- All
- Product Name
- Product Keyword
- Product Model
- Product Summary
- Product Description
- Multi Field Search
Views: 0 Author: Site Editor Publish Time: 2025-11-28 Origin: Site
What Factors Should You Evaluate Before Installing a Distribution Transformer?
Are Electrical Connections Often Overlooked During Installation Planning?
What Maintenance Considerations Should Be Built Into the Installation Design?
Which Type of Transformer Is Most Suitable for Your Application Needs?
A good distribution transformer installation needs the right place, correct power matching, and solid work on structure, wiring, and cooling. Weather, strong ground, and proper grounding affect safety and how long the transformer lasts. Picking the right size for the load stops wasted power and early breakdown. Smart cable paths, good air flow, and easy reach for repair keep things running smoothly and cut stop time. Small, high-saving oil-filled models – like SHENGTE’s S11 series – work very well in cities and factories. They come with custom designs to fit different power needs.
When you plan a distribution transformer installation, the weather around the spot is one of the first things to check. It affects how long the unit lasts. Things like wetness in the air, hot and cold changes every day or season, and bad stuff like salt air or factory smoke hurt the insulation and the outside metal. For example, near the sea or chemical factories, you need special paint and sealed tanks to stop rust.
The corrugated oil tank is made from good cold-rolled steel sheets on a special line. Workers clean oil, remove rust, and treat it before putting on three-proof paint (rain-proof, moisture-proof, and salt-spray-proof). This helps the transformer run longer, stay strong, and cost less to fix.
The shape of the land matters too. The ground must be steady. Moving soil can pull cables or shift the transformer. Places that flood often need the transformer raised up or put on special pads that keep water out. Workers must reach it easily for normal checks and fast help in trouble. Keep it close to the people who use the power. Short cables save energy and keep voltage steady.
Checking the load is the main step before picking size. You need to know the highest power use, what kind of load it is (simple or motor type), and room for growth later. Too big units waste power when lightly loaded. Too small ones get too hot and break early.
A good match like the S11 50kVA 10kV/400V works nicely for small shops or homes. It has only 100 W no-load loss, 630/600 W load loss, and 4 % short-circuit impedance. These numbers show it saves power on normal three-phase jobs.
Model: S11-M-50 Rated capacity (KVA): 50 Rated Voltage (KV)-High Voltage: 11, 10.5, 10, 6.3, 6 Rated Voltage (KV)-Low Voltage: 0.4 Voltage Regulation Range: ±5% or ±2×2.5% Connection Method: Yyn0, Dyn11 No-load Loss (W):100 Load loss（W）: 630/600 No-load Current (%): 1.5 Short-circuit impedance (%): 4
You also need to see if a step-down style fits your system. In cities or factories that need lower voltage on the output side, this step-down type works best.
The transformer stays steady only with a strong base. The base must hold the heavy weight and take in the shaking when it runs. It should not pass the shaking to the connectors or tank.
Total weight (KG): 400 Size (MM): Length: 1050; Width: 660; Height: 1140 Track gauge (MM): 400×400
With these numbers, you may need thick concrete or steel supports. If the base is weak, tiny moves can happen over time. Those moves break seals, leak oil, or crack connectors.
Oil-immersed transformers need good heat moving to stay cool when working hard. The oil inside is thin, moves heat fast, and keeps things safe from sparks. It protects the core and coils, slows down aging of parts, and makes the transformer last longer.
Good air flow is a must. In hot places, you might add fans. Outside units need covers that keep rain out but still let heat escape. Many people use screens or roofs that give shade and still let air move.
Wiring needs careful planning from the start. Cable paths should have few sharp turns. Sharp turns add resistance and pull too hard on wires. Wrong phase order creates uneven power. Uneven power wears insulation faster.
Every connection needs the right size metal ends. Good contact keeps heat low. Keep power cables away from control wires to stop noise problems.
Grounding keeps the power system safe and protects people. It sends away big voltage spikes from lightning or switching. It also stops dangerous voltage on metal parts if something breaks.
Start grounding work with a soil test. The test shows if you need a net of wires under the ground or long rods. Connect every metal part – frame, fence, cable racks – to the ground system. This stops shock danger during faults.
Normal checks should be quick and safe. Workers need to reach control boxes, oil valves, tanks, and gauges without big trouble. Leave open space around the transformer. Open space helps cameras check heat and lets air move freely.
Testing the oil finds problems early – water inside or weak insulation. Early warning stops big failures. Put sampling valves on the side where people can reach easily. Mark them clearly. The best spot is halfway up the oil level so the sample shows the true condition.
City power stations often have very little room. Land costs a lot, and old buildings leave small spaces. Small oil-immersed units give strong power without needing big areas.
Model: S11-M-30 Rated capacity (KVA): 30 Rated Voltage (KV)-High Voltage: 11, 10.5, 10, 6.3, 6 Rated Voltage (KV)-Low Voltage: 0.4 No-load Loss (W):100 Load loss（W）: 630/600 Total weight (KG): 400 Size (MM): Length: 1050; Width: 660; Height: 1140
The S11-M-30 is a great example. It is only 1050 × 660 × 1140 mm in size yet gives steady three-phase power with very little waste.
If you want a company that really knows your power problems, SHENGTE gives more than just machines. They give dependable solutions made for your network. SHENGTE makes top-quality distribution transformers for all kinds of places – city stations or tough factory areas that need strong cooling and long life. Their oil-filled units use modern core metal to cut idle loss and stay cool even when loads change a lot.
What makes SHENGTE special is custom work. Need special voltage, smaller size, or extra safety parts? Their team works with you from the first drawing until the unit arrives.
Look at their full list on SHENGTE’s official website. When you cannot afford power cuts and need exact work, SHENGTE is the name you can count on for steady power supply. If you want to further know our company or products, you can contact us via telephone or e-mail.
Q: Can I install a distribution transformer indoors in a tight room?
A: Yes, you can. But you must leave enough air space for cooling and follow fire rules for oil units.
Q: How often should I check an oil-immersed distribution transformer after installation?
A: Look at it every month with your eyes. Test the oil every six months, or sooner if something looks wrong.
Q: Is it necessary to test the soil before making the grounding system?
A: Yes, it is very important. The test helps build a grounding system that really works for your dirt type and keeps everyone safe.
