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Time Cycle Controllers with accessories |
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Mounted directly to the Motor Valve, the Electronic Times Cycle
Controller with the Two Stage Regulator and Filter Drip is a
compact assembly designed to provide the operator with a
reliable method of obtaining optimum control of a plunger lift
installation without frequent visual inspection and adjustment of
cycle times. The Electronic Time Cycle controller is, having
microprocessor based timer that can be programmed to display
name, date or whatever you like. The controller maintain On-Time,
OFF-Time & Delay Time.
Each timer is easily set by the operator using the dedicated keys &
the display on the front panel. Timer timings can be in hours &
minutes or as required so as to achieve maximum accuracy for
any operating condition.
The electronic controller features a rugged, watertight enclosure
with a clear, see-through front cover that allows the operator to
monitor the current cycle being timed without exposing the interior
to ambient atmospheric conditions. In addition, the internal
electronics are conformably coated for protection against
moisture laden air or corrosive gases. The coil in the solenoid
valve and current limiting components are totally encapsulated to
prevent the possibility of electric arcing in the presence of an
explosive atmosphere.
2RBF Two Stage Regulator and Filter Drip is composed of two
pressure regulators and a filter-drip pot. The primary highpressure
regulator input up to 6000-psi supply gas and provides a
250-psi inlet supply to the secondary low-pressure regulator. The
drip pot contains a stack of felt filters, which in conjunction with the
sintered metal filter in the high-pressure regulator, provide a dry,
clean (particulates less than 4 microns) operating supply to the
pilot. The drip pot body features an extension for attachment to the
motor valve, which permits a compact, unified installation.
Switch Gauges are conventional pressure gauges with
adjustable high and low set points for controlling motor valve
operation in response to well pressure. In operation, the indicator
moves between the set point contact arms, and when the indicator
touches one of the arms, an electric circuit is completed that
generates a signal to an electronic timer, which controls the
operation of a motor valve. These contact closure signals are
used by the timer to override the programmed time cycles and
typically represent high and low tubing and casing pressure.
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