Monnit is now an Amazon Web Services (AWS) Partner giving you even more ways to leverage your data. You can enable data to flow from iMonnit to AWS—integrating it with other data hosted there. Sensor configuration is still as easy as ever within the iMonnit interface, and data is available in both AWS and iMonnit. At AWS re:Invent 2018, Fender discussed how the AWS and iMonnit integration has helped streamline their production process.
Fender Integrates Data From Monnit Sensors Into Amazon Web Services
Building on their success with Monnit Sensors, Fender has enhanced their manufacturing process further by aggregating IoT readings in a custom AWS-based application. Aggregating the IoT data with data from other sources allows for a single-hub approach to production management.
Fender uses Monnit temperature and humidity sensors and other devices to streamline factory operations while preventing unnecessary errors and costly material loss. The AWS-based system has replaced inefficient manual processes, improved output yield, and delivered a consistency that drives Fender’s brand value.
Hear more about Fender’s IoT-fueled manufacturing optimizations in their AWS re:Invent 2018 presentation.
We are bringing our innovative remote monitoring solutions to the world’s biggest tech event: CES. January 8–11, we’re showcasing our wireless sensors and more at booth 2323 in the IoT infrastructure pavilion of the Westgate Las Vegas Resort & Casino in Las Vegas. See you there!
iMonnit Enterprise Updates Bring You Enhanced Functionality
Recent updates to the iMonnit Enterprise software enhance usability and capabilities. Updates include a more user-friendly installer with integrated, prerequisite validation, as well as support for new sensors in Monnit's growing line, such as the Air Quality sensor.
Your Data Your Way: Software & Hardware
Monnit has software and hardware solutions for monitoring vital processes and environments and hosting this sensitive data locally (often referred to as an “on-prem” solution) fulfilling critical needs within industry and government. On-premises sensor and data management allows organizations to comply with data-protection regulations via in-house security protocols and firewalls.
Supporting diverse users, Monnit offers two solutions: iMonnit Enterprise (software license) and the iMonnit Enterprise Appliance (iMonnit preinstalled on PC/server). Each option is compatible with Monnit’s 60+ sensor types and provides user notifications via text message, email, or voice call, and gives users the choice of:
Software ready for server install—iMonnit Enterprise Software
The software-only option is ideal for firms with existing IT infrastructures and database personnel. When installed on a company’s existing server, the software manages data from Monnit’s wireless sensors. The user-friendly platform provides the same user experience as though the user were using Monnit's software in the cloud-iMonnit Premiere.
A drop-in device—iMonnit Enterprise Appliance
A plug-and-play solution for small and mid-sized organizations, iMonnit Enterprise Appliance features the iMonnit Enterprise software pre-installed on an IoT-optimized PC. This turnkey device does not require an existing server environment, saving you time and money.
Whether enhancing in-house data acquisition for analysis and action or accommodating specific security needs, iMonnit Enterprise software and hardware solutions have your on-site data needs covered.
"I called Monnit recently about getting some sensors to monitor my refrigerators in my grocery store—we're a small shop. The rep was very knowledgeable and helped me pick out the right sensors."
"Their products are an excellent value. Using the installation guides, I was able to install my sensors without trouble. They have been working now for a little over three months with no issues. I will use their products again in the future should the need arise."
– Joe G., Grocery Store Owner
LOOKING TO THE FUTURE
Wireless Vehicle Detect Tube: Coming Soon to a Business Near You
Monnit’s upcoming Vehicle Detect Tube enables businesses to monitor traffic—optimizing service or security. Developed for a national maintenance chain, the wireless sensor collects vehicle count and times from a pneumatic tube that can be anchored to a service bay or driveway. Data is transmitted for analysis, and user-defined alerts can be issued via text message, email, or voice call.
Hardware highlights
The Vehicle Detect Tube’s unobtrusive enclosure features a magnetic switch, allowing staff to easily power the device on or off while preventing accidental tampering by customers.
Software highlights
iMonnit software simplifies data analysis with multiple settings that determine if the tube was stepped on or driven over.
Applications
Automotive service:
-Optimize staffing, monitor self-service kiosks, or track vehicle service time and length.
Facility Maintenance:
-Monitor traffic flow or after-hours access.
Security:
-Detect arrivals at a vacant home or off-site facility.
Get Your Power Status at Every Level: Comprehensive Power Monitoring
Confident that your remote facility has consistent power? Worried about your costly machinery? Concerned a battery may be on its way out? Gain power confidence even when you're not on site:
1. Facility level
Determine whether a remote location has power
2. Equipment level
Verify that equipment has power
3. Battery level
Ensure proper output from crucial batteries
Facility level: determine whether a remote facility has power
Is there a power outage at your remote facility? When a battery-backup cell gateway loses line power, the gateway notifies iMonnit. Choose to be alerted via text message, email, or voice alert so you know instantly when your facility loses power.
Equipment level: verify equipment has powerThe 3 levels of Power Management
Know your operation is running smoothly—even when you have to be somewhere else. Voltage detection ensures your equipment is getting the power it needs. Get a text message, email, or voice alert if there is a loss of power at the machine level. Find out more about remote voltage detection:
Battery level: ensure power output from crucial batteries
The cold hits batteries hard. Knowing battery health is a vital part of ensuring continuous operation. Check on your batteries from anywhere via the online portal or mobile app. Set a threshold and receive alerts via text message, email, or voice if output falls below your setting. Find out more about remote voltage metering:
Using Monnit Sensors to Remotely Monitor Boiler Systems
With the change in seasons, we sometimes see fluctuations in our heating or cooling needs. Whether you are located in Florida where temps are hovering in the 80s, or Oregon where the weather is in the mid 20s it is important to keep track of your heating and cooling systems to make sure they are performing as needed. Monnit provides an easy-to-use remote monitoring solution to track heating and cooling systems for efficiency and preventive maintenance.
To get started, we suggest purchasing a Monnit HVAC Monitoring starter bundle as it will include all the devices needed to remotely monitor one HVAC or boiler system. A bundle can be purchased here. Alternately you can purchase the devices separately if you wish to use a different gateway or coin cell version of some sensors for the indoor portion of the installation.
Boiler System Installation
Before starting any part of this installation process, shut power off to the boiler system. Start by installing a Monnit wireless gateway. The gateway can be located anywhere in the building where it has access to power and a decent cellular signal (for Cellular gateways), access to an internet router (Ethernet gateways), or access to a PC (USB gateways).
We recommend using a Monnit industrial wireless quad temperature sensor which has 4 independent temperature probes that can monitor and collect temperature readings for key areas of the boiler system. Each temperature probe is labeled 1 through 4, these can be renamed in the software after initial installation.
Start by connecting each of the temperature probes to the pipes feeding the radiators, making note of which probe you are connecting to each. Depending on the number of zones you have you may want to add additional sensors if you would like to track them all. Alternately if you have fewer zones, you can also track the radiant return line or ambient temperature near the boiler. When connecting a temperature probe to any of the boiler pipes, we recommend using a zip tie to securely fasten the probe tight against the bare metal pipe. After securing the temperature probe, use thermal tape to completely wrap the probe to the pipe to provide a thermal barrier allowing the sensor to get a more accurate reading of the pipe temperatures. We also recommend using a wireless duct temperature sensor or a wireless temperature sensor (with probe) to monitor the outside ambient air.
The Monnit industrial wireless AC current meter (150 Amp) can be used to track the current draw of the boiler pump. The AC current meter uses a clip-on current transformer that should be clamped around the "hot" power wire feeding the boiler pump. Excessive current draw by the pump can signify that the pump is beginning to fail and should be checked and/or serviced.
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