Description

The 6DR5510-0NG00-0AA0 is a SIPART PS2 smart electropneumatic positioner engineered for the precise control of pneumatic linear and part-turn actuators. This model is specifically configured for operation via PROFIBUS-PA communication, allowing for advanced integration into digital fieldbus control systems. Designed for single-acting applications, the device is housed in a robust polycarbonate enclosure suitable for standard, non-explosion-proof industrial environments.

The 6DR5510-0NG00-0AA0 features standard M20x1.5 electrical connection threads and G 1/4 pneumatic ports. It is supplied without additional option modules or a pressure gauge block. The positioner includes a fail-safe function, which depressurizes the actuator upon the loss of electrical auxiliary power, ensuring process safety in the event of an outage.

Features

• Communication: PROFIBUS-PA operation
• Actuator Compatibility: Linear and part-turn actuators
• Action: Single-acting configuration
• Enclosure: Polycarbonate (Standard/Non-Ex)
• Safety: Fail-safe function (depressurization on power failure)
• Connections: M20x1.5 electrical and G 1/4 pneumatic

Applications

• Automated process control valves
• PROFIBUS-PA integrated plant networks
• Flow, pressure, and level control systems
• Industrial linear and part-turn valve actuation

Technical Specifications

Installation Guidelines

• Mounting: Secure the positioner to the pneumatic actuator using the appropriate mounting kit for linear or part-turn configurations.
• Communication: Connect the PROFIBUS-PA bus cable to the M20x1.5 electrical port. Ensure proper termination of the fieldbus segment.
• Pneumatic Setup: Use G 1/4 fittings for air supply and actuator output lines. The air must be clean, dry, and filtered according to pneumatic standards to ensure valve longevity.
• Initialization: Perform the automated commissioning/initialization routine provided by the SIPART PS2 firmware to calibrate the device to the specific stroke or rotation of the valve.
• Environment: Ensure the ambient temperature is maintained within the operational specifications and the unit is shielded from excessive direct vibration or corrosive environmental agents.