Industrial pressure transmitter for process pressure measurement applications. The NP-2088 supports 4–20 mA + HART output, 24 VDC power supply, 1/2″ process connection, SS316 wetted material, and multiple pressure ranges suitable for industrial monitoring and control systems.
Product Overview
The NP-2088 pressure transmitter is designed for industrial pressure measurement applications where a reliable analog signal and HART communication are required. It can be used with PLC, DCS, indicators, data acquisition systems, and industrial monitoring panels.
AIC reviews the application before quotation to confirm the suitable pressure range, process medium, connection requirement, output signal, and installation conditions.
Industrial Output
4–20 mA + HART signal for integration with industrial control and monitoring systems.
SS316 Wetted Material
Suitable for many industrial pressure applications after confirming medium compatibility.
Multiple Pressure Ranges
Available ranges from 2 bar up to 100 bar according to application requirements.
Technical Specifications
Product Type
Pressure Transmitter
Model
NP-2088
Manufacturer
Xi’an Dehou Electronic Technology Co., Ltd.
Accuracy
0.5% FS
Output Signal
4–20 mA + HART
Power Supply
24 VDC
Pressure Ranges
2 / 6 / 10 / 16 / 25 / 40 / 60 / 100 bar
Process Connection
1/2″ Thread
Wetted Material
SS316 Stainless Steel
Application
Industrial pressure measurement for process, utilities, water, chemical, and general plant applications
Technical note: final datasheet and quotation should confirm thread type, pressure range, electrical connection, calibration range, pressure unit, and compatibility with the measured medium.
Available Pressure Ranges
The NP-2088 pressure transmitter can be selected according to the required measurement range.
2 bar
6 bar
10 bar
16 bar
25 bar
40 bar
60 bar
100 bar
Typical Applications
Water & Utilities
Pressure monitoring in pumps, water lines, treatment systems, and utility networks.
Process Plants
Pressure measurement in industrial process lines and plant systems.
Chemical Applications
Can be considered after confirming SS316 compatibility with the measured medium.
Control Systems
Suitable for PLC, DCS, indicator, and monitoring system integration using 4–20 mA + HART.
Required Data for Quotation
To prepare a correct quotation, please send the available technical data with your inquiry.
Non-contact radar level transmitter for industrial tank level measurement. Suitable for applications requiring continuous level monitoring, 4–20 mA + HART output, and technical selection based on actual process conditions.
Product Overview
The 80GHz radar level meter is used for continuous level measurement in tanks and process vessels. It is a non-contact measuring solution, which helps reduce mechanical wear and avoids direct contact with the measured medium.
AIC reviews the application before quotation to confirm the suitable configuration according to tank height, medium, temperature, pressure, nozzle, connection, and output signal requirements.
Non-Contact Measurement Suitable where contact with the medium is not preferred.
Industrial Signal 4–20 mA + HART output for PLC, DCS, indicator, or monitoring systems.
Application Review Final selection depends on real tank and process conditions.
Technical Specifications
Product Type
80GHz Radar Level Meter
Model
NYRD-900
Measurement Principle
Non-contact radar level measurement
Radar Frequency
80 GHz
Measuring Range
30 m
Power Supply
24 VDC
Output Signal
4–20 mA + HART
Process Temperature
0–130 °C
Process Pressure
-0.1 to 0.3 MPa
Certification
CE certification
Technical note: final datasheet and quotation should be confirmed according to the exact supplied model, antenna type, process connection, temperature rating, pressure rating, and installation requirements.
Typical Applications
Storage Tanks Continuous level monitoring in industrial storage tanks.
Water & Utilities Level measurement in utility and water-related applications.
Process Vessels Level measurement where process conditions must be technically reviewed.
Chemical Applications Possible use after confirming medium compatibility and process conditions.
Required Data for Quotation
To prepare a correct quotation, please send the available technical data with your inquiry.
Tank height and measuring range.
Process medium: liquid, powder, vapor, foam, dust, or agitation condition.
Operating temperature and pressure.
Required output signal and power supply.
Process connection or nozzle size.
Quantity and required delivery time.
Photos of tank top or existing installation if available.
Basic Installation Notes
Install away from internal obstacles such as ladders, pipes, coils, or agitators where possible.
Check nozzle height and diameter before final selection.
Confirm vapor, foam, condensation, dust, or agitation conditions.
Follow the supplied product manual for final installation and commissioning.
Need a Quotation for 80GHz Radar Level Meter?
Send your application details to AIC. Include tank height, medium, temperature, pressure, process connection, output signal, quantity, and available photos or datasheets.
High-Precision Pressure Measurement for Viscous Media
The Nuoying NY-93420 is a high-performance pressure transmitter featuring a Flush Diaphragm design, making it the ideal choice for measuring viscous, crystallization, or slurry media without clogging. Built with advanced diffused silicon technology and original imported chips, it provides a stable 4-20mA signal with superior anti-interference capabilities.
The Nuoying NY-93420 series utilizes the piezoresistive effect of semiconductors and advanced micromachining technology. Its heart is a Wheatstone bridge formed on a single crystal silicon wafer, processed with high-end photolithography and laser resistance adjustment for ultimate signal stability.
Key Technical Advantages:
Flush Diaphragm Design: Specifically engineered to prevent material buildup, ensuring accurate readings in food, chemical, and wastewater applications.
Laser Cold Welding: The probe and housing are assembled using a specialized laser cold welding process for maximum structural integrity.
Superior Protection: Built-in protection against over-voltage, over-current, and electromagnetic interference.
SS316L Construction: The diaphragm is made of high-quality Stainless Steel 316L, providing excellent resistance to aggressive media.
High-Precision Pressure Measurement for Viscous Media
The Nuoying NY-93420 is a high-performance pressure transmitter featuring a Flush Diaphragm design, making it the ideal choice for measuring viscous, crystallization, or slurry media without clogging. Built with advanced diffused silicon technology and original imported chips, it provides a stable 4-20mA signal with superior anti-interference capabilities.
The Nuoying NY-93420 series utilizes the piezoresistive effect of semiconductors and advanced micromachining technology. Its heart is a Wheatstone bridge formed on a single crystal silicon wafer, processed with high-end photolithography and laser resistance adjustment for ultimate signal stability.
Key Technical Advantages:
Flush Diaphragm Design: Specifically engineered to prevent material buildup, ensuring accurate readings in food, chemical, and wastewater applications.
Laser Cold Welding: The probe and housing are assembled using a specialized laser cold welding process for maximum structural integrity.
Superior Protection: Built-in protection against over-voltage, over-current, and electromagnetic interference.
SS316L Construction: The diaphragm is made of high-quality Stainless Steel 316L, providing excellent resistance to aggressive media.
High-Precision Pressure Measurement for Viscous Media
The Nuoying NY-93420 is a high-performance pressure transmitter featuring a Flush Diaphragm design, making it the ideal choice for measuring viscous, crystallization, or slurry media without clogging. Built with advanced diffused silicon technology and original imported chips, it provides a stable 4-20mA signal with superior anti-interference capabilities.
The Nuoying NY-93420 series utilizes the piezoresistive effect of semiconductors and advanced micromachining technology. Its heart is a Wheatstone bridge formed on a single crystal silicon wafer, processed with high-end photolithography and laser resistance adjustment for ultimate signal stability.
Key Technical Advantages:
Flush Diaphragm Design: Specifically engineered to prevent material buildup, ensuring accurate readings in food, chemical, and wastewater applications.
Laser Cold Welding: The probe and housing are assembled using a specialized laser cold welding process for maximum structural integrity.
Superior Protection: Built-in protection against over-voltage, over-current, and electromagnetic interference.
SS316L Construction: The diaphragm is made of high-quality Stainless Steel 316L, providing excellent resistance to aggressive media.
High-Precision Pressure Measurement for Viscous Media
The Nuoying NY-93420 is a high-performance pressure transmitter featuring a Flush Diaphragm design, making it the ideal choice for measuring viscous, crystallization, or slurry media without clogging. Built with advanced diffused silicon technology and original imported chips, it provides a stable 4-20mA signal with superior anti-interference capabilities.
The Nuoying NY-93420 series utilizes the piezoresistive effect of semiconductors and advanced micromachining technology. Its heart is a Wheatstone bridge formed on a single crystal silicon wafer, processed with high-end photolithography and laser resistance adjustment for ultimate signal stability.
Key Technical Advantages:
Flush Diaphragm Design: Specifically engineered to prevent material buildup, ensuring accurate readings in food, chemical, and wastewater applications.
Laser Cold Welding: The probe and housing are assembled using a specialized laser cold welding process for maximum structural integrity.
Superior Protection: Built-in protection against over-voltage, over-current, and electromagnetic interference.
SS316L Construction: The diaphragm is made of high-quality Stainless Steel 316L, providing excellent resistance to aggressive media.
High-Precision Pressure Measurement for Viscous Media
The Nuoying NY-93420 is a high-performance pressure transmitter featuring a Flush Diaphragm design, making it the ideal choice for measuring viscous, crystallization, or slurry media without clogging. Built with advanced diffused silicon technology and original imported chips, it provides a stable 4-20mA signal with superior anti-interference capabilities.
The Nuoying NY-93420 series utilizes the piezoresistive effect of semiconductors and advanced micromachining technology. Its heart is a Wheatstone bridge formed on a single crystal silicon wafer, processed with high-end photolithography and laser resistance adjustment for ultimate signal stability.
Key Technical Advantages:
Flush Diaphragm Design: Specifically engineered to prevent material buildup, ensuring accurate readings in food, chemical, and wastewater applications.
Laser Cold Welding: The probe and housing are assembled using a specialized laser cold welding process for maximum structural integrity.
Superior Protection: Built-in protection against over-voltage, over-current, and electromagnetic interference.
SS316L Construction: The diaphragm is made of high-quality Stainless Steel 316L, providing excellent resistance to aggressive media.
Reliable level control for challenging media. The NUOYING NYYCUK-A series is a high-performance vibrating tuning fork level switch designed for liquid and slurry detection, featuring an ultra-compact 44 mm fork design for tight spaces and small pipelines.
Product Overview
The NYYCUK tuning fork level switch is a versatile industrial solution for point level detection. It operates using a vibrating tuning fork driven by piezoelectric technology. When the measured medium comes into contact with the fork, the vibration frequency changes, and the electronics convert this change into a switching output signal.
The compact 44 mm fork makes this model especially suitable for compact installations and smaller pipe or vessel connections. It is designed for stable operation without complex on-site calibration.
Ultra-Compact Design 44 mm fork length ideal for tight spaces and small pipelines.
Stable Operation Piezoelectric technology and imported chips support reliable switching performance.
Ready to Use No complex on-site calibration required under normal application conditions.
Liquids, slurry, and according to manufacturer description, free-flowing medium-density powders or granules
Technical note: final suitability should always be confirmed according to the actual medium, density, viscosity, installation position, and process conditions before quotation or supply.
Key Advantages
Maintenance-Free No moving parts means no mechanical wear and no need for regular adjustment.
Superior Adaptability Performance remains stable even with foam, bubbles, agitation, or changes in medium electrical properties.
Simple Commissioning No on-site adjustment is required regardless of the measured medium in normal use.
Industrial Durability Designed for demanding sectors such as metallurgy, chemical processing, food & beverage, and water treatment.
Typical Applications
High-Level Alarm Used for overfill protection and high-level switching.
Low-Level Alarm Used for low-level switching and process protection.
Small Pipes & Compact Vessels The 44 mm compact fork is suitable where installation space is limited.
Liquid & Slurry Detection Suitable for challenging process media based on proper technical selection.
Required Data for Quotation
To prepare a correct quotation, please send the available technical data with your inquiry.
Medium type: liquid, slurry, powder, or granules.
Required function: high-level alarm, low-level alarm, or dry-run protection.
Operating temperature and pressure.
Medium density and viscosity if available.
Required output signal and supply voltage.
Connection type and installation position.
Quantity and required delivery time.
Photos of existing installation if it is a replacement application.
Basic Installation Notes
Install the switch at the exact point where level detection is required.
Confirm that the fork position is suitable for the actual medium flow and buildup conditions.
Check whether horizontal or vertical mounting is better for the application.
Avoid installation conditions that may cause heavy coating or mechanical damage to the fork.
Follow the supplied product manual for final installation, wiring, and commissioning.
Need a Quotation for Tuning Fork Level Switch?
Send your application details to AIC. Include medium type, required function, temperature, pressure, process connection, output signal, quantity, and available photos or datasheets.
