RYB160 Differential Pressure Transmitter

A. Product Overview

The RYB160 Low Pressure Transmitter is a general differential pressure transmitter used to measure the pressure difference between two points in a system. It is suitable for low pressure, differential pressure, gas pressure, air pressure and industrial fluid pressure monitoring.

The transmitter uses a diffused silicon piezoresistive differential pressure sensor with an SS316L isolation diaphragm. It is designed with a stainless steel or die-cast aluminium structure, making it lightweight, durable and easy to install. The product is available with multiple output options such as 4-20mA, 0-5V, 0-10V and RS485, which makes it suitable for PLC, SCADA, data logger, control panel and automation system integration.

The RYB160 is suitable for industries such as HVAC, clean room monitoring, petroleum, chemical plants, power stations, metallurgy, machinery, food processing, environmental protection and scientific research applications.

B. Working Principle

The RYB160 Low Pressure Transmitter works by sensing the pressure difference between the high-pressure side and the low-pressure side of the transmitter. The internal sensing element contains a fully welded differential pressure measuring structure with silicone oil filled between the sensing chip and the corrugated diaphragms.

When pressure is applied to both sides of the transmitter, the differential pressure acts on the corrugated diaphragms. This pressure is transferred through the silicone oil to the sensitive silicon chip. The chip converts the pressure difference into an electrical signal through a Wheatstone bridge circuit.

This electrical signal is then processed by the transmitter’s internal signal conditioning circuit and converted into a standard output signal such as 4-20mA, 0-5V, 0-10V or RS485. The output signal can then be used by controllers, indicators, PLC systems, BMS systems and industrial automation systems for monitoring and control.

C. Why It Is Used

The RYB160 Low Pressure Transmitter is used when accurate pressure difference measurement is required between two points in a pipeline, duct, tank, filter, room or process system.

It is mainly used to:

Measure low pressure and differential pressure in air, gas and fluid systems.

Monitor filter blockage in HVAC ducts, AHU systems and ventilation systems.

Maintain pressure difference in clean rooms, laboratories and controlled environments.

Measure pipeline differential pressure in oil and gas, chemical and water systems.

Provide feedback to PLC, SCADA, BMS and automation control systems.

Improve process safety by continuously monitoring pressure changes.

Convert pressure difference into a reliable electrical signal for display, alarm or control.

It helps industries maintain stable process conditions, improve equipment protection, reduce manual inspection and support automated pressure monitoring.

D. Suitable Buyers

The RYB160 Low Pressure Transmitter is suitable for buyers who need a reliable differential pressure transmitter for industrial, HVAC and process applications.

Suitable buyers include:

HVAC contractors and BMS system integrators.

Clean room contractors and pharmaceutical facility engineers.

Industrial automation suppliers and control panel manufacturers.

Oil and gas industry buyers.

Chemical plant maintenance teams.

Water treatment and wastewater plant operators.

Power plant and utility maintenance departments.

OEM machine manufacturers.

Instrumentation engineers and project consultants.

Distributors, resellers and traders of pressure instruments.

Factories using air, gas, liquid or corrosive media pressure monitoring.

FAQ

1. What is the RYB160 Low Pressure Transmitter used for?
The RYB160 Low Pressure Transmitter is used to measure differential pressure between two points in air, gas, liquid and industrial process systems. It is commonly used in HVAC, clean rooms, oil and gas, chemical plants, power stations and process automation.

2. Is RYB160 suitable for clean room pressure monitoring?
Yes, the RYB160 can be used for clean room and controlled environment pressure monitoring where differential pressure needs to be measured and maintained between rooms or zones.

3. What output signals are available in RYB160?
The RYB160 supports 4-20mA, 0-5V, 0-10V and RS485 output options, depending on the selected model and application requirement.

4. Can RYB160 be connected to PLC or SCADA systems?
Yes, the transmitter can be connected to PLC, SCADA, BMS, data logger, digital indicator and control panel systems using its standard analog or RS485 output.

5. What is the pressure range of RYB160?
The available pressure range mentioned for this series is up to 0 to 3.5MPa. The actual range can be selected as per application requirement.

6. What is the accuracy of the RYB160 transmitter?
The RYB160 is available with 0.5 percent FS accuracy, suitable for general industrial differential pressure measurement applications.

7. What power supply does RYB160 require?
The transmitter operates on 10 to 30VDC power supply, making it suitable for common industrial control systems.

8. What display options are available?
RYB160 is available with non-display, LED display and LCD display options depending on the selected configuration.

9. Which materials are available for wetted parts?
The wetted material options include SS304, SS316L, PTFE and special material options depending on the process media and application requirement.

10. Where can RYB160 be installed?
It can be installed in pipelines, ducts, process systems, HVAC systems, clean rooms, industrial machines, test benches and pressure monitoring panels.

11. Is RYB160 suitable for corrosive fluids?
Yes, the transmitter can be selected with suitable wetted material options such as SS316L, PTFE or special materials for various corrosive fluid applications.

12. Why choose RYB160 over a normal pressure transmitter?
A normal pressure transmitter measures pressure at one point, while the RYB160 measures the pressure difference between two points. This makes it suitable for filter monitoring, room pressure monitoring, flow-related pressure difference, pipeline monitoring and process differential pressure applications.