CDF7000

CDF7000

MULTI-RANGE LEAKAGE CALIBRATOR

The CDF7000 allows you to check the calibration of leak and flow measurement instruments, as well as calibrated leaks and jets.

This portable, compact and user-friendly instrument lets you adjust very accurately your leak or flow rate with a real time reading on the display. You can now guarantee the quality of your products, whilst also complying with the requirements of standards such as ISO 9001.

OPTIONS & ACCESSORIES

CDF7000: APPLICATIONS

1. ATEQ LEAK/FLOW INSTRUMENTS

Calibration check of all ATEQ Leak Testers

2. COMPETITOR LEAK/FLOW TESTERS

Calibration check on any type of Leak Testers

3. LEAK TEST FIXTURES

Calibration check of all leak test fixtures

CDF7000: FEATURES

Measurement in actual or standard conditions
Different displays available (bar graph – curves)
USA / SI units
New ergonomic
User-friendly interface
Easy connection to the test instruments
Time and date function
Print out (USB or RS232)

ENVIRONMENT :

ROHS standard

FLEXIBLE COMMUNICATION FORMAT :

RS232: Printer, modbus RTU
Slave USB: PC supervision (WinAteq 300, sesame)
Master USB: USB key to transfer (parameters, results, …)

OTHERS :

Time & date, language & units choice, test customization
Improved resolution compared to previous CDF
More than 8h battery lifetime
Strong carry case
Can be used for field as well as laboratory checks
Accreditation of CDF flow measurement ranges to ISO 17025 possible as an option

CDF7000: SPECIFICATIONS

Vacuum and Pressure Measurement Specifications (All Ranges)

Flow	Precision=(L+R+H)*	0.2 – 2 cc/min: ± 1.5% Rdg + 0.7% FS Other Ranges: ± 1.5% Rdg + 0.3% FS
	Temperature drift	± 0.05% Rdg /°C
	Long-term drift	± 0.5% FS (pending)
	Resolution	0 to 20 cc/min: 0.001 cc/min 2-20 cc/min: 0.001 cc/min 20 to 2500 cc/min: 0.1 cc/min 150 to 1500 l/h: 0.1 l/h 1500 to 4000 l/h: 0.2 l/h 4000 to 10000 l/h: 1 l/h

Pressure	Precision=(L+R+H)*	± (1.5% Rdg + 0.15% FS)
Pressure	Resolution	0.1 mbar
ATM P	Precision	± 1 hPa
ATM P	Resolution	0.1 hPa
Temperature	Precision	± 1°C
Temperature	Resolution	0.1°C
* : Linearity + Repeatability + Hysteresis