AEM Electronics 30-2131-50 1/8 in. NPT Male Thread - 50 PSIa AEM Electronics 30-2131-50
$117.30
Example: MAP Sensor information for the ECU - Calibration/crucial information for the ECU.Specifications: Brand AEM Category Air and Fuel Delivery Emission Code 5 Material Brass Product Type Sensor Sub Category...
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Example: MAP Sensor information for the ECU - Calibration/crucial information for the ECU.
Specifications:
| Brand | AEM |
| Category | Air and Fuel Delivery |
| Emission Code | 5 |
| Material | Brass |
| Product Type | Sensor |
| Sub Category | Gaskets and Sealing Systems |
| Warning | California Proposition 65 |
| Warranty | Manufacturer's 1 Year Warranty |
| Brand | AEM |
| Category | Air and Fuel Delivery |
| Emission Code | 5 |
| Material | Brass |
| Product Type | Sensor |
| Sub Category | Gaskets and Sealing Systems |
| Warning | California Proposition 65 |
| Warranty | Manufacturer's 1 Year Warranty |
| Description_INV | MAP SENSOR KIT, 3.5 BAR BRASS |
| Description_DES | AEM 3.5 BAR Brass MAP Sensor Kit |
| Description_EXT | 1/8 in. NPT Male Thread - 50 PSIa |
| Description_MKT | Absolute (PSIa) Brass Pressure Sensors |
| Description_MKT | AEM offer high quality brass PSIa sensors in 30(2BAR), 50 (3.5BAR) and 75 (5BAR). PSIa is referenced to absolute zero. Absolute zero is the pressure measurement when all the pressure exerted by the atmosphere has been removed. The most common use for absolute pressure sensors is reading manifold pressure. PSIa sensors are required of you wish to measure vacuum. A PSIa sensor will read about 14.7 PSI when the sensing element is exposed to atmospheric pressure at sea level however they can be recalibrated to read zero at atmospheric and a negative number at values less than atmospheric pressure. |
| Description_MKT | Which Pressure Sensor is right for you? |
| Description_MKT | There are many different tools that can be used for measurement, but the degree of accuracy is dependent upon the tool. For example, a ruler can measure distance with a good degree of accuracy, but for a more precise measurement a caliper should be used. The difference between a brass pressure sensor and a stainless steel pressure sensor is similar if we think about it in these terms: |
| Description_MKT | Brass Pressure Sensor = Ruler |
| Description_MKT | Use a Brass Pressure Sensor where you need a good reference to what pressure is being seen. |
| Description_MKT | Example: Brass Pressure Sensor used for a Boost Gauge - Reference/Information for knowing manifold pressure, not for ECU calibration. |
| Description_MKT | Stainless Pressure Sensor = Caliper |
| Description_MKT | Use a SS Pressure Sensor where you need exact details of the pressure. |
| Description_MKT | Example: MAP Sensor information for the ECU - Calibration/crucial information for the ECU. |
| Description_FAB | -Brass body, with high quality sealing which makes it impervious to fluids. |
| Description_FAB | -Accurate with 3% margin for error. |
| Description_FAB | -Weather resistant connector and pins included |
| Description_FAB | -Analog Data Scaled in Charts |
| Description_INV | MAP SENSOR KIT, 3.5 BAR BRASS |
| Description_DES | AEM 3.5 BAR Brass MAP Sensor Kit |
| Description_EXT | 1/8 in. NPT Male Thread - 50 PSIa |
| Description_MKT | Absolute (PSIa) Brass Pressure Sensors |
| Description_MKT | AEM offer high quality brass PSIa sensors in 30(2BAR), 50 (3.5BAR) and 75 (5BAR). PSIa is referenced to absolute zero. Absolute zero is the pressure measurement when all the pressure exerted by the atmosphere has been removed. The most common use for absolute pressure sensors is reading manifold pressure. PSIa sensors are required of you wish to measure vacuum. A PSIa sensor will read about 14.7 PSI when the sensing element is exposed to atmospheric pressure at sea level however they can be recalibrated to read zero at atmospheric and a negative number at values less than atmospheric pressure. |
| Description_MKT | Which Pressure Sensor is right for you? |
| Description_MKT | There are many different tools that can be used for measurement, but the degree of accuracy is dependent upon the tool. For example, a ruler can measure distance with a good degree of accuracy, but for a more precise measurement a caliper should be used. The difference between a brass pressure sensor and a stainless steel pressure sensor is similar if we think about it in these terms: |
| Description_MKT | Brass Pressure Sensor = Ruler |
| Description_MKT | Use a Brass Pressure Sensor where you need a good reference to what pressure is being seen. |
| Description_MKT | Example: Brass Pressure Sensor used for a Boost Gauge - Reference/Information for knowing manifold pressure, not for ECU calibration. |
| Description_MKT | Stainless Pressure Sensor = Caliper |
| Description_MKT | Use a SS Pressure Sensor where you need exact details of the pressure. |
| Description_MKT | Example: MAP Sensor information for the ECU - Calibration/crucial information for the ECU. |
| Description_FAB | -Brass body, with high quality sealing which makes it impervious to fluids. |
| Description_FAB | -Accurate with 3% margin for error. |
| Description_FAB | -Weather resistant connector and pins included |
| Description_FAB | -Analog Data Scaled in Charts |
Shipping Information
We offer FREE shipping on all orders within Canada. Most orders ship within 1-2 business days.
Standard delivery typically takes 3-7 business days depending on your location.
Returns Policy
We accept returns within 30 days of purchase. Items must be in original condition with all packaging.
For returns or exchanges, please contact our customer service team.
