Brand:Fisher
Model Number:01984-2518-0002
Module Type:Analog I/O
Operating Voltage Range:12V to 36V DC
Input Signal Range:-10V to +10V or 0V to 10V
Output Signal Range:0mA to 20mA or 4mA to 20mA
Operating Temperature Range:-40°C to +85°C
Data Transfer Rate:100Kbps
Communication Protocol:MODBUS RTU
Mounting Type:Panel Mount
Connection Type:Terminal Block
Dimensions:125mm x 90mm x 35mm
Weight:0.5kg
The Fisher Controls 01984-2518-0002 Analog I/O Module is engineered for seamless integration into complex industrial control systems, ensuring reliable operation under extreme environmental conditions. With its robust design and high-quality materials, this module promises long-lasting performance and enhanced durability.
Featuring a versatile M12 connector system, it offers easy installation and maintenance, making it an ideal choice for retrofitting or new installations. The module is meticulously tested for reliability, ensuring it can withstand the rigorous demands of industrial applications.
Capable of handling 4-20mA inputs and delivering precise outputs, this Analog I/O Module ensures accurate data transmission and control signals, crucial for achieving optimal process efficiency and precision in various industries. Its compatibility with Modbus RTU protocol allows seamless communication with other devices in the network, facilitating streamlined automation processes.
Designed with user-friendliness in mind, the Fisher Controls module comes with intuitive setup instructions and comprehensive documentation, ensuring a smooth integration experience for technicians and engineers alike. Its compact size and lightweight construction make it suitable for space-constrained environments without compromising on functionality.
Backed by a strong commitment to quality and customer satisfaction, Fisher Controls provides unparalleled support and warranty services for its products. This ensures that users can rely on the 01984-2518-0002 Analog I/O Module for their critical industrial control needs, enhancing operational efficiency and minimizing downtime.











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