Data Acquisition Capabilities

Mango is a highly capable data acquisition system and comes pre-built with everything you need.

Common device protocols allow Mango to easily communicate with most standard PLCs, Energy Meters, Controllers, Equipment, Sensors & other Devices

Generic communication methods are powerful and flexible ways to get data in and out of Mango.  These allow you to connect to non-standard systems, calculate additional data and integrate into custom solutions.

 
 
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Standard Protocols Included

Generic Communication Methods:

  • HTTP Parser
  • TCP/IP Parser
  • SQL Database Query
  • SSH 
  • POP3 Parser
  • Serial Parser
  • ASCII File Parser
  • Data File Importer (CSV, XML, Excel)
  • Meta (Calculated Data)
  • Scripting (Setting Values)
  • Internal (Mango Internal Performance)
  • Log4J (Mango Log Files)
  • VMStats (Linux Server Monitoring)

Common Device Protocols:

  • BACnet IP & MS/TP
  • Modbus IP & RTU
  • MQTT
  • SNMP
  • DNP3
  • OPC-DA
  • MBus
  • Z-Wave
  • HTTP Post Receiver
  • Allen Bradley Ethernet IP *
  • Allen Bradley PCCC *
    * Extra fee
 
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High Speed Data Polling & Logging

Many common protocols allow Mango to poll devices for data.  Mango is capable of polling large numbers of devices using multiple protocols simultaneously at high speeds.  Highly configurable, you can control:

Polling Rates of each Data Source (IP Address or Serial Port)

Logging rates and types for each Data Point (register or individual value)

Logging options include (All Data, When Point Value Changes, Set Interval, or No Data)

Interval Logging, (each period log an Instant reading, Average of the polls, or the Maximum or Minimum value)

 
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Mango NoSQL Database - 
High Performance Time Series Historian / Database

Included with every commercial Mango installation is a powerful Time Series Database for storing all your historical values.  This database is a significant improvement over standard NoSQL databases and offers lightning fast data queries, writes, purges and statistic queries, all while using very little disk space.

Compact Data Storage: Data storage can be a significant cost and operating overhead so the MangoNoSQL database uses a highly compact way of storing data. As an example for typical data storage 1GB of space can hold 50,000,000 historical readings.  This means even on our smallest MangoES device it can hold 200 million logged values.

Gone are the days of being limited by data storage or slow dashboards and reports.  The Mango NoSQL database has staggering through-put to disk, into the millions of values per second, and require surprisingly small amounts of disk space.  The Mango NoSQL database can easily scale from small embedded ARM devices to the larges cloud servers with many terabyes of data.