CA6161
RÉSUMÉ TECHNIQUE CA6161 :
Le CHAUVIN ARNOUX CA6161 est un contrôleur multifonction équipé d’un écran tactile couleur. Il permet de réaliser des tests de continuité jusqu’à 10A et d’isolation jusqu’à 1kV/1GΩ. Ce modèle inclut des fonctionnalités telles que le test DDR, Z-Loop, Z-Line, ainsi que des mesures de puissance et d’ordre de phase. Avec une mémoire de 100 000 tests, il est également compatible avec un logiciel PC pour une analyse approfondie.
Le CHAUVIN ARNOUX CA6161 est un contrôleur multifonction avec écran tactile couleur. Voici ses principales caractéristiques :
Type de produit : Contrôleur multifonction
Continuité : 10A
Isolement : 1kV / 1GΩ
HTAC : 3kV
DDR test: Yes
Z-Loop : Oui
Z-Line : Oui
Mesures de puissance : Oui
Mesure de courant de fuite : Oui
Ordre de phase : Oui
Temps de décharge : Oui
Mémoire : 100 000 tests
Compatibilité PC : Oui
Le Chauvin Arnoux CA 6161 est un contrôleur multifonction dédié aux tests de sécurité électrique, conçu pour les environnements de production, maintenance et contrôle qualité. Il permet de regrouper, au sein d’un seul instrument, l’ensemble des essais nécessaires à la validation de conformité des équipements électriques.
L’appareil couvre les tests essentiels : continuité de terre, isolement, rigidité diélectrique (HTAC), test de DDR, impédance de boucle (Z-loop), mesures de puissance et courant de fuite. Cette polyvalence permet de réduire le nombre d’instruments sur un banc tout en garantissant une cohérence des mesures.
Doté d’un écran tactile couleur utilisable avec des gants, le CA 6161 facilite l’utilisation en environnement industriel. Son interface intuitive permet de configurer rapidement des séquences de test automatisées, limitant les erreurs opérateur et améliorant la productivité.
La mémoire interne jusqu’à 100 000 tests permet un archivage structuré des résultats, indispensable pour les audits qualité ou les exigences réglementaires. L’appareil propose également des fonctionnalités avancées d’intégration : USB, Wi-Fi, connexion PC, lecteur code-barres et RFID, facilitant la traçabilité des équipements testés.
En pratique, le CA 6161 est utilisé pour contrôle en fin de ligne de production, vérification périodique d’équipements et maintenance préventive et corrective.
Il constitue un outil central pour assurer la sécurité électrique et la conformité normative des installations et appareils.
TYPICAL USE AND SECTOR
Pour CHAUVIN ARNOUX CA6161
Le contrôleur multifonction CHAUVIN ARNOUX CA6161 vous permet de caractériser vos systèmes et garantit une mesure précise et fiable.
This refurbished instrument offers performance comparable to new and helps to reduce acquisition costs.
Applications :
- Electricity & testing
- Quality Control & Metrology
- Test benches
Sectors :
- Industrial maintenance
- Metrology & accredited laboratories
- Telecoms & networks
Designed for :
- Metrology technician
- Industrial buyer
This reconditioned equipment can be made available quickly with ISO 17025 verification, and combines reliability, economy and durability.
Refurbished spectrum analyser: comparison for R&D telecom engineers
Aerospace
Public research (CNRS, academic laboratories)
Telecoms & networks
How do you choose between a portable calibrator and a laboratory calibrator to combine precision and mobility?
Energy (production & distribution)
Industrial maintenance
Metrology & accredited laboratories
How to prepare for a COFRAC audit with reconditioned instruments: 6 key steps
Industrial maintenance
Metrology & accredited laboratories
CSR & circular economy

ANY DOUBTS ABOUT A BRAND?
A REFERENCE YOU CAN'T FIND?
Our role does not end with the models displayed.
Some references are not listed, others can be sourced, replaced or adapted to your requirements.Contact us if you are looking for a particular device or if you need compatibility advice.
concrete questions about electrical installation inspectors
01
What is the purpose of an electrical installation inspector?It can be used to perform all the measurements required to validate the safety and compliance of a low-voltage electrical installation: earth continuity, insulation, loop impedance, differential tripping, polarity, etc.
02
What standards govern these controls?The tests generally follow the NF C 15-100 standard and the requirements of the international standard IEC 60364. Some sectors add specific requirements (ERP, industry, data centres, etc.).
03
What's the difference between a multimeter and a megohmmeter?The controller combines several test functions in a single device, with automatic sequences adapted to each type of circuit. It also applies the voltages and currents required for loop or DDR tests, which a multimeter cannot do.
04
Is it suitable for preventive maintenance?Yes, in addition to initial acceptance, these instruments can be used to carry out periodic audits, to identify insulation faults or continuity degradations before an incident.
05
Are these devices suitable for complex industrial environments?Some models incorporate modules for three-phase networks, internal memories for reporting or USB/Bluetooth interfaces for generating digital reports. They are designed for demanding environments.
Our buying guides and case studies
How to choose a reconditioned oscilloscope: 5 criteria that can't be mistaken
A reconditioned oscilloscope allows you to keep a bench operational, avoid manufacturer delays and control a technical budget without losing reliability. It's a useful solution when the aim is to quickly replace a critical device while retaining the same measurement procedures and compatibility with the existing equipment.
MBDA case study: how a reconditioned RF generator saved a critical test bench
In less than thirty days, Axitest secured two reconditioned Rohde & Schwarz RF generators for an MBDA test bench that had become unusable.
How do you choose your Keysight or Teledyne LeCroy oscilloscope for monitoring complex signals?
The two giants of electronic measurement, Keysight (direct heir to HP and Agilent) and Teledyne LeCroy, have occupied a central place in R&D, teaching and metrology laboratories for decades. But while their instruments may seem comparable, their philosophies and strengths differ profoundly. This article will help you to understand their differences...
Customer case study: quality control of electrical cables at LAPP MULLER using reconditioned equipment
In the electrical wiring industry, every continuity or insulation test determines the safety and performance of installations.
How to prepare for a COFRAC audit with reconditioned instruments: 6 key steps
A COFRAC audit is not just an administrative control; it is an examination of technical competence and metrological traceability. The use of reconditioned instruments is not an obstacle if each stage of preparation is controlled. With rigorous organisation, a well-monitored reconditioned instrument can be easily integrated into the ISO 17025 standard.
How a CNRS laboratory avoided 4 months of downtime and €91,000 in additional costs thanks to a reconditioned test device
A CNRS laboratory was able to keep its measurement chain operational by replacing an Agilent E4446A spectrum analyser that had broken down with a reconditioned model delivered in 48 hours.
5 tips to extend the lifespan of your reconditioned appliances
Refurbished equipment retains all its technical value if it is properly maintained. With a few simple preventive maintenance and metrological checks, it is possible to significantly extend its lifespan and guarantee its reliability.
Customer case: takeover of measurement equipment at Airbus
Taking back measurement equipment at Airbus involved inventorying, sorting and upgrading equipment accumulated over several programmes. Each piece of equipment was directed towards reuse, repair or responsible dismantling with Ateliers Sans Frontières, then documented in a complete traceability system.


















