Description
P0916AC FOXBORO Product Details
Product Overview
P0916AC is a compression terminal assembly produced by FOXBORO for its I/A series distributed control system(DCS).It is mainly used to connect and fix signal lines of on-site equipment,ensuring reliable transmission of signals.
P0916AC FOXBORO
Product Features
Compression type wiring:Adopting compression type wiring method to ensure reliable connection and anti vibration.
Modular design:Used in conjunction with FOXBORO’s I/O modules,easy to install and maintain.
Multiple models:Provides multiple models to meet different wiring needs.
Strong compatibility:compatible with FOXBORO’s I/A series DCS system.
Product parameters
Model:P0916AC
Wire specifications:Supports multiple wire specifications
Wiring method:compression type
Material:High strength insulation material
Product specifications
Working temperature:suitable for industrial environments
Protection level:High
Compatibility:Compatible with FOXBORO’s I/A series DCS system
P0916AC FOXBORO
series
P0916AC belongs to FOXBORO’s I/A series of I/O subsystems and is an auxiliary component.
effect
Fixed connection:Connect and fix the signal lines of on-site equipment.
Signal transmission:Ensure reliable transmission of signals.
Modular system:As a part of the I/O module,it forms a complete I/O system.
purpose
Industrial automation:used in various industrial automation systems to connect sensors,actuators,and other equipment.
application area
Petrochemical industry:used to connect temperature sensors,pressure sensors and other equipment.
Electricity:used to connect devices such as current sensors and voltage sensors.
Metallurgy:used to connect various industrial process control equipment.
Pharmaceutical:Used to connect various industrial process control equipment.
P0916AC FOXBORO
summary
P0916AC is an important auxiliary component that plays an indispensable role in FOXBORO’s I/A series DCS system.It ensures accurate transmission of on-site signals through reliable connections,providing a foundation for the stable operation of the entire system.
