KEYENCE FD-M Series Electromagnetic Flow Sensor FD-MZ10ATK

Description
KEYENCE Electromagnetic Flow Sensor: FD-M Series • Obstruction free flow sensor • Dual digital display with easy set-up • Protected housing: IP65 The FD-M Series uses electromagnetics to determine the flow rate of conductive liquids. This enables detection without obstructions, paddle wheels, or electrodes, preventing common issues associated with conventional flow sensors (i.e. clogging, pressure losses, flow disruption, etc.). Waters or non-corrosive liquids can be monitored at temperatures up to 185° F, making possible high temperature applications such as: Cooling water in forming machines or warming water in molding tubes. Additionally, the FD-M Series features a dual colored, digital display, as well as, the ability to monitor flow, regardless of direction.
Datasheet
Description
KEYENCE Electromagnetic Flow Sensor: FD-M Series • Obstruction free flow sensor • Dual digital display with easy set-up • Protected housing: IP65 The FD-M Series uses electromagnetics to determine the flow rate of conductive liquids. This enables detection without obstructions, paddle wheels, or electrodes, preventing common issues associated with conventional flow sensors (i.e. clogging, pressure losses, flow disruption, etc.). Waters or non-corrosive liquids can be monitored at temperatures up to 185° F, making possible high temperature applications such as: Cooling water in forming machines or warming water in molding tubes. Additionally, the FD-M Series features a dual colored, digital display, as well as, the ability to monitor flow, regardless of direction.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
FD-M Series Electromagnetic Flow Sensor - FD-MZ10ATK - KEYENCE
Elmwood Park, NJ, USA
FD-M Series Electromagnetic Flow Sensor
FD-MZ10ATK
FD-M Series Electromagnetic Flow Sensor FD-MZ10ATK
KEYENCE Electromagnetic Flow Sensor: FD-M Series • Obstruction free flow sensor • Dual digital display with easy set-up • Protected housing: IP65 The FD-M Series uses electromagnetics to determine the flow rate of conductive liquids. This enables detection without obstructions, paddle wheels, or electrodes, preventing common issues associated with conventional flow sensors (i.e. clogging, pressure losses, flow disruption, etc.). Waters or non-corrosive liquids can be monitored at temperatures up to 185° F, making possible high temperature applications such as: Cooling water in forming machines or warming water in molding tubes. Additionally, the FD-M Series features a dual colored, digital display, as well as, the ability to monitor flow, regardless of direction.

KEYENCE Electromagnetic Flow Sensor: FD-M Series

Obstruction free flow sensor
Dual digital display with easy set-up
Protected housing: IP65

The FD-M Series uses electromagnetics to determine the flow rate of conductive liquids. This enables detection without obstructions, paddle wheels, or electrodes, preventing common issues associated with conventional flow sensors (i.e. clogging, pressure losses, flow disruption, etc.). Waters or non-corrosive liquids can be monitored at temperatures up to 185° F, making possible high temperature applications such as: Cooling water in forming machines or warming water in molding tubes. Additionally, the FD-M Series features a dual colored, digital display, as well as, the ability to monitor flow, regardless of direction.

Supplier's Site Datasheet
Flow Meter - 80708401 - Radwell International
Willingboro, NJ, United States
Flow Meter
80708401
Flow Meter 80708401
ELECTROMAGETIC FLOW SENSOR, BUILT-IN AMPLIFIER, 0.14 TO 2.64 GPM. FREE 2 YEAR RADWELL WARRANTY

ELECTROMAGETIC FLOW SENSOR, BUILT-IN AMPLIFIER, 0.14 TO 2.64 GPM. FREE 2 YEAR RADWELL WARRANTY

Supplier's Site

Technical Specifications

  KEYENCE Radwell International
Product Category Liquid Flow Meters Flow Meters
Product Number FD-MZ10ATK 80708401
Product Name FD-M Series Electromagnetic Flow Sensor Flow Meter
Meter Technology Electromagnetic
Features Programmable
Operating Temperature 32 to 185 F (0 to 85 C)
Process Media Type Liquid Gas
Operating Pressure 0.0 to 145 psi (0.0 to 102 m H2O)
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