Monosilicon Hygienic Pressure Transmitter
Pressure type: Gauge
Range: 0.1bar~25bar
Output signal: 4~20mA, 4~20mA+HART, Modbus-RTU/RS485 and others
Reference accuracy: ±0.2% upper range limit, maximum ±0.5% upper range limit
MPM4503
Used For
VF Constant Pressure Water Supply, Compressor, Energy & Water Treatment System, Building Automation System
Leave a MessageMPM4503 Pressure Transmitter is a cost-effective product using micro-fused technology. The micro-fused technology greatly improves the accuracy and stability of the product. Vibration and shock indicators meet pressure measurement and control under various environmental conditions. The stainless steel sensing elastomeric diaphragm is resistant to transient overload pressure problems. MPM4503 can support a variety of output signals. The miniaturization of product structure is more suitable for use in space-constrained or size-constrained environments. Batch compensation, calibration, and testing of the MicroSensor production line ensure production efficiency. The process is mature and can be customized according to customer requirements.
Feature
• High precision meets precise control and monitoring needs
• Micro-fused Technology Pressure Transmitters
• High temperature resistance, shock resistance
• Strong overload capacity
Image:
MPM4503 Pressure Transmitter is a cost-effective product using micro-fused technology. The micro-fused technology greatly improves the accuracy and stability of the product. Vibration and shock indicators meet pressure measurement and control under various environmental conditions. The stainless steel sensing elastomeric diaphragm is resistant to transient overload pressure problems. MPM4503 can support a variety of output signals. The miniaturization of product structure is more suitable for use in space-constrained or size-constrained environments. Batch compensation, calibration, and testing of the MicroSensor production line ensure production efficiency. The process is mature and can be customized according to customer requirements.
Feature
• High precision meets precise control and monitoring needs
• Micro-fused Technology Pressure Transmitters
• High temperature resistance, shock resistance
• Strong overload capacity
Pressure type: Gauge
Range: 0.1bar~25bar
Output signal: 4~20mA, 4~20mA+HART, Modbus-RTU/RS485 and others
Reference accuracy: ±0.2% upper range limit, maximum ±0.5% upper range limit
Overpressure: 1.5 FS
Accuracy: ≤±0.25%FS; ≤±0.5%FS
Operation Temp.(controller): -25℃ ~65℃
Pressure type: Gauge
Range: 0.1bar~30bar
Output signal: 4~20mA, 4~20mA+HART
Reference accuracy: ±0.2% upper range limit, maximum ±0.5% upper range limit
Accuracy: ±0.075%,±0.05%,±0.1%URL
Range: 60mbar~100bar
Long-term stability: ±0.1%SPAN/5years
Maximum turndown ratio:100:1
There is a shortage of freshwater resources in coastal or nearshore areas. Desalination is an important solution to water shortages in these areas. During the seawater desalination process, data such as flow rate and liquid level need to be monitored. Monitoring of these data ensures that the system is operating properly.
more info...Pipelines are the most common water transportation and irrigation facilities. During transportation, pipelines effectively reduce evaporation and leakage of water resources. Monitoring instruments measure accurately discharge flow. It is a crucial action of rational water resource allocation and reasonable water fee collection.
more info...Pressure transmitters are used not only to measure the pressure inside the tank but also to measure the absolute pressure of the tank body and the pressure before and after the cryogenic pump, ensuring the safe operation of the system. Differential pressure measurement is the most common and reliable method for measuring the liquid level of cryogenic high-pressure bulk storage tanks.
more info...Ballast tank level monitoring achieves precise control of the ballast water system by using equipment such as electromagnetic flowmeters, level transmitters, and pressure transmitters to monitor data on inflow, tank liquid level, and pressure.
more info...