Transformer oil drip trays | 10 litre oil drip tray

Transformer oil drip trays | 10 litre oil drip tray

10 litre oil drip tray | Oil drip trays

High-performance transformer oil drip trays with 10-litre capacity

Product description: The state of the art 10 litre transformer oil drip pans are an essential tool for anyone who regularly changes oil on transformers or electric coils. This portable sump has been specially designed to simplify the oil change process while ensuring a clean working environment. Thanks to its slim design, it is particularly suitable for low oil drain taps with limited ground clearance.

Made from robust and durable plastic that can withstand temperatures up to 60°C, this transformer oil drip tray offers excellent resistance to a wide range of solvents, including acids, alkalis, alcohol, oil, petrol, chemicals and antifreeze. Its impact-resistant construction ensures a long service life, while the 10 litre capacity provides ample space for used oil.

The transformer oil drip trays have a concave drainage surface and are equipped with three openings, each fitted with secure caps to prevent accidental spillages. The eye-catching red colour of the caps makes it easy to identify the outlet openings, even in hectic working environments. In addition, three sturdy carrying handles are integrated into the design, making it easy and safe to transport the full tub.

Instructions for use:

  1. before starting the oil change, loosen both red wing screws to expose the outlet openings.
  2. position the transformer oil drip tray under the oil drain of the transformer or e-coil so that the depression exactly covers the oil drain point.
  3. once the tray is full, dispose of the waste oil safely at an authorised waste oil collection point to avoid environmental pollution.

The state-of-the-art 10-litre transformer oil drip tray makes changing the oil an effortless task that you can carry out efficiently and in an environmentally friendly manner.

We offer you advice on the topics of: transformer oil drip trays | Oil sampling

Moisture measurement in oil | ST-200 Sensor

Moisture measurement in oil | ST-200 Sensor

Moisture measurement in oil | Oil quality sensor | ST-200

The ST-200 moisture sensor is an advanced solution for precise online measurement of moisture in oil. It utilises the innovative WGM Support technology, which enables remarkable sensitivity to changes in the water content of the oil. This enables accurate real-time and continuous monitoring of oil quality, which is crucial for the reliable performance of critical equipment.

The sensor has a high sensitivity to water contamination in oil and can test dissolved water, free water and emulsified water. With an impressively wide test range of up to1015, it enables precise measurements under various conditions. The unique grounding technology ensures reliability and durability, while the advanced sensor structure allows for easy cleaning.

The ST-200 moisture sensor is certified to international standards and is suitable for use in commercial and industrial environments. It ensures the safety of critical equipment by providing reliable 24 / 7 / 365 oil quality measurement. Preventive maintenance can avoid high costs and time due to oil quality issues.The sensor also helps reduce oil change costs and lowers disposal costs for used oil, which is more environmentally friendly.

The ST-200 is widely used in various industries such as oil fields, oil refineries, power plants, power transmission, construction and engineering machinery, aviation, railway and road transport, steel and metallurgy, oil tanks and oil stations, and industrial production. It is suitable for various types of oil, including lubricants, hydraulic oil, gear oil, engine oil, fuel oil, insulating oil, turbine oil and light and heavy oils.

The ST-200 can interact seamlessly with the ST-200D indicator meter to enable precise monitoring of the moisture content and temperature data display. Warning points can be flexibly set and the integrated AC / DC module ensures a reliable 24V DC power supply for the ST-200. Overall, this provides a comprehensive technical solution for the precise monitoring and maintenance of oil quality in various industrial applications.

We would be happy to advise you on the following topics: Moisture measurement in oil | oil quality sensor | oil moisture and water activity.

Oil Testing | DÖPEV | Oil Sampling Control

Oil Testing | DÖPEV | Oil Sampling Control

Oil testing in systems | Oil testing | DIN EN 60422

DÖPEV – the display oil sampling device with a twist for oil sampling according to DIN EN 60475 (VDE 0370-3).

Failures due to faulty transformer oil analysis can lead to negative and detrimental developments. They can evidently have serious effects on the power supply and the service life of the transformer. Sampling the oil from oil-filled transformers in operation is an efficient method for determining the condition of the solid and oil insulation. In addition to that, it provides information about the operating condition of the transformer.

And it does so without having to open or deactivate the transformer. Improper oil sampling or contamination can have an immense influence on the measured values of the individual test methods. Ultimately, this can lead to false conclusions about the quality of the insulating liquids. To ensure consistent performance and long transformer life, regular oil testing in installations is essential.

Taking oil samples without contamination
The overall aim is to remove the oil from a transformer without contamination. To further carry out an oil test in the laboratory and analyse the sample. Your result of the “gas in oil analysis” or the other “dielectric measurement methods” can only be as good as you have taken your oil sample. With the new oil sampling system DÖPEV you take the oil sample free of contamination. As well as according to the standard and without contact with the outside air.

ÖPEV-k and DÖPEV: undoubtedly the perfect oil analysis set

These periodic examinations are generally an important part of the maintenance of transformers for a safe power supply. Not only the sampling, but also the handling of the oil sample plays a major role. Sampling and handling are made very easy and effective with the ÖPEV-k and the DÖPEV. Basically, this allows you to carry out an insulating oil test in no time at all. The ÖPEV-k oil sampling device guarantees absolute ease of use for safe oil sampling from oil-filled transformers. In combination with the DÖPEV display oil sampling device, oil sampling becomes even easier.

By means of three ball valves on the DÖPEV you can regulate the oil sample. Furthermore, you can constantly control the temperature of the oil. The oil analysis device DÖPEV can be connected to the oil drain device ÖPEV-k and creates the perfect oil analysis set. With this set you can take the oil sample from the transformer comfortably and contamination-free. And in the next step, transport it to the oil test in the laboratory.​

We offer you advice on the topics: Insulating oil sample | Oil testing | Oil analysis device

Distribution transformers | ÖPEV-k | Transformer oil drain tap

Distribution transformers | ÖPEV-k | Transformer oil drain tap

Distribution transformers | Transformer oil drain tap

Oil filled distribution transformers are a very important part of the power supply, regardless of their size. By performing targeted inspections, maintenance, and servicing, it is possible to extend their service life. However, to properly analyze the contained insulating oil and draw a possible diagnosis, it is necessary to extract the oil correctly. If the insulating oil the transformer contains is faulty, this can in fact lead to serious consequences.

ÖPEV-k oil drain device for local network and distribution transformers

This therefore means that accurate results of insulating oil analysis are critical to the condition of the transformer. The results of an oil sampling additionally determine the further course of action with the oil transformer. In general, the ÖPEV-k is ideally suited for oil sampling, namely on an oil local network transformer. Or on distribution transformers that have a difficult or poorly accessible oil drain valve. On some transformers it is very complicated to take an oil sample. For example, on concrete or complete stations.

But ÖPEV-k guarantees absolute ease of use for safe oil sampling at the distribution transformer. Adapters for the nominal width 22 NW and 31 NW are available as accessories. Consisting of stainless steel, the ÖPEV-k and the adapters thus come in a robust and compact design. The oil drain device ÖVEP-k is screwed onto the drain tap of the transformer with the adapter (for example NW 22). The shaft is then used to open the drain valve of the transformer and the ÖVEP-k fills with oil.

In total, there is an oil sampling tap and a vent valve on the ÖVEP-k. Consequently you can connect a hose to the oil transformer drain tap of the OVEP-k to remove the oil sample without contamination. WGM Support also offers a remote sampling kit to control the oil sample. In summary, the ÖPEV-k is the ideal and indispensable tool for effortless oil draining from oil distribution transformers.

We offer advice on the topics of:
Distribution transformers | Oil sampling | Insulating oil analysis

Micro Ohm Meter | DLRO2 | Ohmmeter

Micro Ohm Meter | DLRO2 | Ohmmeter

Micro Ohm Meter | Ohmmeter

The Micro Ohm Meter DLRO2 is a rugged, portable 2 A micro ohm meter. It delivers fast, accurate and repeatable measurements – even in locations full of electrical noise. The DLRO2 joins a host of products that proudly carry the Ducter™ brand as the latest addition. Ducter™ testers are as well known and proven as Megger insulation resistance testers. Users in the power supply sector or industry get a high level of safety thanks to CAT III-600 V/CAT IV-300 V in accordance with IEC61010. In addition, the device is equipped with self-protection in case of accidental connection up to 600 V without tripping a fuse.

This saves valuable time that would otherwise be spent repairing or obtaining a replacement fuse. When working outdoors, IP54 protection ensures that neither rain nor dust will prevent testing. The DLRO2 is at home in a wide variety of applications, measuring low-resistance values on railroads and aircraft as well as industrial components. Thanks to dedicated long test leads to optimize output, even applications where long test leads are required are no problem for the DLRO2. The long test lead feature delivers up to 1 A of test current into 4 ohms of resistance.

This makes the DLRO2, with its optional test leads on cable reels, the ideal instrument for testing wind turbines and aircraft lightning protection applications. For testing smaller inductive loads, the DLRO2 can apply 2 A for at least 15 seconds, made possible by the integrated high-capacity batteries and a separate inductive load function. The batteries can be fully charged within 2.5 hours, minimizing downtime. Note: The DLRO2 is not intrinsically safe/ ATEX certified and must not be used in explosive environments.

We are happy to advise you on the topic: Microohm Test Equipment | Low Ohm Measurement | Micro Ohm Meter

Forklift Battery | BLE 600 | Stationary batteries

Forklift Battery | BLE 600 | Stationary batteries

Forklift Battery | Traction battery

BLE 600 is a 3-in-1 device for charging, discharging and activating lead acid or NC batteries. The device is used for forklift batteries. Also for battery charging systems for UPS systems, emergency lighting systems and central battery systems. Due to its small size, the BLE 600 is a handy, portable device. It is applicable to single cells of 1,2V, 2V, 4V, 6V, 8V and 12V. Moreover, the compact device is perfect for regular maintenance of single cells. Especially of old cells.

Three functions of charging, discharging and activating can be used separately or together. This helps the user to maintain forklift batteries while facilitating the overall service. When the charge and discharge functions are used together, the affected forklift batteries are charged and discharged. And this is done in one or more circuits with low constant current. The BLE 600 can even charge or discharge the batteries several times individually.

Activation of the damaged material on the battery electrode plate corrects a caused malfunction of the forklift battery. That way, the battery is regenerated and the forklift battery capacity is increased. As a battery load simulator, the BLE 600 checks the discharge of the battery. In addition, it can use battery capacity tests to determine the actual capacity of battery systems.

Regenerating the forklift battery leads to increase the efficiencies of forklift batteries. Their resources are also effectively utilized. Long-term monitoring of the battery condition can even continuously check the traction battery. Thus, serious damage to the battery is prevented. The device can be operated via touchscreen and keyboard. On top of that, it has a direct USB drive for data transfer to the PC. Software updates can also be made quickly and easily. Users can also download the desired reports in Excel at any time.

We offer you advice on the following topics:
Stationary batteries | Forklift Battery | Battery charging / discharging.