Warrick Controls Wiring Diagram

The illustration to the right graphically defines the typical warrick liquid level control system which includes three basic elements.

Warrick controls wiring diagram. Gems sensors warrick liquid level controllers provide dependable no moving parts control and monitoring of conductive liquids. Wiring troubleshooting gems warrick conductivity controls. Because it is wired. Warrick conductivity level control systems rely on the liquid level sensing capability of probes electrodes that are housed inside fittings designed to accommodate one or more probes.

Take advantage of a liquid s conductive properties to complete a circuit and cause a control relay to actuate. Wire series 2810 as indicated on drawing. Terminals on the control are numbered and are in the same relative position as shown on the wiring diagram. Mount the control or enclosure vertically on wall or other solid structure with the transformer on the left hand side.

Warrick conductivity sensors series 16 modules controls solid state plug in modules. Motor controls 2009. Use appropriately warrick series 26h controls. A separate rigid metallic conduit should be.

The control must be situated in a non hazardous area where an explosive atmosphere will not exist at any time. In response to liquid levels sensed by the probes. Control to de energize and remain so until liquid again rises to electrode and pushbutton is depressed. Intrinsically safe and non intrinsically safe wiring may occupy the same enclosure or raceway if they are at least 2.

Wire control per diagram following n e c. For single level service use h and g connections. And local warrick series 16 wiring diagram. Wire the control device s to the series 27 relay as shown in the specific application wiring diagram in this bulletin.

A separate rigid metallic conduit should be used to enclose the conductors. They are available in general purpose water level low water cut off df series liquid level control series 67 multi function level control liquid level relays and intrinsically safe controls. These single or multi point sensors have no moving parts and the. Intrinsically safe wiring must be kept separate from non intrinsically safe wiring.

Wire the control device s to the series 27 relay as shown in the specific application wiring diagram in this bulletin. Wiring terminals for intrinsically safe circuits must be separated by at least 2 inches 50 mm from non intrinsically safe termi nals. The control is an electrical device with contacts that open and close. Installation and wiring diagram.

Wiring series 16m 16hm series 16dm note. The concept is simple. 12 vac rms voltage on probes milli wire control per diagram following n e c. The versatility of the warrick design makes these.