Our ABB 3HAC series modules are designed for high-performance industrial control applications, ensuring reliability and efficiency in various manufacturing environments.

The SICK FX3-M0C000000 is a compact and flexible modular safety controller designed for implementing safety functions in machinery and industrial automation systems. This base module serves as the central processing unit for building customized safety solutions with expandable I/O capabilities.

Key Specifications & Parameters Parameter Specification Model Series DVC2000 (e.g., DVC2000, DVC2000f - fieldbus) Type Digital Valve Controller / Positioner Input Signal Standard: 4-20 mA DC, with HART® 5/6/7 protocol Digital Option: Foundation Fieldbus H1 (31.25 kbit/s) Output Signal Pneumatic Output: to control the valve actuator Supply Air Pressure Minimum: 0.14 bar (2 psig) above actuator pressure requirement Maximum: 7.0 bar (100 psig) for standard models; 10.3 bar (150 psig) for high-pressure (HP) models Air Consumption Steady State: Less than 0.028 Nm³/h (0.02 SCFM) Stroking: Additional consumption based on actuator size and travel speed Flow Capacity (Cv) Gauge Pressure (GP) versions: 0.086 High Flow (HF) versions: 0.32 Note: This is the Cv of the positioner's pneumatic relay. Stem Travel Range Linear Actuators: 3 to 150 mm (0.12 to 6.0 in) Rotary Actuators: 25° to 100° of rotation Accuracy Linearity: ±0.5% of span Hysteresis: 0.3% of span Sensitivity 0.1% of span Ambient Temperature Range Standard Electronics: -40° to 85°C (-40° to 185°F) Extended Temperature: -40° to 95°C (-40° to 203°F) option available Enclosure Rating NEMA 4X (IP66) - Weatherproof, dust-tight, and hose-proof Materials Enclosure: Aluminum with polyester coating Cover: Polycarbonate Communications HART: Via 4-20 mA loop Foundation Fieldbus: Via H1 terminal block Local: Infrared communication using Fisher FIELDVUE DVC2000 Setup Software or AMS Device Manager Diagnostic Capabilities Monitors and reports: - Valve Travel - Travel Accumulation - Actuator Pressure - Supply Pressure - Alarm Conditions (e.g., high friction, low supply, signal failure)