
Stainless Steel Pressure Gauge 0-160 PSI Liquid Filled Bottom 1-4" NPT
Technical Details
| Pressure Range | 0-160 PSI |
| Connection Type | 1/4" NPT Bottom Mount |
| Case Material | Stainless Steel |
| Fill Type | Liquid Filled (Glycerin) |
| Dial Size | 2.5 inches |
| Accuracy | ±2% of Full Scale |
| Operating Temperature | -40°F to 140°F |
| Mount Position | Bottom 1/4" NPT Male Thread |
Mounting Instructions
- Apply 2-3 wraps of PTFE tape to the 1/4" NPT male threads in a clockwise direction
- Thread the gauge into the bottom-mount port on your filter housing, pump manifold, or pressure vessel hand-tight
- Use a wrench on the hex base to tighten an additional quarter turn, ensuring the dial faces the desired viewing angle
- Pressurize the system slowly and check for leaks around the threads before full operation
Application Range
This gauge works with any water filtration equipment featuring a 1/4" NPT female port, including reverse osmosis systems, whole house filter housings, booster pumps, pressure tanks, and commercial water treatment skids. The stainless steel construction and liquid-filled design make it suitable for outdoor installations, high-vibration environments, and applications requiring corrosion resistance. Common mounting locations include pre-filter housings to monitor inlet pressure, post-filter positions to confirm system pressure, and between filter stages to detect clogging or pressure drop.
Technical Details
| Pressure Range | 0-160 PSI |
| Connection Type | 1/4" NPT Bottom Mount |
| Case Material | Stainless Steel |
| Fill Type | Liquid Filled (Glycerin) |
| Dial Size | 2.5 inches |
| Accuracy | ±2% of Full Scale |
| Operating Temperature | -40°F to 140°F |
| Mount Position | Bottom 1/4" NPT Male Thread |
Mounting Instructions
- Apply 2-3 wraps of PTFE tape to the 1/4" NPT male threads in a clockwise direction
- Thread the gauge into the bottom-mount port on your filter housing, pump manifold, or pressure vessel hand-tight
- Use a wrench on the hex base to tighten an additional quarter turn, ensuring the dial faces the desired viewing angle
- Pressurize the system slowly and check for leaks around the threads before full operation
Application Range
This gauge works with any water filtration equipment featuring a 1/4" NPT female port, including reverse osmosis systems, whole house filter housings, booster pumps, pressure tanks, and commercial water treatment skids. The stainless steel construction and liquid-filled design make it suitable for outdoor installations, high-vibration environments, and applications requiring corrosion resistance. Common mounting locations include pre-filter housings to monitor inlet pressure, post-filter positions to confirm system pressure, and between filter stages to detect clogging or pressure drop.
Original: $113.50
-65%$113.50
$39.72Description
Technical Details
| Pressure Range | 0-160 PSI |
| Connection Type | 1/4" NPT Bottom Mount |
| Case Material | Stainless Steel |
| Fill Type | Liquid Filled (Glycerin) |
| Dial Size | 2.5 inches |
| Accuracy | ±2% of Full Scale |
| Operating Temperature | -40°F to 140°F |
| Mount Position | Bottom 1/4" NPT Male Thread |
Mounting Instructions
- Apply 2-3 wraps of PTFE tape to the 1/4" NPT male threads in a clockwise direction
- Thread the gauge into the bottom-mount port on your filter housing, pump manifold, or pressure vessel hand-tight
- Use a wrench on the hex base to tighten an additional quarter turn, ensuring the dial faces the desired viewing angle
- Pressurize the system slowly and check for leaks around the threads before full operation
Application Range
This gauge works with any water filtration equipment featuring a 1/4" NPT female port, including reverse osmosis systems, whole house filter housings, booster pumps, pressure tanks, and commercial water treatment skids. The stainless steel construction and liquid-filled design make it suitable for outdoor installations, high-vibration environments, and applications requiring corrosion resistance. Common mounting locations include pre-filter housings to monitor inlet pressure, post-filter positions to confirm system pressure, and between filter stages to detect clogging or pressure drop.

