Technical Documents
Specifications
Brand
SMCProduct Type
Flow Sensor
Media Monitored
Water
Device Type
Flow Sensor
Minimum Flow Rate
5L/min
Housing Material
Polybutylene Terephthalate, Aluminium Alloy, Nitrile Butadiene Rubber
Maximum Flow Rate
40L/min
Maximum Pressure
1.0MPa
Maximum Supply Voltage
24V dc
Minimum Media Temperature
0°C
IP Rating
IP65
Maximum Media Temperature
50°C
Minimum Operating Temperature
-25°C
Maximum Operating Temperature
50°C
Standards/Approvals
RoHS, CE, UKCA
Series
PF2W511
Current Rating
80mA
Country of Origin
Japan
Product Details
The SMC Series PF2A Flow switch is designed for a water applications. Flow rate setting and monitoring are possible with the digital display. Integrated and remote type displays are available for different types of application. Water resistant construction is used conforming to IP65 protection. Switching from real time flow rate to accumulated flow is possible.
Stock information temporarily unavailable.
AED 2,865.09
AED 2,865.09 Each (ex VAT)
AED 3,008.34
AED 3,008.34 Each (inc. VAT)
1
AED 2,865.09
AED 2,865.09 Each (ex VAT)
AED 3,008.34
AED 3,008.34 Each (inc. VAT)
Stock information temporarily unavailable.
1
Technical Documents
Specifications
Brand
SMCProduct Type
Flow Sensor
Media Monitored
Water
Device Type
Flow Sensor
Minimum Flow Rate
5L/min
Housing Material
Polybutylene Terephthalate, Aluminium Alloy, Nitrile Butadiene Rubber
Maximum Flow Rate
40L/min
Maximum Pressure
1.0MPa
Maximum Supply Voltage
24V dc
Minimum Media Temperature
0°C
IP Rating
IP65
Maximum Media Temperature
50°C
Minimum Operating Temperature
-25°C
Maximum Operating Temperature
50°C
Standards/Approvals
RoHS, CE, UKCA
Series
PF2W511
Current Rating
80mA
Country of Origin
Japan
Product Details
The SMC Series PF2A Flow switch is designed for a water applications. Flow rate setting and monitoring are possible with the digital display. Integrated and remote type displays are available for different types of application. Water resistant construction is used conforming to IP65 protection. Switching from real time flow rate to accumulated flow is possible.
