GO HPR ELECTRIC 120VAC,40W, P/N:107072, RANGE:0-50PSIG(3.4BAR) TEMPCODE:T2D

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The GO HPR Electric Pressure Regulator (P/N: 107072) provides electronically-controlled pressure regulation from 0–50 PSIG (3.4 bar) using a 120 VAC, 40 W power supply. Rated with T2D temperature code, it is ideal for precise low-pressure gas control in industrial environments.

Price:

$1.420,00

The GO HPR Electric Regulator is a compact, high-accuracy electronic pressure control device designed for stable regulation of low-pressure gas circuits. Engineered for a controlled output range of 0–50 PSIG (3.4 bar max), this regulator provides smooth, repeatable pressure adjustment for process control loops, analytical equipment, and pneumatic actuation systems.

Powered by 120 VAC at 40 W, the HPR uses electrically-modulated control elements to maintain constant pressure under variable load demand. Its T2D temperature code classification supports installation in environments where elevated surface temperatures must be controlled for equipment safety and compliance.

This model is widely used in industrial automation, test benches, utility control skids, and specialty gas supply systems where precision, electrical interface control, and stable output pressure are essential.


Technical Specifications

  • Manufacturer: GO (Instrumentation / Regulator Line)

  • Model Type: HPR

  • Part Number: 107072

  • Regulation Range: 0–50 PSIG (0–3.4 bar)

  • Power Supply: 120 VAC

  • Power Consumption: 40 W

  • Temperature Classification: T2D

  • Media Compatibility: Clean dry air, inert gases (application dependent)

  • Control Method: Electrically modulated pressure control


🧪 Typical Applications

  • Analyzer and sample conditioning systems

  • Test stands and laboratory rigs

  • Pneumatic control circuits

  • Specialty process gas regulation

  • Industrial automation control loops

  • Pilot valve supply pressure stabilization


💡 Benefits

  • Electrically controlled for fine pressure accuracy

  • Stable output despite load variation

  • Low-pressure capability ideal for instrumentation

  • Compact footprint for panel integration

  • Continuous-duty industrial reliability

  • Temperature-classified for safety compliance