Honeywell 10024/I/F

Usage Parameters

Electronic Settings: The power supply of the module should be provided within a specific voltage range. The built-in two external overvoltage protections meet the functional safety requirements of standards such as DIN V 19250 and VDE V 0801. It also has an undervoltage alarm function so as not to affect the stability of the function and protect the module from power circuit anomalies.

I/O Expansion: It is able to accommodate up to 10 I/O modules in the local CPU (applicable to firmware version V1.2 and above). Distributed substations can handle up to 7 I/O modules. Users can configure the installation according to application requirements.

Installation Options: It is best to install vertically; however, it can also be installed horizontally as long as the maximum ambient temperature at full load remains below 40 °C (104 °F). When installed in a 19-inch rack, there must be at least enough free space around the device to achieve good cooling performance (minimum 1 HE, 1 U).

Product Features

Analog hybrid function: HONEYWELL 10024/I/F is a hybrid module that effectively disconnects the ground connection between different component circuits. This helps reduce interference and further stabilize the entire system. The LED dynamic resistance used by the module is also very low; the internal resistance of the interference source is usually very high. Therefore, the interference signal expressed on the input and output of the optocoupler will be significantly reduced, resulting in good accuracy and reliability in signal processing.

Data processing and transmission: Analog signals such as temperature, pressure and flow signals can be processed and converted into digital signals that can be recognized by the control system. The module is able to transmit signals reliably, allowing timely communication between different components of the automation system, ensuring timely and accurate information delivery. 

Fault detection and protection: High self-test and protection efficiency make self-test an effective advantage of the module. The module provides good continuous monitoring of external conditions, including power failure, undervoltage, low lithium battery voltage and distorted signals of interference type. The process includes continuous monitoring to properly respond to any abnormal situation, such as restoring the memory of the current operating state under low stability conditions and avoiding any further operation so that data is retained and no system failure occurs.

Programmability-Flexibility: The user can customize the use of the module according to the control needs. The various options for input/output settings or signal processing algorithms or the selection of appropriate control mechanisms provide very high flexibility. This enables the module to adapt to the requirements of various productions as well as various equipment, making it suitable for a wide range of applications.

Redundancy and Reliability: With +R, when the module operates in redundant parallel operation, it incorporates more reliability and fault tolerance into the system. If there is any failure in the operation of the components, the failover redundancy allows the system to continue to operate, thus preventing excessive downtime and production losses.

Application Range

The general application range of the HONEYWELL 10024/I/F module covers various fields. In the petrochemical industry, it is most commonly used to monitor and control key parameters in oil refining, chemical production and gas processing plants, ensuring the safety and efficiency of complex processes. Its application in the power generation industry helps monitor instruments such as generators, transformers and other electrical equipment to accurately control and protect the power grid. It is used in the pharmaceutical and food and beverage industries for temperature, humidity and flow control in the production process, which helps to improve product quality and comply with applicable regulatory standards. It is also widely used in water treatment plants, HVAC systems and other industrial automation applications where the correct measurement, control and monitoring of analog signals remains essential.