5X00063G01 Emerson analog output module

D/A Resolution: 14-bit (16,384 discrete points), with a theoretical accuracy of ±0.006% of full scale (maintaining ±0.25% full-scale accuracy within the actual operating temperature range), ensuring output signals (e.g., 4-20mA, 0-10V) precisely match digital commands.

Conversion Formula: Analog output value = Digital input value × (Full-scale value / 16,384). For example, a digital input of 8,192 corresponds to 50% output (e.g., 12mA for 4-20mA).

Channel Update Rate: 24 ms per channel, supporting high-speed control scenarios (e.g., quick adjustment of valve opening, motor speed) to meet dynamic process control requirements.

Load Driving Capacity: Current output (4-20mA) supports 0-600Ω load impedance; voltage output (0-10V) features low-impedance driving for strong anti-interference.

Isolation Design: 1000V AC/DC optoelectronic isolation between channels and logic circuits prevents interference and fault propagation, enhancing system safety.

Operating temperature range: -40°C to 70°C, suitable for harsh industrial environments (high temperature, high humidity); resistant to vibration and electromagnetic interference (complies with IEC 61000 standards).

Passive Circuits and Repairable Fuses: Each channel is equipped with passive circuits, and field-side circuits integrate user-repairable fuses, which quickly cut off power in case of output short circuits or overloads to protect the module and field devices, reducing maintenance costs.

Independent Auxiliary Power Supply: Provides independent auxiliary power for field-side circuits to avoid output signal interference from main power fluctuations, improving stability.

Open-Loop Feedback Detection: Monitors the on/off status of the output loop in real time, storing "pass/fail" bits in dedicated data registers to help the main controller quickly locate faults (e.g., broken lines, device anomalies).

Real-Time Status Feedback: Continuously monitors parameters like power voltage and DAC output values, triggering alarms and recording fault codes (e.g., out-of-range, communication interruption) during anomalies for easy system maintenance.

Deep Integration with Ovation System: Interacts in real time with the main controller and AI/DI modules via the backplane bus (e.g., redundant communication bus), supporting closed-loop control (e.g., PID regulation).

Compatible with HART Protocol Extension: Although HART functionality is not integrated by default, FSK frequency shift keying signals (1200Hz/2200Hz) can be superimposed via external modules to enable combined transmission of digital and analog signals, supporting remote configuration and device diagnosis.

With 14-bit resolution, temperature drift error is controlled within ±0.005%/°C through calibration circuits and temperature compensation technology, ensuring long-term output accuracy for scenarios requiring strict control precision (e.g., temperature control of chemical reactors, precise flow regulation).