Technical Document
Specifications
Brand
BurkertSupply Voltage
230 V ac
Number of Ports
3
Connection Size
M5
Connection
M5 Metric Female
Operation
Direct
Default Valve Position
NC
Suitable Applications
Gas, Liquid
Type
3/2
Orifice Diameter
1.2mm
Body Material
Brass
Series
6012
Maximum Working Pressure
10 bar
Operating Temperature Range
-10 → +55 °C
Thread Standard or Connection Type
Metric
Maximum Operating Temperature
+55°C
Connection Gender
Female
Minimum Operating Temperature
-10°C
Maximum Closing Time
12ms
Flow Factor Kv
0.045m³/h
Maximum Opening Time
10ms
Country of Origin
Germany
Product details
6012 Series 3//2 way, Miniature Normally Closed Solenoid Valves – Threaded Port Connection
Coil changed easily with valve in place
Coil can be locked in any one of four 90° positions or move free between, as required
Brass body, polyamide coil and FKM high quality seal material
Suitable for compressed air, water, hydraulic oil
Operating temperature –10 to +100°C max.
Power consumption 4W DC; 9VA (Inrush); 6VA (Hold)
Protection to IP65 with cable plug DIN43650C
3 Way Inert Gases and Fluid Valves
Compact solenoid valves suitable for most gas and fluid handling applications. Where practical, valves are shown with a schematic diagram showing the (circuit) function. The diagram is laid out so that the left hand side of the diagram describes the valves operation when the coil is energised. When the coil is de-energised, the spring (or servo-assist) return controls the valve and this is described on the right hand side of the diagram, see the typical schematic diagram below.,The 3//2-way designation indicates a valve with three ports and two modes of operation. It is normal practice to refer to 2//2-way valves as two-way.,The port designations A, B, P, P1, P2 and R are used on the schematic diagrams and are marked on the valve bodies. Valve bodies are marked for a specific circuit function but can often be used for other functions. Reference to the schematic diagrams and technical specifications will indicate the appropriate connections and pressure capabilities should an alternative circuit function be required.
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Technical Document
Specifications
Brand
BurkertSupply Voltage
230 V ac
Number of Ports
3
Connection Size
M5
Connection
M5 Metric Female
Operation
Direct
Default Valve Position
NC
Suitable Applications
Gas, Liquid
Type
3/2
Orifice Diameter
1.2mm
Body Material
Brass
Series
6012
Maximum Working Pressure
10 bar
Operating Temperature Range
-10 → +55 °C
Thread Standard or Connection Type
Metric
Maximum Operating Temperature
+55°C
Connection Gender
Female
Minimum Operating Temperature
-10°C
Maximum Closing Time
12ms
Flow Factor Kv
0.045m³/h
Maximum Opening Time
10ms
Country of Origin
Germany
Product details
6012 Series 3//2 way, Miniature Normally Closed Solenoid Valves – Threaded Port Connection
Coil changed easily with valve in place
Coil can be locked in any one of four 90° positions or move free between, as required
Brass body, polyamide coil and FKM high quality seal material
Suitable for compressed air, water, hydraulic oil
Operating temperature –10 to +100°C max.
Power consumption 4W DC; 9VA (Inrush); 6VA (Hold)
Protection to IP65 with cable plug DIN43650C
3 Way Inert Gases and Fluid Valves
Compact solenoid valves suitable for most gas and fluid handling applications. Where practical, valves are shown with a schematic diagram showing the (circuit) function. The diagram is laid out so that the left hand side of the diagram describes the valves operation when the coil is energised. When the coil is de-energised, the spring (or servo-assist) return controls the valve and this is described on the right hand side of the diagram, see the typical schematic diagram below.,The 3//2-way designation indicates a valve with three ports and two modes of operation. It is normal practice to refer to 2//2-way valves as two-way.,The port designations A, B, P, P1, P2 and R are used on the schematic diagrams and are marked on the valve bodies. Valve bodies are marked for a specific circuit function but can often be used for other functions. Reference to the schematic diagrams and technical specifications will indicate the appropriate connections and pressure capabilities should an alternative circuit function be required.