Olab - Testata

SERIES 18001-00 WITH FLANGE

NORMALLY CLOSED SOLENOID VALVES INDIRECT ACTION WITH FLANGE

FLUID
SERIES 18001-00 WITH FLANGE
UL VDE CERTIFICATI IP 65

Category: INDIRECT AND MIXED ACTION SOLENOID VALVES

Ways: 2/2

Notes: OLAB SOLUTION: THE FIRST INDIRECT ACTING FLANGE SOLENOID VALVE IN THE WORLD, A HI-QUALITY TECNOLOGY PRODUCT MADE BY OLAB

  • PS: 20 BAR (43÷290 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)
  • CERTIFICATIONS: VDE, UL, IP65

Technical Data Sheet

The Series 18001-00 Flanged is a 2/2-way normally closed solenoid valve with indirect acting system, specifically designed for professional hydraulic installations where multiple valves need to be mounted in series on manifolds or modular systems. Its flanged connection allows for quick, precise, and secure installation, greatly simplifying system integration and replacement procedures while ensuring maximum reliability.

The valve body is made of yellow brass, while the sleeve in AISI 304 stainless steel, equipped with a laser-welded fixed core, ensures excellent mechanical resistance, durability, and sealing integrity over time, even under harsh operating conditions. The internal structure is fully inspectable, allowing direct access to internal components without removing the valve from the line. This significantly reduces maintenance time and intervention costs, enabling rapid service even during critical phases of operation.
The actuation is managed by a 30 mm Ø14 coil (8000BH), built in class H insulation (180°C / 356°F), providing thermal stability and continuous performance under demanding workloads.

The indirect action design supports high pressure differentials and large orifice diameters, ensuring a smooth and reliable response even in systems with strong flow requirements.
This solution is engineered to guarantee maximum operational continuity: maintenance can be carried out by non-specialized personnel, thanks to the intuitive structure and easy internal access. As a result, downtime is minimized, and the overall system efficiency is significantly improved. The Series 18001-00 Flanged represents a true innovation: the first indirect acting solenoid valve in the world with flanged connection, a Hi-Quality Technology product fully designed and manufactured by OLAB. It is the ideal pairing with OLAB aluminium manifolds K09726, allowing for highly compact, modular, and service-friendly configurations.

The valve supports a maximum operating pressure of 20 bar (290 psi). Temperature ranges vary depending on the gasket material: EPDM from –20°C to +90°C (–4°F ÷ +194°F), FKM from –30°C to +145°C (–22°F ÷ +293°F), NBR from –15°C to +150°C (+5°F ÷ +302°F). It is certified VDE, UL, and rated IP65, ensuring full compliance with international safety and quality standards.
 

Technical features:

  • Indirect acting 2/2 ways normally closed solenoid valve with flange
  • Inspectable
  • NBR - EPDM - FKM sealing gaskets
  • AISI 304 stainless steel sleeve with laser welded fixed core
  • Yellow brass body
  • 30mm Ø14 8000BH coil, insulation class H (180°C)
  • IP65 protection class
  • Designed for professional hydraulic systems where the
  • assembly of solenoid valves in series is necessary

BODY WITH FLANGED CONNECTION
The flanged design allows for fast, accurate, and secure installation, making it ideal for series-mounted assemblies on manifolds or modular systems.


DESIGNED FOR EASY ASSEMBLY
Each component has been engineered to simplify integration into the system, reducing both time and complexity during installation and replacement phases.


QUICK SYSTEM MAINTENANCE
The inspectable configuration provides direct access to internal components without the need to remove the valve from the circuit.


DESIGNED TO REDUCE SERVICE COSTS
Thanks to the accessible internal design and ease of replacement, the overall cost of maintenance and system downtime is significantly reduced.


MINIMIZED SYSTEM DOWNTIME
The flanged layout and simplified maintenance procedure help minimize system interruptions, ensuring continuous and reliable operation.


MAINTENANCE DOES NOT REQUIRE SPECIALIZED PERSONNEL
The intuitive design and mechanical accessibility allow maintenance to be carried out safely and efficiently, even by non-specialized operators.