1. AESA SA
Plaine 7
CH Colombier
Switzerland

2. AESA CORTAILLOD, FOUNDED IN 1978, DEVELOPS TEST EQUIPMENTS FOR THE CABLE INDUSTRY.
AESA IS THE ONLY COMPANY IN THE CABLE TEST BUSINESS ACCREDITED AS A CALIBRATION LABORATORY FOR ELECTRICAL QUANTITIES ACCORDING TO ISO

3. GERMANY
AESA
AUSTRIA
FRANCE
SWITZERLAND
ITALY

4. THREE MAIN OPERATION FIELDS :
TELECOM, XDSL AND LAN CABLES
RESISTANCE MEASUREMENTS

5. Telecom cables LAN cables testing, the VEGA family
VEGA testers are compliant to the EIA/TIA and ISO standards
Frequency range
Number of pairs
100 kHz – 350 MHz
From 4 to 25 pairs
1 MHz – 1 GHz
From 4 to 28 (bundled cables)
1 MHz – 1.8 GHz
4 pairs

6. Telecom cables ADSL cables testing, the PHOENIX family
PHOENIX testers are compliant to all international standards
From 8 to 112 pairs
1 kHz – 40 MHz
1 kHz – 20 MHz
Number of pairs
Frequency range
1 kHz – 100 MHz
From 4 to 112 pairs

7. Telecom cables Telephone cables testing, the HELIOS family
HELIOS testers are compliant to all international standards
Frequency range
Number of pairs
1 kHz – 10 MHz
From 8 to 104 pairs

8. Telecom cables VEGA, PHOENIX, HELIOS test systems
Technical features :
Why :
Standard Desktop PC
For fast and easy replacement in case of major computer breakdown
Built-in remote maintenance
For on-line support anytime
Can be networked
For automatic results backup
Swept or frequency table tests
To provide a maximum of test flexibility
User-configurable test reports
To match all possible customer requirements
Easy to use at operator level
For more efficiency and limited training
Very fast measurements
To maximize the productivity and reduce the testing costs
Very high accuracy
For reliable test results
ADDM database system
For fast and efficient quality assurance duties

9. Telecom cables Low frequency RCKE parameters testing
Low frequency testers are compliant to international standards
Type
Number of pairs or quads
Measurements
9300 1
Manual
9300-PC
Semi-automatic
TIGRIS
From 10 to 130 pairs
Automatic

10. Telecom cables Test systems 9300, 9300-PC, TIGRIS
Technical features :
Why :
3 measuring frequencies: 12.5, 125, 800 or 1000Hz
To be able to measure cables up to 40 km
High accuracy
For reliable test results
Automatic self-calibration
For continuous accurate measurements
Self-cutting knives
For fast cable connection
Easy to use at operator level
For more efficiency and limited training
Connecting frames of any size
To match all possible customer requirements

11. Telecom cables Testers AESA 3432, 3921, 4735
3432 Fault locator
Detects resistive and capacitive faults in cable pairs.
Displays the location of the fault in the cable.
3921 Megohmmeter
Measures the insulation resistance at 500 VDC and converts it into MOhm x km.
4735 HV generator
Tests the dielectric strength at up to 10kV DC.

12. Resistance measurements The 8130 series
Bridge type
Tested conductors
Measurement range
8134
Solid and stranded
From 2.5mm2 to 1800mm2 Cu
From 2.5mm2 to 300mm2 Al
8135
From 2.5mm2 to 1200mm2 Al
8136
From 2.5mm2 to 630mm2 Cu

13. Resistance measurements The 8130 series
Target : Save expensive raw material
Technical features :
Why :
Very high accuracy
To maximize the material savings
Automatic temperature compensation
Readings are given directly at 20°C
Compact and robust design
For safe shop floor operation
Built-in temperature sensor
For continuous sample temperature control
Temperature stabilization device
To speed up the measurement process
Easy to use at operator level
To maximize the productivity
Can be operated remotely
To allow storing test results in a PC

14. Resistance measurements The 719x family
Solid and stranded
Solid and insulated
Tested conductors
From 0.125mm2 to 500mm2
7198
From 0.02mm2 to 30mm2
7197ET
From 0.02mm2 to 100mm2
7195
Measurement range
Bridge type

15. Resistance measurements The 719x family
Target : Save expensive raw material
Technical features :
Why :
Very high accuracy
To maximize the material savings
Automatic temperature compensation
Readings are given directly at 20°C
Compact and robust design
For safe shop floor operation
Built-in temperature sensor
For continuous sample temperature control
Temperature stabilization device
To speed up the measurement process
Easy to use at operator level
To maximize the productivity
Can be operated remotely
To allow storing test results in a PC