M313-46158
IMI Norgren logo

IMI Norgren 1/2" Re 1/2" BSPP

BL64-401

 

...

tech sheet 20160

Details

Maximum Working Pressure bar
17
Type
Relieving
Thread Size
1/2"
Micron
40
Brand
IMI Norgren
Thread Type
BSPP
Compound Gauge bar
0.3 to 10
Working Temperature
-20°C to +66°C
Thread Gender
Female
Drain Type
Auto
Bowl Material
Metal

Description

1/2" BSP Parallel Female, Boxed Set, Olympian Plus Plug-in System, Auto Drain, Relieving, Compound Gauge 0.3 to 10 bar, 40 Micron, Metal Bowl, Working Temperature -20°C to +66°C, Maximum Working Pressure 17 bar, IMI Norgren

Olympian Plus is the new generation FRL system from Norgren, world leaders in air line equipment. The unique Olympian plug-in design has been updated to set new standards for ease of use and system flexibility. 1. QUICK CONNECT YOKE SYSTEM Simple, speedy assembly of accessories and combination units. 2. PLUG IN UNITS Rapid installation and maintenance. Quarter turn clamp ring graphite impregnated for easy operation. Detent action prevents removal under pressure. 3. BAYONET BOWLS Easy removal for routine maintenance. Detent action to prevent removal under pressure. 4. UNIQUE PRISMATIC SIGHT GLASS High visibility of liquid level. Colour change service indication on filters and filter regulators. Complete air processing units pre-assembled, ready to install Filter-regulator and micro-fog lubricator combinations. 5. CAPTIVE O-RINGS Easy to assemble with no loose parts. 6. TAMPER RESISTANT COVER Simple accessory to prevent unauthorised adjustment of regulated pressure. 7. PORTING BLOCK MOUNTED PRESSURE SWITCH Adjustable pressure switch for feedback to monitoring systems. 8. SOFT START/DUMP VALVE Provides controlled increase in pressure on system start-up. High exhaust flow capacity. 9. 3/2 SHUT OFF VALVE Slide valve with lockable blade. Threaded exhaust port. Filter and micro-fog lubricator combinations. Medium: Compressed air only. Body and Yoke: Zinc alloy. Bowl: Aluminium. Element: Sintered plastic. Elastomers: Synthetic rubber. Units assembled for left to right flow.

Additional Variants