
HiC2031 SMART Current Driver - Pepperl+Fuchs
2025-08-21 16:39:58
Description:
Pepperl+Fuchs HiC2031 is a SMART Current Driver featuring analog output. This isolated barrier is used for intrinsic safety applications.……
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HiC2031 SMART Current Driver - Pepperl+Fuchs
Pepperl+Fuchs HiC2031 is a SMART Current Driver featuring analog output. This isolated barrier is used for intrinsic safety applications.
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Description
Pepperl+Fuchs HiC2031 is a SMART Current Driver featuring analog output, SIL 2 safety integrity, and SC 3 systematic capability, designed for DC bus power via a Termination Board with specific voltage and current ratings; it ensures safe electrical isolation and electromagnetic compatibility, suitable for a wide range of ambient temperatures and offering approvals such as ATEX, FM, UL, and IECEx; this device is used in industrial locations, providing reliable performance with defined input/output characteristics, and is certified for use in potentially explosive atmospheres.
HiC2031 SMART Current Driver - Pepperl+Fuchs
This isolated barrier is used for intrinsic safety applications.
It repeats the input signal from a control system to drive HART I/P converters, valve actuators, and displays located in a hazardous area.
Digital signals are superimposed on the analog values at the field side or control side and are transferred bi-directionally.
An open field circuit presents a high impedance to the control side to allow alarm conditions to be monitored by the control system.
This device mounts on a HiC termination board.
High Safety: Provides reliable galvanic isolation to protect personnel and equipment
Accurate Control: Ensures precise signal transmission for stable process control
Strong Compatibility: Supports HART/SMART communication with intelligent field devices
Space-Saving: Compact design with DIN rail mounting reduces cabinet footprint
Energy Efficient: Low power dissipation for cost-effective operation
Certified for Hazardous Areas: Suitable for demanding industrial environments
Reliable Performance: Minimizes downtime and ensures long-term operational stability