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Multispan Sensors And Controllers

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₹1,060  
A temperature controller is an electronic device that monitors and regulates the temperature of a device or process. The purpose of a temperature controller is to make sure that a process or device stays within the desired range. Temperature controllers are used in a wide variety of applications: refrigeration, heating, lighting systems and industrial processes. Temperature controllers can be found in many different industries, including food processing, chemical manufacturing and pharmaceuticals. Temperature controllers are the most common type of temperature controller. They are used to control the temperature of heating and cooling equipment. The most common example of this is an electric heater or air conditioner, but they can also be used to control other types of equipment such as ovens and water heaters. A temperature controller consists of a sensor that measures the temperature, a control element (electronic circuit board) that compares the measured temperature with the desired value and controls some device (usually electrical) to change the actual temperature back towards the desired value. The device may be an actuator (e.g., a heating element or compressor), or it may be something like a relay or solenoid that switches power on or off to some other device (e.g., turning on an electric fan). There are many different types of sensors available for use in these applications, including thermocouples, RTDs, thermistors, and resistance temperature detectors (RTDs). There are also many different types of control elements available, including thermostats and PID controllers.
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₹2,713 - ₹3,775
The Multispan PID-2303 Universal Input PID Controller is a high-performance process control device designed for precise temperature and process regulation. With compact dimensions of 72 x 72 x 60 mm, it fits easily into standard panel cutouts, making installation quick and hassle-free. This controller supports universal inputs, including thermocouples (J, K, T) and RTD (Pt100) sensors, ensuring accurate temperature measurement for various industrial applications. The advanced PID control algorithm provides precise regulation, reducing temperature fluctuations and improving process stability. Equipped with an analog output, the PID-2303 seamlessly integrates with PLCs, VFDs, and other industrial automation systems, making it ideal for process industries, furnaces, molding machines, and HVAC systems. It features relay or SSR output options, ensuring compatibility with different control mechanisms. The clear digital display provides real-time temperature monitoring, while the rugged construction ensures long-lasting durability in demanding environments. Whether for heating or cooling applications, the Multispan PID-2303 offers efficient, reliable, and precise process control, making it an excellent choice for industrial automation and temperature-sensitive processes.
green checkType of Product : Universal Input Pid Controller With Analog Output & Modbus Facility
green checkInput Type : J/K,Configurable
green checkFrequency : 50/60 Hz
green checkVoltage : 100-270V AC
green checkSize (H X W X D) : 72X 72 X 60 mm
green checkOutput Type 1 : 3 Relay
₹1,950  
The MULTISPAN Temperature Controller Universal Input (J/K/RTD) 24 V DC Supply Voltage, TC-2X (Slave Module) is engineered to deliver accurate and synchronized temperature control when used alongside a compatible master unit. Designed for industrial automation systems, this slave module supports universal sensor inputs including J and K thermocouples as well as RTD, allowing seamless integration across varied thermal processes. Its precise PID control functionality helps maintain consistent temperatures, reduces fluctuations, and enhances overall system stability. Operating on a 24 V DC supply, it is well suited for modern control panels with low-voltage architecture. Built with reliability and efficiency in mind, the MULTISPAN Temperature Controller Universal Input (J/K/RTD) 24 V DC Supply Voltage, TC-2X (Slave Module) is ideal for applications such as furnaces, packaging machines, plastic molding, and process industries requiring multi-zone temperature management. The compact design ensures easy panel mounting, while robust electronics support long-term performance in demanding environments. As a PID Temperature Controller from MULTISPAN, it offers dependable accuracy, operational flexibility, and smooth coordination with master controllers, making it a practical solution for scalable and precise temperature control systems.
₹5,515  
It is a process indicator that has two inputs for flow and level. It is used for the process of measurement of two different parameters. This is a very useful tool for the industries where there are two different types of fluids flowing through the same pipe or tube line. The dual input process indicator can be used in many fields such as oil refineries, chemical plants, paper mills and even at home too. The dual input process indicator consists of a transmitter which has two inputs which are connected to the process flows and another transmitter which has a single input which is connected to the level sensor. The transmitter sends signals to the display unit which displays the readings in real time on its screen. Dual input process indicator is one of the most powerful tools for monitoring your processes. It can be used in a variety of ways, from measuring and improving throughput to detecting bottlenecks and poor quality. The dual input process indicator is a simple yet effective way to measure the performance of any activity, such as production, service or administration. The dual input process indicator is also an effective tool for improving quality in any process. The key lies in understanding how it works and how to use it effectively. The dual input process indicator measures two different aspects of the same activity: The time spent waiting (or waiting time) and the time spent working (or work time).
₹1,415 - ₹3,067
The Multispan CC NTC Sensor Cooling Controller is a high-precision digital temperature controller designed for efficient cooling system management. Equipped with an NTC (Negative Temperature Coefficient) sensor, it ensures accurate temperature monitoring and automatic regulation, making it ideal for HVAC systems, refrigeration units, cold storage, and process cooling applications. Its user-friendly digital interface allows for easy temperature adjustments and real-time monitoring, ensuring optimal cooling performance. The high-sensitivity sensor provides quick response times, preventing temperature fluctuations and improving system efficiency. Built for durability and reliability, the Multispan CC Cooling Controller features a robust construction, wide voltage compatibility, and overload protection, ensuring long-term performance in demanding environments. Its compact design allows for easy installation and seamless integration into existing systems. Additionally, its energy-efficient operation helps reduce power consumption, making it a cost-effective solution for industrial and commercial cooling needs. Whether you need precise temperature control, real-time monitoring, or a reliable cooling management system, the Multispan CC NTC Sensor Cooling Controller delivers superior performance and efficiency.
green checkDimension : 37x78x70 mm (HxWxD)
green checkVoltage : 230 V AC, 12 V DC, 24 V DC
green checkName of Manufacturer/Packer/Importer : Multispan Control Instruments Pvt Ltd
₹2,595  
A proportional-integral-derivative controller (PID controller) is a control loop feedback mechanism widely used in industrial control systems. It was originally developed for regulating temperature in steam engines and is widely used in many processes today. The PID controller calculates an error value as the difference between a measured process variable and a desired setpoint (SP). The PID algorithm then adjusts the output of the system to minimize that error over time. This makes it suitable for controlling multiple variables including temperature, pressure, flow rate and others. The PID controller has three main components: proportional, integral and derivative. PID control is a very important concept in industrial and commercial applications. This type of control helps to keep the system at its desired operating point, even under varying conditions. PID stands for Proportional-Integral-Derivative, and it is a form of feedback control. The controller uses information about the error between the process output and the reference input, combined with knowledge of the process dynamics and structure, to generate an output signal that forces the process back toward its setpoint. This output is then used to adjust the process in order to reduce or eliminate the error signal in future cycles. If there is no longer any error (i.e., if the measured variable equals its setpoint), then no action should be taken by the PID controller and it should remain inactive until there is again some sort of difference between what was expected and what was actually measured.
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