Trerice - 765B/766SS Low Pressure Gauge (Stainless Steel Case)
The Trerice 765B/766SS Series Low Pressure Gauge is designed to accurately measure extreme low pressure conditions. This pressure gauge employs a diaphragm capsule sensing element to measure the low pressure.
![Trerice - 765B/766SS Low Pressure Gauge (Stainless Steel Case)](http://sensorpros.com/cdn/shop/products/trerice_-_765_1024x1024.jpg?v=1701990463)
Trerice - 765B/766SS Low Pressure Gauge (Stainless Steel Case)
The Trerice 765B/766SS Series Low Pressure Gauge is designed to accurately measure extreme low pressure conditions. This pressure gauge employs a diaphragm capsule sensing element to measure the low pressure.
Share this Product
More from this collection
![Trerice - 760B Low Pressure Gauge](http://sensorpros.com/cdn/shop/products/TRERICE-760B_large.jpg?v=1701990439)
The Trerice 765B/766SS Series Low Pressure Gauge is designed to accurately measure extreme low pressure conditions. This pressure gauge employs a diaphragm capsule sensing element to measure the low pressure.
![Trerice - 750 Series Process Gauge (Stainless Steel Case)](http://sensorpros.com/cdn/shop/products/750Series_large.png?v=1701990475)
This solid front/blow-out back gauge features a stainless steel case and ring. Its sturdy interior design and field liquid-fill capability (no kit required) provide the durability, accuracy and safety required for industrial process applications. Wetted parts are stainless steel or Monel.
![Trerice - 700TA Series Sanitary Gauge with Integrated Diaphragm Seal](http://sensorpros.com/cdn/shop/products/700TASeries_large.jpg?v=1701990415)
3A-approved, especially suited for the biopharma, dairy, and food processing industries. The field liquid fillable (no kit required) gauge has a stainless steel case, ring, and process housing. All wetted parts are stainless steel.
![Trerice - 700Plus Industrial Transmitter Gauge](http://sensorpros.com/cdn/shop/files/700PlusSeries_large.jpg?v=1705711061)
Designed to provide both local and remote pressure readings through the integration of an independent pressure transmitter to the pressure gauge.