UL Catalog 2024-2025 - Flipbook - Page 331
LINE SENTINEL™
The INCON® TS-LLD line leak detector uses patented, flowbased technology to perform multiple line tightness tests.
HIGHLIGHTS
• The TS-LLD leak detector performs gross leak tests
after each 3.0 gph dispense, the monthly 0.2 gph test
and the annual 0.1 gph test.
• Performs positive shutdown if a leak is detected.
• Tests performed at full pump pressure to ensure
integrity of lines.
• Carries numerous regulatory approvals.
• Low-cost, wireless installation retrofits easily into the
existing submersible turbine pump housings
without excavation.
Applications
The TS-LLD can be used in most pressurized applications,
in any new or existing turbine pump housing and can be used
in place of a mechanical leak detector.
Dimensions
Console - 43/8" × 33/8" × 25/16"
Line leak detector - 23½" × 23/8"
Applicable liquids
Gasoline and diesel motor fuels
Gross leak test
(3.0 gph)
Yes
Monthly test
(0.2 gph)
Yes
Annual test
(0.1 gph)
Yes
Indicates days
since 0.2 gph
test passed
Yes
LED unit
Yes
Positive shut-down Yes
Tank Sentinel®
interface
Yes
The INCON® TS-LLD line leak detector
performs a variety of tests for environmental
compliance:
• Supports rigid, fiberglass, and flexible piping systems.
• Line leak test failure indicated by alarm.
• Works as a stand-alone unit or interfaced with INCON®
Tank Sentinel® consoles.
FUEL MANAGEMENT
SYSTEMS
• Third party certified with 100% probability of leak
detection and a 0% probability of false alarm.
SPECIFICATIONS
- Eliminates slow-flow problems associated
with mechanical leak detectors.
Capabilities
- Immediately identifies leaks even in changing
thermal conditions, unlike mechanical LLDs.
- Performs continuous testing using highly
sensitive volumetric flow technology.
- Continuously performs self-diagnostic test to
ensure proper system operation.
Approvals /
Certifications
- UL, cUL
- Third party certification of leak
detection capabilities
Note: The presence of the integral in-line check valve of the TS-LLD during
normal operation creates a pressure drop which will reduce the total flow
potential of the submersible pump. Some of the pressure drop can be
compensated by upgrading the submersible pump motor. To ensure desirable
flow rates are achieved, we do not recommend TS-LLD in the following sites:
1. Where it is imperative to achieve 10 gpm.
2. Sites that frequently have more than 4 nozzles open at a time. In such cases
we recommend our AutoLearn™ pressure-based electronic leak line detector.
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