Gems Fluid Level Sensors & Control Switches warrick conductivity sensors

C-700 Series Low Level Cut Off Control Internal Mounting Meets CSD1 Requirements U.L. Recognized "Limit Control" Compact Size Options Include: Manual Reset, Power Outage Feature, and Test Feature LWC-720 Series Low Level Cut Off with Pump Control Internal Mounting Includes Pump Control Switch, Logic and Relay Meets CSD1 Requirements U.L. Recognized "Limit Control" Compact Size Options Include: Manual Reset, Power Outage Feature, and Test Feature LWC-800 Series Low Level Cut Off Control External Mounting Meets CSD1 Requirements U.L. Recognized "Limit Control" Compact Size Options Include: Manual Reset, Power Outage Feature, and Test Feature

Series M-Mechanical Tilt Float Level Switch Non-Mercury Switch Sealed Cable Impact & Corrosion Resistant ABS Shell N.O., N.C., SPDT Contacts Various Cable Lengths Color Coded Body. Designed for level control and alarm applications in dificult liquids such as sewage and waste water. Series M mechanical tilt loats are ideal for applications where the presence of mercury is a concern. Series M, Switches have impact resistant ABS shell and neoprene jacketed cable. Speciications Cord  2 or 3 conductor 16 AWG wire SJOW Oil Resistant CPE Contact Rating  13 amp @ 120/240 VAC 1/2 hp Contact Design  SPST, Normally Open or Normally Closed       Common with N.O. & N.C. (form C) Temperature Rating  Dry  32!aF to 194!aF (0!aC to 90  Water Resistant  32!aF to 140!aF (0!aC to 60 Overall Weight  1.0 lbs. (not including weight) Tether Method  Tie-wrap nylon, weight: 2.5 lbs. Approvals  U.L. Recognized, CSA Cert. Applications   Level Control Alarms Sewage Lift Systems Slurries Drainage Sumps Wastewater Treatement Holding Tanks       

Warrick Control Panels Warrick Alarm Panels Kits and Options Series CP Control Panel Standard Level Control System Electrical Panel Model CP16 Supply Voltage 120 VAC Panel Function Simplex Pump Down Control Sensitivity 50 K Mode of Operation Inverse Enclosure NEMA 4X Alarm Options Audible/Visual Contacts Contact Design SPST Contact Rating 10 Amp Minimum Temperature (°F) -40

Warrick® Liquid Level Sensors are available in single- and multi-probe models with a variety of fittings.  The versatility of the Warrick® design makes these sensors ideal for a diverse range of applications. Examples include: Food and Beverage Caustics and Acids Sumps Reservoirs Pharmaceuticals Boilers and Steam Generators Ponds Sewage and Wastewater   Probe Styles Metal Rods Wire Suspended Corrosion Resistant Sanitary  Fitting Styles 3/8" to 3" Threaded Mount Bracket Mount Flange Mount External Mount Sanitary Mount Condulet Mount Series 3B Two-Piece threaded Coupling Model 3B Number of Probes 1 Body Material 316 Stainless Steel Probe Length N/A Mounting 3/8"-18 NPT Gauge Tappings N/A Tricock Tappings N/A Probe Type N/A Probe Material N/A Sheathing Material N/A Pressure Rating 400 psig @ 406 F Maximum Temperature  (°F) N/A Approvals Ul, CSA, FM Minimum Qty (per Releas

For over 50 years Warrick® Controls have offered dependable no-moving-parts control and monitoring of conductive liquids. Now as part of the Gems™ Sensors family, Warrick® conductivity controls continue to offer reliability, process automation, labor savings, flexibility and operator safety at economical cost. The concept is simple: take advantage of a liquid’s conductive properties to complete a circuit and cause a control relay to actuate. Use of permanently-mounted stationary electrodes gives the user precise accuracy, repeatability and no-moving-parts reliability. This simple concept has led to the development of a complete line of conductivity-based liquid level detectors and control units and electrode fittings shown here. For OEM’s we also have the capability to custom configure liquid level control units and electrode fittings to meet your specific application requirements. System Components The liquid level control unit is an electrical device with contacts that open and close in response to liquid levels sensed by the probes. Because it is wired directly to the power source and to the sensing source, it can send signals that activate or de-activate solenoids, pu