The new Accsense Ethernet Pro is the next generation in cloud-based data logging from Accsense. This smart IoT device makes it easy to monitor and record data wirelessly in any location with Ethernet connectivity. All collected data can be conveniently accessed remotely through the Accsense Cloud Monitoring platform.

Ethernet Pro features 3 universal analog inputs and 1 digital input that can act as a pulse counter—ideal for flow sensors—or as an event recorder to log occurrences like door openings. It utilizes MQTT for seamless data transmission to the Accsense Cloud Monitoring platform.

You can rely on the Ethernet Pro for uninterrupted data recording, even during power outages or network disruptions, thanks to its robust 2-year backup battery. It’s also suitable for use in regulated industries, offering features to support compliance with FDA Regulation Title 21 CFR Part 11 for secure data handling.

The new Accsense Pro systems offer enhanced monitoring and alerting services while still including the key features of the original Accsense system:

• Access to the Accsense Cloud Monitoring portal for viewing your critical data 24/7
• Secure, protected data with 99.99% server uptime
• E-mail, text message, and voice-synthesized phone call alerts
• Online account management
• Alarm status and resolution logging
• Download historical data for local archive

Advanced features that have been requested by customers over the years have also been added. These features include:

• Local display on the pod
• Audit logs for traceability
• A wide variety of input sensor types are allowed, including door alarm contacts
• Hierarchy-based user types and a higher number of individual users

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The new Accsense Wi-Fi Pro is the next generation in cloud-based data logging from Accsense. This smart IoT device makes it easy to monitor and record data wirelessly in any location with Wi-Fi connectivity. All collected data can be conveniently accessed remotely through the Accsense Cloud Monitoring platform.

Wi-Fi Pro features 3 universal analog inputs and 1 digital input that can act as a pulse counter—ideal for flow sensors—or as an event recorder to log occurrences like door openings. It utilizes MQTT for seamless data transmission to the Accsense Cloud Monitoring platform.

You can rely on the Wi-Fi Pro for uninterrupted data recording, even during power outages or Wi-Fi disruptions, thanks to its robust 2-year backup battery. It’s also suitable for use in regulated industries, offering features to support compliance with FDA Regulation Title 21 CFR Part 11 for secure data handling.

The new Accsense Pro systems provide enhanced monitoring and alerting capabilities while retaining all the key features of the original Accsense system:

• Access to the Accsense Cloud Monitoring portal for viewing your critical data 24/7
• Secure, protected data with 99.99% server uptime
• E-mail, text message, and voice-synthesized phone call alerts
• Online account management
• Alarm status and resolution logging
• Download historical data for local archive

Advanced features that have been requested by customers over the years have also been added. These features include:

• Local display on the pod
• Audit logs for traceability
• A wide variety of input sensor types are compatible, including door alarm contacts
• Hierarchy-based user types and a higher number of individual users

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DigiRail OEE Wi-Fi is an I/O module for IoT applications designed for Overall Equipment Effectiveness (OEE) and Manufacturing Execution System (MES) industrial systems.

Reliable and stable connectivity for data transmission – The OEE I/O module has the main industrial approvals, in order to assure monitoring reliability in harsh environments. Its internal memory buffer capability grants data retention and integrity in an eventual downlink, keeping the data logging seamlessly.

Native compatibility with main cloud providers – Provided with secure MQTT protocol, DigiRail OEE transmits data natively to Google Cloud, Microsoft Azure, Amazon AWS, NOVUS Cloud, or any other compatible IoT cloud platform.

Allows remote settings and diagnosis – System diagnosis and maintenance become very easy thanks to the remote configuration and viewing functions. DigiRail OEE allows to send MQTT and Modbus TCP commands to read status and to set device parameters.

Intuitive software designed for easy commissioning – NXperience software provides a user-friendly configuration interface, allowing input simulation and output forcing, locally through USB port and remotely through Modbus TCP.

Not what you were looking for? View our other Novus products here. Or view our other selection of I/O modules here.

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DigiRail OEE Ethernet is an I/O module for IoT applications designed for Overall Equipment Effectiveness (OEE) and Manufacturing Execution System (MES) industrial systems.

Reliable and stable connectivity for data transmission – The OEE I/O module has the main industrial approvals, in order to assure monitoring reliability in harsh environments. Its internal memory buffer capability grants data retention and integrity in an eventual downlink, keeping the data logging seamlessly.

Native compatibility with main cloud providers – Provided with secure MQTT protocol, DigiRail OEE transmits data natively to Google Cloud, Microsoft Azure, Amazon AWS, NOVUS Cloud, or any other compatible IoT cloud platform.

Allows remote settings and diagnosis – System diagnosis and maintenance become very easy thanks to the remote configuration and viewing functions. DigiRail OEE allows to send MQTT and Modbus TCP commands to read status and to set device parameters.

Intuitive software designed for easy commissioning – NXperience software provides a user-friendly configuration interface, allowing input simulation and output forcing, locally through USB port and remotely through Modbus TCP.

Not what you were looking for? View our other Novus products here. Or view our other selection of I/O modules here.

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RN310 is a simple, compact, and powerful LoRaWAN® temperature & humidity sensor. It is equipped with high-precision sensors and a waterproof design, applicable for accurate temperature and humidity data detection in various harsh environments. FDA-approved food-grade material’s enclosure allows it to be placed in freezers and refrigerators and in contact with food or medicines safely. In addition to LoRaWAN® technology with low power consumption, it has built-in high-capacity batteries available for usage for up to 5 years. Moreover, RN310 is compatible with both Radioniode LoRaWAN® Gateway and IoT Cloud Radionode365 to achieve remote data monitoring and management.

Includes:

• RN310 Temp/RH Wireless Transmitter
• 2700 mAh Li-COCL2 Battery (2EA)
• Wall Mounting Kit
• Fixing Screw (2EA)

Applications:

• Cold Storage for Bio, Food
• Agricultural Greenhouses
• Building Energy Usage Monitoring
• Medicine and Medical Goods Storage Sites
• Semiconductor Production Lines

Note: this device requires a LoRaWAN Gateway and the “RNtools” Android App for RN310 configuration

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The Radionode RN320-EX2 is a battery-operated wireless environmental sensor. It is professionally designed to include an E-paper display, microSD card, loud buzzer, three-color LED, and unbelievable battery capacity. Using Lorawan® technology, Radionode customers can easily set up a wide range of sensor networks in a short time. The user can intuitively check the current status of the sensor using the three-color LED and ePaper Display. Also, the loud buzzer is the easiest and most useful feature to quickly alert nearby users of danger. The RN320 model has a retransmission function, so it does not drop measurement samples. You can easily register your product to the Radionode365 service by scanning the QR code on the back of the device. With Radionode365, you can utilize all aspects of remote monitoring, even in areas with poor radio conditions. Plus, you can keep all your data permanently by using the built-in microSD card. This RN320-EX2 model has an embedded high accurate temperature and humidity sensor. With a 17000mAh battery, this device can be operated for up to 10 years.

Includes:

• RN320-EX2
• C-Type Battery (2EA)
• Detachable Wall Bracket
• USB-C Cable
• Option to Add A Metal Desktop Bracket

Applications:

• Life Science Monitoring
• Building Management
• Medicine and Medical Goods Storage Sites
• Semiconductor Production Lines

Note: this device requires a LoRaWAN Gateway

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The Radionode RN320-BTH is a battery-operated wireless environmental sensor. It is professionally designed to include an E-paper display, microSD card, loud buzzer, three-color LED, and unbelievable battery capacity. Using Lorawan® technology, Radionode customers can easily set up a wide range of sensor networks in a short time. The user can intuitively check the current status of the sensor using the three-color LED and ePaper Display. Also, the loud buzzer is the easiest and most useful feature to quickly alert nearby users of danger. The RN320 model has a retransmission function, so it does not drop measurement samples. You can easily register your product to the Radionode365 service by scanning the QR code on the back of the device. With Radionode365, you can utilize all aspects of remote monitoring, even in areas with poor radio conditions. Plus, you can keep all your data permanently by using the built-in microSD card. This RN320-BTH model has an embedded high accurate temperature and humidity sensor. With a 17000mAh battery, RN320-BTH can be operated for up to 10 years.

Includes:

• RN320-BTH Wireless CO2 Transmitter
• C-Type Battery (2EA)
• Detachable Wall Bracket
• USB-C Cable
• Option to Add A Metal Desktop Bracket

Applications:

• Agricultural Greenhouses
• Building Management
• Medicine and Medical Goods Storage Sites
• Semiconductor Production Lines

Note: this device requires a LoRaWAN Gateway

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The Radionode RN320-CDT is a battery-operated wireless environmental sensor. It is professionally designed to include an E-paper display, microSD card, loud buzzer, three-color LED, and unbelievable battery capacity. Using Lorawan® technology, Radionode customers can easily set up a wide range of sensor networks in a short time. The user can intuitively check the current status of the sensor using the three-color LED and ePaper Display. Also, the loud buzzer is the easiest and most useful feature to quickly alert nearby users of danger. The RN320 model has a retransmission function, so it does not drop measurement samples. You can easily register your product to the Radionode365 service by scanning the QR code on the back of the device. With Radionode365, you can utilize all aspects of remote monitoring, even in areas with poor radio conditions. Plus, you can keep all your data permanently by using the built-in microSD card. This RN320-CDT model has an embedded CO2, TVOC, and Temperature/Humidity sensor with a 17000mAh battery. The RN320-CDT device can be operated for up to 2 years.

Includes:

• RN320-CDT Wireless CO2 Transmitter
• C-Type Battery (2EA)
• Detachable Wall Bracket
• USB-C Cable
• Option to Add A Metal Desktop Bracket

Applications:

• Agricultural Greenhouses
• Building Management
• Indoor Air Quality Management
• Semiconductor Production Lines

Note: this device requires a LoRaWAN Gateway

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Modes of Operation

Modes of operation include autonomous battery operation or power supply through the USB port for unit configuration. During battery-supplied operation, only the low-power microcontroller is awake. The microcontroller activates the modem during data transfer, as well as other subsystems for sampling and logging.

Data Acquisition

The sampling period and data send rate are user definable. Ultra-low power standby mode followed by frequent data recording and transmission can be selected to fit the application needs while maximizing the battery life.

SDI-12 Serial Bus

SDI-12 is an asynchronous, ASCII, serial communications protocol that was developed for intelligent sensor instruments that typically monitor environmental, structural engineering, and precision agriculture data. Communication is achieved by digital communications. The addressing system allows the data recorder to communicate with several microprocessor-based sensors over a single line. ADS-300 is compliant with the SDI-12 Standard Version 1.2 and supports extended commands for sensor configuration, in terminal mode. ADS-300 can collect data from several SDI-12 sensors for a total amount of 8 measurement channels.

RS-485, MODBUS

ADS-300 supports acquisition from sensors with RS-485 interface, using the popular MODBUS protocol (RTU & ASCII).

Transducer excitation

The unit provides multiple excitation options for measuring transducers. A user-adjustable 5V/12VDC excitation output is available for powering low-power external sensors.

Tilt Sensing

The unit has an optional accelerometer which is used for measuring angle declination.

Coulomb Meter

A user-enabled Coulomb Meter allows for the monitoring of the battery’s consumption.

Setup and Programming

The unit can be programmed locally through the serial by using simple ASCII configuration commands. The command set features commands for configuring scaling and timing parameters.

Enclosure

Plastic enclosure (IP66/68) for in- and outdoor use.

Applications

• Weather conditions & environmental monitoring
• Water/wastewater level & quality
• Structural engineering
• Precision Agriculture
• Smart City
• Oil & Gas
• Building Management
• Factory Automation
• Power Grid

The post Infinite ADS-300 appeared first on CAS Dataloggers.

Applications Include:

• Structural Engineering
• Water/Wastewater
• Oil & Gas

We also carry the ADS-260 wireless end node for collecting and transmitting data from analog and SDI-12 or Modbus serial sensors.

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