Single Pressure Analog Gauge

The Utility Pressure Gauge features dual psi/bar scales with 2.5% accuracy. Its compact black steel design is ideal for air regulators and pneumatic systems.

The PGH series are heavy duty 4.5" or 6" dial gauges with ±0.5% accuracy with the option of a phenol or aluminum case for additional durability in industrial applications.

The PGT series are 4.5", 6" and 8.5" dial gauges with ±0.25% accuracy that can be used in anywhere from industrial plants to laboratories, wherever high accuracy is needed.

The PGL series are 2.5" dial gauges, for pressures as low as 10 inH2O, with ±2-1-2% accuracy, corrosion resistant bronze diaphragm, and 150% overpressure protection.

The NF402 series is 4" dial gauges with a ±1.0% accuracy, and leak-proof for superior performance in applications with high vibration, pulsation, and shock.

The LF252 series is 2.5" dial gauges with a ±1.6% accuracy, liquid filled, and leak proof for superior performance in applications with high vibration, pulsation, and shock.

The NF401 series is 4" dial gauges with a ±1.0% accuracy, and leak-proof for superior performance in applications with high vibration, pulsation, and shock.

The LF601 series is 6" dial gauges with a ±0.5% accuracy, liquid-filled, and leak-proof for superior performance in applications with high vibration, pulsation, and shock.

The LF602 series is 6" dial gauges with a ±0.5% accuracy, liquid-filled, and leak-proof for superior performance in applications with high vibration, pulsation, and shock.

The NF602 series is 6" dial gauges with a ±0.5% accuracy, and leak-proof for superior performance in applications with high vibration, pulsation, and shock.

The Dual Pressure & Temp Tridicator Gage features an adjustable dial and three connections, making it ideal for monitoring both pressure and temperature in various applications.

The LF251 series is 2.5" dial gauges with a ±1.6% accuracy, liquid filled, and leak proof for superior performance in applications with high vibration, pulsation, and shock.