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TD measurement with BAUR Software 4: The dissipation factor measurement (TD measurement) is a non-destructive and integral procedure that serves to evaluate the condition of a cable route. It provides clear information on the condition of the cable insulation and its ageing condition. With the BAUR Software 4 dissipation factor measurement, a fast and detailed assessment of the cable insulation can be carried out within a few minutes and weak points can be detected. Learn more about dissipation factor measurment: https://lnkd.in/d2F_9VH2 #ensuringtheflow #cablediagnostics #homeofdiagnostics #dissipationfactor #baursoftware4

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This post is a continuation of my previous post. How do utility companies install new protective devices in their distribution systems? To make the system more protective (secure and sensitive), utilities install reclosers or fuses downstream of the feeder relay. The location of the recloser depends on the number of customers and the load. This criterion also varies with the utility and their distribution system voltage level. For a new recloser, protection engineers perform the following analyses: Sensitivity: The protective device (recloser) should be sensitive enough to detect the minimum fault current. Generally, we set the recloser pickup to less than half of the minimum fault current it detects. For example, if the minimum fault current for the recloser is 1600 A, then the pickup setting (PU) should be less than 800 A (i.e., PU < 0.5 × Minimum fault current). Selectivity: All protective devices should coordinate with each other, i.e., they should coordinate with upstream (feeder and recloser) and downstream devices (recloser and fuses). Loading: The PU of the recloser should not be less than the maximum continuous load current for that recloser. For future growth and safety margins, we should not set the PU of the recloser to less than 80% of the maximum load. Interrupting: The last check is the interrupting rating. We ensure that the maximum fault current for the protective device is less than the breaker’s interrupting rating. For the recloser, the interrupting capacity depends on the manufacturer. Apart from these checks, some utilities also check marginal coordination. In marginal coordination, protective devices should detect the minimum downstream fault current of downstream devices. For example, assume we have two reclosers, recloser B is downstream of recloser A if Recloser B is bypassed for any reason, Recloser A should be sensitive enough to detect the minimum fault current of Recloser B.

HT-H2-TPSE Dual Pressure And Temperature Sensor by Hydrotechnik UK Test Engineering Limited is a hydrogen-compatible dual pressure and temperature sensor and transmitter for various applications. Temperature and pressure measurements taken at the same point. To know more https://lnkd.in/dxY-JXyC #hydrogensensor #hydrogenpressuretransmitter #pressuretransmitter

Optimize your workflow with the Fluke 381 Remote Display True RMS Clamp Meter and iFlex. This tool allows one technician to do the work of two. Simply clamp the meter, detach the display, and manage electrical systems from a distance while viewing live readings. Efficiency and safety in one: https://shorturl.at/8s6Ga #Fluke381 #ElectricalEfficiency #RemoteDisplay #ACDCClampMeter #TechnicianSafety #FlukeSolutions

SONET/SDH alarms and troubleshooting tips LOF -Loss Of Frame - Critical : Assuming that the signal is present, the first task of NE is to identify where the STM – 1 frames are within the serial data. It does this by identifying the Frame Alignment Word (FAW), which is contained in the first six bytes of the RSOH. If it cannot identify the FAW, a Loss Of Frame (LOF) alarm will be raised. The LOF state arises when the OOF (Out of Frame Alignment) state exists for more than a specified time (in microseconds). The Out of Frame Alignment state occurs when several consecutive SDH frames are received with invalid or errored framing patterns (A1 and A2 bytes in RS OH). The maximum time to detect OOF is 625 microseconds. The OOF state clears within 250 microseconds, when two consecutive SDH frames are received with valid framing patterns. When does LOF clear ? The LOF state clears when an in-frame condition exists continuously for a specified time in microseconds. Time for detection and clearance is normally 3 milliseconds. Troubleshooting : Check the fiber optic cable to ensure that the cable is plugged in and is not damaged. Ensure that the framing format on the port matches the format configured in the following line: AIS is an all-ones characteristic or Alarm Indication Signal. It is generated to replace a normal traffic signal, when it contains a defect condition, to prevent consequent downstream failures being declared or alarms being raised. AIS can be identified as MS – AIS, AU – AIS, or TU – AIS. REI is an indication returned to the transmitting node or source, which an errored block has detected at the receiving node or destination (this was previously known as Far End Block Error – FEBE). REI can be identified as MS – REI, HP – REI or LP – REI. RDI is a signal returned to the transmitting Equipment, when a defect, such as Loss of Signal, Loss of Frame or AIS, is detected (this was previously known as Far End Receiver Fail – FERF). RDI can be identified as MS – RDI, HP – RDI, or LP – RDI. Troubleshooting Verify if the remote configuration is correct. Check the line status at the remote end of the link. Check the remote site for alarm conditions. Alarm Indicate Signal - Path (PAIS) source : https://lnkd.in/eSEtsQqG

what is troubleshooting?? *Troubleshooting is the process of diagnosing and resolving problems or issues in systems, devices, or processes. It involves systematically identifying the root cause of a malfunction and taking steps to correct it. Troubleshooting can apply to various fields, such as: *Technology : Fixing issues with computers, software, networks, or other electronic devices. *Mechanical Systems : Diagnosing problems with machines, vehicles, or equipment. *Processes : Identifying inefficiencies or breakdowns in workflows, production systems, or business operations. The typical steps in troubleshooting include: *Identifying the problem : Observing symptoms, errors, or issues. Investigating potential causes: Gathering information and testing different possibilities. *Testing solutions : Implementing corrective actions to see if they resolve the issue. *Verifying the fix : Ensuring that the problem is fully resolved and doesn’t recur. *Documenting the process : Recording the steps taken, especially in professional settings for future reference. Effective troubleshooting often requires logical thinking, problem-solving skills, and sometimes a detailed understanding of the system or process being addressed.Jayanesh Jayan Nagaprasad K P AMIT KAMBLE shantinath soudatti Pallavi Ratnappagol SNEHA HALLADMAL Sneha Giddasakkannavar Nimishamba N Bhushan Jain sowndarya v priyanka shet