LFM3 Series Differential Pressure Gauge
Inquire NowDescription
The LFM3 Series Differential Pressure Gauge is a state-of-the-art instrument designed for precise measurement of differential pressure in various applications. Utilizing imported high-precision sensors and advanced digital technology, this gauge ensures accurate and reliable readings. Its user-friendly design allows for easy installation and operation, featuring a large LCD display for clear visibility of measurements.
This versatile gauge is suitable for measuring pressures in fans, blowers, filter resistance, air velocity, furnace draft, and medical equipment. With three optional discrete output versions—relay, NPN, and PNP—the LFM3 series can be easily integrated to control external devices, making it an ideal choice for both industrial and medical applications.
Features:
- Non-polar input: No need to differentiate between positive and negative voltage sourcing leads.
- Durable housing made of FR-ABS for excellent impact and heat resistance.
- Accuracy of ±1.0% FS across multiple pressure ranges.
- Big LCD screen for easy monitoring.
- Manual zero calibration and default reset buttons.
- Max and min pressure values review function.
- Customizable response time settings.
- Built-in buzzer with sound-light alarm and field programmable alarm pressure value.
- Imported chip for enhanced performance.
Specifications
Attribute | Details | |
---|---|---|
Accuracy | ±1.0% FS | |
Unit | Pa, KPa, mBar, mmHG, inWC, mmWC | |
Consumption | ≤ 0.75W | |
Fluid | Air or neutral fluid | |
Operation Temperature | -10~+60°C | |
Storage Temperature | -10~+70°C | |
Allowable Overload Pressure | Range | -1000~+1000Pa |
Overload Capacity | -15,000~+15,000Pa | |
-10,000~+10,000Pa | -150,000~+150,000Pa | |
-100~+100Pa | -4500~+4500Pa |
Additional Information
The LFM3 Series Differential Pressure Gauge is designed for both ease of use and reliability, making it an essential tool for professionals in various fields. Ensure to follow the operational guidelines for optimal performance and longevity of the device.