Pitot Tube Anemometer / Flowmeter / Manometer / Thermometer 800°C REWF-8600
Model : REWF-8600

Product Description

The temperature, pressure and flow detector is a highly stable and multifunctional measuring instrument, suitable for measuring the positive pressure, negative pressure and differential pressure of gas velocity and volume. It is an ideal instrument for testing or calibrating pressure in environmental monitoring stations, laboratories, medicine and health, building air conditioning and heating, ventilation, flues and clean rooms. It can directly measure gas pressure, flow rate and air volume when equipped with a Pitot tube.


Product Features

· Chinese LCD display.
· Direct reading of pressure, wind speed and air volume.
· You can input the skin-off coefficient, air density, and air outlet area.
· Use micro pressure sensor, ultra-low power consumption microcomputer and high performance instrument amplifier imported from the United States.
· Full touch buttons, digital zero adjustment, peak lock, home page lock.
· Portable, multi- functional, high resolution, high precision, high stability.
· With measurement value temperature compensation and intelligent numerical stabilization function.
· Low battery voltage indication, battery charge indication, over pressure range indication. Use four sections 7 Alkaline batteries can work continuously 100hours (Nanfu battery)

Technical Specifications

Model	REWF-8600
Show	45x55mmLCD
	Three-function display
Measurement Parameters	Wind pressure : 0±2000Pa 4000
	Pa Accuracy : ±1%
	Wind speed : 50m/s,50~300m/s
	Resolution : 0.01Accuracy: ±2%
	Air volume : 100million cubic hours
	Temperature : 0-800°C
Function Parameter	Settings : Area Density Factor
	Can lock and hold maximum and minimum values
	add feature
	Storage and averaging (all measured values)
Appendix	Wind speed probe, temperature probe
Temperature Compensation	0-65° (ambient temperature compensation) data retention
	0 No drift
Power Supply	4FestivalAAAABattery
Weight	240Gram (Local)
Dimensions	180x70x30(mm)