The OCV “Well Commander System” provides control of well/aquifer levels to prevent over pumping. The Well Commander System can be as simple as one valve, one well and one electronic multi-stage controller , or as complex as three valves, three wells and one electronic multi-stage controller . The electronic controller operates the valve via line pressure through two solenoids (opening and closing). The traditional hydraulic function works in conjunction with the electronic options to provide digital interfacing, remote operation and more precise control over a larger operation span.
Available models: Well Commander (WC), DuPlex Well Commander (DWC) and TriPlex Well Commander (TWC)
| Model | Model Sheet | Model Sheet (metric) | Specifications | Animation | Operations Manual |
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| Model 22WC Well Commander Series (one valve/one well) |
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| Model 22DWC DuPlex Well Commander System (two valves/two wells) |
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| Model 22TWC TriPlex Well Commander Series (three valves/three wells) |
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The Well Commander System can assist in compliance with regulations regarding pumping into the city storm water system. The Well Commander System can measure the wet well depth, limit the volume and control the rate the water is pumped into the city storm water system, all without the need of personnel standing by to monitor or control the system. Options may also be added to email/text messages regarding when the system is pumping, how much is being pumped and at what volume.
The Well Commander System can act as a critical tool to keep applications compliant with limitations regulating pumping from wells. Once the pump is star ted, the valve can control depth, flow, pressure or any combination thereof, until a user selected set point, usually a maximum volume. A restart set point can be set to allow an automatic restart (during a valid run condition) until the stop condition is again valid. The Well Commander System may also be programmed to set off alarms, automatically stop or send an email/text warning when the allowed conditions have been exceeded.
Initial setup has been performed for the well(s), which includes user selection of the mode of control desired.
The controller receives a valid run command. It then checks to make sure well depth is above minimal level (user selection 1) and there is no flow before star ting the pump. The controller star ts the pump against the closed valve until the star t-up delay times out. The controller selected input mode then opens the valve at an adjustable, controlled rate. The controller will then control the selected input by positioning the valve (open or close) by the solenoid pilots (2 and 3) to maintain the user selected set point.
Controlling Well Depth: In this mode the user selects three (3) set points:
1) WDC- Well Depth Control
2) WDA – Well Depth Alarm (lowest allowed depth)
3) WDR – Well Depth Recovery (restart point)
Controlling Well Flow: In this mode the user selects three (3) set points:
1) WFC- Well Flow Output Control
2) WDA – Well Depth Alarm (lowest allowed depth)
3) WDR – Well Depth Recovery (restart point)
Controlling Valve Outlet Pressure: In this mode the user selects three (3) set points:
1) OPC- Valve Outlet Pressure Control
2) WDA – Well Depth Alarm (lowest allowed depth)
3) WDR – Well Depth Recovery (restar t point)
If during any of the 3 modes of operation above the well drops below the WDA preset depth, the system will trigger to stop, alarm, or warn the user (user selectable). The Well Commander will only restart** when the WDR depth has been reached or by user intervention (remote or local).
**Restart will only happen during a valid run command.
When the controller run command becomes invalid, the controller will close the valve(s) at an adjustable, controlled rate, and after the valve(s) has closed, the pump will shut off.
Should the pump lose discharge pressure while continuing to run, the “check feature” (6A and 6B) closing will shut off the power to the pump. If power is lost to the system, the “check feature” also closes the valve(s). The check closing will not be instant, thus there is potential for a minimum amount of reverse flow. The pump should be equipped with a non-reverse ratchet.
The Well Commander controller should be located within 2,500 ft. of all transducers in order to accurately control the Model 115-36 Digital Control Valve(s). The wiring from the transducers to the controller shall be 20 AWG twisted pair shielded cable in accordance with any local low voltage code requirements. Wiring size to the valve solenoids shall be a minimum of 18 AWG and should follow local electrical codes for voltage level being used.
For maximum efficiency, the OCV control valve should be mounted in a piping system so that the valve bonnet (cover) is in the top position. Other positions are acceptable but may not allow the valve to function to its fullest and safest potential. In particular, please consult the factory before installing 8″ and larger valves, or any valves with a limit switch, in positions other than described. Space should be taken into consideration when mounting valves and their pilot systems.
A routine inspection & maintenance program should be established and conducted yearly by a qualified technician. Consult our factory @ 1-888-628-8258 for parts and service.
When Ordering please provide:
Series Number – Valve size – Globe or Angle – Pressure Class – Screwed, Flanged, Grooved – Trim Material – Adjustment Range – Pilot Options – Special needs / or installation requirements.