The HXL-200K series pressure transmitter is engineered for demanding industrial applications requiring robust and accurate pressure measurement. Serving process engineers, system integrators, and procurement specialists, this pressure sensor module meets the needs of environments involving water, weak acid solutions, mineral oils, and gases. As a product from a leading pressure transducer manufacturer, it integrates a silicon piezoresistive element enclosed within a stainless steel housing, ensuring compatibility and durability, especially in hydraulic, pneumatic, and liquid level control scenarios. It supports multiple output formats, affording system designers flexibility in integration.
Advanced Technical Attributes and Specifications
This pressure transmitter features customizable pressure ranges from 0.03 to 1000 Bar, with accuracy options of ±0.1%, ±0.25%, and ±0.5% FS, allowing precise process control. Equipped with 4-20mA, 0-10V DC, and RS485 digital outputs, it is suited for diverse signal processing requirements. Constructed with a corrosion-resistant metal isolation diaphragm and stainless steel shell, the device boasts an operating temperature from -40℃ to 100℃, IP65/IP67/IP68 protection, and fast response times under 15 milliseconds. Additionally, built-in protections against reverse polarity, overcurrent, and voltage spikes enhance operational reliability for continuous industrial deployment.
Application Versatility and Industry Value
Designed by experienced pressure transmitter suppliers, the HXL-200K excels across manufacturing, maritime hydraulic systems, pneumatic machinery, and liquid level management in industrial tanks. Its reliable performance enables safety monitoring, system calibration, and integration into automated process control frameworks. The pressure sensor modules’ modular outputs and environmental ruggedness ensure seamless incorporation into compressors, loaders, and pressurized systems, optimizing equipment lifecycle and operational safety. This versatility supports industrial automation initiatives by enhancing data accuracy and system resilience.
* Reverse polarity protection, transient overcurrent and overvoltage protection, compliant with EMI protection requirements
| Parameters | Electrical characteristics |
|---|---|
| Pressure type | Absolute Pressure, Gauge Pressure, Sealed Gauge Pressure |
| Pressure range | 0 ~ 0.03 ... 0 ~ 1000 Bar (Customizable) |
| Accuracy | ±0.5% FS; ±0.25% FS; ±0.1% FS |
| Electrical performance | Two wire system; Three wire system; Four wire system |
| Output signal | 4~20mA; 0-10V DC; RS485 Digital output |
| Power supply voltage | 5V DC, 12V DC, 24V DC |
| Operating temperature | -40℃~100℃ |
| Storage temperature | -40℃~120℃ |
| Electrical connections | Elbow aviation connector, Straight Connection, Hirschmann connector |
| Pressure connection | External thread; M20×1.5; Thread specifications can be customized according to customer requirements |
| Material quality - Housing | Stainless Steel; Customizable |
| Material quality - Sensor | Diffused Silicon |
| Material quality - O-shaped sealing ring | NBR / FKM / PTFE |
| Response time | ≤15ms |
| Overload pressure | ＞6~1.1×FS |
| Burst pressure | ＞10×FS (Please specify during model selection) |
| Long term stability | <0.1% FS/year (Typical); <0.2% FS/year (Maximum) |
| Cycle life | >1 million pressure cycles |
| Protection rating | IP65, IP67, IP68 |
| Working medium | Water, weak acid solutions, mineral oil, alcohols and other liquids and gases |
Product Advantages
Design and Structural Benefits
The HXL-200K pressure transmitter features an integrated all-in-one design combining the diffused silicon sensor with signal processing circuitry inside a robust stainless steel enclosure. This structural configuration, pioneered by proficient pressure transducer manufacturers, ensures mechanical strength and corrosion resistance while maintaining compactness. The device supports configurable pressure connections, accommodating various threading standards and installation requirements. Advanced sealing options with NBR, FKM, or PTFE O-rings guarantee leak-proof operation. Such modular adaptability facilitates integration into diverse industrial equipment and water pump pressure transmitter systems without compromising system architecture.
Performance and Operational Efficacy
With an emphasis on stability and anti-interference capacity, the HXL-200K delivers precise readings even in electrically noisy or harsh environments common in industrial settings. Its multiple signal output options cater to broad control system protocols, improving compatibility for end users. Fast response time (≤15ms) ensures timely process adjustments, critical in hydraulic and pneumatic control loops. High IP ratings guarantee protection against dust and moisture ingress, extending device longevity. Additionally, the product’s certification-backed manufacturing by a reputable pressure transmitter manufacturer provides users confidence in compliance and long-term reliability.
Use Scenarios
Industrial Pipeline Pressure Monitoring
Within industrial manufacturing plants, the HXL-200K serves as a vital component for monitoring pipeline pressures, ensuring process safety and efficiency. In these environments, the pressure transmitter monitors fluid and gas pressures continuously, enabling real-time control and preventing system failures due to overpressure. The stainless steel housing and robust ceramic pressure sensor technology provide resistance against corrosive media frequently encountered in chemical and petrochemical processes. Integration with centralized control systems via multiple output signals facilitates automated adjustments, reducing downtime and improving operational consistency.
Hydraulic System Applications in Marine Environments
In ship and marine hydraulic systems, the HXL-200K water pump pressure transmitter delivers precise feedback on pressure conditions, essential for safe and efficient equipment operation. The transmitter’s corrosion-resistant design withstands harsh saline environments, while its wide operating temperature range accommodates variable marine climates. The fast response and high accuracy facilitate effective control of pumps, valves, and actuators. Connection flexibility allows easy retrofit into existing hydraulic feedback loops, ensuring compliance with marine safety standards and optimizing system diagnostics and maintenance procedures.
