Brand:

Parker Lucifer 341N22 SOLENOID VALVE

Description

Overview

The Parker Lucifer 341N22 solenoid valve is a quality electromechanical valve designed for fast and reliable control of liquids and gases in industrial and automation environments. Engineered by Parker Hannifin, it delivers excellent sealing performance and long-lasting operation in demanding applications.

The 341N22 is a direct-acting, normally closed valve with a durable brass body, stainless steel internals, and high-temperature coil resistance, making it suitable for compressed air, inert gases, light oils, and water.

Engineering & Design

The direct-acting design opens the valve directly with the solenoid force, without requiring a pressure differential, so the valve operates reliably from zero pressure. The normally closed configuration de-energises to the closed position, providing fail-safe shut-off on loss of power.

Standard voltage compatibility and low power consumption simplify the electrical interface, and the fast switching times and compact dimensions suit OEM and panel applications where space and response matter.

Key Features

  • Direct-acting, normally closed configuration
  • Durable brass body
  • Stainless steel internals
  • High-temperature coil resistance
  • Suitable for air, inert gases, light oils, water
  • Fast switching times
  • Compact design
  • Low power consumption
  • Standard voltage compatibility
  • Fail-safe normally closed operation

Applications

  • OEM machine building
  • Pneumatic systems
  • Machine tools
  • Process control
  • General industrial automation

Specifications

Specification Value
Manufacturer Parker Hannifin (Lucifer)
Model 341N22
Type 2/2 direct acting solenoid valve
Configuration Normally closed
Body Material Brass
Internals Stainless steel
Media Air, inert gases, light oils, water
Operation Direct acting, no differential required
Coil High-temperature resistance

Fluid control reliability starts with the valve, and the Parker Lucifer 341N22 solenoid valve provides it, which is why Seven Star LLC supplies the Parker Lucifer 341N22 solenoid valve for industrial fluid control.

For fluid control, the Parker Lucifer 341N22 solenoid valve is a reliable choice, available with standard coil voltages. Seven Star LLC supplies the 341N22 with documentation.

Why Seven Star LLC

Seven Star LLC supplies the Parker Lucifer 341N22 solenoid valve for fluid control projects across the Gulf, with verified specifications and technical support. Our team assists with voltage selection, media compatibility, and replacement of failed units.

We serve OEMs, machine builders, and process industries with reliable B2B supply of solenoid valves throughout the GCC.

Installation & Operation

The direct-acting design simplifies installation because the valve operates from zero pressure differential, and the standard coil voltages match common plant supplies. The compact body suits tight panel layouts, and the high-temperature coil resistance extends service life in warm enclosures.

Fast switching times support high cycle-rate applications, and the fail-safe normally closed configuration protects the process when power is removed. Regular coil checks and media compatibility reviews keep the valve reliable over its service life.

Supply Chain & Sourcing

Seven Star LLC maintains supply relationships for Parker Lucifer solenoid valves and coils, so spares for the 341N22 remain available for ongoing maintenance programmes across the Gulf.

We also help with media compatibility questions and coil voltage verification before the valve is installed.

The valve body connections accept standard piping, and the coil connection is made with the appropriate voltage applied to the DIN connector. For OEM applications, the compact dimensions and fast response support high cycle rate machinery.

Preventive maintenance focuses on coil condition, seal wear, and media compatibility, and the normally closed design provides predictable behaviour during power interruptions.

Standard coil voltages include the common AC and DC supplies, and the DIN connector simplifies wiring in the control cabinet. For replacement applications, the compact body and standard port dimensions allow direct exchange of the existing valve.

The Lucifer series is widely used in pneumatic and process applications, and the 341N22 provides a standardised replacement for existing installations with proven performance.

For spares planning, the 341N22 can be quoted alongside the Lucifer coil range, and the replacement procedure is documented for maintenance teams.

Request a Quote for Parker Lucifer 341N22 SOLENOID VALVE

For the Parker Lucifer 341N22 solenoid valve or any related control and instrumentation requirement, contact the Seven Star LLC team. Submit a formal inquiry through our RFQ page with your valve size, actuation and process data, and our specialists will respond with a detailed commercial proposal and the official Parker documentation.

Selecting and Identifying the 341N22 Valve

Lucifer valve bodies and coils are ordered separately in many installations, so a correct replacement depends on both parts. On the existing valve, record the full code on the body (for example 341N22 plus any suffix), and separately the coil type, voltage, frequency (AC or DC) and power rating printed on the coil label. Also confirm the port size and thread standard, the medium, and the maximum differential pressure the valve must open against. Direct-acting valves have a pressure limit that falls as orifice size increases, so a valve that looks identical but has a different orifice may not open at your line pressure.

Installation Tips

  • Blow out pipework before fitting and install a strainer upstream; debris on the seat is the most common cause of leakage through a closed valve.
  • Respect the flow arrow on the body; reversed installation can cause leakage or failure to close.
  • Tighten fittings using the body flats, never by applying torque through the coil or armature tube.
  • Check the supply voltage at the coil terminals under load and use the correct connector with its gasket fitted to maintain the enclosure rating.
  • In hazardous areas, use only a coil and connector certified for the zone classification.

Maintenance and Troubleshooting

Valve does not open

Measure coil voltage and coil resistance. An open-circuit coil must be replaced; if voltage and coil are healthy, check that inlet pressure is within the valve’s rated differential and that the armature is not stuck by dirt or varnish.

Valve leaks when closed

Inspect the seat and armature seal for contamination, wear or swelling caused by an incompatible fluid. Genuine spare kits restore the original seal material.

Coil overheating or humming

Check that AC coils are not operating on the wrong frequency or voltage, and that the armature tube is fully seated so the magnetic circuit closes properly.

Applications in Oman and the GCC

Compact direct-acting valves like the 341N22 are used on instrument air lines, analyzer sample systems, burner management panels, water treatment dosing skids and OEM packages across Oman’s oil and gas, power and desalination facilities. Keeping a matched spare valve and coil on site reduces downtime on critical control loops.

Sourcing Through Seven Star LLC

Share the body code and coil label details with Seven Star LLC for a quotation on genuine Parker Lucifer valves, coils and spares, supplied with available manufacturer documentation to sites across Oman and the GCC.

Related Products

Datasheets & Documents
  • PDF Instruction Manual Parker Lucifer 341N22 SOLENOID VALVE Manual Download
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About brand

Parker's catalog spans almost everything that moves or controls a fluid, from hydraulic pumps to instrument fittings. The company was founded in 1917 and is based in Cleveland, USA. For process plants in Oman, Seven Star LLC supplies the Parker items that maintenance teams request most: Lucifer solenoid valves, including NAMUR types for actuated valves, along with filter elements and hydraulic gear pumps.

Parker product lines listed here

Most of the listing is Lucifer, the Parker solenoid valve line that many nameplates still show as a brand in its own right. The 341N types (341N01, 341N22, 341N31) are NAMUR-interface valves that bolt straight onto a pneumatic actuator to pilot it. The E131K03 is a direct-acting 3/2 valve, and the 322K4706 and 7341NAKBHNM0 are further Lucifer solenoid valves. Parker sells Lucifer valve bodies and their coils or electrical parts as separate items, so one body can be combined with different voltages and enclosure types.

Other Parker lines appear: a hydraulic gear pump (P51A478BEY25-07-ZY), a coalescing filter element (9000040001) and a Triple-Lok 37-degree flare tube fitting.

Where Parker components are used

Lucifer NAMUR valves sit on quarter-turn actuators for on-off and shutdown valves in oil and gas, power and water plants across the GCC. Line-mounted solenoid valves switch instrument air, water, steam and light oils on skids and machines. Gear pumps drive hydraulic power units and mobile equipment, and coalescing elements protect instrument air and gas sampling systems from oil and water aerosols.

Ordering Parker parts: what we need

Parker part numbers are long and every character counts. Please send:

  • Solenoid valves: valve number from the body, coil or electrical part number, voltage and frequency, and the Ex marking if the coil is certified
  • Gear pumps: the complete code from the nameplate, including the assembly number, which fixes displacement, shaft, ports and rotation
  • Filter elements: element number and the housing model it fits

A photo of the nameplate is welcome. We check the code against Parker documentation and identify the manufacturer's current equivalent if a number has been superseded.

Frequently Asked Questions

What type of valve is the 341N22?
It is a direct-acting, normally closed solenoid valve with a brass body and stainless steel internals.
Which media can it control?
Compressed air, inert gases, light oils, and water.
Does it need a pressure differential?
No, the direct-acting design operates reliably from zero pressure.
What happens on power loss?
The normally closed configuration closes the valve, providing fail-safe shut-off.
Where is it used?
OEM equipment, pneumatic systems, machine tools, and process control.