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No Infrastructure Required: Wireless networks are only valuable if you can use them. Informed decisions are smarter decisions that ensure the safety of all workers. Smarter Decision-Making: Mesh networks ensure that every connected device receives peer alerts and gas readings so workers have all the information they need before making decisions.Connected gas monitors can ensure panic and man-down alarms are relayed to other workers in the area so they can see what they are about to encounter. Safer Emergency Response: Would-be rescuer fatalities are still too common, but mesh networks can help change that.Every worker with a connected device can see peer readings and alarms, giving them immediate visibility into hazards so they can make smarter, faster, and safer decisions. Faster Response Times: With a mesh network, there's no need to rely on a central controller or laptop to track peer readings.A mesh network extends worker visibility up to a mile away, so workers are always aware of hazards on-site. Improved Site Communications: Though gas hazards are an immediate issue for the workers exposed to them, they can also threaten others nearby.

Mesh networks give safety managers several more benefits over other peer-to-peer wireless technologies, including: The beauty of mesh networks-such as LENS® Wireless from Industrial Scientific-is that they offer workers out-of-the-box operability without IT setup. Other peer-to-peer wireless networks require IT setup, infrastructure, and a central controller.

This means workers will always have a connection to other workers on the network. Self-healing mesh networks, such as the ones Industrial Scientific devices use, continue to transmit information across the network even if one node or device disconnects. Whereas other networks might fail if one device loses connection, mesh networks can be self-healing. Think of a mesh network as students in a classroom: A student on one side of the room can pass a note to the other side of the room by handing it to a neighbor, who then passes the note to their own neighbor, all the way across the room. In a mesh network, the data hops from node to node until it reaches its destination. Mesh networks use monitors as nodes to efficiently transmit data. More and more companies are turning to gas detectors linked by mesh networks to connect workers and share gas readings without costly infrastructure or the hassles of IT setup. Whether you’re working side by side or far apart, the Ventis Pro5 keeps you and your workers on the same page. You can then receive real-time alerts that show who needs help, why they need help, and where they’re located.

#INET PRO APP SOFTWARE#

Wireless connectivity relays gas readings and other worker safety stats to live monitoring software via cellular, wi-fi, or satellite, or to your workers on-site with peer-to-peer. With a man-down alarm, panic button, and extensive connectivity capabilities, you and your workers will be at ease. For example, you can customize the alarm to tell users to “EVACUATE” or “WEAR SCBA” depending on the gas and threshold. These custom alarm messages make it easy for users to respond appropriately to gas hazards.

With the Ventis Pro5, you can set custom, actionable alarms for up to five of the following gases: combustibles/LEL, CI2, CO, CO2, H2S, HCN, NO2, NH3, O2, PH3, SO2 or VOCs. The Ventis Pro5 is, of course, capable of detecting even more gases than the Ventis MX4 and has DualSense™ capabilities. Using a five-gas monitor advances the level of detection, giving you better awareness of the gas hazards around you. It uses wireless connectivity to add an extra layer of protection and visibility to an already robust multi-gas detector. The Ventis Pro5 is ideal for both personal monitoring and confined space entries thanks to the available pump options.

Inet pro app