  
					Flight data calibrator | 
				
					  
					Reference pressure sensor | 
				
					  
					Replaceable pressure reference pressure sensor | 
			
		
	
 
	Apps
	Height and Height Rate of Change Calibration
	Airspeed calibration
	Flight data computer calibration
	Military, commercial, helicopter
	R&D Lab
	
	Features
	Replace the sensor by removing the panel
	Large-size touch screen for relevant information
	Control stability is 0.001% of range
	Accuracy up to 0.009% IS-50 (IntelliScale)
	
	Description
	Apps
	Flight Data Calibrator CPA8001 (ADTS) is a pressure controller developed specifically for flight data science. The CPA8001 can be used to calibrate altitudes, climb rates, speedometers, digital sensors or flight data computers. Due to the modular design of the CPA8001, it can be flexibly configured according to customer needs.
	Design
	Flight Data Calibrator CPA8001 can be used as a desktop instrument or can be installed in a 19-inch cabinet. The device has two channels, each with a reference sensor CPR8001.
	The sensor can be replaced by removing the front plate without having to disassemble the entire controller.
	Features
	Flight Data Calibrator CPA8001 has a large, high resolution touch screen. The menu logic is clear, the interface is easy to operate, and the convenience of operation is guaranteed to the greatest extent. Can support multiple languages.
	On the screen you can display all the necessary parameters, such as the current measured value, height set point, airspeed, acceleration, etc. (pressure unit is optional). Customers can also set up their own test procedures through the device.
	Users can remotely control the controller through the serial interface. Therefore, in addition to the current settings, other ADTS instruments have a series of virtual operational commands.
	Complete Test Calibration System
	can be equipped with mobile or static test systems according to customer needs. The product can be connected to other instruments via IEEE-48.8.2, RS-232, USB and Ethernet ports, allowing the corresponding instrument to be integrated into the current system.