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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The TR72A2 allows you to measure and record temperature from 0 to 55°C and humidity from 10 to 95%RH.
The LCD screen allows the simultaneous display of either the current values of two channels, the highest and lowest values of channel 1, or the highest and lowest values of channel 2. The ALM icon on the LCD alerts the user of the occurrence of an alarm.
Use the wireless LAN feature (compatible with enterprise communication) to auto-upload data to the cloud for anytime anywhere access and receive warning notifications. By using Bluetooth or USB, you can configure device settings, generate reports, download data, and view the uploaded data. You can download the recorded data and change the device settings on a PC via USB Connection. A USB cable is required to connect the device to a PC and can be purchased as an add-on accessory.

The TR72A2 uses a wireless LAN access point to auto-upload recorded data and warning notifications to TandD’s free-of-charge cloud-based “T&D WebStorage Service”. You can download data and configure device settings using TandD’s dedicated app “TR7 for Windows (for Windows)” or “T&D Thermo (for smartphone/tablet)“. By using their Windows software “T&D Graph”, you can easily view and analyze data from a PC.

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The TR72A2-S can measure temperature from -25 to 70°C and humidity from 0 to 99%RH at high precision.
The LCD screen allows the simultaneous display of either the current values of two channels, the highest and lowest values of channel 1, or the highest and lowest values of channel 2. The ALM icon on the LCD alerts the user of the occurrence of an alarm.
Use the wireless LAN feature (compatible with enterprise communication) to auto-upload data to the cloud for anytime anywhere access and receive warning notifications. By using Bluetooth or USB, you can configure device settings, generate reports, download data, and view the uploaded data. You can download the recorded data and change the device settings on a PC via USB Connection. A USB cable is required to connect the device to a PC and can be purchased as an add-on accessory.

The TR72A2-S uses a wireless LAN access point to auto-upload recorded data and warning notifications to TandD’s free-of-charge cloud-based “T&D WebStorage Service”. You can download data and configure device settings using TandD’s dedicated app “TR7 for Windows (for Windows)” or “T&D Thermo (for smartphone / tablet)“. By using their Windows software “T&D Graph”, you can easily view and analyze data from a PC.

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The Infinite iLOGPlus-LAN Data Logger is an internet-enabled device, especially suited for remote data acquisition, distributed telemetry, and remote control. The units act as master devices and send alerts and data files on their own via FTP, email, and SMS. All types carry a built-in TCP/IP web server with live web pages that can be accessed by any Internet browser application. They accept and serve TCP and SMS commands for interactive operation in a SCADA system. Analog inputs and digital I/O are expandable using I/O expansion modules, plugging into a serial I/O expansion bus.

The device carries a built-in Ethernet/LAN adapter and can be directly hooked onto a local network. It can connect via a gateway or a GSM network router to the Internet. SMS alerting is supported with an external GSM modem attached to the local serial port.

Applications include:

• Water Resources Management
• Weather Conditions Monitoring
• Gas Distribution
• Environmental Monitoring
• Quality & Safety Assurance, HACCP

Advanced Features

The following characteristics are common to the 2 device types distinguished by the physical communication medium:

• Dual ARM7 processor architecture.
• 4 high-resolution analog inputs (AI1-AI4). Analog inputs can be expanded to 16 using 3 GE-AI-4 modular expansion modules.
• 2 constant current sources for PT-100 transducer excitation.
• 4 digital inputs for state recording and alarming. Two of them have pulse counting capability of up to 3 KHz supporting sensors with pulse output (power meters, flow meters, etc.). Digital inputs can be expanded to 16 by means of 3 GE-DIO-42 modular expansion modules.
• 2 relay outputs that are user (for remote control) or event triggered. Digital outputs can be expanded to 8 using 3 GE-DIO-42 modular expansion modules.
• External DIN rail adaptor with screw terminals for convenient wiring (SCT-04E).
• Power fail-safe memory for up to 40,000 channel records.
• Alarm recording and annunciation via email and SMS.
• Scheduled data transmission via email file attachment and FTP.
• TCP and SMS ASCII commands for parameter setting and remote control.
• Internal web server publishing a two-page HTML site on the internet, allowing real-time monitoring of the measurements and operating states and limiting parameter changing.
• Serial communication RS232 port supporting local communication and convenient parameter setting and firmware upgrading using a PC and the powerful iLOGPlus Transporter utility.

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Infinite iLOGPlus-GSM Data Logger is internet enabled devices, especially suited for remote data acquisition, distributed telemetry, and remote control. The units act as master devices and send alerts and data files on their own via FTP, email, and SMS. All types carry a built-in TCP/IP webserver with live webpages that can be accessed by any Internet browser application. They accept and serve TCP and SMS commands for interactive operation in a SCADA system. Analog inputs and digital I/O are expandable by means of I/O expansion modules, plugging on a serial I/O expansion bus.

The device carries a built-in GSM/GPRS modem and can automatically connect via a mobile telephony network to an ISP provider, to transmit its data via email or FTP and alerts via email or SMS. The unit controls the internal modem power supply for power saving purposes in applications with battery operation.

Applications include:

• Water Resources Management
• Weather Conditions Monitoring
• Gas Distribution
• Environmental Monitoring
• Quality & Safety Assurance, HACCP

Advanced Features

The following characteristics are common to the 2 device types distinguished by the physical communication medium:

• Dual ARM7 processor architecture.
• 4 high resolution analog inputs (AI1-AI4). Analog inputs can be expanded to 16 by means of 3 GE-AI-4 modular expansion modules.
• 2 constant current sources for PT-100 transducer excitation.
• 4 digital inputs for state recording and alarming. Two of them have pulse counting capability up to 3 KHz supporting sensors with pulse output (power meters, flow meters, etc.). Digital inputs can be expanded to 16 by means of 3 GE-DIO-42 modular expansion modules.
• 2 relay outputs that are user (for remote control) or event triggered. Digital outputs can be expanded to 8 by means of 3 GE-DIO-42 modular expansion modules.
• External DIN rail adaptor with screw terminals for convenient wiring (SCT-04E).
• Power fail safe memory for up to 40,000 channel records.
• Alarm recording and annunciation via email and SMS.
• Scheduled data transmission via email file attachment and FTP.
• TCP and SMS ASCII commands for parameter setting and remote control.
• Internal web server publishing a two pages HTML site on the internet, allowing real time monitoring of the measurements and operating states and allowing limited parameter changing.
• Serial communication RS232 port supporting local communication and convenient parameter setting and firmware upgrading using a PC and the powerful iLOGPlus Transporter utility.

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The BSC-50E Remote Alarming System is an ultra low power, wireless RTU with data logging and alarming capabilities. The battery-powered RTU incorporates a quad-band GSM/GPRS modem, four digital inputs, two analog inputs, one pulse counter input and multiple excitation options for powering measuring transducers. A Lithium Thionyl battery provides autonomous operation for over 10 years.

Applications include:

• Water Resources Management
• Weather Conditions Monitoring
• Power Grid
• Gas Distribution
• Environmental Monitoring
• Telecom & IT
• Tank Level Measurement

The Infinite Advantage

BSC-50E utilizes a dual processor architecture in order to combine extreme low power consumption with advanced processing and communication capabilities. A system controller (ultra-low power MCU) performs the measurement, data logging and alarm condition detection in continuous operation. A powerful communication processor, switched on and off by the system controller, performs data processing and controls communications through the internal wireless MODEM. The result is up to 50% power saving compared to respective units of the competition while performing the same tasks.

Modes of Operation

Modes of operation include autonomous battery operation and 9 to 24V external power supply operation with an uninterruptible transition to battery operation during a power outage.

Measurements & Data Logging

The digital inputs are scanned in a closed loop by the system controller for detecting an alarm condition. Analog input scaling and alarm limits are user definable. The analog inputs are sampled according to the user-defined sampling rate. Sampling rate and sampling duration affect the battery life according to the transducer power supply requirements. Firmware V:7.0 introduces a dual set of sampling, logging, and data transmission rates. The basic set can be superseded by an alternate set on an event. Digital input states, analog input, and counter values can be used as trigger sources for rate changes. 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.

Transducer Excitation

The unit provides multiple excitation options for measuring transducers.

Alerting & Messaging

SMS announcements include alert messages and periodical status messages for verifying unit availability. The unit supports discrete alerting for several users. Message texts are user definable.

Setup and Remote Configuration

The unit can be programmed locally through the serial port or remotely via SMS by using simple ASCII configuration commands. The command set features commands for configuring input alarm parameters, scaling parameters and alarm limits, timing parameters and defining user groups. BSC-50E can be remotely reconfigured by sending configuration commands via SMS to the unit during the periodical status message processing.

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The ADU-500 Data Logger is an ultra low power, wireless RTU with data logging and alarming capabilities. The battery-powered RTU incorporates three digital inputs, two analog inputs, one pulse counter input and multiple excitation options for powering measuring transducers. The device supports the acquisition of up to 48 measurement channels, based on the popular SDI-12 communication protocol. ADU-500 uses an internal 3G cell modem to automatically send data and alerts. A D-size Lithium Thionyl battery can provide autonomous operation for over 10 years.

Applications include:

• Water Resources Management
• Weather Conditions Monitoring
• Environmental Monitoring

The Infinite Advantage

ADU-500 utilizes a dual processor architecture in order to combine extreme low power consumption with advanced processing and communication capabilities. A system controller (ultra-low power MCU) performs the measurement, data logging, and alarm condition detection on a periodical basis. A powerful communication processor switched on and off by the system controller, performs data processing and controls communications through the internal wireless MODEM. The result is up to 50% power saving compared to respective units of the competition while performing the same tasks.

Measurements & Data Logging

The digital inputs are scanned by the system controller for detecting an alarm condition. Analog input gain, scaling and alarm limits are user definable. The analog inputs and SDI-12 sensors are sampled according to the user-defined sampling rate. Sampling rate and sampling duration affect the battery life according to the transducer power supply requirements.

SDI-12 Serial Bus

SDI-12 is an asynchronous, ASCII, serial communications protocol that was developed for intelligent sensory instruments that typically monitor environmental data. The communication is achieved by digital communications. The addressing system allows data recorder to communicate with several microprocessor-based sensors over a single line. ADU-500 is compliant to the SDI-12 Standard Version 1.2 and supports extended commands for sensor configuration, in terminal mode. ADU-500 can collect data from several SDI-12 sensors for a total amount of 48 measurement channels.

RS-485, MODBUS

ADU-500 supports acquisition from sensors with an RS-485 interface, using the popular MODBUS ASCII protocol. Up to 10 measurement channels from several sensors are supported.

Transducer Excitation

The unit provides multiple excitation options for measuring transducers.

Alerting & Messaging

SMS announcements include alert messages and periodical Status messages for verifying unit availability. The unit supports discrete alerting for several users. Message texts are user definable.

Data Transmission

The ADU-500 Data Logger supports periodical data transmission according to user-defined parameters. The unit can send data via SMS to predefined users or to an internet server via FTP.

Setup and Remote Configuration

The unit can be programmed locally through the serial port or remotely via SMS by using simple ASCII configuration commands. The command set features commands for configuring input alarm parameters, scaling parameters and alarm limits, timing parameters and defining user groups. ADU-500 can be remotely reconfigured by sending configuration commands to the unit during the periodical status message processing.

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The new DT82E Environmental Data Logger Series 4 version has increased sampling speed, measurement range, and programmable analog output.

Versatile Measurement

Superior Data Storage & Communications

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The new DT82EM Environmental Data Logger Series 4 version has increased sampling speed, measurement range, and programmable analog output.

The dataTaker DT82EM intelligent data logger is a fully featured low-powered logging platform with an integrated cellular modem, making it perfect for remote applications. The rugged design and wide operating temperature range of the DT82EM provide reliable operation in virtually any environment.

The DT82EM’s perfect balance of performance with low power also allows you to use a smaller solar panel without compromising on functionality.

Versatile Measurement

Connect an array of sensors through versatile analog and digital channels, high-speed counter inputs, phase encoder inputs, and programmable serial sensor channels.

Temperature, voltage, current, 4-20mA loops, resistance, bridges, strain gauges, frequency, digital, serial, and calculated measurements can all be scaled, logged, and returned in engineering units or within statistical reporting.

Set up sampling, logging, alarm, and control tasks to suit your requirements while interfaces for smart sensors, GPS, and other intelligent devices expand the DT82EM flexibility.

Automatic Data Delivery

Forget traveling long distances to get your data. Utilize the DT82EM’s automatic data delivery features to schedule your data to be automatically emailed to your inbox every day, week, month, or other time intervals.

More sophisticated systems can make use of the automatic data delivery features to send logged data to an FTP server. Alarm conditions can also trigger data delivery in addition to sending alarm messages to multiple email addresses or mobile phones.

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The new DT85 Universal Input Data Logger Series 4 version has increased sampling speed, measurement range and programmable analog output.

The dataTaker DT85 smart data logger provides an extensive array of features that allow it to be used across a wide variety of applications. The DT85 is a robust, standalone, low power data logger featuring USB memory stick support, 18-bit resolution, extensive communications capabilities and built-in display.

The dataTaker DT85’s Dual Channel concept allows up to 32 isolated or 48 common referenced analog inputs to be used in many combinations. With support for multiple SDI-12 sensor networks, Modbus for SCADA systems, FTP and Web interface, 12V regulated output to power sensors, the DT85 is a totally self-contained solution.

Versatile Measurement

Connect an array of sensors through the versatile analog and digital channels, high-speed counter inputs, phase encoder inputs and programmable serial sensor channels.

Temperature, voltage, current, 4-20mA loops, resistance, bridges, strain gauges, frequency, digital, serial and calculated measurements can all be scaled, logged and returned in engineering units or within statistical reporting.

Set up sampling, logging, alarm and control tasks to suit your own requirements while interfaces for smart sensors, GPS, and other intelligent devices expand the DT85 flexibility.

Superior Data Storage and Communications

With the standard unit able to store up to 10 million data points (expandable) you can log as much or as little as you need. Overwrite or stop logging once allocated memory is full, archive data on alarm event, copy to USB memory or transfer via FTP/ Email, the choice is yours.

Communications features include RS232, USB, and Ethernet, connect to the DT85 locally, remotely through a modem or over the Internet.

Read more about the DT85 Universal Input Data Logger in this apps note about monitoring a solar energy system.

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