General Industrial Pressure Switches | Industrial machinery, HVAC systems | Stainless Steel Construction (ASTM A240), IP65 Protection (Protected against dust/water jets) | ▲ Durability: Withstands harsh environments; Corrosion Resistance | Heavier, bulkier design; higher upfront cost compared to compact alternatives |
Compact Pressure Sensors | Automotive, space-constrained machinery | Compact Design (50x30mm), IP65, Threaded Mounting (ISO 7005 compliant) | ▲ Space Efficiency: Fits tight spaces; Easy installation via threaded ends | Limited pressure range (up to 200psi); Not ideal for corrosive media |
Hydraulic Pressure Switches (WTsensor) | Hydraulic systems, water/oil applications | Brass Material (ASTM B280), 5-750psi Range (ISO 6682), IP65, Adjustable Settings | ▲ Media Compatibility: Works with water/oil/air; Adjustable Thresholds | Not rated for pressures exceeding 750psi; Less corrosion-resistant than stainless steel |
Low-Pressure Switches | Pneumatic systems, air pressure monitoring | 5psi Minimum Activation (ISO 6352), IP65, Lightweight Design | ▲ Precision: Detects low-pressure changes (e.g., 5–50psi); Cost-effective | Ineffective for high-pressure systems (>100psi); Limited durability in corrosive environments |
High-Pressure Sensors | Oil drilling, heavy machinery | Stainless Steel, 0–10,000psi Range (ASTM E132), IP68 (Submersible) | ▲ Extreme Tolerance: Handles ultra-high pressures; Rugged Design | Bulky, expensive; Requires frequent calibration for precision at max pressure |
Corrosion-Resistant Sensors | Chemical processing, marine environments | 316 Stainless Steel (ASTM A276), Passes ASTM G48 (Corrosion Resistance Test) | ▲ Chemical Immunity: Withstands acids, alkalis, and saltwater; Long lifespan | Higher cost; Less flexibility in pressure range (typically 0–1,000psi) |