Emerson A6500-RC Key Specifications

Logic low level: 0 V to 3 V

Logic high level: 13 V to 32 V

Rated Digital Input Current: 1 mA

Rated Digital Input Power: 24 mW

Maximum Voltage Capacity: 32 V DC / 48 V AC

Rated Relay Output Current: 2 amps

Rated Relay Output Power: 96 W

Operating Temperature: -20 to 70°C (-4 to 158°F)

Storage Temperature/Transport: -40 to 85°C (-40 to 185°F)

Relative Humidity: 5-95%, non condensing

Shock: 150 m/s² , 4,000 shocks per axis

Vibration: 0.15 mm (10 to 55 Hz) , 20 m/s² (55 to 150 Hz)

High reliability:
The Emerson A6500-RC system is designed for high reliability and high availability, and is suitable for complex and critical process control tasks. In industrial environments, it has strong anti-interference ability.

Emerson A6500-RC integrated control function:
Emerson A6500-RC integrates control and monitoring function, supports PID control, logic control, process monitoring and other functions, helps users to optimize process operation and improve efficiency.

Remote operation and monitoring:
Emerson A6500-RC can be operated and monitored remotely via the network. Users can use and view the status of the system through a variety of devices (PC, mobile phone, etc.), which greatly improves the flexibility and convenience of operation.

Strong scalability:
The system can be expanded as needed according to the production requirements, and supports various communication protocols, such as Modbus, Profibus, Ethernet/IP, etc., which facilitates integration with other devices or systems.

Trains easy:
Emerson A6500-RC connector/support card with developer tools and tools for the linear peak is user friendly, ideal for engineers and operators to develop, troubleshoot, reduce system deployment and maintenance time.

Security:
It features high-standard security functions to guarantee the security of data and control in operation and to ensure that the system is free of unauthorized personnel interference or attack.

Chemical industry: supports chemical reaction process control and production optimization.

Power industry: manages generator set control and power dispatch.

Water treatment: used for water quality monitoring and pump station management.

Manufacturing industry: used in production line automation and quality control.

Pharmaceutical industry: ensures strict control of the production process and meets GMP requirements.

HVAC control: adjusts environmental conditions such as temperature and humidity inside the building.

Mining and metallurgy: used for production monitoring and equipment management.