Burkert Proportional Solenoid Valve 238937, 2 port(s) , NC, 24 V dc, 1/8in
Technical Document
Specifications
Brand
BurkertSupply Voltage
24 V dc
Number of Ports
2
Connection Size
1/8in
Connection
1/8 in G Female
Operation
Direct
Default Valve Position
NC
Suitable Applications
Liquid, Neutral Gas
Type
2/2
Orifice Diameter
1.2mm
Body Material
Brass
Series
2871
Maximum Working Pressure
8 bar
Maximum Operating Temperature
+55°C
Connection Gender
Female
Thread Standard or Connection Type
G
Maximum Opening Time
<15ms
Flow Factor Kv
0.038m³/h
Country of Origin
Germany
Product details
2/2 Proportional Flow Valve - 2871 Series
Burkert proportional solenoid valves provide continuously adjustable and smooth control over the flow of fluid passing through them. Unlike conventional solenoid and process valves which offer only On or off control, Burkert 2871 series process valves use PWM (pulse width modulation) to give you the ability to adjust the flow from 0 to 100 percent. Design features such as the frictionless installation of the valve plunger, for exceptionally accurate adjustment and the tight sealing elastomeric seat make this the ideal valve for demanding and high accuracy control.
Features and Benefits
• Direct acting operation
• Available in either brass or stainless steel
• Excellent response time
• Globe valve operating principle
• IP65 Rating
• Plunger valve actuator
• <15 ms response time
• 5 W power consumption
• 1500Hz PWM frequency
• 100% continuously rated duty cycle
• Repeatability of less than 0.25% of full scale
• Less than 5% hysteresis
Applications
PWM solenoid control valves are suitable for applications which require more control over the flow of fluid than the simple on/off offered by standard solenoid 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.
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₹ 18,918.90
Each (Exc. GST)
₹ 22,324.30
Each (Including GST)
1
RS Components & Controls (I) Ltd
Distribution hub - B-89, Sector 67, Noida, Gautam Budh Nagar, (Uttar Pradesh), 201 301
₹ 18,918.90
Each (Exc. GST)
₹ 22,324.30
Each (Including GST)
1
Technical Document
Specifications
Brand
BurkertSupply Voltage
24 V dc
Number of Ports
2
Connection Size
1/8in
Connection
1/8 in G Female
Operation
Direct
Default Valve Position
NC
Suitable Applications
Liquid, Neutral Gas
Type
2/2
Orifice Diameter
1.2mm
Body Material
Brass
Series
2871
Maximum Working Pressure
8 bar
Maximum Operating Temperature
+55°C
Connection Gender
Female
Thread Standard or Connection Type
G
Maximum Opening Time
<15ms
Flow Factor Kv
0.038m³/h
Country of Origin
Germany
Product details
2/2 Proportional Flow Valve - 2871 Series
Burkert proportional solenoid valves provide continuously adjustable and smooth control over the flow of fluid passing through them. Unlike conventional solenoid and process valves which offer only On or off control, Burkert 2871 series process valves use PWM (pulse width modulation) to give you the ability to adjust the flow from 0 to 100 percent. Design features such as the frictionless installation of the valve plunger, for exceptionally accurate adjustment and the tight sealing elastomeric seat make this the ideal valve for demanding and high accuracy control.
Features and Benefits
• Direct acting operation
• Available in either brass or stainless steel
• Excellent response time
• Globe valve operating principle
• IP65 Rating
• Plunger valve actuator
• <15 ms response time
• 5 W power consumption
• 1500Hz PWM frequency
• 100% continuously rated duty cycle
• Repeatability of less than 0.25% of full scale
• Less than 5% hysteresis
Applications
PWM solenoid control valves are suitable for applications which require more control over the flow of fluid than the simple on/off offered by standard solenoid 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.