Coperchi e gabbie di prova
- Max. Dimensioni del provino: 410 x 180 x 350 mm (LxAxP)
- Cofano girevole in vetro acrilico
- Corpo in PVC (colore: RAL 7011)
- Con vano porta-attrezzi 19" / 5 U
- Per provini leggeri con quantità medie
- Design conforme alla normativa CE secondo la norma EN 50191
- Max. Dimensioni del provino: 500 x 200 x 350 mm (LxAxP)
- Cofano girevole in vetro acrilico
- Corpo in PVC (colore: RAL 7011)
- Per provini leggeri con piccole quantità
- Design conforme alla normativa CE secondo la norma EN 50191
- Max. Dimensioni del provino: 580 x 350 x 700 mm (LxAxP)
- Cofano girevole in vetro acrilico
- Corpo in PVC (colore: RAL 7011)
- Per provini di grandi dimensioni con quantità medie
- Design conforme alla normativa CE secondo la norma EN 50191
- Max. Dimensioni del provino: 700 x 300 x 400 mm (LxAxP)
- Cofano girevole in vetro acrilico
- Corpo in PVC (colore: RAL 7011)
- Per provini molto grandi con quantità medie
- Con vano porta-attrezzi 2 x 19'' / 5 U
- Design conforme alla normativa CE secondo la norma EN 50191
- Max. Dimensioni del provino: 1200 x 300 x 400 mm (LxAxP)
- Cofano girevole in vetro acrilico
- Corpo in PVC (colore: RAL 7011)
- Per provini molto grandi con quantità medie
- Con vano porta-attrezzi 2 x 19'' / 5 U
- Design conforme alla normativa CE secondo la norma EN 50191
- Max. Dimensioni del provino: 640 x 790 x 660 mm (LxAxP)
- Struttura in profili di alluminio 30 x 30 mm
- Max. Dimensioni del provino: 1890 x 940 x 975 mm (LxAxP)
- Telaio / sottostruttura all'altezza del tavolo
- Vano piedi disassato verso la parte posteriore
- Struttura in profili di alluminio 50 x 50 mm
- Design conforme alla normativa CE secondo la norma EN 50191
- Max. Dimensioni del provino: 1.900 x 1.020 x 750 mm (LxAxP)
- Telaio / sottostruttura all'altezza del tavolo
- Vano piedi disassato verso la parte posteriore
- Struttura in profili di alluminio 40 x 40 mm
- Spazio libero 15 U
- Max. Dimensioni del provino: 1.010 x 945 x 800 mm (LxAxP)
- Vano piedi disassato verso la parte posteriore
- Struttura in profili di alluminio 40 x 40 mm
- Scomparto attrezzature 19'' / 16 U
- Per l'esecuzione di test ergonomici su grandi quantità e campioni pesanti;
- Dimensioni massime del provino: 55 x 800 x 640 mm (LxAxP)
- Struttura in profilo di alluminio 40 x 40 mm
- Conformità CE secondo la norma EN 50191
- Max. Dimensioni del provino: 568 x 400 x 580 mm (LxAxP)
- Cofano scorrevole in vetro acrilico
- Con scomparto per apparecchiature 2 x 19'' / 3 U per apparecchiature di prova
- Con due aree di test equivalenti per quantità elevate
- Design conforme alla normativa CE secondo la norma EN 50191
- Max. Dimensioni del provino: 500 x 450 x 680 mm (LxAxP)
- Cofano scorrevole in vetro acrilico
- Con due aree di test equivalenti per quantità elevate
- Design conforme alla normativa CE secondo la norma EN 50191
Coperchi e gabbie di prova – Sicurezza ed efficienza nei test elettrici
DUT enclosures are essential protective devices for electrical testing. They provide a safe and compliant environment for high-voltage, functional, and insulation tests in industry, research, and development.
This article provides you with all the important information about DUT enclosures, their functions, advantages, and areas of application.
What are DUT Enclosures?
DUT enclosures are protective devices specifically designed for use in test benches and testing systems. They prevent accidental contact with live parts and protect both the operator and the DUT from external influences. They are made from durable materials such as metal, plastic, or safety glass and are often equipped with additional safety features such as mechanical locks or light curtains.
Why are DUT Enclosures Important?
- Increased workplace safety through protection from high voltage and electric shocks
- Reduction of test and operator errors through defined test conditions
- Compliance with legal safety regulations and standards
- Protection of the DUT from external influences such as dust or mechanical damage
Applications of DUT Enclosures
- Electromobility and battery technology for safe high-voltage testing
- Automotive industry for the final testing of electrical components
- Medical technology to ensure compliance with standards for medical device testing
- Industrial automation for high-voltage and insulation testing
- Research and development for safely conducting prototype tests
Types of DUT Enclosures
Standard DUT Enclosures
- Suitable for general electrical testing
- Transparent covers allow for visual inspection
- Mechanical or electrical safety locks
DUT Enclosures with Light Curtains
- Optical sensors detect intrusion into the testing area
- Ideal for large DUTs with frequent access
- Automatic shutdown when the light beam is interrupted
DUT Enclosures with Drop Doors or Sliding Mechanisms
- Space-saving solutions for compact test benches
- Especially suitable for high-volume serial testing
- Can be combined with automated testing processes
Custom DUT Enclosures
- Tailored solutions for specific testing requirements
- Adaptable to different DUTs and testing methods
- Integration of additional safety mechanisms as needed
Important Selection Criteria for DUT Enclosures
- Size and shape must be tailored to the DUT
- Materials should be robust and durable
- Safety features such as locks or light curtains are essential
- Ergonomics and ease of use facilitate the testing process
- Integration into existing test systems must be guaranteed
Advantages of Modern DUT Enclosures
- Maximum safety for personnel and DUT
- Reduction of error sources and test deviations
- Efficient testing processes through ergonomic design
- Compatibility with various testing procedures
- Compliance with national and international safety standards
DUT Enclosures for Safe and Efficient Testing
DUT enclosures are indispensable protective devices for electrical testing procedures. They enable safe, compliant, and efficient execution of high-voltage, insulation, and functional tests.
Optimize your testing processes with high-quality DUT enclosures and ensure maximum safety in your test laboratory or production line.