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LTX02 Series 2-Wire Level Transmitters are essentially LTX01
Series 2-Wire Level Transmitters assembled with--a concentric
tube. As such LTX02 Series 2-Wire Level Transmitters can measure
tank levels of liquids in metallic as well as nonmetallic tanks.
All other performance specifications are identical to LTX01 sensors.
Level measurement of water based
liquids in nonmetallic tanks, using a Teflon coated probe is an
ideal application for the Series 2-Wire Level Transmitters. To
obtain a -linear output in an irregularly shaped tank, such as
a cone, use a concentric tube Series 2-Wire Level Transmitters.
For oils and mineral based liquids in nonmetallic and metallic
tanks use Series 2-Wire Level Transmitters with a bare SS316 probe.
Make sure that the liquids are compatible with SS316 and PFA Teflon
materials.
The Series 2-Wire Level Transmitters
includes a standard 4 - 20mA loop powered LTX transmitter,a rugged
customer selected enclosure, a rigid bare SS316 or Teflon coated
probe, concentric tube for ranges of up to 20 feet and a fitting.
The Series 2-Wire Level Transmitters are designed for tanks which
have fitting connections of 3/4 ” NPT or larger. Call us
for smaller tank openings or special applications.
2-Wire Level Transmitters Features:
 Continuous
loop powered 4-20 mA operation - Microprocessor
Based
- Accuracy 1% of span for constant
dielectric of material
- Non-interactive zero and span
calibration
- Calibration accomplished with
4 push buttons
- Heavy duty industrial design
- NEMA rated aluminum, stainless,
PVC and explosion proof housings available
- Standard fitting 1-1/2 NPT,
flange and special fittings available
- SS316 outside tube
- Choice of bare SS316 or Teflon
coated probe
2-Wire Level Transmitters Applications:
- Water and water-based liquids
in nonmetallic tanks
- Jacketed probes required for
conductive media
- Organic Acids compatible with
SS316
- Oils and fuels in metallic and
nonmetallic tanks
- Use bare probes with nonconductive
media
- On-site calibration required
- Not recommended where material
dielectric changes
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