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Tor.ai

Showing 9 out of 9 products

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₹8,495   ₹13,000
You save ₹4,505!
34.65% OFF
Tor.ai 3 Phase Multifunction Meter with 0.5S Accuracy, RS485 Modbus Interface and 10°C to 75°C Operating Temperature, Titan 212 is built to provide reliable electrical monitoring for three-phase power systems. Its 0.5S accuracy specification supports precise readings, helping users obtain dependable information for operational assessment and energy supervision. The RS485 Modbus interface allows the instrument to communicate with compatible monitoring networks, controllers and industrial automation systems. With an operating temperature range of 10°C to 75°C, it can serve suitable electrical installations where environmental conditions fall within the specified limits. The multifunction design consolidates several measurement requirements into one device, making it useful for control panels, commercial facilities, production environments and distribution systems. By presenting electrical information through an integrated platform, it can support systematic observation and more effective management of power-related operating conditions. Tor.ai 3 Phase Multifunction Meter with 0.5S Accuracy, RS485 Modbus Interface and 10°C to 75°C Operating Temperature, Titan 212 provides a practical combination of precision measurement and communication functionality. Its Modbus capability enables measured information to be transferred to supervisory platforms, supporting centralized monitoring and data analysis. The multifunction approach can help operators evaluate electrical parameters without installing numerous separate instruments, contributing to an organized panel arrangement. The stated temperature range supports deployment in appropriate indoor and industrial environments. This meter can assist maintenance personnel in observing changing electrical behavior, reviewing consumption trends and improving visibility across three-phase systems. Its integration-friendly design makes it suitable for energy-management applications, automation panels, manufacturing equipment and facility monitoring where consistent measurement and reliable communication are important for day-to-day electrical supervision.
₹6,843   ₹11,100
You save ₹4,257!
38.35% OFF
Tor.ai 3 Phase Multifunction Meter with 0.5S Accuracy, RS485 Modbus Interface and 10°C to 75°C Operating Temperature, Titan 211 is intended for dependable monitoring of electrical parameters in three-phase installations. Its 0.5S accuracy provides precise measurement performance for applications requiring consistent electrical data. The RS485 Modbus interface enables straightforward communication with compatible industrial controllers, SCADA systems and energy-monitoring equipment, supporting centralized data collection. Designed for operation between 10°C and 75°C, the meter is suitable for a range of controlled industrial and commercial environments. Its multifunction capability allows several electrical readings to be accessed from one compact instrument, reducing the requirement for multiple individual meters. This makes it useful for distribution panels, machinery, manufacturing facilities and building electrical systems where continuous observation of power-related parameters can support efficient operational management. Tor.ai 3 Phase Multifunction Meter with 0.5S Accuracy, RS485 Modbus Interface and 10°C to 75°C Operating Temperature, Titan 211 combines accurate measurement with industrial communication in a unified metering platform. Through its Modbus interface, measured information can be shared with automation and supervisory systems for remote observation, reporting and analysis. The multifunction configuration helps users examine electrical conditions from a centralized device, supporting better awareness of load behavior and energy usage. Its specified operating range allows deployment in suitable locations where ambient conditions remain within the stated limits. By simplifying parameter monitoring, this meter can assist maintenance teams and facility operators in identifying changing electrical conditions and improving energy oversight. The instrument is therefore well suited to applications demanding reliable three-phase measurement, communication capability and convenient integration into existing electrical monitoring infrastructure.
₹14,159   ₹20,500
You save ₹6,341!
30.93% OFF
Tor.ai 3 Phase Multifunction Energy Meter with 0.5S Accuracy, RS485 Modbus Interface and Color TFT Display, Titan 313 is engineered for detailed monitoring of three-phase electrical networks. Its 0.5S accuracy supports precise measurement, making it suitable for applications where dependable electrical data is important. The color TFT display provides a clear visual interface for observing measured parameters, allowing operators to review information conveniently at the installation point. An RS485 Modbus interface enables communication with compatible PLCs, SCADA systems, energy-management platforms and other automation equipment. Combining multiple measurement capabilities into one instrument helps reduce panel space requirements while providing centralized access to essential electrical information. This meter can be used in industrial plants, commercial installations, distribution panels and machinery applications requiring structured monitoring of electrical performance, consumption and operating conditions. Tor.ai 3 Phase Multifunction Energy Meter with 0.5S Accuracy, RS485 Modbus Interface and Color TFT Display, Titan 313 delivers measurement, display and communication capabilities within a single monitoring solution. The color screen enhances readability and assists users in navigating available electrical information efficiently. Its Modbus communication facility supports integration into wired monitoring networks, allowing measured values to be transferred to supervisory equipment for analysis and record keeping. The multifunction design can help operators assess changing loads, observe consumption behavior and maintain greater awareness of power-system conditions. With accurate measurement and network compatibility, the device is suitable for industrial automation, facility management and energy-monitoring applications. Its consolidated architecture provides a practical way to collect electrical data while supporting centralized supervision and more systematic power-management activities.
₹10,147   ₹15,440
You save ₹5,293!
34.28% OFF
Tor.ai 3 Phase Smart Energy Meter with Wifi & RS485 Modbus Interface and 10°C to 75°C Operating Temperature, Titan 312 is developed for connected electrical monitoring in modern industrial and commercial installations. Supporting three-phase measurement, the meter provides useful visibility into electrical consumption and operating conditions. Its WiFi connectivity enables wireless data communication, while the RS485 Modbus interface allows wired integration with compatible automation, supervisory and energy management systems. The broad 10°C to 75°C operating temperature range supports dependable performance across suitable indoor electrical environments. By combining smart connectivity with energy measurement, this device can reduce dependence on manual readings and facilitate centralized information access. It is appropriate for control panels, manufacturing facilities, commercial buildings, utility monitoring and applications where remotely accessible electrical data can assist operational decision-making and energy analysis. Tor.ai 3 Phase Smart Energy Meter with Wifi & RS485 Modbus Interface and 10°C to 75°C Operating Temperature, Titan 312 offers a practical combination of metering and communication functions for connected power-management setups. WiFi communication provides convenient wireless networking, while RS485 Modbus supports established industrial communication architectures. The dual-interface arrangement gives system designers greater flexibility when connecting the meter to gateways, monitoring platforms, PLC-based systems or building-management solutions. Its smart functionality can support continuous observation of electrical usage and facilitate timely access to measured information. The temperature specification further indicates suitability for controlled operating conditions within the stated range. By consolidating measurement and connectivity in one unit, this meter can simplify electrical monitoring infrastructure while supporting better visibility, centralized data acquisition and more informed energy-management practices.
₹7,433   ₹13,630
You save ₹6,197!
45.47% OFF
Tor.ai 3 Phase Multifunction Energy Meter with 0.5S Accuracy, RS485 Modbus Interface and TFT Display, Titan 311 is designed for accurate electrical parameter monitoring across three-phase systems. Its 0.5S accuracy class supports dependable measurement for voltage, current, frequency, power, energy and related operating values. The TFT display presents readings clearly, helping users review electrical conditions directly from the front panel. With an RS485 Modbus interface, the meter can communicate measured information to compatible monitoring systems, controllers and automation platforms. This makes it suitable for industrial panels, commercial facilities, machinery monitoring and energy management applications where dependable data acquisition is essential. Its multifunction architecture reduces the need for separate measuring instruments, supporting convenient installation and centralized electrical supervision. Tor.ai 3 Phase Multifunction Energy Meter with 0.5S Accuracy, RS485 Modbus Interface and TFT Display, Titan 311 combines measurement, visual indication and communication within a practical metering solution. The digital interface enables quick observation of electrical parameters, while Modbus communication assists integration with SCADA, BMS and other supervisory systems. Designed for continuous monitoring, it can help operators identify changing loads, evaluate consumption patterns and maintain better visibility of power distribution. The multifunction configuration is valuable for industrial environments requiring several electrical readings from a single device. Its communication capability also supports data collection for analysis and energy optimization. Overall, this meter provides a structured approach to three-phase electrical monitoring, helping improve operational awareness, measurement accessibility and system-level power management.
₹7,669   ₹21,146
You save ₹13,477!
63.73% OFF
Tor.ai Wireless Temperature Sensor –40 °C to +85 °C Operating Temperature, ±0.1°C Accuracy and 4 Pin Harness, Mercury is designed for precise temperature monitoring across a broad operating range. Its specified –40 °C to +85 °C temperature capability allows use in applications exposed to substantially varying ambient conditions. With ±0.1°C accuracy, the sensor is suited to monitoring tasks where dependable temperature information is important for process supervision and equipment management. The wireless functionality enables convenient data communication without requiring conventional signal wiring throughout the sensing path, while the 4 pin harness provides a practical connection interface for the applicable installation arrangement. This sensor can support industrial monitoring, equipment observation, environmental measurement and automation applications. Its combination of precision, wide temperature coverage and wireless communication makes it suitable for systems requiring consistent access to temperature information from distributed locations. Tor.ai Wireless Temperature Sensor –40 °C to +85 °C Operating Temperature, ±0.1°C Accuracy and 4 Pin Harness, Mercury offers a focused solution for accurate temperature observation in connected environments. The ±0.1°C accuracy specification helps provide reliable readings for applications where small temperature variations matter. Its wide –40 °C to +85 °C operating range supports deployment across demanding thermal conditions, subject to the complete system requirements. Wireless communication can simplify installation where extensive signal cabling is undesirable, while the 4 pin harness provides a defined interface for appropriate connections. The sensor can be integrated into industrial automation, machinery monitoring, environmental supervision and smart monitoring systems. By enabling temperature information to be collected from remote or distributed points, it can help operators maintain better process visibility, identify changing conditions and support timely operational decisions based on measured thermal data.
₹15,339   ₹75,520
You save ₹60,181!
79.69% OFF
Tor.ai Gateway with 12-30 V DC Voltage, Wifi, BLE 4.2 Connectivity and 800 mAh Li-Ion 3.7 V Battery, Jupiter 511 is a versatile communication device designed for connected equipment and IoT applications. Its 12-30 V DC input supports integration with suitable electrical systems, while WiFi enables network communication across compatible wireless infrastructure. BLE 4.2 provides short-range connectivity for supported sensors and devices, helping simplify local data exchange. An 800 mAh Li-Ion 3.7 V battery adds portable or backup power capability according to the system configuration. This combination of wired supply, wireless networking and Bluetooth communication allows the gateway to serve as an intermediary between field devices and digital monitoring platforms. It can be considered for smart equipment, remote data acquisition, facility monitoring, industrial connectivity and applications requiring flexible communication between local devices and network-based systems. Tor.ai Gateway with 12-30 V DC Voltage, Wifi, BLE 4.2 Connectivity and 800 mAh Li-Ion 3.7 V Battery, Jupiter 511 combines multiple connectivity options for modern monitoring architectures. WiFi supports communication with established wireless networks, whereas BLE 4.2 is suitable for interaction with compatible nearby devices and sensors. The integrated battery can provide an additional power resource where required by the deployment arrangement. Its gateway architecture helps connect field-level equipment with broader digital systems, allowing information to move between local devices and remote applications. Such functionality can assist smart-building systems, industrial IoT installations, equipment monitoring and distributed sensing applications. The device offers communication flexibility while maintaining compatibility with a 12-30 V DC supply environment, making it a practical option for projects that require wireless data transfer, local device connectivity and centralized information access.
₹10,737   ₹15,104
You save ₹4,367!
28.91% OFF
Tor.ai Gateway with 12-30 V DC Voltage, BLE, 4G LTE Connectivity and 0 to -30 V DC Reverse Polarity, Pluto 313 is designed to provide dependable connectivity between field equipment and remote monitoring platforms. Operating from a 12-30 V DC supply, it can be integrated into suitable industrial and automation environments. BLE capability supports communication with compatible nearby devices, while 4G LTE connectivity enables cellular data transmission where wired networking may not be convenient. The reverse-polarity specification provides consideration for incorrect DC supply connection within the stated range, supporting practical field deployment. This gateway can act as a communication bridge for connected sensors, meters and industrial devices, helping transfer information to centralized systems. Its combination of cellular and short-range wireless communication makes it useful for distributed monitoring, remote assets, equipment tracking and IoT-oriented applications requiring flexible connectivity. Tor.ai Gateway with 12-30 V DC Voltage, BLE, 4G LTE Connectivity and 0 to -30 V DC Reverse Polarity, Pluto 313 brings multiple communication technologies together in a compact industrial connectivity solution. The 4G LTE interface can support remote data exchange across locations without relying solely on local network infrastructure, while BLE provides a convenient link for nearby compatible equipment. Its 12-30 V DC operating supply is appropriate for many low-voltage industrial applications. The gateway can help collect information from field devices and forward relevant data toward cloud or supervisory environments, depending on the connected system architecture. This functionality makes it suitable for remote monitoring, asset management, connected machinery and distributed IoT installations. By bridging local devices with wider communication networks, it can support scalable and accessible industrial data connectivity.
₹43,424  
Tor.ai Smart Edge Appliance 12-30 V DC Voltage Range, Wifi, Ethernet Connectivity and 16 Pin Harness, Cygnus 901 is designed for edge-level processing and connectivity within industrial and IoT environments. Its 12-30 V DC voltage range supports integration with suitable field power systems, while WiFi provides wireless networking flexibility. Ethernet connectivity offers a dependable wired communication path for installations requiring stable network access. The 16 pin harness supports organized interfacing with connected equipment according to the system configuration. As an edge appliance, it can help bring data processing and communication closer to field devices, reducing dependence on centralized infrastructure for certain applications. The unit can be considered for industrial automation, equipment monitoring, connected machinery, remote diagnostics and smart infrastructure projects where local data handling and network connectivity are important. Tor.ai Smart Edge Appliance 12-30 V DC Voltage Range, Wifi, Ethernet Connectivity and 16 Pin Harness, Cygnus 901 combines local connectivity with edge-oriented computing capabilities for connected systems. WiFi allows flexible wireless deployment, while Ethernet supports wired network integration for installations where consistent communication is preferred. Its 12-30 V DC supply range is suitable for compatible industrial electrical environments, and the 16 pin harness provides an interface for system-level connections. Positioned at the network edge, the appliance can facilitate collection, processing and communication of information from connected field equipment. This can support applications involving automation, machine monitoring, IoT data acquisition and distributed control architectures. By placing connectivity and edge functionality close to the source of operational data, the device can contribute to responsive monitoring, streamlined data movement and more efficient digital integration of industrial assets.
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