Normally Open / Normally Closed Solenoid Valve
Series 54 – 21-Station Manifold
PRECISE PRESSURE REGULATION WITH HIGH FLOW CAPACITY
Discover our Series 54 NO/NC cartridge solenoid valves, a new generation of high-flow 21-station electro-pneumatic manifolds.
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Solenoid Valves & Directional Control Valves MAC Valves Solenoid Valves Series 54 - 21-Station Manifold
DESIGNED FOR DEMANDING ENVIRONMENTS
High flow rate (5000 Nl/min per valve) compared to the average flow rate of 2500 Nl/min of standard original cartridges.
Ergonomic design for ease of use – reduced depth ranging from 50 to 120 mm compared to traditional cartridge manifolds.
High contamination resistance – designed to operate in challenging environments.
Independent electrical wiring for easier maintenance
Anti-slip steel top cover.
Front cover with pictograms indicating functions.
3-position manual control with an indicator visible to the operator.
Cover included : no electrical components on the lid.
Reduced downtime : increased production.
Technical Specifications
Ordering Codes
Fluids | Compressed air, vacuum, inert gases |
Supply pressure
| External pilot supply, 0 to 8 bar |
External control pressure | 2.5 à 8 bar |
Lubrication
| Not Required |
Filtration | 40
µ
|
Temperature | -18°C à +80°C |
Nominal orifice
| 13.5 mm |
Flow rate (at 6 bar)
| 5 000 Nl/min |
Solenoid | Epoxy-encapsulated – Class F wire – Long-duration excitation
|
Voltage | -15% to +10% of nominal voltage
|
MOD. ER05 | Seals, spool, and valve in Viton – high-temperature grease – manual control designed for the glass industry |
Electro-valve manifold bar
| Normally Closed (NC) |
CBM054
Mod. EXXX
|
54A-CC-000-DM-DEWJ-4FM
Mod ER05
|
Normally Open
| NO cartridge |
54A-DC-000-DP-DEWJ-4FMMod. ER05 | K-54001Mod. ER05DPB-DEWJ-4FM1
Mod. ER05
|
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Why Choose Our Series 54 21-Station Manifold Solenoid Valves ?
SPEED
Ultra-fast response times for high-speed production cycles.
PRECISION
Precise and repeatable control for optimal production quality.
RELIABILITY
Excellent resistance to contaminants and harsh industrial environments.
PERFORMANCE
High flow capacity, low air consumption, and reduced machine downtime.
Evolution of the 21-Station Manifold
The MAC Valves 21-line manifold offers optional features such as an angled front panel, flow regulators (in/exh) on the front, dual pressure capability, and the option for 21 individual pressure supplies.
New 100% interchangeable electro-pneumatic manifold
Exploded view
Angled manifold with front-mounted flow restrictor
Applications Across Multiple Industries...
2
Industrial Automation
Precise control of actuators and pneumatic systems.
3
Special-Purpose Machinery
Precise control of automated cycles and motion.
4
Packaging & Material Handling
Reliable control in conveyor systems.
5
Chemical Industry
Fluid Handling and Critical Applications.
6
Energy & Environment
Robust Solutions for Demanding Environments.
Focus : The Glass Industry
Series 54 solenoid valves are designed for glass manufacturing machines requiring high flow capacity, exceptional reliability, and simplified maintenance.
Flow rate up to 5,000 NL/min
Reduced Machine Downtime
Fast and Simplified Maintenance
High-Temperature Resistance
Frequently Asked Questions (FAQ)
Here are some frequently asked questions about Series 54 21-Station Manifold solenoid valves.
A 21-station valve manifold allows multiple pneumatic functions to be centralized within a single compact assembly.
This architecture offers several advantages :
- simplified maintenance,
- space savings,
- reduced wiring,
- improved accessibility,
- improved overall system reliability.
Yes. MAC Valves Series 54 electro-pneumatic manifolds are designed to be 100% interchangeable with solutions currently installed on many glass manufacturing machines. This allows existing systems to be upgraded without significant modifications to the existing infrastructure.
Series 54 solenoid valves feature :
- high-reliability components,
- independent wiring,
- simplified maintenance,
- excellent resistance to harsh environments.
These features help minimize maintenance interventions and increase equipment availability.
