2025 EN Catalog-Interactive - Flipbook - Page 106
CORROSION CONTROL™
CORROSION DETECTION
SENSOR (CDS)
As part of the Corrosion Control™ System the Corrosion
Detection Sensor (CDS) provides automated notification of a
corrosive environment in the tank ullage space. This notification
helps keep the fuel system running at peak performance and
avoid costly maintenance, equipment replacement, downtime,
and system failure caused by excessive corrosion.
HIGHLIGHTS
• Detects the presence of corrosion on a sacrificial sample
and provides an alarm.
• Protects the tank ullage from the formation of corrosion
which can lead to fuel system deterioration.
• Displays a level reading for corrosion index via the EVO™
with programmable alarm types including:
• Corrosive Environment Present
• Corrosion Sensor Sample Error
ORDERING INFORMATION
Corrosion Control™ Corrosion Detection Sensor
Model
Description
FMP-CDS-U
Corrosion Detection Sensor
(EVO™ 200/400, EVO™ 600/6000)
FMSP-RDS1
Replacement detection screen, qty 1
FMSP-RDS10
Replacement detection screen, qty 10
Note: The FMP-CDS-U communicates with EVO™ 600/6000 using the Universal
Device Protocol Module (FMP-UDP9) or Probe Module (TS-PRB).
• Corrosion Sample Needs Replacement
• Compatible with all blends of gasoline, diesel, and Ethanol.
• EVO™ Series compatibility:
• EVO™ 200/400
• EVO™ 600/6000
HIGH PRODUCT LEVEL SENSOR (HLS)
The HLS level sensor is an overfill prevention switch that may
be adjusted to operate over a wide range of levels. The HLS is
based on float-switch technology and is made of chemical
resistant materials to assure compatibility with most liquids.
HIGHLIGHTS
• Each sensor is supplied with jacketed cable 5'in length.
• The normally-closed output circuit provides supervised
operation, ensuring that broken wires and similar failures
will not go undetected.
• A small magnetically-activated read switch is located
inside the body of the sensor. Tiny magnets are
positioned inside a lightweight float which is free to move
up and down along the shaft so that the magnets are
below the read switch. When the sensor is immersed in
liquid, the float rises and the magnet activates the read
switch, signaling to the EVO™ that the high limit has
been reached.
Note: The FMP-HLS communicates with the EVO™ 550/5000 and EVO™
600/6000 using the 2-Wire Sensor Module (TS-2WSNS) or the 3-Wire Sensor
Module (TS-3WSNS). The FMP-HLS cannot communicate with the Universal
Device Protocol Module (FMP-UDP9) or the Probe Module (TS-PRB).
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ORDERING INFORMATION
Model
Description
TSP-HLS-15
High product level sensor, 15" long, installed in
tank (EVO™ 550/5000, EVO™ 600/6000)
TSP-HLS-15/SS
High product level sensor, stainless steel 15" long,
installed in tanks containing alternative fuels
(EVO™ 550/5000, EVO™ 600/6000)
TSP-HLS-30
High product level sensor, 30" long, installed in
tank (EVO™ 550/5000, EVO™ 600/6000)
TSP-HLS-30/SS
High product level sensor, stainless steel 30"
long, installed in tanks containing alternative fuels
(EVO™ 550/5000, EVO™ 600/6000)
Note: The FMP-DPS-U communicates with EVO™ 600/6000 using the Universal
Device Protocol Module (FMP-UDP9) or Probe Module (TS-PRB).
