Manifold Pressure/Vacuum Sensor: Specifications
Voltage Output| voltage | 0.48 at 25 Volts At Kilopascals (V @ kPa) Note: Approximate voltage. Power supply 5 V. Pressure in kPa is absolute pressure, i.e. 100 kPa corresponds to barometric pressure. when checking the pressure sensor using a pressure/ vacuum pump, somewhat lower voltage readings may be obtained at high altitudes |
| 0.95 at 50 Volts At Kilopascals (V @ kPa) Note: Approximate voltage. Power supply 5 V. Pressure in kPa is absolute pressure, i.e. 100 kPa corresponds to barometric pressure. when checking the pressure sensor using a pressure/ vacuum pump, somewhat lower voltage readings may be obtained at high altitudes. | |
| 1.9 at 100 Volts At Kilopascals (V @ kPa) Note: Approximate voltage. Power supply 5 V. Pressure in kPa is absolute pressure, i.e. 100 kPa corresponds to barometric pressure. when checking the pressure sensor using a pressure/ vacuum pump, somewhat lower voltage readings may be obtained at high altitudes. | |
| 2.4 at 125 Volts At Kilopascals (V @ kPa) Note: Approximate voltage. Power supply 5 V. Pressure in kPa is absolute pressure, i.e. 100 kPa corresponds to barometric pressure. when checking the pressure sensor using a pressure/ vacuum pump, somewhat lower voltage readings may be obtained at high altitudes. | |
| 2.8 at 150 Volts At Kilopascals (V @ kPa) Note: Approximate voltage. Power supply 5 V. Pressure in kPa is absolute pressure, i.e. 100 kPa corresponds to barometric pressure. when checking the pressure sensor using a pressure/ vacuum pump, somewhat lower voltage readings may be obtained at high altitudes. | |
| 3.3 at 175 Volts At Kilopascals (V @ kPa) Note: Approximate voltage. Power supply 5 V. Pressure in kPa is absolute pressure, i.e. 100 kPa corresponds to barometric pressure. when checking the pressure sensor using a pressure/ vacuum pump, somewhat lower voltage readings may be obtained at high altitudes |