“CSPPM” provides OEM/ODM services according to the different needs of customers, our products are exported to Europe, America, the Middle East, Southeast Asia and other regions. “Focus on Customers and Markets, sustainability, improvement and innovation” is our corporate tenet. “Providing professional services and producing cost-effective products” is our commitment to our customers. “Letting the world feel at will” is our corporate vision.
Pressure transmitters are commonly used in a wide range of industrial applications. Offshore drilling and oil exploration typically use pressure transducers to measure the difference in values between the inside and outside of pressure sensitive equipment. Different parameters must be maintained to ensure that the drilling and gathering process is carried out to ethical and efficient standards. This is also true for onshore petrochemical, gas and chemical facilities. As a result they significantly reduce maintenance costs. Pressure transmitters are suitable for a wide range of situations, as they can be connected to other systems, such as electrical circuits.
Pressure sensors portfolio of Micro Sensor are high accuracy, high reliability sensors. They are widely used in manufacturing, petrochemical and medical industries. CSPPM sensors have wide measuring range from a few millibars down to ultra-high pressures, thanks to their advanced technology. In addition, our sensors can be used in a variety of harsh environments and can be customised to meet the needs of our customers.
| # | transmission fluid pressure sensor Parameter | Information |
|---|---|---|
| 1 | Place of Origin | China |
| 2 | Brand Name | CSPPM |
| 3 | Delivery Time | 5-8 working days |
| 4 | Payment Terms | L/C, T/T, Western Union, MoneyGram |
| 5 | Certificate | Ce |
| 6 | Power supply | 12 ～ 36VDC |
| 7 | Packaging | Standard export packing |
Transmission fluid pressure sensor--A Guide to Frequently Asked Questions
1.About pressure sensors production equipment
1. Sensor package: Includes the sensor housing, transducer, diaphragm, wiring, connectors, etc. 2. Test and calibration equipment: Test stand, test signals, pressure sources, and pressure gauges. 3. Automated testing and calibration systems: These systems are used to automate the testing and calibration process. They often include software, controllers, transducers, and other tools needed for automated tests. 4. Programmable logic control (PLC): This is a type of control system used to control the production of pressure sensors. 5. Heat press: This is used to attach the sensor to the surface of the object. 6. Electronic assembly tools: This includes soldering and crimping tools, along with other electronic tools used to assemble the sensors.
2.What is the lifecycle of pressure sensors and can they meet long-term monitoring needs?
The lifecycle of pressure sensors can vary, but with proper maintenance, they can meet long-term monitoring needs. Depending on the design and quality, pressure sensors can last for many years, even in demanding applications. Routine calibration and maintenance are key to ensuring their continued accuracy and reliability over time.
3.Is there a multi-channel pressure sensor that can simultaneously monitor the pressure at multiple points?
Yes, multi-channel pressure sensors are available to monitor pressure at multiple points simultaneously. These sensors can have multiple sensing elements or channels, each measuring pressure at different locations. They are used in applications where monitoring pressure at multiple points is essential, such as in industrial process control and research.
4.How can pressure sensors cope with high impact loads or vibrations to ensure stable measurement?
Pressure sensors can be designed with shock-resistant materials and structures to withstand high-impact loads and vibrations. Additionally, protective housings and dampening mechanisms can be used to minimize the impact's effect on the sensor's stability, ensuring accurate and reliable measurements in harsh conditions.
5.How can pressure sensors adapt to applications in high humidity or corrosive atmospheres?
Pressure sensors for high humidity or corrosive atmospheres often feature materials like stainless steel or special coatings to resist corrosion. They may also have hermetic sealing to prevent moisture ingress. Proper protection, sealing, and material selection are key to ensuring the sensor's reliability and accuracy in such environments.
6.What is the volume and weight of the pressure sensor, and can it adapt to applications in compact spaces?
The volume and weight of pressure sensors can vary widely depending on the specific model and application requirements. Many pressure sensors are designed to be compact and lightweight, making them suitable for use in confined spaces where size and weight constraints are critical considerations.
7.What is the maintenance and calibration process for pressure sensors?
Maintenance and calibration involve periodic checks and adjustments to ensure pressure sensor accuracy. It includes cleaning, inspection, and replacement of worn parts. Calibration compares sensor output to reference standards, adjusting as necessary. Proper documentation and adherence to manufacturer recommendations are crucial for reliable performance.
8.Are there specially designed pressure sensors for food processing or food safety applications?
Yes, there are pressure sensors specifically designed for food processing and food safety applications. These sensors are made from materials that meet food industry regulations, ensuring hygiene and safety. They are used in applications such as pressure monitoring in food packaging, sterilization processes, and quality control.
9.Is the pressure sensor waterproof or dustproof and suitable for harsh environments?
Pressure sensors can be designed to be waterproof and dustproof for harsh environments. These sensors are often rated with IP (Ingress Protection) ratings, indicating their resistance to water and dust. Selecting a sensor with the appropriate IP rating ensures it can withstand specific environmental conditions.
10.What is the response time of the pressure sensor and can it monitor pressure changes in real-time?
The response time of a pressure sensor depends on the type of sensor and the application. Generally, pressure sensors have response times ranging from milliseconds to seconds. Some pressure sensors are designed to monitor pressure changes in real-time, while others are designed to measure pressure over a longer period of time.
11.What is the working range of the pressure sensor and what range of pressure can it measure?
Pressure sensors come in various types with different working ranges. Common ranges include from a few millibars to thousands of bar. Specialized sensors can measure extremely low pressures or high-pressure levels exceeding 10,000 bar. The working range depends on the sensor's design and intended application.
12.How can pressure sensors adapt to the long-term monitoring needs of high or low pressure?
Pressure sensors can adapt to long-term monitoring needs by using materials and designs that ensure durability and stability over time. High-pressure sensors use robust materials and diaphragm designs, while low-pressure sensors are sensitive and precise. Regular maintenance and calibration help maintain accuracy in both high and low-pressure applications.
13.How can pressure sensors be linearized and calibrated to ensure the accuracy of measurement results?
Pressure sensors can be linearized and calibrated by comparing sensor output to reference measurements across a range of pressures. Calibration curves or correction factors are then applied to the sensor's output to ensure accuracy. Linearization algorithms and compensation techniques can further enhance precision by accounting for sensor nonlinearities and environmental factors.
Tags: hammer union pressure transudcer , oil moisture sensor
