BP93420-IB Diffused Silicon Pressure Sensor High Accuracy Fast Response Times Pressure Transmitter
Product Details
| Model NO.: | BP93420-IB | Power: | 5VDC /12-36VDC |
|---|---|---|---|
| Thread: | G1/2, M20*1.5, 1/2NPT | Long-Term Stability: | +-0.2%F.S/Year(Typ.) |
| Housing Material: | 316L Or 304SS | Pressure Type: | Gauge Pressure, Absolute Pressure, Sealed Pressure |
| Measuring Medium: | Liquid Air. Water Oil | Accuracy Grade: | 0.5%. 0.25% |
| Pressure Range: | -100kpa~0~5kpa...100MPa | Output Signal: | 4-20mA Or RS485 Modobus |
| Highlight |
High Accuracy Pressure Transmitter,Diffused Silicon Pressure Sensor,Fast Response Times Pressure Transmitter |
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Product Description
BP93420-IB Diffused Silicon Pressure Sensor Fast Response Times pressure sensor
Introduction of Diffused Silicon pressure transmitter :
BP93420IB Diffused silicon pressure Transmitter are a type of pressure sensing device that utilizes diffused silicon technology to measure pressure changes. These sensors consist of a thin silicon diaphragm that deforms under pressure, causing a change in resistance. This change in resistance is then converted into an electrical signal, which can be processed and interpreted to determine the pressure applied.One of the key advantages of diffused silicon pressure sensors is their high sensitivity and accuracy in pressure measurement. They are capable of detecting subtle pressure changes with precision, making them suitable for a wide range of applications where precise pressure monitoring is essential.
Product Features of pressure transmitter sensor:
1. High Precision: Diffused silicon pressure sensors offer high precision in pressure measurement, ensuring accurate and reliable results.
2. Wide Pressure Range: They are applicable across a wide range of pressures, making them suitable for various industrial and commercial applications.
3. Fast Response Time: These sensors have rapid response capabilities, enabling real-time capture of pressure variations and timely response to changes.
4. Compact Size: Diffused silicon pressure sensors typically have compact sizes, making them easy to integrate into different systems and applications.
Applications of pressure transmitter sensor:
1. Pressure measurement of non-corrosive gases and liquids with 316L stainless steel
2. Applied in the marine and aviation industries
3. Used in industrial on-site processes such as petroleum, chemical, metallurgy, power generation, and hydrology
4. Utilized in hydraulic and pneumatic control systems
5. Wide range
Performance Parameters of pressure transmitter sensor:
| Measurement Range | -100kPa…0kPa ~ 10kPa…100MPa |
| Pressure Type | Gauge Pressure, Absolute Pressure, Sealed Pressure |
| Overload | ≤ 1.5 times of the rated range |
| Accuracy @ 25ºC | ±0.25% (Typical) ±0.5% (Maximum) |
| Repeatability | 0.1%FS |
| Hysteresis | 0.1%FS |
| Long-Term Stability | ±0.1%F.S/Year(Typical) ±0.2%F.S/Year(Maximum) |
| Zero Point Temperature Drift | ±0.03%F.S/ºC(≤100KPa) ±0.02%F.S/ºC(>100KPa) |
| Full Scale Temperature Drift | ±0.03%F.S/ºC(≤100KPa) ±0.02%F.S/ºC(>100KPa) |
| Compensation Temperature | 0-70ºC(≤10mpa,customizable) |
| Operating Temperature | -20ºC~80ºC |
| Storage Temperature | -40ºC~120ºC |
| Vibration | 10g,55Hz ~ 2kHz |
| Housing Material | 304,316L |
| Diaphragm Material | 316L |
| Insulation Resistance | 100MΩ 100VDC |
| Explosion-proof Rating | Ex db IIC T6 Gb |
| Protection Rating | IP65 |
| O-Ring Seal | Fluoro rubber |
| Weight | ~0.15kg |
| Output Signal | Supply Voltage | Output Type |
| 4~20mA | 12~30VDC | 2/3/4 wire |
| 0~10/20mA | 3 wire |
|
| 0/1~5V | ||
| 0/1~10V | ||
| 0.5~4.5V | 5VDC |
| Ordering tips of pressure transmitter |
When ordering a submersible liquid level transmitter, it's important to consider several factors to ensure that the selected product meets your specific application requirements. Here is a comprehensive guide to help you through the ordering process:
1. Identify the maximum and minimum levels of liquid that need to be measured. Ensure the transmitter you select can accurately measure within this range.
2. Ensure the materials used in the transmitter (e.g., stainless steel, PVC, PTFE) are compatible with the liquid being measured, especially if dealing with corrosive or aggressive substances
3. Select the appropriate output signal for your system, such as 4-20mA, 0-5VDC, or digital outputs like RS485 or Modbus, to ensure compatibility with your data acquisition or control systems
4. The rated operating temperature range of fluorine rubber O-ring is -20℃~ 250℃. When the operating temperature of the product is lower than -20 ° C, EPDM O-type sealing ring should be selected.
5. The default cable length is 1.5m and there are three kinds of materials to choose from. If there are no special instructions, no cable or polyethylene cable material can be used. If you need a different cable material, please specify it in the order form.
6. In case of strong vibration, instantaneous impact force, strong electromagnetic or radio frequency interference and other special requirements, please inform our company and indicate in the order.
| Order Guide of pressure transmitter sensor | ||||||||
| BP93420XX | Pressure Transmitter | |||||||
| Code | Outline Construction | |||||||
| IB | General Pressure Transmitter | IX | Display Pressure Transmitter | |||||
| IE | Shock-resistant Aviation Pressure Transmitter | IIC/III | Industrial General/ Display Pressure Transmitter | |||||
| IF | Moisture-proof Pressure Transmitter | IIE/IIIE | General/Display Pressure Transmitter | |||||
| IN | Air Conditioning Dedicated Pressure Transmitter | |||||||
| IC | High-temperature Pressure Transmitter | |||||||
| IQ1/IQ2 | Large Diaphragm /High-temperature Pressure Transmitter | |||||||
| Measurement Range | -0.1. . .0~0.01...100MPa | |||||||
| (0-X)Kpa or MPa | X: Indicates the Actual Measuring Range | |||||||
| Code | Power Supply | |||||||
| D1 | 24VDC | |||||||
| D2 | 5VDC | |||||||
| D3 | Other | |||||||
| Code | Output Signal | |||||||
| S1 | 4~20mADC | S5 | 0~20mADC | |||||
| S2 | 1~5VDC | S6 | 0~10VDC | |||||
| S3 | 0~5VDC | S7 | 0.5~4.5VDC | |||||
| S4 | 0~10mADC | |||||||
| Code | Pressure Connection | |||||||
| J1 | M20×1.5 | |||||||
| J2 | G1/2 | |||||||
| J3 | G1/4 | |||||||
| J4 | 7/16-20UNF | |||||||
| J5 | Other | |||||||
| Code | Electrical Connection | |||||||
| B1 | Hirschmann | |||||||
| B2 | PG7 Plug | |||||||
| B3 | Sealed Cable Output | |||||||
| B4 | 2088 Industrial Casing | |||||||
| B5 | 2088 Industrial Casing with Display | |||||||
| B6 | Other | |||||||
| Code | Pressure Type | |||||||
| G | Gauge Pressure | |||||||
| A | Absolute Pressure | |||||||
| S | Sealed Reference Pressure | |||||||
FAQ:
1. Q: What are the features of your pressure sensor transmitters?
A: High precision, durability, and excellent performance. Customization available.
2. Q: Can I customize special specifications?
A: Yes, our engineers can tailor products to meet specific needs. We provide OEM and ODM service.
3. Q: What is your production capacity?
A: Our manufacturing facilities can produce up to 30,000 pressure sensor transmitters per month, so we are fully capable of meeting the needs of large-scale orders. However, it is advisable to contact our sales team in advance to ensure smooth production and delivery scheduling.
4. Q: What's the typical delivery period?
A: 5~8 working day for standard models. Customized products may vary.
5. Q; How does digital compensation improve the performance of pressure transmitters?
A: Digital compensation enhances accuracy by correcting temperature-induced errors, non-linearities, and sensor offsets. It ensures stable performance across a wide temperature range, improves dynamic response, and maintains calibration over time, leading to reliable and precise measurements.
6. What certifications do your pressure transmitters hold?
Our pressure transmitters comply with various international standards and certifications, including CE, RoHS, and ISO. Specific certifications can be provided based on the product model and application requirements.
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