Fuel and oil tanks on mobile equipment slosh violently during transport and operation — generating false level readings that trigger unnecessary alarms or pump shutdowns. The 10-795-AC surrounds the float with a cylindrical still well while providing Acetal construction for full hydrocarbon compatibility. The shield dampens sloshing from vehicle movement, vibration, and sudden load changes. Acetal handles gasoline, diesel, hydraulic fluid, and mineral oil without swelling or degradation.
| Quantity | Unit Price |
|---|---|
| 1–29 | $81.06 |
| 30–49 | $71.59 |
| 50–99 | $61.96 |
| 100–199 | $29.30 |
| 200–999 | $27.50 |
A float level switch like the 10-795-AC is a point-level device: a float rides the liquid and actuates a magnetic reed switch at a set height, giving a simple on/off signal — no power, no firmware, no calibration. "Sensors" usually means continuous measurement (ultrasonic, radar, capacitive). ERECTA SWITCH targets reliable discrete-point control.
The 10-795-AC is used for pump start/stop control, high-level overflow protection, low-level dry-run protection, and tank or reservoir level alarms in OEM equipment. The modular ERECTA SWITCH system is built into laundry, HVAC, water-treatment, hydraulic, and chemical-handling machinery.
Choose the material to match the media: Polypropylene (PP) for general aqueous, acids, and bases; Acetal (AC/Delrin) for solvents, fuels, and hydrocarbons; Kynar PVDF (KR) for aggressive or harsh chemicals. Every ERECTA SWITCH model is offered in all three materials.
The 10-795-AC is point-level — it provides a discrete on/off signal at a set height. For multiple switch points, use a multi-level extended-stem set (2-, 3-, or 4-level) instead of a single continuous sensor.
ERECTA SWITCH offers vertical top-mount, bulkhead, and extended-stem configurations, plus side-mounted single-point models. The mount style is part of the model number — select the configuration that matches your tank geometry.
Point detection is repeatable and mechanical. The trip height on the 10-795-AC is set by the 10-715 Precision Nipple, ordered separately in 1-inch increments (1″–70″), so you place the switch point exactly where the application needs it.
Our engineering team can verify compatibility with your application and chemistry before you order.