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| Input Signal: | Please select |
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| Output Signal: | Please select |
| Channel : | Please select |
| Power: | Please select |
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QD-6041/6043/6044 4-20mA Intrinsically Safe Isolator Barrier
QD-6041 / QD-6043 / QD-6044 is a current input safety barrier designed around “Reliable Current Input Measurement & Conversion.” Supports 20mA, 4–20mA for stable current input measurement and system integration. The sensing structure converts the physical process variable into a clear signal for industrial monitoring and automation. The confirmed values highlighted here are 20mA, 4–20mA. The feature is directly relevant to control cabinet, hazardous-area instrument loop and industrial process projects. Improve measurement clarity and maintenance efficiency in control cabinet applications, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation.
QD-6041 / QD-6043 / QD-6044 is a current input safety barrier designed around “Flexible Multi-channel Current Input Integration.” Model options QD-6041, QD-6043, QD-6044 match different channel and point-count requirements. The channel and model arrangement makes it easier to match the number of field points without changing the overall cabinet architecture. The feature is directly relevant to control cabinet, hazardous-area instrument loop and industrial process projects. Handle more monitoring points with fewer separate cabinet modules, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation.
QD-6041 / QD-6043 / QD-6044 is a current input safety barrier designed around “Intrinsically Safe Current Input Isolation.” Separates the hazardous-area current input loop from the safe-side control system. The isolated signal path separates the hazardous-area device from the safe-side control system and helps limit unwanted electrical interaction across the barrier. The feature is directly relevant to control cabinet, hazardous-area instrument loop and industrial process projects. Protect hazardous-area loops while keeping safe-side data stable, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation.
Working Principle Diagram
