Flow Switches

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Compact level switch, two configurations for pump and valve control, fail safe relay control of pumps or valves with 0-60 second delay.
Compact level switch, two configurations for pump and valve control, fail safe relay control of pumps or valves with 0-60 second delay.
Compact level switch, two configurations for pump and valve control, fail safe relay control of pumps or valves with 0-60 second delay.
Compact level switch, two configurations for pump and valve control, fail safe relay control of pumps or valves with 0-60 second delay.
Compact level switch, two configurations for pump and valve control, fail safe relay control of pumps or valves with 0-60 second delay.
Compact level switch, two configurations for pump and valve control, fail safe relay control of pumps or valves with 0-60 second delay.
Compact level switch, two configurations for pump and valve control, fail safe relay control of pumps or valves with 0-60 second delay.
Compact level switch, two configurations for pump and valve control, fail safe relay control of pumps or valves with 0-60 second delay.
Compact flow switch w/ fail-safe relay control of pumps or valves w/ 0-60 second delay, provides one 16A relay for low-flow pump or process protection.
Compact flow switch w/ fail-safe relay control of pumps or valves w/ 0-60 second delay, provides one 16A relay for low-flow pump or process protection.
Compact flow switch w/ fail-safe relay control of pumps or valves w/ 0-60 second delay, provides one 16A relay for low-flow pump or process protection.
Compact flow switch w/ fail-safe relay control of pumps or valves w/ 0-60 second delay, provides one 16A relay for low-flow pump or process protection.
Precision flow control from the outside of metal or plastic pipes.
Precision flow control from the outside of metal or plastic pipes.
Precision flow control from the outside of metal or plastic pipes.
Precision flow control from the outside of metal or plastic pipes.
Precision flow control from the outside of metal or plastic pipes.
Precision flow control from the outside of metal or plastic pipes.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact flow switch with microcontroller for outstanding temperature compensation.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Compact, thermal flow sensors with microprocessor-based drift stabilization.
Capable of rapid detection of flow rate change of non-hazardous gases.
Capable of rapid detection of flow rate change of non-hazardous gases.
Capable of rapid detection of flow rate change of non-hazardous gases.
Capable of rapid detection of flow rate change of non-hazardous gases.
Capable of rapid detection of flow rate change of non-hazardous gases.
Capable of rapid detection of flow rate change of non-hazardous gases.
Paddle type flow switch with a maximum pressure of 1450 PSI for brass and 3600 PSI for SS, replaces the OK15.
Paddle type flow switch with a maximum pressure of 1450 PSI for brass and 3600 PSI for SS, replaces the OK15.
Paddle type flow switch with a maximum pressure of 1450 PSI for brass and 3600 PSI for SS, replaces the OK15.
Paddle type flow switch with a maximum pressure of 1450 PSI for brass and 3600 PSI for SS, replaces the OK15.
Paddle type flow switch with a maximum pressure of 1450 PSI for brass and 3600 PSI for SS, replaces the OK15.
Paddle type flow switch with a maximum pressure of 1450 PSI for brass and 3600 PSI for SS, replaces the OK15.
Paddle type flow switch with a maximum pressure of 1450 PSI for brass and 3600 PSI for SS, replaces the OK15.
Paddle type flow switch with a maximum pressure of 1450 PSI for brass and 3600 PSI for SS, replaces the OK15.
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