Flow-captor 4120.12
The flow-captor 4120 is a unique, precise, metering flow switch with adjustable setpoint for industrial application. FREE SHIPPING within US territory. Lead time 1-2 weeks if out of stock.
Flow-captor 4120.13
The flow-captor 4120 is a unique, precise, metering flow switch with adjustable setpoint for industrial application. FREE SHIPPING within US territory. Lead time 1-2 weeks if out of stock.
Flow-captor 4121.12
4121.12 flow-captor flow switch for oil based media, adjustable setpoint with analog LED display. FREE SHIPPING with US territory. Lead time 1-2 weeks if out of stock.
Flow-captor 4121.13
The flow-captor 4121.xx is a family of compact, metering flow switches with adjustable set-point and analog display. FREE SHIPPING within US territory. Lead time 1-2 weeks if out of stock.
Flow-captor smart meter Type 4115.30 sm
Suitable for pipes up to 24”
Flow-captor Type 4114.30, 4115.30
The flow-captor type 4114.30 / 4115.30 is a flow meter for industrial applications which can be installed virtually non-intrusively into any pipe, allowing flow-sensing without obstruction of the pipe diameter.
KAL-D Compact Thermal Flow Switch
No Moving Parts
Switching Range 0.15 to 6.6 Ft/Sec.
KAL-K & KAL-A Compact Thermal Flow Sensor
Revolutionary Microprocessor-Based Drift Stabilization
NPT and 3-A Compliant Sanitary Fittings
Kobold MIM Series Electromagnetic Flow Meters
The Kobold MIM Series Electromagnetic Flow Meter measures and monitors small to medium sized flow of conductive liquids in pipes. According to Faraday’s Law of magnetic induction, a voltage is induced in a conductor moving through a magnetic field.
KOBOLD MIS Economical Electromagnetic Flow Meter
Economical Electromagnetic flow meter. Monitoring, Batching, Totalizer for mid-range flow rates of conductive liquids in line sizes from 2″ to 8″
Microflow 4311.30
Pipe sizes from 1” to as small as ¼” in diameter.
Linearized 4-20 mA output proportional to flow rate.
Microflow 4511.30
Pipe sizes from 1” to as small as ¼” in diameter.
Linearized 4-20 mA output proportional to flow rate.