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A transformer oil sampling kit is a specialized set of tools and equipment designed for the safe and efficient collection of oil samples from electrical transformers. Transformer oil plays a crucial role in insulating and cooling the transformer, and periodic sampling is essential for monitoring the oil's condition and identifying potential issues like moisture, contamination, or degradation that could affect the transformer's performance and longevity. Features: • Sampling Valve or Tap: A valve or tap attached to the transformer’s oil reservoir that allows the oil to be extracted without contaminating the sample. • Sampling Tube or Hose: A flexible, chemically resistant tube used to draw oil from the transformer into the sample container. • Protective Gloves. • Thread Tape. • Cleaning Wipes or Towels: Used to clean the sampling valve, hose, and container before and after the sampling. • Different hose attachments. • Oil Mat for spilled oil. -
A Transformer Oil Polisher is a specialized piece of equipment used to purify and restore the quality of insulating oil in electrical transformers. Over time, transformer oil can degrade due to exposure to heat, moisture, and contaminants, which affects its ability to insulate and cool the transformer. The oil polisher works by removing these impurities, including water, particulate matter, dissolved gases, and acids, to ensure the transformer operates efficiently and reliably. Features: • Multi-stage filtration for particles, water, and contaminants. • Vacuum dehydration and gas removal to restore dielectric properties. • Mobile or fixed units suited for different transformer sizes and applications. • Temperature control for optimized purification. • Real-time monitoring and oil quality assessment. • Low environmental impact through oil reclamation. • Minimal downtime and cost-effective maintenance. -
A 100 kVA Genset refers to a 100 kilovolt-ampere (kVA) generator set, a piece of electrical equipment used to generate and supply electrical power for various applications. The rating "100 kVA" denotes the generator's capacity to provide up to 100,000 volt-amperes of electrical power, where kVA is a unit of apparent power (a combination of both active and reactive power). In simpler terms, the genset is capable of providing 100 kVA of electricity under full load conditions Features: • A 100 kVA genset typically provides 80 kW of usable power when operating at a power factor of 0.8. • Typically, a diesel engine. • A digital control panel is typically included, allowing the operator to monitor key parameters such as voltage, current, frequency, fuel levels, and runtime. • The genset is equipped with a radiator and cooling fan to regulate the engine's temperature during operation. -
Convenient as an infrared thermometer, as insightful as a thermal imager, with the visual context of a digital camera. Using hyper-thin pyroelectric technology, Fluke discovered a way to push the limits of this technology pioneering an array dense enough to create an infrared heat map. In the past, blending has been the exclusive territory of thermal imagers priced five to ten times higher, but not anymore. It's standard with your new visual IR thermometer. Features: • Infrared thermometer with thermal imaging capabilities for noncontact surface temperature measurement for use in monitoring electrical, mechanical, industrial, HVAC, and automotive systems • Measures temperature from -10 to +250 degrees C (14 to 482 degrees F) with an accuracy of + or - 2 degrees C or + or - 2% of the reading, whichever is greater, and a thermal sensitivity of less than or equal to 250mK • Uncooled pyroelectric ceramic sensor captures thermal and visual images of the target and works at a minimum distance of 50cm • Thermal camera with LCD screen blends the visual and infrared images in 25% increments for inspection of full visual, incrementally blended, or full infrared images • Included SD memory card stores up to 10,000 images for inspection, analysis, and reporting on a computer -
HIOKI 3554 Battery Tester sets a new standard for UPS and lead-acid battery diagnostics – taking measurements seamlessly whilst the battery is connected to its host device, without taking it offline. Features: • Compatible with Wireless Adapter Z3210 (optional) • Proprietary noise reduction technology allows more accurate measurement, even in noisy environments • Automatically save measurements results using the auto-hold or auto-memory function in just 2 seconds – 60% faster than previous models • Improved ease of use with the L2020 L-shaped probe tips in tight spaces. -
The OMICRON CPC 100 is a versatile and powerful testing device for primary electrical equipment in substations. It can be used to test current transformers (CTs), voltage transformers (VTs), power transformers, circuit breakers, protection relays, and grounding systems. It replaces multiple individual testing devices, making field testing more efficient and convenient. Features: • Universal testing for CTs, VTs, power transformers, circuit breakers, relays, and grounding systems • Provides up to 800 A or 2000 V output power (5 kVA) without the need for external amplifiers • Compact, lightweight, and designed for easy transport and use in the field • High measurement accuracy with built-in safety features • Automated test sequences for faster and more reliable testing • Compatible with Primary Test Manager (PTM) software for data handling, test planning, and reporting • Performs insulation resistance, ratio, polarity, burden, and phase angle tests Typical Applications: • Testing current transformers (CTs) • Testing voltage transformers (VTs) • Testing power transformer winding resistance, turns ratio, and vector group • Circuit breaker timing and travel testing • Grounding system impedance measurement • Primary injection testing of protection relays -
The OMICRON CP TD12 is a precision test accessory used with the CPC 100 for measuring capacitance and dissipation factor (tan delta) on high-voltage electrical insulation systems. It is ideal for condition assessment of assets like power transformers, bushings, cables, and rotating machines. Key Features: • Accurate measurement of capacitance and dissipation factor (tan delta) • Test voltage up to 12 kV AC • Wide measurement range for insulation testing • Fully automated and integrated with CPC 100 and PTM software • Compact and portable design, suitable for field use • High accuracy and repeatability for reliable diagnostics • Supports ungrounded and grounded specimen testing Typical Applications: • Insulation condition assessment of power transformers and bushings • Tan delta and capacitance testing of cables and rotating machines • Detection of moisture, aging, and contamination in insulation • Quality assurance during commissioning and maintenance • High voltage testing up to 12 kV in the field or laboratory -
The OMICRON TESTRANO 600 is a multifunctional, portable device designed for fast and efficient three-phase power transformer testing. It combines multiple tests in one unit, reducing setup time and improving reliability during condition assessments of power transformers. Key Features: • All-in-one solution for transformer testing (winding resistance, turns ratio, vector group, and more) • Three-phase test system for simultaneous measurements • Single connection setup for all major electrical test. • Up to 400 A DC test current and up to 250 V AC test voltage • Integrated demagnetization function after resistance testing • Fully automated test sequences via Primary Test Manager (PTM) software • Compact and portable design for convenient field use • High accuracy and repeatability Typical Applications: • Winding resistance measurement (single and three-phase) • Turns ratio and vector group verification • Magnetization current and short-circuit impedance testing • Transformer core demagnetization • Dynamic resistance measurement (DRM) on OLTCs • Fast condition assessment during commissioning or maintenance -
Elbow branch connector made of silicone rubber for connection up to 42 kV XLPE-cables to outercone bushing type C1 (630A) and C2 (1250A) according to EN 50180 and 50181. Features: Max. cross section: 400 mm². Core type: Single-Core, Three-Core. Max. operating Voltage (Ur): 42 kV. Application: Switch Gear, Transformer. -
The BAUR Shirla system is designed for efficient testing and fault location in both power and control cables, including cable sheaths. It supports comprehensive fault diagnostics through pre-location and pinpointing techniques. The system uses the Murray and Glaser bridge methods for fault pre-location, which are particularly effective for power cables, but also suitable for control and lighting cables. The measurement process is automated, including null balancing and result evaluation. Features: • Cable and sheath testing up to 10 kV DC • High-accuracy resistance measurement • Precise fault pre-location using a measuring bridge • Customisable cable parameters (length, cross-section, material) for accurate distance calculations
