Chemical Engineering July 2013 - 28

New Products
New Pig
The IFH Group
tems, and 10-μm filters. Products are
pumped in and out of the system via
individual pumping systems, which
prevent cross-contamination.
The
three-way diverter valves, in combination
with the individual pumping
systems and filters, allow product to
be pumped through the filters into
the containers, and then pulled back
out of the containers through the filters
with the transfer units. Product
can also be pulled from the containers,
cycled through the filters and
sent back into the containers. For further
protection against product spills,
an optional spill-containment system
is available. - The IFH Group, Inc.,
Rock Falls, Ill.
www.ifhgroup.com
This process monitor offers
several display options
Designed for monitoring flowrate,
total, limit, batch and ratio measurements,
the MX 9000 Process Monitor
can also report pressure, temperature,
and information from other devices
with analog signals that can be monitored.
The MX 9000 comes installed
with new plug-in option boards, backlit
display with color-coded indicator and
a USB port. The backlit display's red,
green and blue color-coding also allows
for alarm indication visibility. The display
board facilitates multiple display
modes and variable-programming options
with its graphic LCD module and
four push-buttons. The board can be
customized for special projects or applications
and an optionboard slot allows
for features such as relay outputs,
networking,
voltage/current inputs,
and frequency outputs. - AW-Lake
Company, Franksville, Wisc.
www.aw-lake.com
Charles Ross & Son
Spirax Sarco
Oven Industries
Protect inventory and machinery
with this leak diverter kit
The recently introduced Quick Deploy
Leak Diverter Kit (photo) provides a
fast response to roof and pipe leaks.
It catches nuisance leaks by diverting
them to a floor drain or collection container.
Complete with a discharge hose
and fittings, the Quick Deploy can be
installed by simply hooking the handle
over a pipe or ceiling truss. Pinched corners
help funnel liquid toward the center
of the diverter for better drainage.
The included PVC drain hose channels
the captured liquid to a collection container,
drain or other containment device.
The Quick Deploy is vinyl-coated
for strength and flexibility and resists
punctures, ultraviolet light and mildew.
- New Pig Corp., Tipton, Pa.
www.newpig.com
This fl ow transmitter provides
high signal strength
The EFT10 Electromagnetic Flow
Transmitter (photo) measures all
types of conductive liquids, including
those used for applications in mining,
slurries, waste, and low-conductivity
media. The EFT10 provides bidirectional
flow signal and combines the
pulse hybrid method of coil excitation
with digital communications. Customi28
CHEMICAL ENGINEERING WWW.CHE.COM JULY 2013
zable with keyboard programming, the
transmitter features a 10-year memory,
batch control, and a scalable pulse-frequency
output. Combining the EFT10
with this company's UniMag flow tube
provides a useful option for measuring
low-conductivity liquids due to its ultrastable
flow signal-to-media noise ratio.
- Spirax Sarco, Inc., Blythewood, S.C.
www.spiraxsarco.com/us
This controller gives dual options
for setting in the fi eld
The very compact 5R1-1400 a.c. Temperature
Controller (photo) can deliver
up to 15 A of load current from a zero
voltage switched, low-noise solid-state
relay. Featuring temperature resolution
of 0.1°C, the 5R1-1400 exhibits
an ambient operating range of -20 to
70°C. The controller has options for
integrated potentiometers (for set temperature
and process-integral control)
and PC-programmable logic (for set
temperature and process-integral-derivative
control). The set temperature
range is determined by thermistor type.
Accessories for the 5R1-1400 include
temperature sensors, flange mount
and a USB interface cable. - Oven Industries,
Inc., Mechanicsburg, Pa.
www.ovenind.com
■
Mary Page Bailey
http://www.ifhgroup.com http://www.spiraxsarco.com/us http://www.newpig.com http://www.ovenind.com http://www.aw-lake.com http://WWW.CHE.COM
Chemical Engineering July 2013

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