YJJ D513X-A2586X-010PD High-Precision Pressure Transmitter Is Used For

Product Specification

Product Description:

YJJ D513X-A2586X-010PD High-Precision Pressure Transmitter Is Used For Industrial Pressure Monitoring

Features:

parameters of the D513X-A2586X-010PD pressure transmitter each have their specific purposes. The following is a detailed explanation of the parameter usages of this pressure transmitter:

Measurement range: 0~10 psi (gauge pressure), used to determine the pressure range that the transmitter can measure, ensuring that it can cover the required measured pressure values in practical applications, such as monitoring the pressure of gases or liquids in pipelines whether they are within the normal working range.

Accuracy grade: typical ±0.1% of full scale, maximum ±0.25% of full scale, reflecting the closeness of the transmitter's measurement results to the actual pressure value. High-precision transmitters can provide more reliable data support for industrial control, metering, etc.

Zero drift and Span drift: Zero drift and Span drift parameters reflect the stability of the transmitter's zero point and range under different temperature conditions and during long-term use, helping to evaluate the measurement accuracy changes of the transmitter under various conditions, ensuring the reliability of the measurement results.

Operating temperature range: -20℃~85℃, clarifying the temperature range within which the transmitter can operate normally, avoiding using it beyond this range under which the equipment may be damaged or the measurement accuracy may decrease due to temperature conditions.

Storage temperature range: -40℃~125℃, stipulating the storage temperature conditions for the transmitter when not in use, ensuring that the performance of the transmitter is not affected during storage and can work normally when used again.

Medium compatibility: compatible with non-corrosive gases/liquids such as air, water, mineral oil, etc. Special materials can be customized for corrosive media, which determines the types of media that the transmitter can measure, ensuring that the transmitter will not be damaged or its measurement accuracy affected when in contact with the media in practical applications.

Output signal: standard 4~20mA DC (two-wire system), optional 0~5V DC / 0~10V DC (three-wire system), used to convert the measured pressure signal into a transmissible electrical signal for connection and communication with other devices such as PLC, DCS, etc., for pressure monitoring and control.

Power supply voltage: 12~36V DC (two-wire system), 15~30V DC (three-wire system), providing the required electrical energy for the transmitter to operate normally, ensuring that the transmitter runs under the appropriate power supply voltage to guarantee stable performance.

Load resistance: maximum 600Ω (for 4~20mA output, under 24V DC power supply), limiting the size of the load connected to the transmitter's output signal to ensure the stability and accuracy of signal transmission.

Response time: ≤10ms, reflecting the response speed of the transmitter to pressure changes, which is very important for applications requiring real-time monitoring and rapid control of pressure, such as rapid changes in fluid pressure monitoring.

Overpressure capacity and burst pressure: Overpressure capacity is 2 times full scale (gauge pressure), burst pressure is 5 times full scale, these parameters indicate the additional pressure that the transmitter can withstand to prevent damage to the transmitter in case of sudden pressure increase, ensuring the safety and reliability of the equipment.

Protection grade: IP65 / IP67, indicating the dust and water protection capability of the transmitter's enclosure, suitable for indoor / outdoor industrial environments, ensuring that the transmitter can operate normally in harsh environmental conditions.

Installation method: threaded installation (such as 1/4 NPT or G1/4), optional panel installation, providing multiple installation methods to facilitate users to install according to the actual site conditions and meet different installation requirements.

Electrical connection: terminal block / M12 connector, determining the connection method between the transmitter and the external circuit, facilitating users to make electrical connections and wiring. Material: The diaphragm is made of 316L stainless steel, and the housing is aluminum alloy (with anti-corrosion coating) / stainless steel (optional). These materials determine the corrosion resistance and mechanical strength of the transmitter, ensuring that the transmitter has a long service life in different media and environmental conditions.

Vibration and shock resistance: 10 - 2000Hz, 10g acceleration (IEC 60068-2-6 standard), 50g, 11ms pulse (IEC 60068-2-27 standard), indicating that the transmitter can withstand a certain degree of vibration and shock, suitable for some industrial occasions with high vibration and shock, ensuring the stability of the transmitter's performance in these environments.

Certification: Typical CE (EMC compliance: EN 61326-1), optional ATEX / IECEx (for explosive environments). These certifications ensure that the transmitter complies with relevant safety and electromagnetic compatibility standards, enabling it to operate safely and reliably in different industrial environments.

Specifications: