Lake Monitors FlowStat ES Sensor (Plastic) - Manual (Page 2)

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ALL VERSIONS WITH 0-5 VDC CIRCUIT
Power requirements: 12-35VDC, 20 mA
Maximum Current: 30 mA DC
Max. Trans. Distance: <200 feet recommended
Min. Load Resistance: 1000 Ω
Flow rate accuracy: 2% of full scale
Repeatability: 0.5% of scale
Resolution: infinite
Response time: 2 seconds to 90%
ALL VERSIONS WITH PULSE OUTPUT CIRCUIT
Power requirements: 5-24VDC, 20 mA
Maximum Current: 25 mA DC
Max. Trans. Distance: <200 feet recommended
Flow rate accuracy: 2% of full scale
Linearity: 0.5% of scale
Resolution: Infinite
Response time: < 100 mS
ALL VERSIONS WITH RELAY OUTPUT CIRCUIT
Power Requirements 12-35 V DC
Max. Trans. Distance < 200 feet recommended
Switch Contact Form C, 5A max @120 or 240 VAC
Hysteresis 5% of reading max.
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Introduction
This manual is a service guide produced by the manufacturer. The
manual provides specific procedures and/or illustrations for installa-
tion, inspection, cleaning and filtration of all FlowStat and FlowStat ES
flow sensors. When properly followed, these procedures will keep
your FlowStat flowmeter operating dependably for many years.
It is important for operators and maintenance personnel to be safety
conscience when operating or repairing equipment. Developing a thor-
ough knowledge of the precautionary areas and following safe operat-
ing procedures, can prevent equipment damage and/or personal injury.
Before making any repair, read all of the repair procedures to learn
the correct method and all precautions.
General
Lake Monitors' FlowStat flow rate sensors integrates rugged tangen-
tial turbine technology with a precision digital to analog conversion
circuit hermetically encapsulated within the body of the sensor. The
flow transmitter is ideal for measuring flow rates in cooling circuits,
HVAC systems and batching operations.
Additional features are:
simple in-the-field serviceability of its moving components
the integral 4-20mA circuit design eliminates the need for separate
signal conditioning modules
units come factory calibrated to your system requirements
the low impedance 4-20mA circuit can transmit a "clean" signal
over low-cost wire for several thousand feet without degradation
accurately measures flow in both directions.