EMERSON – ASCO Solenoid Valve 18900032.24/50-60, 3 port(s) , NC, 24 V ac, 1/8in
Technical documents
Specifications
Brand
EMERSON ? ASCOSupply Voltage
24 V ac
Number of Ports
3
Connection Size
1/8in
Connection
1/8 in G Female
Operation
Direct
Default Valve Position
NC
Suitable Applications
Filtered Air
Type
3/2
Orifice Diameter
1.2mm
Series
189
Body Material
Glass Fibre Reinforced PA
Maximum Working Pressure
10 bar
Operating Temperature Range
-10 → +60 °C
Minimum Operating Temperature
-10°C
Maximum Operating Temperature
+60°C
Connection Gender
Male
Thread Standard or Connection Type
G
Maximum Closing Time
20ms
Maximum Opening Time
20ms
Flow Factor Kv
0.03m³/h
Country of Origin
France
Product details
Accessories for piston valves
Control solenoids, signalling support and mini-sensor for E290 series valves.
Two-way Valves and Control Modules
Valves and control modules designed specifically to operate together, provide a valve opening which is proportional to the input signal and allows this to be correlated to the respective operating conditions.
P.O.A.
1
P.O.A.
Stock information temporarily unavailable.
1
Stock information temporarily unavailable.
Technical documents
Specifications
Brand
EMERSON ? ASCOSupply Voltage
24 V ac
Number of Ports
3
Connection Size
1/8in
Connection
1/8 in G Female
Operation
Direct
Default Valve Position
NC
Suitable Applications
Filtered Air
Type
3/2
Orifice Diameter
1.2mm
Series
189
Body Material
Glass Fibre Reinforced PA
Maximum Working Pressure
10 bar
Operating Temperature Range
-10 → +60 °C
Minimum Operating Temperature
-10°C
Maximum Operating Temperature
+60°C
Connection Gender
Male
Thread Standard or Connection Type
G
Maximum Closing Time
20ms
Maximum Opening Time
20ms
Flow Factor Kv
0.03m³/h
Country of Origin
France
Product details
Accessories for piston valves
Control solenoids, signalling support and mini-sensor for E290 series valves.
Two-way Valves and Control Modules
Valves and control modules designed specifically to operate together, provide a valve opening which is proportional to the input signal and allows this to be correlated to the respective operating conditions.