to read micro-movements in buildings for structural monitoring using wireless 0-10V input as wireless resistance input. Connect wireless 0-10V inputs to ground moisture sensors for live readings in a wide variety of soil hydration monitoring applications. Wireless 0-10V inputs may also be used to level sensors and pressure sensors for industrial wireless applications. Connect small solar panels to the wireless 0-10V inputs for monitoring daylight conditions and control lighting as necessary. Solar panels offer a significantly greater operational life than traditional CDS photocells in light monitoring applications.
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 0-10V input read request. Query 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. NCD endNode devices may also be used to repeat data from NCD 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 0-10V Inputs
0-10V Inputs are best defined as inputs that accept changes in voltage in the range of 0-10V; however, the range may be wider in some applications. The 0-10V ADC inputs do not share a common ground, making it possible to read inputs from many sources without grounding conflicts or differentials. endNode 0-10V Inputs are converted to digital signals using an internal Analog to Digital Converter with 12-Bit Resolution. In the case of endNode devices, 0-10V Inputs are best suited in applications where existing sensors are already installed that need to be retrofitted to modern IoT communications technology.