ABB UFC718AE01 HIEE300936R0101 High speed analog input module

ABB UFC718AE01 HIEE300936R0101 High speed analog input module

Specific Parameters​

Core and Function Parameters​

Product Type 8-channel High-speed Isolated Analog Input Module​

Manufacturer ABB​

Model UFC718AE01, Part Number HIEE300936R0101​

Series AC 800M Series​

Input Channels 8 independent isolated analog input channels, supporting channel synchronous acquisition​

Supported Signal Types Voltage (0-10V, ±10V), Current (4-20mA, 0-20mA), Thermocouple (J/K/T/E/R/S/B/N)​

Signal Conditioning Built-in high-speed signal amplification, low-pass filter (adjustable cutoff frequency), linearization compensation functions​

Compatible Systems ABB AC 800M DCS System, ABB Advant OCS System​

Communication Interface Backplane Bus (high-speed interconnection with AC 800M controller, transmission rate ≥100Mbps)​

Protection Functions Input Over-voltage Protection (≤36V DC), Short-circuit Protection (self-recovery), ESD Protection (±15kV)​

Diagnostic Functions Channel Open/Short Circuit Diagnosis, Signal Over-range Diagnosis, Sampling Abnormality Diagnosis, Power Fault Diagnosis, Module Overheating Diagnosis​

Installation Method AC 800M Controller 3U Rack Slot Installation​

Certification Standards CE, UL, CSA, IEC 61131-2, RoHS, ATEX, IECEx​

Status Indication Power Normal (Green LED), Channel Sampling Normal (Yellow LED), Fault Alarm (Red LED)​

Electrical and Performance Parameters​

Power Supply Voltage 24V DC (19.2-28.8V DC wide-range compatible)​

Measurement Accuracy Voltage/Current Signals: ±0.1% full scale; Thermocouple: ±0.2% full scale (at 25°C)​

Resolution 16-bit ADC Conversion (high-speed mode), 24-bit ADC Conversion (high-precision mode)​

Sampling Rate Maximum 1kHz per channel, maximum 500Hz for 8-channel synchronous acquisition (configurable)​

Isolation Level Inter-channel isolation voltage 250V AC, 3-way isolation (input-output-power) 1500V AC/1min​

Input Impedance Voltage Signals: ≥10MΩ; Current Signals: ≤100Ω​

Common Mode Rejection Ratio ≥95dB (50/60Hz)​

Power Consumption Typical 6W, Maximum 8W​

Drift Characteristics Zero Drift ≤0.01% full scale/°C, Gain Drift ≤0.01% full scale/°C​

Synchronous Acquisition Error ≤1μs (between 8 channels)​

Physical and Environmental Parameters​

Overall Dimensions 100mm×220mm×80mm (L×W×H)​

Weight Approximately 0.9kg​

Operating Temperature Range -25°C to 70°C​

Storage Temperature Range -40°C to 85°C​

Relative Humidity 5%-95% (non-condensing, no dew)​

Protection Rating IP20 (per IEC 60529)​

Housing Material Flame-retardant ABS Plastic (UL94 V-0 Grade)​

Vibration Resistance 10-500Hz, 1.5G (30min per X/Y/Z axis)​

Shock Resistance 25G (11ms, 3 times per X/Y/Z axis)​

Product Performance​

Maximum 1kHz sampling rate per channel and ≤1μs synchronous acquisition error for 8 channels, quickly capturing high-frequency transient signals with extremely strong real-time performance​

Supports 16-bit high-speed/24-bit high-precision dual-mode ADC conversion, balancing acquisition speed and measurement accuracy to adapt to different scenario needs​

8-channel independent isolation design combined with ≥95dB common mode rejection ratio, effectively resisting industrial electromagnetic interference and signal crosstalk with strong transmission stability​

Built-in low-pass filter with adjustable cutoff frequency and signal conditioning functions, accurately filtering high-frequency noise with high signal fidelity​

Wide operating temperature range combined with low drift characteristics, maintaining stable performance in -25°C to 70°C environment with excellent environmental adaptability​

Comprehensive fault diagnosis and multiple protection functions, enabling precise positioning of fault points to avoid damage to modules and backend equipment with high safety​

Seamless compatibility with AC 800M DCS system, supporting hot-swapping, system maintenance and expansion without shutdown, ensuring high operation and maintenance efficiency​

High-speed interconnection via backplane bus with data transmission rate ≥100Mbps, ensuring fast upload of high-frequency acquired data without delay accumulation​