AR MV70H Horizontal Flow Switch
Product Configuration
- MV70H is a horizontal-mount, high-pressure flow switch designed for precision flow detection and automatic control signaling in industrial and commercial cleaning systems.
- Pressure rating is 8,122 PSI for demanding high-pressure environments.
- Auto control mode supports pump start/stop logic based on real-time flow conditions through a relay, interlock, or control panel input.
- Horizontal installation intent supports stable actuation in straight discharge runs where orientation control is required.
- Compact housing supports installation near pumps, manifolds, and rail assemblies without consuming excessive frame space.
Performance and Function
Flow-to-Signal Operation
- Balanced internal piston reacts to water movement in horizontal piping and converts flow changes into an electrical control signal.
- Signal output is intended for pump relays, safety interlocks, and automation/control panels.
- Control behavior enables pump operation only when flow is present and initiates shutdown when flow stops.
- Protection intent includes reducing dry run exposure, limiting overheating risk, and helping prevent damaging pressure events associated with no-flow conditions.
- Internal flow path is specified for minimal restriction to maintain system efficiency while supporting fast, repeatable actuation.
System Protection Outcomes for MV70H Horizontal Flow Switch
Typical Risks Reduced
- Helps reduce dry running and cavitation exposure when downstream flow demand is not present.
- Helps reduce heat buildup in seals and motors during no-flow events or unintended idle states.
- Helps stabilize wash-cycle behavior by reducing uncontrolled pressure changes associated with abrupt flow loss.
- Helps reduce premature wear on hoses and fittings caused by operating outside intended flow conditions.
- Helps protect against clog-related events tied to blocked nozzles, kinked hoses, collapsed lines, or closed valves.
Construction
Materials and Housing
- Body material is specified by configuration and may be high-strength brass or stainless steel.
- Precision-machined internal components support repeatable actuation and long service life under cycling.
- Sealed electrical terminals support moisture protection in wash environments.
- Heavy-duty housing supports vibration resistance in mobile rigs and industrial frames.
- Build intent supports exposure to detergents, vibration, and frequent start/stop cycling in harsh environments.
MV70H Horizontal Flow Switch Installation
Mounting and Placement
- Installs into horizontal discharge lines using standard NPT threaded ports.
- Horizontal orientation supports stable piston response and consistent switching behavior.
- Placement between the pump and unloader/manifold is supported where system architecture calls for flow-based control input.
- Straight-through routing supports clean plumbing runs and minimizes service complexity.
- Service access intent supports inspection of joints, wiring, and upstream filtration without major disassembly.
Daily Operation Advantages
Control and Efficiency
- Runs the pump only when downstream demand exists.
- Initiates shutdown when a trigger gun closes or flow stops at the sensing point.
- Improves energy efficiency by reducing unnecessary runtime and idle heat generation.
- Reduces mechanical stress by limiting operation during no-flow and abnormal restriction conditions.
- Supports more predictable maintenance intervals by reducing thermal stress and uncontrolled pressure events.
Maintenance
Service Expectations
- Inspect electrical connections for tightness and signs of corrosion per site PM standards.
- Inspect plumbing joints for leaks and re-torque fittings as needed in vibration-prone equipment.
- Maintain upstream filtration to keep debris out of the switch housing.
- Flush systems periodically in heavy-use or dirty-water environments to reduce internal buildup.
- Internal piston self-cleaning action supports responsive switching when system cleanliness is maintained.
MV70H Horizontal Flow Switch Applications
Typical Use Cases
- Industrial wash bays and fixed wash stations.
- Fleet and heavy-equipment cleaning systems.
- Water blasting and high-pressure cleaning rigs.
- Hydraulic test benches and controlled flow/pressure stations.
- Mobile and stationary high-pressure cleaning packages.
- Multi-pump or zone-controlled manifold systems requiring flow-based control input.





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