What to do if a POC decoder is not responding on a Calsense CS3000 Controller?
If a POC decoder is not responding on your Calsense Controller, it could be due to a power disruption, damaged wires, or a bad splice. Locate and fix the wire connection, check wiring and replace or fix wires, or check splices.
Why is the station decoder voltage too low on my Calsense Controller?
Low voltage at a station decoder on your Calsense Controller can be due to a solenoid not operating properly or being burnt out, using the wrong solenoid, damage to the 2-wire path, or bad wire splices. Replace the solenoid with the suggested one, or repair connections along the 2-wire path, or repair splices.
What to do if a Calsense Controller station has high flow?
If a Calsense Controller station experiences high flow, it could be due to several reasons: * A broken head or lateral, which requires repair. * A slow-closing or stuck valve, which should be repaired or replaced. You might also enable a delay between valves. * An incorrect expected flow rate, which can be adjusted in the settings.
What causes a solenoid short in the master valve of a Calsense Controller?
A shorted solenoid in the master valve of your Calsense Controller can be caused by the solenoid being shorted out, bad splices, a valve box full of water, or wires shorted together. Replace the solenoid, repair splices, remove water and fix accordingly, or replace wires and adjust positioning.
Why is FLOWSENSE® communication down on my Calsense Controller and irrigation won't run?
If FLOWSENSE® communication is down and irrigation won't run on your Calsense Controller, it could be due to the communication cable not being properly installed, incorrect control settings, or improper radio coverage. Check the wiring, adjust control settings, or conduct a radio survey to confirm proper radio coverage.
How to fix a solenoid short in a Calsense CS3000 Controller station?
A shorted solenoid in a Calsense Controller station can be caused by the solenoid itself being shorted, bad splices, a valve box full of water, or wires shorted together. Replace the solenoid, repair the splices, remove water and fix accordingly, or replace wires and adjust positioning.
What causes a mainline break during MV override on a Calsense CS3000 Controller?
A mainline break during a master valve override with your Calsense Controller may be due to a leak in the mainline, a broken fitting or pipe, the system capacity and MLB settings needing adjustment, or too many valves in use at one time. Locate the leak and fix the problem, replace or patch the fitting or pipe, adjust the data accordingly, or adjust the number of valves in use.
Why is there an electrical short in the pump of my Calsense CS3000 Controller?
An electrical short in the pump of your Calsense Controller can arise from wires not being properly installed, a bad coil, crossed wires, or wire splices that aren't watertight. Correct the wire installation, replace the coil, adjust wire placement, or locate wire splices and adjust accordingly.
What to do if there's a mainline break while the Calsense Controller is not irrigating?
A mainline break while your Calsense Controller is not irrigating can stem from a leak in the mainline, a broken fitting or pipe, the master valve not closing on a normally closed system, or employees manually operating valves in the field without system input. Locate and fix the leak, replace or patch the fitting or pipe, replace the master valve, or review system protocols.
What causes excessive electrical current in the 2-wire cable of a Calsense CS3000 Controller?
Excessive electrical current in the 2-wire cable of your Calsense Controller can be caused by several factors. The 2-wire cable may have exceeded the electrical threshold, there may be a nicked wire, a shorted 2-wire path or decoder, or a failed solenoid. Correct the wire installation, check wiring and replace or fix wires, or replace the solenoid.
General| Brand | Calsense |
|---|---|
| Model | CS3000 |
| Category | Controller |
| Language | English |
Details the features and specifications of the wall-mounted stainless steel enclosure.
Describes the heavy-duty stainless-steel enclosure for the CS3000 controller.
Explains the features of the double-wide stainless-steel enclosure for two controllers.
Details the solar-powered irrigation controller package for sustainable operation.
Describes the cloud-based package for complete irrigation control and monitoring.
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