| Image | Part Number | Manufacturer | Description | Series | Operating Temperature | Mounting Type | RoHS Status | Type | Output Type | Voltage Rating | Current | Output Configuration |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| LLE102000-001 | Honeywell Sensing and Productivity Solutions | LIQUID LEVEL SENSOR | LLE | -25°C ~ 80°C | Panel Mount, M12 Thread | - | Liquid | Push-Pull | 5 V ~ 12 V | 15mA | High-Dry | |
| 59630-2-T-03-A | Hamlin / Littelfuse | REED SENSOR W/INTEGRAL FLOAT | 59630 | -20°C ~ 105°C | Panel Mount, M8 Thread | - | Liquid | Switch (Single Float) | 300V | 500mA | SPST-NO | |
| CTANK-A721 | Digi International | CTANK MID RANGE, NO GPS | Digi Connect® | -30°C ~ 65°C | Male 1" (25.4mm) NPT | - | Liquid | Cellular | 7.2V | - | 3G/2G | |
| LLF78H100RN | Cynergy3 | FLOAT SWITCH 100VA PP(UL) 1M PVC | LLF70 | -20°C ~ 100°C | Male 1" (25.4mm) NPT | - | Liquid | Switch (Single Float) | 300V | 1A | SPST-NC/NO | |
| RSF47H100GF | Cynergy3 | LEVEL SENSOR HI TEMP HORIZ SPST | RSF40 | -10°C ~ 105°C | Panel Mount, M16x2 Thread | - | Liquid | Switch (Single Float) | 120VDC, 240VAC | 1A | SPST-NC/NO | |
| SSF67A50A200PM12 | Cynergy3 | DL LVL FLOATSW 227MM TOTAL L | SSF67PM12 | 135°C | Panel Mount, M16x2 Thread | - | Liquid | Switch (2) (Dual Float) | 120VDC, 250VAC | 600mA | SPST-NO, SPST-NO | |
| FSH-35 | Carlo Gavazzi | FLOAT SWITCH HRZ 1/2 NPT PS | FS | -20°C ~ 120°C | Panel Mount | - | Liquid | Analog | 200VDC, 240VAC | 1A | SPST-NC/NO | |
| LS01-1A66-PA-500W | Standex-Meder Electronics | SENSOR LEVEL FLOAT M8 | LS01 | -30°C ~ 70°C | Free Hanging | - | Liquid | Switch (Single Float) | 200V | 500mA | SPST-NO | |
| FFSMC10CW | Cynergy3 | CABLE FLOAT HORZ SPST-NC 10A | FFSMC | 0°C ~ 55°C | Cable Mount | - | Liquid | Switch (Single Float) | 110VDC, 250VAC | 10A | SPDT | |
| RSF76YNP | Cynergy3 | FLOATSWITCH HORZ .6A NO/NC PPS | RSF70 | -10°C ~ 120°C | Panel Mount, M16x2 Thread | - | Liquid | Switch (Single Float) | 120VDC, 240VAC | 600mA | SPST-NC/NO |
Float and level sensors are devices designed to detect liquid levels or fluid presence in tanks, reservoirs, or containers. These sensors utilize float switches, capacitance, conductivity, or ultrasonic principles to detect changes in liquid levels and provide output signals indicative of the fluid level status. Float and level sensors find applications in industries such as automotive, aerospace, wastewater treatment, food and beverage, and chemical processing for tasks such as liquid level monitoring, pump control, and liquid level alarm systems. They offer advantages such as reliability, versatility, and compatibility with different fluids and container materials, making them essential components in liquid level sensing and control applications.