Specifications

ved Oxygen Sensors Dissolved Oxygen Sensors Dissolved Oxygen
35
Easy to Replace Membrane Body
The outer silicone layer protects the inner
teflon layer, and an added stainless steel
mesh provides the mechanical strength
required to withstand repeated autoclav-
ing or steam sterilization. The strongest,
most robust membrane in the industry, it
is an improvement of the industry stan-
dard design. Compatible with existing
sensors, there is no need to change sen-
sors or electronics to get improved per-
formance!
Replaceable Anode/Cathode Assembly
A c
oncept pioneered by Broadl ey-James, this
unique assembly permit s the sensor to b e
repaired quickly, easily, and reliably in just a few
minutes. A time-proven approach with years of
success under the harshest environmental condi-
tions.
FDA Positive Listed Materials of Construction
Electropolished stainless steel surfaces provide
bette r surface clea nability than mech anically
polished 16RA alternatives. Copies of 3.1 certifi-
cates and mill cer tificates are available upon
request. Every sensor is serialized with paper-
work on file in our database.
Universally Compatible
All Broadley-James D.O. sensors work with exist-
ing biotech equipment. No proprietary electron-
ics or cables are required. All designs are intend-
ed to fit both existing and future requirements,
without introducing any unnecessar y changes in
hardware or cabling. Reduces inventory and con-
fusion, increases flexibility and cost savings.
The M
arket Leader in D.O. Sensor Design
Unlike other manufacturers, Broad ley-James
does not believe in changing the basic design
every few years forcing customers into buying
new equip ment to keep current. Instead,
Broadley-James strives to make improvements
“backwards compatible”so they can be used with
new electronics as well as the old. No changing
of connector which would require new cabling to
be run throughout the suite, no special RTDs that
would require new transmitters, no changing of
cartridge design that forces the customer to
obsolete perfectly good, but no longer support-
ed, sensor designs. Instead, Broadle y-James
strives to protect investments, and help leverage
them into the future.
Suitable for Hygienic Applications
The OxyProbe withstands Steam in
Place (SIP) and caustic Clean in Place
(CIP) applications. FDA compliant o-
rings on all product contact surfaces.
D.O. Sensor Design
Performance Specifications
Measurement principal: Amperometric –
Polarographic
Output signal in air: Approx. 67 nA at 25˚C
Temperature range: Operation: 0 to 80˚C
Sterilization: Max. 135˚C
Stability: Better than 2% of
readout per week at
constant pressure
and temp. (30˚C)
Maximum Pressure: 4 bar (atm.), 58 psig
Broadley-James Corporation (U.S. & Canada) Toll-Free: 800-288-2833 E-mail: [e-mail]
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