Technical Specifications

(I) Basic Specifications

• Circuit Configuration: 4 channels of input / 2 channels of output. The input circuits share one 12-bit + sign A/D converter, and the output circuits are equipped with one 12-bit + sign D/A converter.
• Power Supply Parameters: Rated voltage 115 VAC; Operating voltage range 98–132 VAC; Frequency 47–63 Hz; Maximum power consumption 10 VA; Power interruption withstand time 1 cycle.
• Physical Dimensions: 8.83” (22.44 cm) × 3.50” (8.89 cm) × 3.94” (10.00 cm); Weight 4 lbs. (1.8 kg).
• Environmental Adaptability: Operating temperature 0–60℃ (32–140℉); Storage temperature -40–100℃ (-40–212℉); Relative humidity 5%–95% (non-condensing); Vibration resistance: 0.2” (5.08 mm) displacement at 5–10 Hz, 1G acceleration at 10–200 Hz.

(II) Signal Range & Accuracy

• Supported Signal Ranges: 0–10 VDC, ±10 VDC, ±5 VDC, 0–5 VDC, 4–20 mA (equivalent to 1–5 VDC). It can be adapted to current loop devices of other ranges via external resistors.
• Accuracy Indicators: At 25℃, typical accuracy ±0.2% of full scale, maximum accuracy ±0.5% of full scale; Error ≤50 mV for 10V range, ≤25 mV for 5V range, ≤100 μA for 4–20 mA range.
• Temperature Drift Characteristics: Typical 10 PPM/℃, maximum 40 PPM/℃.
• Resolution: 12-bit + sign for both input and output; Input update frequency 4ms per time.

(III) Electrical Characteristics

• Common Mode Rejection Ratio (CMRR): 60 dB at 0–1 KHz; Maximum common mode voltage 170V.
• Output Load Capacity: ≥2000Ω for voltage mode, 0–300Ω for current mode (internal power supply driven); External 24/48 VDC power supply can drive loads up to 2KΩ.
• Isolation Performance: Isolation voltage between modules 1500V; Common ground and chassis ground are shared among output channels.
• Heat Dissipation: 6 Watts.

(IV) Data Format & Communication

• Input Data: 8 bytes broadcast per bus scan; 2 bytes occupied per input channel (16-bit two’s complement).
• Output Data: 4 bytes received per bus scan; 2 bytes occupied per output channel (16-bit two’s complement).
• Compatible Devices: All Genius bus controllers, PCIM and QBIM modules, Genius handheld monitors; Series Six PLC (CPU version ≥105), Series Six Plus (CPU version ≥110), Series Five PLC (CPU version ≥3.0).

Product Advantages

• Multi-signal Compatibility & Flexible Adaptation: Supports 5 common analog signal ranges, and can expand and adapt to other current loop signals through external resistors. It meets the interface requirements of different industrial sensors and actuators, reducing system integration complexity.
• High Precision & High Stability: 12-bit + sign A/D and D/A conversion accuracy, combined with low temperature drift characteristics and automatic calibration function, ensures measurement and control accuracy within the temperature variation range of industrial environments, and guarantees the consistency of system control effects.
• Comprehensive Diagnostic & Protection Functions: Equipped with automatic diagnostic capabilities such as input low/high alarm detection, open-circuit detection, and input/output over-range diagnosis, which can timely detect signal abnormalities and hardware faults; automatically clamps to the range limit when output is over-range, protecting the safety of external equipment.
• Rich Configurable Features: Supports functions such as input filter time (up to 1024mS) adjustment, alarm threshold setting, output power-on default value configuration, and power-off hold last state. It can flexibly optimize module performance according to different application scenarios.
• Strong Compatibility & Redundancy Support: Compatible with the full range of GE Genius bus controllers and programming software, supports CPU redundancy and bus redundancy configuration. It can meet the needs of high-reliability industrial control systems and improve the stability and fault tolerance of system operation.
• Convenient Configuration & Maintenance: Supports local configuration and diagnosis via Genius handheld monitor, and can also be remotely configured by the host sending configuration data packets; fault status is intuitively displayed through LED indicators, combined with diagnostic data reporting function, simplifying system debugging and maintenance processes.