Model series FK10 conductive level switches are intended to be used with the FKE electrode relay for detecting the level of conductive fluids. An A.C. voltage is applied to an electrode insulated from the tank. When the electrode is wetted by the process fluid, a low current flows from the electrode through the fluid to the tank wall (in the case of plastic tanks, the current flows to a ground electrode). This current flow is detected by the electrode relay and output as a switching signal.

• To detect the fill limit in tanks containing conductive fluids
• To report whether the tank is empty or full
• To switch over between two filling heights
• To provide overflow protection
• To provide dry-running protection

EchoPod is an innovative level sensor that replaces floats, conductance and pressure sensors that fail due to dirty. sticking and scaling media in small tanks 49.2" (1.25m) or less. EchoPod, a general purpose sensor. combines non-contact switch, controller and transmitter capabilities in one package. Combining 4 relays, 4-20mA output and pump/valve control in one small sensor allows EchoPod to be a solution. Maintenance free, EchoPod reduces tank system hardware through simplicity and consolidation. Additionally. EchoPod is well suited for corrosive and dirty applications with its non-metallic housing and transducer. EchoPod provides a total solution for fluid handling and automation.

The rugged PVDF enclosure is well suited for a wide range of corrosive, waste or slurry type media, and can be broadly selected for atmospheric day tank, process vessel or dispenser, pump lift station and waste sump applications. Level indication can be monitored via a local display or controlled through a PLC.

The FS00Z level switch consists of a polypropylene housing with an integrated watertight and position dependent electromechanical microswitch. The unit works according to the lift principle. The hollow float is raised (lowered) by the rising (falling) liquid until it reaches an angle of 45° from horizontal when switching takes place. The mercury free float switch can be mounted to the tank/container via a through hole such as a 1/2“ cable gland from the tank top.

The switch point is defined by manipulating placement of a supplied ballast weight on the connecting cable or by inserting cable through a tube of desired length.

The FS00Z level switch is suitable for level monitoring of compatible liquids and, due to the high contact rating of 10 (8) Amps, 250V, for direct pump control. It is well applied for potable water applications as well as heavily polluted media.

The level switches model FS14 work according to the magnetic float principle. The float is lifted upwards by the rising liquid level in the tank until the magnetic field of the integrated permanent magnetactivates a Reed contact. Depending on the way the level switch is mounted this contact may work as a N/O or a N/C switch.

The float level switches FS14 are designed to monitor the level of nearly all liquids which do not affect the used materials, for example as HIGH- or LOW-alarms or for controlling valves and pumps.

The level switches model FS15 work according to the magnetic float principle. The float is lifted upwards by the rising liquid level in the tank until the magnetic field of the integrated permanent magnet activates a Reed contact. Depending on the way the level switch is mounted this contact may work as a N/O or a N/C switch.

The float level switches FS15 are designed to monitor the level of nearly all liquids which do not affect the used materials, for example as HIGH- or LOW-alarms or for controlling valves and pumps.

The L007 series horizontal mount level switches have a no-leak construction and are ideal for small tanks.

The units side-wall mount internally or externally and offer a broad range of media compatibility due to the selection of construction materials.

Model L007 operates on falling or rising level. Normally open or normally closed switch operation is easily defined by the mounting position of the switch. When normally open the float lowers with the fluid level and, conversely, when the float is mounted to rise with the fluid level, it is in a normally closed configuration.

High temperature applications can be accommodated using stainless steel construction.

The L007 series horizontal mount level switches have a no-leak construction and are ideal for small tanks.

The units side-wall mount internally or externally and offer a broad range of media compatibility due to the selection of construction materials.

Model L007 operates on falling or rising level. Normally open or normally closed switch operation is easily defined by the mounting position of the switch. When normally open the float lowers with the fluid level and, conversely, when the float is mounted to rise with the fluid level, it is in a normally closed configuration.

High temperature applications can be accommodated using stainless steel construction.

The L007 series horizontal mount level switches have a no-leak construction and are ideal for small tanks.

The units side-wall mount internally or externally and offer a broad range of media compatibility due to the selection of construction materials.

Model L007 operates on falling or rising level. Normally open or normally closed switch operation is easily defined by the mounting position of the switch. When normally open the float lowers with the fluid level and, conversely, when the float is mounted to rise with the fluid level, it is in a normally closed configuration.

High temperature applications can be accommodated using stainless steel construction.

The L007 series horizontal mount level switches have a no-leak construction and are ideal for small tanks.

The units side-wall mount internally or externally and offer a broad range of media compatibility due to the selection of construction materials.

Model L007 operates on falling or rising level. Normally open or normally closed switch operation is easily defined by the mounting position of the switch. When normally open the float lowers with the fluid level and, conversely, when the float is mounted to rise with the fluid level, it is in a normally closed configuration.

High temperature applications can be accommodated using stainless steel construction.

The L312 series level switches are individually designed from over 360 component parts to create a custom switch available in lengths from one foot (304mm) to four feet (1.2m). Switch point tolerance is +/- 1/8" (3mm).
The L500 series level switches are individually designed from over 1,400 component parts to create a custom switch available in lengths from one foot (304mm) to 11 feet (3.3m). Switch point tolerance is +/- 1/8" (3mm).
To specify, review the choices in mounting types, stem material, float size and material, switching points, and electrical specifications. Fax or call us to review.

The L312 series level switches are individually designed from over 360 component parts to create a custom switch available in lengths from one foot (304mm) to four feet (1.2m). Switch point tolerance is +/- 1/8" (3mm).
The L500 series level switches are individually designed from over 1,400 component parts to create a custom switch available in lengths from one foot (304mm) to 11 feet (3.3m). Switch point tolerance is +/- 1/8" (3mm).
To specify, review the choices in mounting types, stem material, float size and material, switching points, and electrical specifications. Fax or call us to review.

The U00X Series Solid-State Level Switches are reliable, low-cost liquid level controls for use in installations where mechanical float-type switches are impractical. U00X models are compatible with many liquids, regardless of the fluid's density or conductivity. The units require no calibration, withstand pressures up to 2,000 PSIG, and their compact, 1/8" diameter probes install in any orientation. U00X models are constructed from durable and easy-to-clean 316 stainless steel with probe lengths available up to 100". Optional materials include CPVC, PVDF, and Hastelloy C.