Webmon matrix3/31/2023 ![]() Each relay can be independently operated either manually from the web-page or automatically from any event that can be detected by the WebMon. Relay (8 or 10) Card - Provides for 8 form “A” relays. Each relay can be independently operated either manually from the configuration web page or automatically from any event (real or derived) that can be detected by the WebMon. Relay (5) Card - Provides for 5 form “C” relays. You will need to know the target IP address and communication settings of the Terminal Server at the far end to configure this port properly. Each port can be used with a variety of protocols and communication options depending on configuration. Terminal Server (TS) Card - Provides up to 4 RS-232 serial ports. Opto (32) Card - Provides up to (32) contact-closure type inputs, wet or dry, normally open or normally closed, biased to +5VDC, with independent ground return. Opto (16) Card - Provides up to (16) contact-closure type inputs, wet or dry, normally open or normally closed, biased to +5VDC, with independent ground return. Here is a list of the possible options cards: Opto (8) Card - Provides for up to (8) contact-closure type inputs, wet or dry, normally open or normally closed, biased to +5VDC, with independent ground return. During the process of configuring the unit you will need to click on each of the slots shown and “enable” each of the event inputs, control relay outputs, and other ports as needed. Each card is listed in the slot order the WebMon discovers it in. Slots: The WebMon (Matrix) automatically detects what card is in each slot on power up.The derived alarm “watts” could have thresholds, schedules, and reporting conditions applied just like any other alarm. The derived alarm would multiply these values together to create a new value called “watts” (power). An example of a derived alarm would be two analog inputs one measuring battery voltage, the other measuring amperage. This means that any derived event that calculates to “true” can activate a relay which could in turn activate any door, light, bell, starter, or other appliance you need to control. Derived alarms may also be used to generate contact closures on WebMon relays. Derived alarms may be created using any combination of Discrete, Analog, Internal, Network Device, or other real alarm inputs. For more information on derived alarms please refer to Dantel’s Application Note: “WebMon Derived Alarms Application Note”. Yes, you can use derived alarms to create new events that do not exist otherwise The only limitation is the ability to imagine the events you need and determine how to create those events from real-world events that you already have on the WebMon. Each derived alarm allows for concatenating up to 16 individual Boolean operation steps, and real or derived events. There is tremendous potential in derived alarms. For example you might use two “real” alarms labelled as “Water Present” and “High Temperature” to create the derived alarm. That means these “derived” events are created using Boolean logic operators from real events, which may or may not be individually reported. Derived Alarms: The WebMon is capable of creating up to 16 derived alarms or “virtual” events.The WebMon(R) Matrix protects vulnerable locations and assets by modularly combining telemetric, transport and security capabilities into a single platform that operates in any network environment. The modular system design allows the Matrix to provide a selectable assortment of key features and capabilities, each with the flexibility and scalability to address unique applications in the telecommunication, utility, government and security markets. The WebMon(R) Matrix was recently selected for mass deployment in a large government municipality project. The Matrix was chosen over other solutions because of its superior technology, ease of use and value. The Matrix will perform alarm monitoring, surveillance and remote access duties for this new city wide fiber network, which will connect more than 400 locations. The Matrix will capture site information at all active component locations and send SNMP traps to a centralized HP(R) Openview(R) network management system. Hardware alarms, environmental information, and physical security information will also be captured and reported. "We are very pleased about the selection of the WebMon(R) Matrix and the very positive response it has received from markets overall. The Matrix ushers in a new paradigm in surveillance for critical infrastructure protection, worldwide," said Al Hutcheson, President and CEO of Dantel, Inc. "The capabilities and technology engineered into the Matrix places it at the forefront of remote monitoring and surveillance.
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