Gems Fluid Level Sensors & Control Switches Warrick® Liquid Level Series 16 Open Circuit Board Control
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, pumps, alarms or pressure switch devices. Warrick® controls are available in many different designs and sensitivity ratings for a wide range of application requirements.
- The fitting is a housing that holds the probes (or floats), insulates them from the vessel, and provides a means of connection to the control. Warrick® fittings are available for single-probe or multi-probe applications, for mounting to vessels in a variety of ways, and in open or pressure tight styles.
- The probe is a sensor that extends downward from the fitting, with the tip positioned precisely at the level where the control should be activated. Warrick® probes are available in a variety of materials to suit different liquids and a variety of lengths to fit different depth requirements.
The liquid level control system shown here is designed for “pump up” application. The pump will start refilling the vessel when the liquid reaches the lower probe tip, then stop refilling the vessel when the liquid reaches the higher probe tip.
Series 16 Open Circuit Board Control
| Model | 16 |
| Mode of Operation | Direct |
| Sensitivity | 4.7 K |
| Control Style | Open Board |
| Socket Style | N/A |
| Standoff Style | 1/16" Panel |
| Enclosure | None |
| Contact Design | 1 Normally Open & 1 Normally Closed (non-powered) |
| Contact Rating | 10 Amp Resistive 1/3 horse power |
| Secondary Voltage | 12 VAC |
| Terminal Style | Spade Connection |
| Number of Channels | 1 |
| Minimum Temperature (°F) | -40 |
| Maximum Temperature (°F) | 150 |
| Protection | Non-Intrinsically Safe |
| Approvals | UL 508 General Purpose |
| Minimum Qty (per Release) | 1 |
| Weight (Lbs) | 0.8 |
Series 26 Low Water Cutoff- Standoff Mount
| Model | 26 |
| Mode of Operation | Direct |
| Sensitivity | 4.7 K |
| Control Style | Open Board |
| Socket Style | N/A |
| Standoff Style | 1/16" Panel |
| Enclosure | None |
| Contact Design | 1 Normally Open & 1 Normally Closed (non-powered) |
| Contact Rating | 10 Amp Resistive 1/3 horse power |
| Secondary Voltage | 12 VAC |
| Terminal Style | Spade Connection |
| Number of Channels | 1 |
| Minimum Temperature (°F) | -40 |
| Maximum Temperature (°F) | 150 |
| Protection | Non-Intrinsically Safe |
| Approvals | UL 353 for use in Boilers |
| Minimum Qty (per Release) | 1 |
| Weight (Lbs) | 0.5 |
Series DF Dual Function Control
| Model | DF |
| Mode of Operation | Direct |
| Sensitivity | 4.7 K |
| Control Style | Open Board |
| Socket Style | N/A |
| Standoff Style | 1/16" Panel |
| Enclosure | None |
| Contact Design | 1 Normally Open & 1 Normally Closed (non-powered) |
| Contact Rating | 10 Amp Resistive 1/3 horse power |
| Secondary Voltage | 12 VAC |
| Terminal Style | Spade Connection |
| Number of Channels | 1 |
| Minimum Temperature (°F) | -40 |
| Maximum Temperature (°F) | 150 |
| Protection | Non-Intrinsically Safe |
| Approvals | UL 508 General Pupose UL 353 for use in Boilers |
| Minimum Qty (per Release) | 1 |
| Weight (Lbs) | 0.7 |
Series 67 Multi-Function Control
| Model | 67 |
| Sensitivity | 4.7 K |
| Control Style | Open Board |
| Socket Style | N/A |
| Standoff Style | N/A |
| Enclosure | None |
| Contact Design | Normally Open & Normally Closed (isolated for each channel) |
| Contact Rating | 5 Amp |
| Secondary Voltage | 12 VAC |
| Terminal Style | Screw Type |
| Number of Channels | 4 |
| Minimum Temperature (°F) | -40 |
| Maximum Temperature (°F) | 150 |
| Protection | Intrinsically Safe |
| Approvals | UL 913 |
| Minimum Qty (per Release) | 1 |
| Weight (Lbs) | 2.4 |
Series 16 Open Circuit Board Control
| Model | 16 |
| Mode of Operation | Direct |
| Sensitivity | 4.7 K |
| Control Style | Open Board |
| Socket Style | N/A |
| Standoff Style | 1/16" Panel |
| Enclosure | None |
| Contact Design | 1 Normally Open & 1 Normally Closed (non-powered) |
| Contact Rating | 10 Amp Resistive 1/3 horse power |
| Secondary Voltage | 12 VAC |
| Terminal Style | Spade Connection |
| Number of Channels | 1 |
| Minimum Temperature (°F) | -40 |
| Maximum Temperature (°F) | 150 |
| Protection | Non-Intrinsically Safe |
| Approvals | UL 508 General Purpose |
| Minimum Qty (per Release) | 1 |
| Weight (Lbs) | 0.8 |
Series 17 Intrinsically Safe Control
| Model | 17 |
| Mode of Operation | Direct |
| Sensitivity | 3.3 K to 470 K |
| Control Style | Solid State |
| Socket Style | N/A |
| Standoff Style | N/A |
| Enclosure | None |
| Contact Design | 1 Normally Open & 1 Normally Closed (isolated) |
| Contact Rating | 8 Amp Resistive |
| Secondary Voltage | 13 VAC |
| Terminal Style | Screw Type |
| Number of Channels | 1 |
| Minimum Temperature (°F) | -40 |
| Maximum Temperature (°F) | 150 |
| Protection | Intrinsically Safe |
| Approvals | FM |
| Minimum Qty (per Release) | 1 |
| Weight (Lbs) | 1.7 |
Write a review
Your Name:Your Review: Note: HTML is not translated!
Rating: Bad Good
Enter the code in the box below:
