Description
Specifications
5 Wire Optic Overfill Sensor: Aluminium lid, body & compression
bush, Nitrile seals, Zinc plated screws & washers.
5 Wire Optic Overfill Sensor
1) The AILE probe is designed to be mounted
through a *0mm hole and sealed with a gasket and locknut or screwed
directly into a *0mm BSP thread. Access to the height adjustment
for the probe or the wiring is through the top of the housing. The
probe can be adjusted by loosening the internal capscrews and
sliding the probe up or down to the correct sensing height.
2) The body has provision for two cable
entries, M*0 eliminating the need to mount a tee with cover in the
conduit line.This allows for better connections, easier fault
finding and quicker installation.
3) SPECIFICATIONS
Will accommodate probe dia.*2.3mm to *5.5mm with min.
probe length*0mm.
Maximum length of probe inside housing is *7mm.
Maximum plate thickness for mount is
Overall height is **1mm, overall dia. is **7mm.
Weight 1.1 kg
Mounting via *0mm BSP male thread or into *2mm dia.
Hole.
Made by Australia LIQUIP co.ltd
4) Materials
Aluminium lid, body & compression bush, Nitrile seals, Zinc
plated screws & washers.
AILE's NEW AGP**2/**5 OVERFILL PROTECTION Probe provides all the
features associated with optic overfill protection probe
technology. Combined with this, the probe has some significant
advantages in the areas of specialist applications.
Applications like corrosive chemicals, high temperature and low
temperature require specialised materials of construction. As such,
the one piece glass probe developed by
Liquip, solves the problems associated with these environments. The
unique construction of this probe means there is no possible attack
either chemically or atmospherically (temperature range from **0c
to ***0c).
The probes, like all Liquip probes, are designed to be totally
interchangeable with other approved systems.
5) FEATURES
Glass body
Solid state electronics in the compound
Unique light reflection system ensures accuracy
Probe dimensions universal to existing flanges
Self checking circuitry for fail-safe operation
