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SOR 510IM Immersible Transmitter User Manual

Immersible transmitter, 510im, General instructions

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Form 1003 (03.13) ©SOR Inc.

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The 510IM Immersible Transmitter is a solid state
instrument designed for use in locations that are
subject to continuous or intermittent liquid
immersions. The instrument incorporates a
ceramic sensor to provide a quick, accurate
and reliable pressure measurement.
Electrical connection is made via a 20-gauge,
shielded waterproof cable that is vented above
the immersion level to reference atmospheric
pressure. The 1/4” NPT (M) process connection is
capable of self-supporting the transmitter.

510IM

Immersible Transmitter

General Instructions

Do not twist the wires during installation or servicing the instrument as it
may break the integrity of the seal between the wires and the transmitter.
A failure of this nature is not covered by warranty.

Registered Quality System to ISO 9001

NOTE: If you suspect that a product is defective, contact the factory or the SOR

®

Representative

in your area for a return authorization number (RMA). This product should only be installed by
trained and competent personnel.

Operation

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Once the transmitter is installed and wired into a con trol or display loop, it is ready for use.
Before applying power, check that the supply polarity and excitation volt age are correct.

Design and specifications are subject to change without notice.

For latest revision, go to www.sorinc.com

Calibration

The transmitter is supplied factory calibrated and during normal use should not require
recalibration. If it is desired to verify calibration prior to installation, attach the transmitter
to a pressure source capable of adjustment throughout specified range. If outputs are not
within lim its at factory calibration conditions, 77°F (25°C), the device should be returned to
the factory.

Units in hazardous locations — Prior to removal from service, make sure
that the work area is declassifi ed. Failure to do so could result in severe
personal injury or substantial property damage.