Innovative technology delivers the easiest
and safest pump to install and service. The Red Jacket Submersible
Turbine Pump incorporates a range of innovative new features that
keep the safety of service technicians and service related costs
in mind. If you're concerned about rising labor costs and the
safety of your workforce, take a look at The Red Jacket Submersible
Turbine Pump.
Features
& Benefits
Red Jacket
Service spill elimination
Innovative Check Valve design.
The Check Valve on the Red Jacket
Submersible Turbine Pump has been
designed so that it can be raised,
providing a larger path to depressurize
the line and return fuel to the tank.
This feature eliminates the potential for
fuel spills.
Spill-free extractable
When the two nuts holding the
extractable in place are backed off, the
o-ring seals are automatically broken,
releasing pressure in the pump and the
non-isolated line, draining fuel back
into the tank. This simple feature helps
eliminate potential human error that
could cause service spills, protecting
the environment from fuel contamination,
and site owners from related
liability.
Vacuum monitoring applications
Red Jacket Vacuum Sensor -
Siphon System
The Red Jacket Vacuum Sensor Siphon
System is a monitoring-grade siphon
system. It is designed specifically for use
in vacuum monitoring applications, and
to integrate with Veeder-Root vacuum
sensors. The pump offers two siphon
system ports. The Red Jacket Vacuum
Sensor Siphon System incorporates a
redesigned one-piece rubber Check Valve
with an in-line filter screen that reduces
the clogs and failures that can cause false
alarms and downtime in vacuum
monitoring applications.
Line leak detection
Veeder-Root/Red Jacket industry leading
pressurized line leak detection (PLLD)
provides environmental compliance
without the fuel flow restrictions of
mechanical (MLLD) or electronic
(ELLD) systems.
Yoke assembly: quick, simple and
safe electrical connections
Current safety practice when servicing
existing submersible pumps requires
turning off the circuit breaker, backing
off the bolts by up to one inch, and then
manually pulling the electrical yoke
connection apart. When service is
complete, the technician has to force
the connection back in place.With The Red Jacket Submersible
Turbine Pump you turn off the circuit
breaker, then simply back off the two
nuts holding the extractable in place and
the yoke electrical connection is broken.
After service is complete, the electrical
circuit reconnects when the two nuts are
retightened. Safe, simple and easy.
Extractable: easy to install
and service
The Red Jacket Submersible Turbine
Pump’s design incorporates industrial die
springs that break loose the o-ring seals
when the nuts holding the extractable
in place are removed. No physical effort
or special equipment is required to break
the seal, unlike competitive systems that
can require considerable force.
In addition, all connected parts have
been moved to the manifold; so there is
no need to remove parts, leak detectors
or siphons when service or upgrades
require removing the extractable.
Manifold allows for vertical or
horizontal discharge
The Red Jacket Submersible Turbine
Pump has been designed for vertical
product discharge, but with adequate
swinging radius to allow for the addition
of an elbow to accommodate a side
discharge. In fact, the discharge is now
located higher on the manifold so that a
side discharge is on the same plane as the
rest of the pump.
Built-in contractor’s box
The electrical connection housing
(Contractor’s Box) is built into the
manifold of The Red Jacket Submersible
Turbine Pump, and is completely isolated
from the fuel path. Unlike existing
systems, there is no adjustment required
to fit the yoke, making this pump the
easiest to install.
Designed for Hazardous Location:
Class 1, Group D atmospheres