Pietro Giovanni Romano’s Post

🚀 Ensuring Quality and Safety in Cabling Systems: The Importance of Cable Testing! 🚀 In the fast-paced world of electrical installations, cable testing has become a critical component for ensuring performance, safety, and compliance with industry standards. At AipuWaton, we know that the integrity of our cabling solutions can make or break a project's success. 🛠️ 🔍 What is Cable Testing? Cable testing encompasses a variety of evaluations that confirm the reliability of electrical cables before they are operational. Given the high costs linked to cable replacements—especially in concealed installations—thorough testing is not just important; it’s essential! 💡 Key Testing Types: 1. Fluke Tests: Utilizing top-notch Fluke equipment, we assess insulation resistance and continuity, generating detailed reports on cable performance. 2. Ageing Tests: Evaluating how materials hold up over time ensures that our cables remain robust and functional. Regular testing enhances safety, extends cabling lifespan, and ultimately saves costs for our clients. 🌟 Your reliable ELV cable partner. Send your inquiries at: zhusihui@aipu-waton.com For more information: https://lnkd.in/gwCuyt48 #CableTesting #AipuWaton #ElectricalSafety #SmartBuildings #QualityAssurance #FlukeTest #Fluke #AgingTest #AgeingTest #TUV #ULCertified

Installation of liquid transmitter pressure on the tank line #SPD18B #INSTRUMENT 2016

Testing DPU2000R with SMRT Megger Relay Test Set. Functional Testing of Protection Relays. Routine testing allows us to confirm correct operation of relay and discover issues that would otherwise be undetected until a fault happens.

✨ Did you notice the symbols related to the circuit breaker or fuse in the attached figures of any SLD? In a simple way, These symbols indicate that the components are "withdrawable." 🔹 In Figures 1 and 2: The circuit breaker is withdrawable. 🔹 While in Figure 3, the bus VT and its fuse are also withdrawable. The other attached figures show the various symbols used in each cell of the MVSWGR. 📜The IEC standard that covers this topic is IEC 60617. #IEC60617 #Electrical #Withdrawable #MVSWGR

Ensuring the reliability of protective relays is vital for system protection. At NCE, we specialize in the testing and commissioning of line differential, transformer differential, and overcurrent relays. Our team uses advanced test sets to perform relay calibration, functional testing, and scheme verification to safeguard against faults and improve system resilience. #NCE #NorthCentralElectric #testing #comissioning

Alhamdulillah, successfully conducted an in-house training session for the electrical team on the 500kV Busbar protection system. Covered key topics including the working principle, detailed system control circuit drawing of SIPROTEC 5.0 Siemins 7SS85. and the LIBBP for the 500kV 3/2 Busbar scheme. Also discussed critical protection functionalities such as Busbar differential protection, Overcurrent protection, Breaker failure, and Autorecloser protection. Proud to share knowledge with the team to enhance team technical knowledge regarding in-house installed for system reliability at our plant. #ElectricalEngineering #PowerSystems #BusbarProtection #TeamTraining #ContinuousImprovement

Understanding Ground Resistance Testing by Chauvin Arnoux, Inc. d.b.a. AEMC Instruments Ground #resistance #testing is a crucial aspect of ensuring electrical #safety and proper functioning of #electrical systems. It measures the resistance of the #earth connection, which helps in safeguarding people and equipment from electrical #faults. Here’s a detailed look into understanding #ground resistance testing…

Testing as per AS/NZS 3000! AS/NZS 3000:2018 Clause 8.3.3.1 states that testing shall be carried out on parts of Electrical Installations designed to operate at low voltage. • Verification of Earth-Fault Loop Impedance [in accordance with Clause 8.3.9] • Operation of RCDs [in accordance with Clause 8.3.10] Note: Test Done With Supply Connected Using Metrel Meter. #Electrical #Compliance #MandatoryTests #ASNZS3000 #RCDs #EFLI

The electrical certificate of compliance (COC) sections 1 & 2 should include: 1. The property's specific address. 2. A detailed description of the electrical system, including cable types, voltage rating, MCB amperage, and any additional protection like surge protectors or lightning arresters. Alternative power supplies (e.g., generators, and inverters) require a separate COC. sakkie@sakkieselectrical.co.za 011 391 0603 #SakkieElectrical #ElectricalCompliance #SafetyInspection #COCRequirements #ElectricalCertification

Instrumentation cables are used to transmit electrical signals and power in industrial automation, process control, and other applications that require precise control and measurement. When choosing instrumentation cables, you can consider things like:Type, size, length, Rating and Certification.