Bürkert Type 6014 is a direct-acting plunger valve designed for reliable fluid control. The stopper and core guide tube are welded together to enhance pressure resistance and leak-tightness. Various seal material combinations are available depending on the application. A Bürkert-specific flange variant (SFB) enables space-saving arrangement of valves on a manifold. Kick and Drop coils are available for the reduction of electrical power consumption during operation.

General Technical Data

Product properties
Orifice	DN 1.5...DN 2.5
Circuit function	C, D and T
Thermal insulation class	Polyamide coil class B, Epoxy coil class H
Duty cycle	100% continuous operation. Intermittent operation 60% (30 min) or with 5 W coil (on request)
Operating voltage	24 V DC, 24 V 50 Hz, 24 V 60 Hz, 110 V 50 Hz, 120 V 60 Hz, 230 V 50 Hz, 240 V 60 Hz
Voltage tolerance	±10%
Operating medium	Technical vacuum, neutral gases and liquids (e.g. compressed air, town gas, natural gas, water, hydraulic oil, petrol)
Medium temperature (FKM)	-10 °C...+100 °C (PA coil), -10 °C...+120 °C (epoxy coil), -40 °C on request
Viscosity	Max. 21 mm²/s
Port connection	G 1/8, G 1/4, NPT 1/8, NPT 1/4, sub-base (SFB)
Degree of protection	IP65 with cable plug Type 2518, NEMA 4X with cable plug Type 2509 with stainless steel variants
Installation position	As required, preferably with actuator upright
Ambient temperature	Max. +55 °C

Circuit Functions

Symbol	Description
	Circuit function C (CF C) 3/2-way solenoid valve Direct-acting Normally closed
	Circuit function D (CF D) 3/2-way solenoid valve Direct-acting Normally open
	Circuit function T (CF T) 3/2-way solenoid valve Direct-acting Flow direction optional Normally closed

Material Specifications

No.	Element	Material
1	Stopper	Stainless steel 1.4105/430F
2	Shading ring	Cu (brass variant), Ag (stainless steel variant)
3	Plunger seal	FKM
4	Spring	Stainless steel 1.4310/301
5	Magnetic core	Stainless steel 1.4105/430F
6	Core guide tube	Stainless steel 1.4303/305/308
7	O-ring	FKM
8	Plunger seal	FKM
9	Valve body	Brass, Stainless steel 1.4305/303, Stainless steel 1.4401/316
10	Spring	Stainless steel 1.4310/301
11	Sub-base	Steel, surface finish thick-film passivated (brass variant), Stainless steel 1.4301/304 (stainless steel variant)
12	Coil	PA (Polyamide), Epoxy (High temperature variant)
13	Nut	Steel, surface finish thick-film passivated (brass variant), Stainless steel 1.4305/303 PTFE coated (stainless steel variant)

Dimensions

Note

Dimensions are in mm.

Port connection	A [inch]	B [mm]	C [mm]	D [mm]	G [mm]
Threaded without manual override	G 1/8	32	20.8	32.6	8
Threaded without manual override	G 1/4	46	26.8	49	12
Threaded with manual override	G 1/8	32	20.8	32.6	8
Threaded with manual override	G 1/4	46	26.8	49	12
Sub-base	-	32	14.3	32.6	-

Performance Specifications

Power Consumption

Orifice [mm]	Coil power [W]	Power consumption Inrush AC [VA]	Power consumption Hold AC [VA/W]	Response times Opening [ms]	Response times Closing [ms]
1.5	8 W AC or 8 W DC (9)	24	8	10...15	15...20
2.0	8 W AC or 8 W DC (9)	24	8	10...15	15...20
2.5	8 W AC or 8 W DC (9)	24	8	15...20	10...22

(Measurement at +20 °C, 6 bar at the valve outlet, opening: pressure build-up 0…90%, closing: pressure reduction 100…10%)

Utilisation in Another Circuit Function

The valves are equipped with different springs for specific circuit functions. When used with other circuit functions, the permissible operating pressure changes according to the following table.

DN	Circuit function	Max. operating pressure [bar] A	Max. operating pressure [bar] B	Max. operating pressure [bar] C	Max. operating pressure [bar] D	Max. operating pressure [bar] T
1.5	C	16	22	16	2	2
1.5	D	2	2.5	2	16	2
1.5	T	10	16	10	6	6
2.0	C	10	14	10	1	1
2.0	D	1	1.5	1	10	1
2.0	T	6	10	6	4	4
2.5	C	6	9	6	0.7	0.7
2.5	D	0.7	1	0.7	6	0.7
2.5	T	3.5	6	3.5	2.5	2.5

Explosion Protection

Optional explosion protection according to category 2 (zone 1/21) and category 3 (zone 2/22) is available. The maximum medium temperature must never exceed the permitted temperature class (T4: +135 °C, T5: +100 °C, T6: +85 °C) minus 5 K.