Apcon Automation India Private Limited

• Display method: 4-digit 7-segment LED.
• Control method: ON/OFF, P, PI, PD, PID.
• Analog: 0-100mV, 0-5V, 1-5V, 0-10V.
• Sampling cycle: 50ms.
• Control output 1: Relay(250VAC~ 3A).
• Option output: Alarm 1/2.
• Power supply: 100-240VAC~ 50/60Hz.
• Protection structure: IP65(front panel).

The TCN4M-24R of PID temperature controllers offers enhanced control capabilities with a super high-speed sampling cycle of 50ms and a display accuracy of ±0.3%. These controllers support simultaneous heating/cooling control, as well as automatic/manual control. They also provide selectable functions for SSR output/current output, SSRP output, and communication. Additionally, the TCN4M Series includes support for various input sensors, multi SV setting, a high-resolution display, and a compact size. The control output consists of 1 relay contact and 2 alarm outputs. Get Best Price of Autonics TCN4M-24R Temperature Controller at ₹1725/-

• Temperature Controllers monitor the current temperature through a sensor (like a thermocouple or RTD) and compare it to the setpoint defined by the user.

• These devices are typically used in systems where precise temperature regulation is critical, such as in ovens, refrigerators, laboratories, plastic molding, chemical processes, and HVAC systems.

• They offer features like PID control (Proportional-Integral-Derivative), alarms for temperature deviations, and digital displays for real-time monitoring.

• Output types can include relay contacts for switching heating/cooling devices or analog outputs for continuous control.

• Display method: 4-digit 7-segment LED
• Control method: ON/OFF, P, PI, PD, PID
• Input specification: Thermocouple
• Analog: 0-100mV, 0-5V, 1-5V, 0-10V, 0-20mA, 4-20mA
• Sampling cycle: 50ms
• Control output 1: Current(DC0/4-20mA) or SSR drive(11VDC) [ON/OFF]
• Option output: Alarm 1/2
• Power supply: 100-240VAC~ 50/60Hz
• Protection structure: IP65(front panel)

• Number of input channels : 2-channel
• Power supply : 24VDC 
• Allowable voltage range : 90 to 110% of rated voltage
• Power consumption : Max. 5W(for max. load)
• Display method : None-parameter setting and monitoring is available at external devices(PC, PLC, etc.)
• Environment_Ambient temperature : -10 to 50℃, storage: -20 to 60℃
• Protection structure : IP20(IEC standard)

• A Panel Meter is a visual instrument used to display measurements of electrical parameters like voltage, current, or temperature.

• Typically mounted on control panels for real-time monitoring in industrial or laboratory settings.

• Available in analog or digital formats, offering ease of use and precise readings.

• Used in various applications such as process control, automation systems, and energy management.

• A Panel Meter is a visual instrument used to display measurements of electrical parameters like voltage, current, or temperature.

• Typically mounted on control panels for real-time monitoring in industrial or laboratory settings.

• Available in analog or digital formats, offering ease of use and precise readings.

• Used in various applications such as process control, automation systems, and energy management.

• A Panel Meter is a visual instrument used to display measurements of electrical parameters like voltage, current, or temperature.

• Typically mounted on control panels for real-time monitoring in industrial or laboratory settings.

• Available in analog or digital formats, offering ease of use and precise readings.

• Used in various applications such as process control, automation systems, and energy management.

• A Panel Meter is a visual instrument used to display measurements of electrical parameters like voltage, current, or temperature.

• Typically mounted on control panels for real-time monitoring in industrial or laboratory settings.

• Available in analog or digital formats, offering ease of use and precise readings.

• Used in various applications such as process control, automation systems, and energy management.

• A Panel Meter is a visual instrument used to display measurements of electrical parameters like voltage, current, or temperature.

• Typically mounted on control panels for real-time monitoring in industrial or laboratory settings.

• Available in analog or digital formats, offering ease of use and precise readings.

• Used in various applications such as process control, automation systems, and energy management.

• A Panel Meter is a visual instrument used to display measurements of electrical parameters like voltage, current, or temperature.

• Typically mounted on control panels for real-time monitoring in industrial or laboratory settings.

• Available in analog or digital formats, offering ease of use and precise readings.

• Used in various applications such as process control, automation systems, and energy management.

• A Panel Meter is a visual instrument used to display measurements of electrical parameters like voltage, current, or temperature.

• Typically mounted on control panels for real-time monitoring in industrial or laboratory settings.

• Available in analog or digital formats, offering ease of use and precise readings.

• Used in various applications such as process control, automation systems, and energy management.

• A Panel Meter is a visual instrument used to display measurements of electrical parameters like voltage, current, or temperature.

• Typically mounted on control panels for real-time monitoring in industrial or laboratory settings.

• Available in analog or digital formats, offering ease of use and precise readings.

• Used in various applications such as process control, automation systems, and energy management.

• A Panel Meter is a visual instrument used to display measurements of electrical parameters like voltage, current, or temperature.

• Typically mounted on control panels for real-time monitoring in industrial or laboratory settings.

• Available in analog or digital formats, offering ease of use and precise readings.

• Used in various applications such as process control, automation systems, and energy management.

The PRGB-302-RYG is likely a 56mm Tower Light designed for industrial and automation applications. Here's a brief breakdown of its features:

• The PRGB-302-RYG is a tower light typically used to visually indicate the status of a machine or system through a set of colored lights.

• 56mm refers to the diameter of the tower light, which is a standard size for visible indicators in industrial settings.

• RYG indicates the Red, Yellow, and Green colors used for signaling different system states, such as:

  • Green: Operating normally (e.g., system is running).

  • Yellow: A warning or caution (e.g., system is in a standby or transitional state).

  • Red: An alert or fault (e.g., system malfunction or emergency).

• Tower lights like this are often used in factories, warehouses, production lines, and machinery to provide quick, clear, and visual feedback for operators.

These lights help ensure operators can easily monitor machine status or system performance at a glance. Would you like more details on how to install or integrate this kind of tower light into a system?

• A Digital Temperature Controller provides accurate temperature regulation by measuring the current temperature and adjusting heating or cooling systems to maintain the desired setpoint.

• It typically features a digital display for easy reading of current temperatures, and buttons or dials for adjusting setpoints and parameters.

• Often used in industrial applications, HVAC systems, ovens, incubators, and process control to ensure temperature stability and efficiency.

• These controllers often come with alarm functions to warn operators if the temperature goes beyond safe limits, and PID control for precise regulation.

The AT-8N is a timer relay used in industrial control systems to manage time delays for various applications. Here's a quick overview:

• Type: It is a time delay relay that can be configured for different timing functions, such as ON-delay or OFF-delay, depending on the needs of the application.

• Adjustability: The AT-8N allows users to adjust the time delay, making it versatile for applications that require specific timing sequences.

• Design: Compact and easy to mount, this timer is commonly used in control panels or automation setups where space is limited.

• Applications: Frequently used in motor control, lighting systems, alarm circuits, and machine control to manage the timing of electrical circuits.

The AT-8N is reliable and efficient, ensuring accurate timing in systems that require controlled delays for smooth operation.

• Non-contact Detection: These sensors use fiber optic cables to transmit light, making them ideal for non-contact detection of objects or changes in the environment.

• Highly Sensitive: They can detect very small objects or particles, making them suitable for high-precision applications.

• Compact and Flexible: Fiber optic sensors are often more compact and flexible than traditional sensors, allowing them to fit in tight or hard-to-reach spaces.

• Versatile Detection Types: They can be used in a variety of configurations, such as through-beam, retro-reflective, and diffuse types, each suitable for different application needs.

• Universal AC/DC models (relay contact output) available
• Output types: relay contact (AC/DC type), NPN/PNP open collector (DC type)
• Sensitivity adjuster
• Timer function (built-in timer models): ON delay, OFF delay, One-shot delay
• Self-diagnosis function (green LED ON indicates stable operation)
• Built-in reverse polarity protection circuit, output short-circuit (overcurrent) protection circuit
• Wide range power supply: 24-240 VAC / 24-240 VDC (universal AC/DC type)
• IP66 protection structure (IEC standard)

• Autonics Power Controllers are designed to precisely control the power supplied to heating elements, ensuring stable and efficient heating in various industrial applications.

• They use advanced solid-state technology for fast switching and accurate power control, making them ideal for systems like furnaces, ovens, and temperature control processes.

• The controllers offer features like PID control, overload protection, and easy-to-read digital displays for monitoring power levels and temperature.

• Common applications include plastic molding, metal processing, food processing, and laboratory equipment, where precise and reliable temperature control is essential.

• Temperature Controllers monitor the current temperature through a sensor (like a thermocouple or RTD) and compare it to the setpoint defined by the user.

• These devices are typically used in systems where precise temperature regulation is critical, such as in ovens, refrigerators, laboratories, plastic molding, chemical processes, and HVAC systems.

• They offer features like PID control (Proportional-Integral-Derivative), alarms for temperature deviations, and digital displays for real-time monitoring.

• Output types can include relay contacts for switching heating/cooling devices or analog outputs for continuous control.

• A Pressure Sensor detects and measures the pressure of gases or liquids within a system.

• Converts physical pressure into an electrical signal, allowing for real-time monitoring and control.

• Commonly used in industries like automotive, HVAC, and manufacturing for system regulation and safety.

• Available in different types, including piezoelectric, capacitive, and strain gauge sensors, depending on the application needs.

• Autonics Door Sensors are used to monitor and detect the position (open or closed) of doors in various applications, such as automatic doors and security systems.

• These sensors can be magnetic, infrared, or photoelectric, depending on the model, providing contactless detection for greater reliability and durability.

• They are commonly used in smart buildings, automated doors, elevator systems, and access control to enhance security and operational efficiency.

• Known for their quick response time, reliability, and ease of integration into automated systems.

 Autonics Panel meter in India Ampere Meter, Voltmeter, Panel Meter. We supply Autonics panel meter various model, and sizes like following models MT4W-DV-40, MT4W-DV-4N, MT4W-DV-4N, MT4W-DA-40, MT4W-DA-40, MT4W-AA-41, MT4W-AA-41, MT4W-AA-40, M4NS-NAM4NS-NA, MT4W-DA-41, MT4W-DA-4NMT4W-DA-4N, M4YS-NAM4YS-NA, MT4W-DV-41MT4W-DV-41, MT4W-AV-4NMT4W-AV-4N, MT4W-AA-4NMT4W-AA-4N, MT4W-AV-40MT4W-AV-40, MT4W-DV-48MT4W-DV-48, MT4W-DV-49MT4W-DV-49, MT4W-AV-41MT4W-AV-41, MT4W-DV-44MT4W-DV-44, M5W-DIM5W-DI, MT4W-DV-45MT4W-DV-45, MT4W-DV-47MT4W-DV-47, MT4W-DV-43MT4W-DV-43, M4N-DV-14M4N-DV-14, MT4W-DV-46MT4W-DV-46, M4N-DV-13M4N-DV-13, MT4W-DV-42MT4W-DV-42, M4Y-W-1M4Y-W-1, M4W1P-W-2M4W1P-W-2, M4W-W-5M4W-W-5, M4W-W-2M4W-W-2, M4N-DA-13M4N-DA-13, M4N-DA-03M4N-DA-03, , M4N-DV-11M4N-DV-11, M4N-DV-03M4N-DV-03, M4N-DV-04M4N-DV-04, M4N-DV-02M4N-DV-02, M4N-DV-12M4N-DV-12, M4N-DA-02M4N-DA-02, MT4W-DA-1NMT4W-DA-1N, M4Y-AVR-6M4Y-AVR-6, MP5Y-25MP5Y-25, M4W1P-DV-XXM4W1P-DV-XX .

• A photoelectric sensor detects the presence or absence of an object by using light (infrared or visible) as a sensing medium.

• It operates by emitting a beam of light and measuring its reflection or interruption when an object is present.

• Commonly used in industrial automation, robotics, and safety applications to detect objects without physical contact.

• Types include through-beam, retroreflective, and diffuse depending on how the light is reflected or transmitted.

• A photoelectric sensor detects the presence or absence of an object by using light (infrared or visible) as a sensing medium.

• It operates by emitting a beam of light and measuring its reflection or interruption when an object is present.

• Commonly used in industrial automation, robotics, and safety applications to detect objects without physical contact.

• Types include through-beam, retroreflective, and diffuse depending on how the light is reflected or transmitted.

• 100-240 VAC INPUT
• 5 AMP
• 5 VDC OUTPUT
• 50/60 HZ
• POWER SUPPLY MODULE