Accurate liquid flow monitoring isn’t just a convenience—it’s mission-critical. From cooling circuits protecting sensitive machinery to chemical dosing requiring split-second precision, inconsistent flow data risks costly downtime, product defects, or even system damage. That’s where dedicated industrial sensing hardware makes the difference. Copper Flow Switch 10LPM provides the exact 10±1LPM threshold detection reliability demanding environments require.
Why Copper Flow Switch 10LPM Outlasts & Outperforms Generic Sensors
While plastic or composite sensors seem cost-effective upfront, material limitations sabotage long-term function. Copper Flow Switch 10LPM leverages copper’s innate properties for unmatched resilience:
-Pressure Endurance (1.0MPa): Copper maintains structural stability under pulsating hydraulic loads where plastics risk micro-cracking—ideal for pump discharge monitoring or filter bypass circuits.
-Thermal Resilience (0°C to +120°C): Copper body withstands both chilling cryogenic liquids and near-boiling thermal fluids without warping or weakening sensor alignment. Polypropylene alternatives crack below freezing or warp above 80°C.
-Chemical Passivation: Copper naturally resists corrosive attack from mild acids, alkalis, salts, and industrial solvents, extending sensor life in challenging media like cutting fluids or plating baths. Stainless steel sensors can pit aggressively in chlorides.
Precision isn’t optional at Copper Flow Switch 10LPM’s calibrated 10-liter-per-minute set point. ±1LPM tolerance means reliable activation exactly when critical flow thresholds cross safety or process limits—whether protecting a heat exchanger from low-flow overheating or ensuring precise tank fill volumes.
Its robust SPDT contact configuration (220V, 0.5A) interfaces directly with PLC control systems, pump motor relays, or alarm panels. For environments where electrical noise threatens false triggers, copper casing delivers inherent EMI/RFI shielding compared to plastic-bodied switches vulnerable to interference.
Applications Demanding Copper Flow Switch 10LPM：
1.Coolant Flow Assurance (CNC/Laser Systems): Detect dangerous flow drops below 10LPM in spindle cooling circuits instantly, triggering shutdown before thermal damage destroys bearings or seals. Verify coolant return lines prevent reservoir overflow.
2.Precision Chemical Metering (Water Treatment): Ensure 10LPM flow velocity for consistent coagulation/flocculant injection. Deviations ruin treatment chemistry, risking discharge violations.
3.Hydraulic Oil Line Monitoring: Protect pumps & valves by confirming flow reaches 10LPM minimums upon startup. Detect line blockages or pump cavitation.
4.Liquid Filling/Batching: Act as a volumetric safeguard confirming process flow reaches preset fill-stage thresholds for tanks or reactors reliably.
5.Immersion Cooling Safety: Detect interruptions in dielectric coolant flow protecting high-density computing racks from catastrophic overheating.
Copper Flow Switch 10LPM delivers ROI through:
- Asset Protection: Early detection prevents catastrophic equipment damage.
- Process Reliability: Maintain exact flow conditions for quality control.
- Reduced Maintenance: Copper withstands punishing conditions better than alternatives.
- Simplified Integration: Standard NPT & electrical connections save installation time.
Contact our engineering support team today to specify your ideal Copper Flow Switch 10LPM configuration and secure a reliable, long-term solution for your application.