Olab - Testata

SERIES K09726

ANODISED ALUMINUM MANIFOLDS

FLUID
SERIES K09726
CE 28384 AFFIDABILI EXTRA LIGHT

Category: INDIRECT AND MIXED ACTION SOLENOID VALVES

Notes: OLAB SOLUTION: EXTREMELY PRATICAL SIMPLE AND SAFE SYSTEM MAINTENANCE

  • PS: 25 BAR (362 psi)
  • TS:
    • EPDM: -20°C ÷ +90°C (–4°F ÷ +194°F)
    • FKM: -30°C ÷ +145°C (–22°F ÷ +293°F)
    • NBR: -15°C ÷ +150°C (+5°F ÷ +302°F)
  • Rif. F.F 3/8", 1/2", 3/ 4", 1"
  • CERTIFICATIONS: CE, UL

Technical Data Sheet

The Series K09726 includes anodized aluminum manifolds specifically designed for the parallel installation of multiple solenoid valves, particularly the OLAB Series 18001-00 flanged valves, allowing for a compact, organized, and fully modular configuration. The design accommodates 2 to 4 independent ports, enabling efficient management of multiple lines within a single system and optimizing flow distribution. Each manifold features female cylindrical gas threads on both inlet and outlet ports, with a machined external surface to ensure perfect sealing when used with cylindrical male fittings equipped with O-Rings.

This technical solution guarantees a secure, durable, and leak-free connection over time.
The interface with the valves has been carefully engineered for fast and easy assembly, requiring no additional machining or adaptors. Thanks to the front access and the well-organized layout of connections, targeted interventions can be carried out on each port independently, with minimal impact on the rest of the system. This design ensures that the manifold remains easy to service even during operation. The system has been conceived to reduce maintenance costs, thanks to its mechanical simplicity and seamless compatibility with OLAB solenoid valves. In case of service, individual valves can be replaced without removing the entire block, resulting in minimal system downtime and maintaining continuous operation even during technical interventions. Furthermore, the intuitive layout and direct accessibility allow for safe and efficient maintenance by non-specialized personnel.

The Series K09726 embodies the spirit of the OLAB Solution: a system engineered for extremely practical, simple, and safe system maintenance, fully aligned with the highest standards of professional reliability.
The manifolds support a maximum operating pressure of 25 bar (362 psi) and are compatible with EPDM, FKM, or NBR seals, offering temperature ranges of –20°C to +90°C (–4°F to +194°F) for EPDM, –30°C to +145°C (–22°F to +293°F) for FKM, and –15°C to +150°C (+5°F to +302°F) for NBR. Available with female threaded ports in 3/8", 1/2", 3/4", and 1", the product is CE, UL certified, ensuring full compliance with international quality and safety standards.  

Technical features:

  • Anodized aluminium manifold
  • Suitable for parallel installation of the 18001-00 flanged solenoid valve
  • BSPP inlet/outlet threads with external manifold surface spot facing to ensure perfect seal using male fitting with O.Ring
  • Designed to be assembled with 18001-00 series solenoid valves

FROM 2 TO 4 INDEPENDENT PORTS
Available in two to four-port configurations, the manifold allows for the parallel installation of multiple solenoid valves on separate lines, optimizing flow management and system modularity.


DESIGNED FOR EASY ASSEMBLY
Every structural detail has been engineered to simplify integration with 18001-00 Series solenoid valves, enabling fast, intuitive installation with no additional machining required.


QUICK SYSTEM MAINTENANCE
Front access and an orderly layout of the connections allow immediate intervention on each individual port, minimizing the impact on adjacent lines.


DESIGNED TO REDUCE SERVICE COSTS
Thanks to its mechanical simplicity and direct compatibility with cylindrical male fittings with O-Ring, the manifold reduces the time and labor needed for any maintenance activity.


MINIMIZED SYSTEM DOWNTIME
The quick-connect design and the ability to replace individual valves without removing the entire assembly ensure that the system remains operational even during maintenance.


MAINTENANCE DOES NOT REQUIRE SPECIALIZED PERSONNEL
The system is designed to be operated safely even by non-technical staff, thanks to its extreme practicality and clear, accessible connections.