IntelliLogger - Model IL-10 -Network Enabled Data Loggers

As with other IntelliLogger models, the IL-10 is fully programmable with the included powerful and intuitive HyperWare-II software.  The IL-10 is equally suited for stand-alone, low-power operation as well as network connected (Ethernet or cell modem) data acquisition, alarming and reporting applications.

For applications requiring more inputs refer to the IL-20, IL-80 or IL-90 models.

• Stand-alone or Network / Celluar connected for remote access, Reporting and Alarming
• Direct thermocouple, Vdc and mAdc inputs on the versatile analog inputs
• Modbus RTU Master, Slave and Modbus TCP options
• Easily programmed… provided with intuitive HyperWare-II icon-based programming software
• Integral Web Page server allows browser access to real-time values and data transfers
• Two programmable and one fixed range analog inputs plus digital inputs and Alarm outputs
• Easily Programmed for Intelligent and Conditional Logging Strategies
• Low Power consumption allows for battery, photovoltaic, and/or line powered operation
• Rugged design for all environments… remote site, plant floor or lab
• Uses include field test, Sub-Metering, inventory monitoring, Process alarming, Energy logging, Demand studies, troubleshooting and more

The IntelliLogger™ IL-10 Network Enabled Data Logging and Alarming System is a versatile stand-alone data acquisition, alarming and reporting instrument that incorporates a full suite of Network capabilities. With this added Network connectivity, not only can the IntelliLogger sample analog and digital inputs, process them and log them to memory… but it also can report and alarm in a powerful new variety of methods. Additionally, the IntelliLogger monitoring your connected equipment can now be accessed over the Internet to view current values, download logged data, acknowledge alarms and more.

The IntelliLogger IL-10 model has three integral analog inputs and an array of digital and relay outputs.  Two of the analog inputs have programmable ranges and can readily accept J, K, E, T, R and S type thermocouples, Vdc and mAdc inputs directly.  The third analog input can accept Vdc and mAdc (including the 4-20mA loop range).  The IL-10 has two relay outputs, two digital outputs, a 5Vdc output and two analog outputs… all functioning under user defined program control.  As a low-cost instrument, the IL-10 does NOT have hardware channel expansion via its BBus port.  If current or future additional channel capability is required, refer to the IL-20, IL-80 and IL-90 models which have I/O expansion capability through the addition of ILIM-x Analog and Digital expansion modules.

All IntelliLogger models have Modbus RTU Master, Modbus RTU Slave and Modbus TCP Server as options. With the Modbus RTU Master option, the IntelliLogger can acquire register values from multiple Modbus RTU Slave devices. The Modbus register value is then processed within the IntelliLogger the same as other hardware analog or digital inputs. With the Modbus Slave and Server options, the IntelliLogger can provide register values to other Modbus Master or Client devices.

All models of the IntelliLogger utilize the powerful and intuitive HyperWare-II software for programming. HyperWare-II facilitates a quick learning curve due to its graphic programming User Interface. Simply dragging icons onto the workspace then interconnecting the icons with your mouse defines program function. This program is then uploaded to the IntelliLogger memory where it executes stand-alone.

The IL-10 is identical to the IL-20 with the exception that it does NOT have input channel expansion capability.  The IL-10 does offer Modbus RTU Master as an option to expand channel count via Modbus.    Channel capacity in the IL-10 is shown below as well as displayed pictorially in the IL-10 Annotated Front View above.

With the suite of new Modbus Options, the IntelliLogger can now be utilized in Modbus network applications. A Modbus RTU Master enabled IntelliLogger can read Modbus register parameters from a connected Modbus Slave device (e.g. a flow computer, transducer, etc) along with other conventional hardwired inputs (e.g. thermocouples, pressure transducers, etc). These Modbus garnered values can then be processed, reported, stored to memory, embedded into emails, FTP’d and/or served up in Web pages… all by the IntelliLogger.

Alternatively, the IntelliLogger can be configured as a Modbus RTU Slave (or Modbus TCP Server) and share its own internal Modbus registers for interrogation or update from other networked Modbus Master (Client) devices.