REMOTE MONITORING · BATTERY POWERED · GSM · NB-IoT · LoRaWAN
Take measurements from sites without electricity. Power the sensor from the same device and transmit the data to the central system via GSM.
Infinite is a technology company that develops remote field measurement, wireless data acquisition, battery-powered dataloggers, and measurement systems with GSM / NB-IoT / LTE-M / LoRaWAN communication.
The brand stands out especially with autonomous measurement devices used in applications where there is no electrical infrastructure in the field, cabling is not possible, or measurement points are very far from one another.
The main difference of Infinite products is not only that they contain an internal battery and communication module. In remote field measurement, the truly critical issue is often that the sensor performing the measurement also requires power.
For example, pressure sensor , level sensor , flow sensor , a water quality probe, or a meteorological sensor may need to be powered for a certain period of time in order to operate.
Infinite's battery-powered datalogger and RTU products offer an important advantage at this point. While the device operates from its own internal battery, it can also supply power to the connected sensor during measurement. This makes it possible to create a more compact measurement system without installing an additional battery, solar panel, power supply, or panel in the field.
This structure provides significant convenience especially at rivers, lakes, dams, mountainous areas, drinking water networks, agricultural sites, fish farms, meteorological stations, flood warning systems, or remote measurement points without electricity.
Infinite products are designed as systems that operate in the field for long periods with low power consumption , rather than to transmit data continuously every second. The device wakes up at defined intervals, powers the sensor, takes the measurement, records the data, and returns to low-power mode. At the defined transmission time, the records can be sent to the central system via GSM, LTE-M, NB-IoT, MQTT, FTP, or the communication method supported by the product.
REMOTE FIELD MEASUREMENT APPROACH
Wake up. Power the sensor. Measure. Record. Send.
Internal Battery
Create a long-term data acquisition system at remote locations without electrical infrastructure using the device's own battery.
Power the Sensor Too
Supply power to connected pressure, level, flow, water quality, or other field sensors during measurement; turn off the power when the measurement is complete.
Send Data Remotely
Transfer recorded field data to the central system at defined intervals using GSM, NB-IoT, LTE-M, LoRaWAN, MQTT, or FTP options.
LOW POWER REMOTE MONITORING
The difference with Infinite: manage not only the datalogger, but also the sensor in terms of power.
In a remote field measurement system, having a battery-powered datalogger alone may not be sufficient. If the field sensor requires 24 VDC or another supply voltage, additional power infrastructure may need to be installed. Infinite devices help solve this problem by powering the sensor during measurement.
For example, the device can be configured to take a measurement every 30 minutes. When it wakes up, it powers the sensor, waits the required time for the sensor to stabilize, takes the measurement, records it, and returns to low-power mode. The data transmission period can be planned separately and independently of the measurement period.
TESLA KONTROL & INFINITE
Approximately 15 Years of Infinite Distribution and Application Experience
As Tesla Ölçü Kontrol Sistemleri, we have been working with Infinite products for approximately 15 years and serve as the brand's sole distributor in Turkey.
For Infinite, we provide our customers with product selection, sales, technical support, and after-sales services for battery-powered GSM dataloggers, remote field measurement systems, sensor-powered data acquisition solutions, and wireless measurement projects.
Infinite products should not be evaluated like a standard datalogger selection. The parameter to be measured, the sensor to be used, the sensor power requirement, measurement period, data transmission frequency, battery life, communication method, and field conditions should be considered together.
At Tesla Kontrol, we evaluate together whether electricity is available in the field, how long the sensor needs to be powered, how frequently the data should be recorded, by which method it should be sent to the central system, and whether alarms are required.
Our long-standing experience with Infinite products also provides an important advantage in after-sales support. We can provide technical support for device settings, measurement periods, sensor power duration, FTP / MQTT data transmission, SMS alarm configuration, and field applications.
NEARLY 15 YEARS
Many years of experience with Infinite products and remote field applications.
SENSOR SELECTION
System evaluation according to sensor type, power requirement, and measurement period.
COMMUNICATION
Evaluation of GSM, NB-IoT, LTE-M, LoRaWAN, FTP, and MQTT options.
AFTER-SALES
Support for commissioning, measurement period, data transmission, and alarm configuration.
PRODUCT GROUPS
Infinite Remote Field Measurement Products
Infinite products can generally be considered as battery-powered RTU / dataloggers, remote field measurement devices with GSM / NB-IoT / LTE-M communication, and LoRaWAN-based wireless measurement solutions.
BATTERY POWERED · GSM · REMOTE DATALOGGER
GSM Datalogger Systems with Internal Battery
One of Infinite's strongest areas is datalogger measurement systems with internal batteries and GSM communication. These devices are used to acquire data from sensors at locations without power infrastructure, record the data, and send it to the central system at defined intervals.
The device integrates a battery, communication module, inputs, recording memory, and sensor power supply. On suitable models, data can be transmitted over GSM / 4G infrastructure using a SIM card.
The low-power operating concept extends battery life and helps the device operate in the field for long periods without requiring maintenance.
SENSOR POWER · REMOTE FIELD MEASUREMENT
Remote Field Measurement Devices with Sensor Power Supply
One of the most important features that distinguishes Infinite products from similar GSM datalogger solutions is their ability to supply power to the sensor used for measurement.
In many remote field projects, having a battery-powered datalogger alone is not sufficient. A pressure transmitter, level sensor, water quality probe, or flow measurement device may require a specific supply voltage.
The Infinite device can power the sensor during measurement and switch off the sensor power after the measurement is complete. This allows the sensor to consume power only during the period when a measurement is actually being taken.
This feature provides a major advantage especially in projects where installing a battery, solar panel, regulator, panel, and additional cabling is not desired. A simpler, more compact, and field-manageable measurement system can be created.
FTP · MQTT · DATA TRANSFER
Different Data Transmission Methods
Infinite datalogger products can transfer measurement data to the central system using different methods according to application requirements.
FTP
Data Transmission as a File
At defined intervals, the device can send recorded measurement data to the central system as a file in txt format. It can be used in projects involving simple data acquisition, periodic reporting, and server-side file processing.
MQTT CLIENT
IoT and Cloud Integration
The MQTT Client structure can be used for integration with IoT platforms, cloud systems, or modern data acquisition software. It provides an important option for applications where sensor data must be transferred regularly to central platforms.
For Infinite, OPC UA Server support being included in the product roadmap is an important development that may enable more direct data sharing with SCADA and industrial automation systems in the future.
SMS ALARM · EVENT NOTIFICATION
Do not just record a critical condition in the remote field; send a notification.
Alarm conditions can be defined in Infinite devices according to measurement values. When the device wakes up at the defined measurement period, it acquires data from the sensor and checks the defined limit values.
When an alarm condition occurs, the device can send an SMS to defined recipients. This feature not only enables data acquisition in remote fields but also helps enable earlier intervention in critical situations.
ADS-270 · LoRaWAN
Remote Field Measurement with LoRaWAN Communication
In addition to models with GSM / NB-IoT / LTE-M communication, the Infinite product family also includes a LoRaWAN communication option. ADS-270 can be considered for LoRaWAN-based wireless measurement applications.
Thanks to its low power consumption and long-range communication advantages, LoRaWAN can be used especially at facilities with their own LoRaWAN infrastructure or at sites where a gateway can be installed.
Models such as ADS-270 provide an alternative solution for applications where GSM infrastructure is not preferred or where operation over a private LoRaWAN network is desired.
PRODUCT MODELS
Different Communication Options for Different Remote Field Requirements
The Infinite product family includes models for different remote field measurement requirements. When selecting a product, the communication method, number of inputs, sensor type, sensor power requirement, and field conditions should be considered together.
ADU-500
REMOTE DATA ACQUISITION
BSC-50E
REMOTE MONITORING
BSC-50D
REMOTE MONITORING
Models such as ADU-500 and BSC-50E can be considered for GSM / 4G-based remote field data acquisition applications; models such as ADS-300 and ADS-700 for NB-IoT / LTE-M-based IoT applications; and ADS-270 for measurement projects with LoRaWAN communication.
APPLICATION AREAS
In which applications are Infinite products used?
Infinite products are used especially in applications where there is no electricity in the field, cabling is difficult, or measurement points are distributed. They simplify system installation and make data acquisition practical in remote field projects.
OFF-GRID REMOTE MONITORING
Off-Grid Remote Field Measurements
They can be used in mountainous areas, agricultural fields, stream beds, lakesides, dam areas, forested areas, or measurement points without infrastructure. Thanks to the internal battery and sensor power supply feature, measurements can be taken without installing an external power system.
WATER QUALITY
River, Lake and Water Quality Monitoring
Temperature, level, conductivity, pH, dissolved oxygen, or other water quality parameters can be measured at defined intervals and sent to the central system. This provides an important advantage especially at outdoor field locations where cabling cannot be installed.
METEOROLOGY
Meteorological Measurements
Parameters such as temperature, humidity, precipitation, wind, pressure, or soil moisture can be monitored at meteorological stations. Battery-powered measurement devices can acquire data from meteorological sensors and transfer it to the central system at defined intervals.
WATER NETWORK
Water Network Pressure and Flow Monitoring
In drinking water networks, pressure, flow, level, or meter data can be monitored from different points. At locations without power infrastructure, the Infinite system can power the sensor, take measurements, and send the data remotely.
FLOOD WARNING
Flood and River Level Warning Systems
In applications where river, stream, or open-channel levels are monitored, the level sensor can be read at defined intervals. If a limit is exceeded, an SMS alarm can be sent and measurement data can be transferred to the central system.
OPEN CHANNEL · RIVER FLOW
Open Channel and River Flow Measurements
Remote field measurement systems can be used to monitor level and flow in open channels, rivers, or irrigation canals. The Infinite device can power the sensor at defined times, take measurements, and transmit the data to the central system.
AQUACULTURE · FISH FARMING
Fish Farming and Aquaculture
Dissolved oxygen, temperature, level, or other water quality parameters can be monitored at fish farms. It can be used at sites where electrical infrastructure is limited or sensor points are distributed.
FIELD STATUS · POWER FAILURE
Power Failure and Field Status Monitoring
In some applications, not only the measurement value but also power failures or the status of field equipment need to be monitored. Digital inputs, alarm notifications, and periodic data transmission can be used in these types of remote monitoring applications.
CORRECT SYSTEM SELECTION
What Should Be Considered When Selecting a Remote Field Datalogger?
Selecting the correct device among Infinite products is important for the success of the application. Each remote field project has different measurement, power, and communication requirements.
01 · PARAMETER TO BE MEASURED
Pressure, level, flow, water quality, temperature, meteorological data, or digital field information determines which sensor and input structure should be used.
02 · SENSOR POWER SUPPLY
The voltage at which the sensor operates, how much current it draws, and how long it needs to be powered before measurement to become stable are important for battery calculations.
03 · MEASUREMENT PERIOD
Taking a measurement every minute, every 15 minutes, every 30 minutes, or every few hours directly affects battery consumption and system design.
04 · DATA TRANSMISSION FREQUENCY
The measurement period and the data transmission period do not have to be the same. Energy consumption can be optimized by recording data more frequently and transmitting it less frequently.
05 · COMMUNICATION
The choice of GSM / 4G, NB-IoT, LTE-M, or LoRaWAN should be evaluated according to the field infrastructure. On the data side, methods such as FTP or MQTT can be used according to the project architecture.
06 · ALARM SCENARIO
The need for SMS notification should be evaluated from the beginning for conditions such as limit exceedance, flooding, low pressure, power failure, or a critical water quality value.
WHY TESLA KONTROL?
Do not build a remote field measurement system by selecting only a datalogger.
Selecting the correct Infinite device is important for the success of the application. Measurement period, sensor power duration, battery life, communication method, alarm requirements, and data transmission format can directly affect one another.
At Tesla Kontrol, with approximately 15 years of Infinite experience, we evaluate together which sensor will be used in the field, how the device will power the sensor, how frequently data will be acquired, by which method it will be sent, and how the alarm structure will be configured.
Our long-standing familiarity with Infinite products also provides an advantage in after-sales technical support. We can assist our customers with device settings, measurement and transmission periods, FTP / MQTT data transfer, SMS alarm definitions, and field application details.
✓ Infinite product sales in Turkey
✓ Selection of battery-powered GSM dataloggers and remote field measurement systems
✓ Evaluation of sensor power requirements
✓ Planning of measurement periods and data transmission frequency
✓ Technical guidance for FTP and MQTT integration
✓ Support for SMS alarm scenarios
✓ Product recommendations for water, environmental, meteorological, and infrastructure projects
✓ Evaluation of the ADS-270 product with LoRaWAN communication
✓ After-sales technical support
RELATED PRODUCT AND SOLUTION TOPICS
Battery-Powered GSM Datalogger
Remote Field Measurement Systems
Sensor-Powered Datalogger
Meteorological Measurement
Open Channel Flow Measurement
Dissolved Oxygen Monitoring
Wireless Data Acquisition
REMOTE MONITORING · SYSTEM SELECTION · TECHNICAL SUPPORT
Quotation and Technical Support for Infinite Products
For pricing, technical information, and product selection regarding Infinite battery-powered GSM dataloggers, remote field measurement devices, sensor-powered data acquisition systems, or measurement solutions with LoRaWAN communication, you can contact the Tesla Kontrol team.
When determining the correct product for your application, we can evaluate together the parameter to be measured, the sensor to be used, the sensor power requirement, measurement period, data transmission frequency, alarm requirement, and communication method.
We can evaluate Infinite products together for water quality, level, pressure, flow, meteorology, fish farming, flood warning, or power failure monitoring applications at sites without electricity.
FREQUENTLY ASKED QUESTIONS
Frequently Asked Questions About Infinite
Who is the Infinite distributor in Turkey?
Tesla Ölçü Kontrol Sistemleri is the sole distributor of Infinite products in Turkey. It has been working with Infinite products for approximately 15 years and provides support for battery-powered GSM dataloggers, remote field measurement systems, technical support, and after-sales services.
What are Infinite products used for?
Infinite products are used to acquire data from sensors at locations where there is no electricity or cabling cannot be installed, record the data, and transfer it to the central system using methods such as GSM, NB-IoT, LTE-M, LoRaWAN, FTP, or MQTT.
What is the most important difference of Infinite datalogger products?
The most important difference of Infinite products is that their internal battery not only powers the device itself, but can also supply power to connected sensors during measurement. This makes it possible to build a more compact measurement system in the field without an external power supply, battery, or solar panel.
Do Infinite devices transmit data continuously?
Infinite devices generally wake up at defined intervals for low power consumption, supply power to the sensor, take a measurement, record the data, and return to sleep mode. The data transmission period can be set separately from the measurement period according to application requirements.
Which data transmission methods do Infinite products support?
Depending on the product model, txt file transmission via FTP, data transfer via MQTT Client, GSM / NB-IoT / LTE-M communication, or LoRaWAN communication options can be used. OPC UA Server support is one of the next-generation integration options on the product roadmap.
Can Infinite products send SMS alarms?
Yes. Alarm limits can be defined for measurement values. If an alarm condition occurs when the device takes a measurement, it can send an SMS to defined recipients. It can be used for flooding, low pressure, level alarms, power failures, or critical field conditions.
In which applications are Infinite products used?
Infinite products can be used for water quality monitoring, river and lake measurements, meteorological measurements, water network pressure / flow monitoring, flood warning systems, open-channel flow measurement, fish farm monitoring, and remote field applications without electricity.
What is the ADS-270 model?
ADS-270 is a model in the Infinite product family that can be considered for measurement applications with LoRaWAN communication. It provides an alternative solution for projects where LoRaWAN infrastructure is preferred instead of GSM.
Can I receive technical support for Infinite products?
Yes. Tesla Kontrol provides assistance with product selection, sensor connection, measurement period, sensor power duration, data transmission settings, FTP / MQTT configuration, SMS alarm definitions, and after-sales technical support for Infinite products.
