Product Description:
The Burkert 6014 series consists of direct-acting plunger solenoid valves that are engineered for dependable control of neutral gases and liquids in industrial automation and process applications. These compact valves incorporate a welded stopper and plunger guide tube design, which significantly improves pressure resistance and ensures leak-tight performance. This construction guarantees long-lasting reliability, even under demanding environmental conditions.
This series is available in both 2/2-way and 3/2-way valve configurations, offering Normally Closed (Circuit Function C) and Normally Open (Circuit Function D) options to meet a wide variety of control needs. The valves come with port sizes of G1/8 and G1/4, and orifice diameters of 1.5 mm, 2.0 mm, and 2.5 mm, allowing for flexible flow rates suitable for numerous applications. The valve bodies are manufactured from brass or stainless steel, and use FKM (fluororubber) as the standard sealing material. These seals are compatible with media temperatures ranging from -10°C up to +120°C.
The direct-acting plunger mechanism supports operation at pressures ranging from 0 bar up to 16 bar, depending on the orifice size. This makes the Burkert 6014 valves especially suitable for scenarios that require operation at zero differential pressure, including technical vacuum applications. The valves are equipped with durable epoxy-encapsulated coils consuming 8 watts of power, and are designed to support a 100% continuous duty cycle. Voltage variants include DC 24V, AC 24V, and AC 220V, each with a ±10% voltage tolerance.
Featuring a modular design, the 6014 series valves can be mounted individually or assembled into manifolds using a sub-base. An optional manual override is available to facilitate straightforward commissioning and maintenance procedures. When used with an appropriate cable plug, these valves provide IP65 protection, support high switching frequencies, and offer a compact form factor. Together, these features make the Burkert 6014 series an excellent choice for reliable, leak-tight performance in installations where space is limited.
Features:
Direct-Acting Operation
This device offers reliable switching performance ranging from 0 bar up to 16 bar without requiring any minimum differential pressure. It is especially suited for vacuum and low-pressure applications, ensuring consistent and dependable operation.
Compact Space-Saving Design
Featuring a small footprint and orifice diameters up to DN 2.5, the design is ideal for installations with limited space. It fits perfectly into tight spaces and manifold assemblies, making it highly versatile for various setups.
Enhanced Durability
The welded stopper and plunger guide tube significantly improve pressure resistance and leak-tightness. This construction ensures long-term reliability even under demanding conditions.
Material Options for Various Applications
Available in both brass and stainless steel, the body materials offer excellent corrosion resistance. This makes the device suitable for neutral gases, liquids, as well as aggressive media, broadening its application range.
Versatile Port and Orifice Sizes
The product comes with G1/8 and G1/4 port sizes, complemented by orifice diameters of 1.5 mm, 2.0 mm, and 2.5 mm. These options provide flexibility to meet diverse flow requirements accurately.
Flexible Circuit Functions
Offering normally closed (NC) and normally open (NO) versions, the device supports circuit functions C and D respectively. This allows adaptability for fail-safe mechanisms and various process control needs.
Wide Voltage Compatibility
With availability in DC24V, AC24V, and AC220V variants and an 8W power consumption rating, this product is compatible with a broad spectrum of global power supplies.
Designed for Continuous Operation
The 100% continuous duty cycle design ensures that the device can operate nonstop without the risk of overheating, providing high long-term reliability.
High Switching Speed
The device delivers fast response times with opening speeds between 10-15 milliseconds and closing speeds from 15-20 milliseconds, making it suitable for demanding automation environments.
FKM Seal Technology
Equipped with standard FKM (fluororubber) seals, the device boasts exceptional chemical resistance and excellent compatibility with various media.
Modular Installation Options
It can be mounted either individually or on a sub-base manifold, allowing for reduced installation time and saving valuable space during setup.
Manual Override Feature
The manual override facilitates easy commissioning, maintenance, and emergency operation, enhancing the device’s usability and safety.
IP65 Protection
When used with an appropriate cable plug, the device achieves an IP65 rating, making it dust-tight and protected against water jets. This ensures dependable performance even in harsh industrial environments.
Vibration-Resistant Coil System
The bolted coil design guarantees secure and stable operation in environments subject to high vibration, contributing to overall durability.
Energy-Efficient Variants
Energy-saving versions featuring Kick and Drop coils are available, reducing electrical power consumption during operation without compromising performance.
Safety-Certified Versions
Explosion-proof variants are offered with ATEX and UL approvals, making them suitable for use in hazardous areas where safety compliance is critical.
Technical Parameters:
| Body Materials |
Brass, Stainless Steel |
| Valve Type |
Direct-acting Plunger Solenoid Valve |
| Power Consumption |
8W |
| Circuit Functions |
G1/8, G1/4 |
| Orifice Sizes |
1.5 mm, 2.0 mm, 2.5 mm |
| Seal Material |
FKM, Other Materials On Request |
| Pressure Range |
0–6 Bar, 0–10 Bar, 0–16 Bar |
| Voltage Options |
DC24V, AC24V, AC220V |
Applications:
Applications of Pneumatic and Fluid Control Systems
Pneumatic control systems are essential for managing single-acting pneumatic actuators and cylinders with high precision and reliability. These systems ensure efficient operation in various mechanical setups where pneumatic power is utilized.
In processes involving shut-off, dosing, and filling, these control systems play a critical role. They effectively handle blocking, dosing, filling, and venting operations for neutral gaseous and liquid media, ensuring accuracy and safety.
Technical vacuum applications benefit significantly from these control solutions. Designed to operate at zero differential pressure, they are well-suited for environments that require stringent vacuum conditions without pressure fluctuations.
Compressed air systems are widely used in industrial automation and machinery, where precise control of compressed air improves operational efficiency and performance. These control systems optimize the delivery and regulation of compressed air in various industrial contexts.
When it comes to handling water and hydraulic oils, these systems provide reliable control. They are compatible with water, hydraulic oil, and oils free of additives, ensuring smooth and dependable fluid management in hydraulic applications.
The systems are also suitable for applications involving natural gas and town gas. Their design ensures safe and efficient control in gas supply and distribution networks.
In the realm of industrial automation, these control solutions offer general-purpose fluid management essential for manufacturing and process automation. They facilitate continuous and precise control of various fluids used in production lines.
Food and beverage machinery demands fluid control systems that comply with food-grade standards. Depending on the seal material used, these systems are compatible with such applications, ensuring hygiene and safety.
Laboratory equipment requires precise fluid control for analytical and testing instruments. These control solutions provide the accuracy and responsiveness needed in laboratory settings for reliable results.
Process control in chemical, pharmaceutical, and general manufacturing industries relies heavily on these fluid control systems. They ensure proper dosing and regulation essential for maintaining product quality and process consistency.
Water and wastewater treatment plants use these systems for dosing and controlling chemicals and fluids, supporting effective treatment and environmental compliance.
Pilot valves are another important application, where these systems are used to actuate larger process valves and actuators, providing reliable pilot control in various industrial settings.
In welding technology, controlling gases accurately is crucial. These fluid control systems are designed to manage gas flow in welding applications to ensure safety and optimal performance.
Lastly, small-scale instruments benefit from compact fluid control solutions. These are ideal for instrumentation and measurement devices requiring precise and miniature control mechanisms.
Support and Services:
Burkert Solenoid Valves are precision-engineered components designed for reliable and efficient fluid control in a wide range of industrial applications. Our technical support team is dedicated to providing comprehensive assistance to ensure optimal valve performance and longevity.
We offer expert guidance on valve selection, installation, operation, and maintenance to help you achieve the best results. Our services include troubleshooting support, product documentation, and access to technical resources such as datasheets, wiring diagrams, and application notes.
For maintenance, we recommend regular inspection and cleaning of the valve components to prevent buildup and ensure smooth operation. Replacement parts are available to maintain the integrity and functionality of your solenoid valve over time.
Our technical support specialists are equipped to assist with system integration and customization to meet your specific process requirements. We also provide training materials and workshops to empower your team with the knowledge needed for efficient valve management.
By choosing Burkert Solenoid Valves, you benefit from a product backed by extensive engineering expertise and dedicated customer support, ensuring your fluid control systems operate with maximum reliability and efficiency.
Packing and Shipping:
The Burkert Solenoid Valve is carefully packaged to ensure maximum protection during transit. Each valve is securely placed in a custom-fitted foam insert within a durable cardboard box, preventing any movement or damage. The packaging materials are chosen to withstand various shipping conditions, maintaining the integrity of the product.
For shipping, Burkert Solenoid Valves are handled with care and shipped via reliable carriers to ensure timely and safe delivery. Tracking information is provided to customers for full transparency throughout the shipping process. Additionally, all necessary documentation, including product manuals and warranty information, is included inside the package.
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