EMERSON 142U2D301CACAB165240 Servo motor

Brand： Emerson

Model number：142U2D301CACAB165240

Colour：new

Warranty: 12 months

Lead Time：3-day working day

Country of origin: USA Price: Please contact us

Product weight：3.17kg

Shipping Port: China

Payment: Bank of Chicago, Bank of Singapore

Express cooperation: fedex, DHL, UPS and your express account

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EMERSON 142U2D301CACAB165240 Servo motor

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Products Name: EMERSON 142U2D301CACAB165240 Servo motor

PRODUCT DESCRIPTION

Product Dimensions：

The Rosemount 3051S is an industry-leading line of smart pressure transmitters known for its exceptional performance, reliability, and innovative SuperModule™ platform.

The specific model number 142U2D301CACAB165240 is a highly customized configuration, which can be partially deciphered as follows:

Code Segment	Description (Likely Meaning)
142U	Indicates the specific Transmitter Type/Platform. This likely points to the 3051S Scalable Coplanar Platform or a similar high-performance variant.
2D	Indicates the Pressure Type, most commonly a Differential Pressure (DP) Transmitter used for flow or level measurement.
3	Indicates the Pressure Range/Range Limit (e.g., a specific pressure span).
01	Indicates the Output Signal Type, usually 4-20 mA with HART Protocol.
CACAB	Represents a combination of Process Connection (e.g., Coplanar Flange), Housing Material, and Conduit Entry.
165	Likely a Specific Calibration Range or Configuration Code.
240	May denote Diaphragm Material (e.g., Tantalum, Gold-plated Stainless Steel) and Fill Fluid.

Function: Measures the difference between two pressure points (Differential Pressure) or the absolute/gage pressure of gases, vapors, or liquids in a process line.
Technology: Utilizes advanced capacitance sensor technology, housed in the patented SuperModule, to ensure high stability and accuracy.

⚙️ Product Specifications (Key Parameters)

Since the exact model is custom, the following are typical high-level specifications for the 3051S DP series:

Parameter Category	Specification
Transmitter Type	Rosemount 3051S Series, Differential Pressure (DP)
Accuracy	Up to $\pm 0.04\%$ of span (depending on range)
Stability	Up to 10-year stability
Pressure Ranges	Configurable from very low to high pressures (e.g., up to $2000 \text{ psi}$ DP)
Output	4-20 mA DC with HART 7 Protocol (Standard for this series)
Wetted Materials	Varies by code, typically 316L Stainless Steel, Hastelloy C-276, Tantalum
Housing Material	Aluminum or Stainless Steel (Varies by code)
Process Connection	Coplanar Flange (Standard for 3051S)
Power Supply	$10.5 \text{ to } 42.4 \text{ V DC}$ (HART)
Certifications	Intrinsic Safety (IS) or Explosion-Proof (XP) options (dependent on configuration)

✨ Product Advantages (Key Benefits)

Superior Performance: Offers market-leading accuracy and exceptional long-term stability, reducing maintenance and recalibration costs.
Scalable Platform: The 3051S architecture allows for easy upgrades to advanced features (like WirelessHART or safety functions) without replacing the entire unit.
Coplanar Design: The standard Coplanar flange simplifies installation and offers flexibility for connecting to various manifolds, including traditional, in-line, and flow-integrated solutions.
Advanced Diagnostics: Includes optional Power Advisory Diagnostics to monitor electrical health and detect issues before they impact process control.
MultiVariable Capability (Optional): Can simultaneously measure DP, Static Pressure, and Process Temperature.

⚠️ Cautions and Considerations

Configuration Check: Always verify the specific Wetted Materials (Diaphragm, Fill Fluid) against the process fluid's compatibility to prevent corrosion or failure.
Pressure Rating: Ensure the selected Pressure Range and Overpressure Limit meet or exceed the maximum process conditions to avoid sensor damage.
HART Protocol: Effective use requires a HART communicator or control system capable of interpreting the digital signal for configuration and advanced diagnostics.
Installation Orientation: For DP measurements, the transmitter should be installed correctly (e.g., equal elevations for level applications) to avoid hydrostatic head errors.
Calibration: Though highly stable, regular checks of the zero point and span are recommended per industry standards.

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