Industrial Data Collection
Analysis and Control
Madison
Fluid Sensing Solutions
Hydrostatic Pressure Level Sensors:
Clog-Free Pressure Level Sensor0-5 PSI (0 - 11.5 ft WC)
- Ideal for liquids with debris, sludge or small particles
- 316 SS for temperature and corrosion resistance
- Food processing, plating, petrochemical
- -10°F to 175°F (-23°C to 79°C). Non-freezing liquids.
Clog-Free Pressure Level Sensor0-10 PSI ( 0 - 23 ft WC)
- Ideal for liquids with debris, sludge or small particles
- 316 SS for temperature and corrosion resistance
- Food processing, plating, petrochemical
- -10°F to 175°F (-23°C to 79°C). Non-freezing liquids.
Clog-Free Pressure Level Sensor0-15 PSI (0 - 34 ft WC)
- Ideal for liquids with debris, sludge or small particles
- 316 SS for temperature and corrosion resistance
- Food processing, plating, petrochemical
- -10°F to 175°F (-23°C to 79°C). Non-freezing liquids.
Hydrostatic Pressure Level Sensor0-5 PSI (0 - 11.5 ft. WC)
- Titanium housing resists chemicals and corrosion
- Accurate measurement of liquids with debris or sludge
- Wastwater, brackish water
- -10°F to 175°F (-23°C to 79°C). Non-freezing liquids.
Hydrostatic Pressure Level Sensor0-10 PSI (0 - 23 ft WC)
- Titanium housing resists chemicals and corrosion
- Accurate measurement of liquids with debris or sludge
- Wastwater, brackish water
- -10°F to 175°F (-23°C to 79°C). Non-freezing liquids.
Hydrostatic Pressure Level Sensor0-15 PSI (0 - 34.5 ft WC)
- Titanium housing resists chemicals and corrosion
- Accurate measurement of liquids with debris or sludge
- Wastwater, brackish water
- -10°F to 175°F (-23°C to 79°C). Non-freezing liquids.
Hydrostatic Pressure Level Sensor0-2.5 PSI (0 - 5.75 ft WC)
- Titanium housing resists chemicals and corrosion
- Accurate measurement of liquids with debris or sludge
- Wastwater, brackish water
- -10°F to 175°F (-23°C to 79°C). Non-freezing liquids.
Cage Weight for PC Series Pressure Level Sensor
- Protective, weighted accessory for 1” diameter pressure sensors in fluids with a highpercent of sludge, debris or viscosity
- 316 SS is frequently used where superior corrosion resistance is required
Hydrostatic Pressure Sensor Specifications
| PC4203 Series Clog-Free Pressure Sensor Specifications | |||||||||
|---|---|---|---|---|---|---|---|---|---|
| Model | Accuracy | Approvals | Input Voltage | Lead Wires | Max. Temp | Output | Pressure Range | Sensing Range | Type |
| PC4203-005-P025 | ±0.25% of Full Scale | CE, FM (available by special request) | 10-35 VDC | 25’ Polyurethane Vented Cable | -10°F to 175°F Non-freezing liquids | 4-20mA Loop Current | 0-5 PSI | 0-11.5 ft WC | Pressure Level Sensor |
| PC4203-010-P040 | ±0.25% of Full Scale | CE, FM (available by special request) | 10-35 VDC | 40’ Polyurethane Vented Cable | -10°F to 175°FNon-freezing liquids | 4-20mA Loop Current | 0-10 PSI | 0-23 ft WC | Pressure Level Sensor |
| PC4203-015-P050 | ±0.25% of Full Scale | CE, FM (available by special request) | 10-35VDC | 50’ Polyurethane Vented Cable | -10°F to 175°FNon-freezing liquids | 4-20mA Loop Current | 0-15 PSI | 0-34.5 ft WC | Pressure LevelSensor |
| PH4201 Series Hydrostatic Pressure Sensors | |||||||||
| PH4201-005-P025 | ±0.25% of Full Scale | CE, FM (available by special request) | 10-35 VDC | 25’ Polyurethane Vented Cable | -10°F to 175°F Non-freezing liquids | 4-20mA Loop Current | 0-5 PSI | 0-11.5 ft WC | Pressure Level Sensor |
| PH4201-010-P040 | ±0.25% of Full Scale | CE, FM (available by special request) | 10-35 VDC | 25’ Polyurethane Vented Cable | -10°F to 175°F Non-freezing liquids | 4-20mA Loop Current | 0-10 PSI | 0-23 ft WC | Pressure Level Sensor |
| PH4201-015-P060 | ±0.25% of Full Scale | CE, FM (available by special request) | 10-35 VDC | 60’ Polyurethane Vented Cable | -10°F to 175°F Non-freezing liquids | 4-20mA Loop Current | 0-15 PSI | 0-34.5 ft WC | Pressure Level Sensor |
| PH4201-2.5-P025 | ±0.25% of Full Scale | CE, FM (available by special request) | 10-35 VDC | 25’ Polyurethane Vented Cable | -10°F to 175°F Non-freezing liquids | 4-20mA Loop Current | 0-2.5 PSI | 0-5.75 ft WC | Pressure Level Sensor |
| Protection Techniques and Common Failure Modes | |||||
|---|---|---|---|---|---|
| Load | Load Example | Protection | Diagram | Common Failure Modes | Failure Mode Description |
| Resistive (DC) | Indicator Lamp, Heaters | Current Limiting Resistor | In-rush Current (Switching) | In-rush current exceeds rating and welds switch closed | |
| Over-Current (Carry) | Carry-current exceeds rating and switch welds or burns open like a fuse | ||||
| Inductive & Capacitative (DC) | Relay Coil, Solenoids, Motor | Reversing Diode | Over-Voltage (Arcing) | Voltage arcing during switching weldscontacts closed | |
| Inductive & Capacitive (AC or DC) | Resistor & Capacitor Network | ||||
| Resistive, Inductive & Capacitive (AC or DC) | Indicator Lamp, Heaters, Relay Coil, Solenoids, Motor | Varistor or MOV | Over-Voltage (Arcing) | Transients voltage spikes exceed breadown voltage and weld switch closed | |
RFQ:
Dimensions
Madison point level float switches use reed switch technology that is simple, reliable, and durable. They operate in an on/off state, and are used to control an external device such as an alarm or an on/off switch. Because OEMs need sensors for tanks that vary in width and height, certain point level float switches are offered with field-adjustable stem lengths. This provides an OEM with the advantage of using only one or two sensors for their application instead of several.