Test Equipment Using Heavy Current - Current Injection Test Equipment
Makes the Substation Electrical Testing Easy
The current injection test equipment will benefit you immensely if you want to figure out how the heavy electrical system runs under different current loads. The current injection test kit will stimulate you to inject the current in the electrical system. If the current is running in the circuit, you can know how long it’s going to stay in the circuit and how long it stays there. The machine can work for up to 6000A of maximum current so you can test it to its maximum level for a sturdy built condition. Try today's current primary injection test set now!
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Easy to Use/Compact Digital Display Device
The device is accessible to use and can be easily carried away in your substation works. It’s hard or even impossible to detect that the substation equipment like CT's, Circuit Breakers, Panels, High Current contacts are okay or not. With the current injection test equipment suppliers in India product, you should be rest assured that your production is responsible to check the current capacity High current devices like railways electrical connections, mobile substations and more. Try the current injection test equipment manufacturers in India.
- Imported filter cartridges.
- Available in filter cartridge models.
- Available in Capacity Up-to 600 LPH.
- Major pipe connections are made of wire braided hoses.
- Ball valves with SS balls and Teflon seating.
- Rugged construction, resulting in long years of service.
- Centralised control panel (Fuse less panel using MCCBs, MCBs).
- Powder coated outer panels and internal parts spray painted with PU Paint.
- Temperature gauge, vacuum gauge, compound gauge, Safety relief valves.
- Mounting options like mobile (with Jeep Wheel), semi-mobile (with castor wheel) and skid.
- Improves dielectric strength of the Transformer oil from 25 KV to 65 KV & above In 3 to 4 Passes.
| Parameters | Unit | Value |
| Flow Rate | L/H | 600 |
| Inlet Pump | L/M | 20 |
| Outlet Pump | L/M | 20 |
| Heating Power | KW | 9 |
| Vacuum Pump | L/M | 200 |
| Inlet/Outlet | mm | Φ12 |
| Magnetic Strainer | Micron | 50 |
| Secondary Filter | Micron | 2 No.10µ 2 No. 1µ |
| Operation Temperature | ℃ | 40 ~ 70 (65°C is best) |
| Power Supply | – | 390-450 VAC, 3 Phase, 50 Hz |
| Ambient Temperature | ℃ | -25 ～ 55 |
| Weight | KG | 350 |
| Inlet/Outlet Hose Pipe | Meter | 10 Meter Each. |
| Parameter | Used Oil | After Treatment |
| Moisture(Water Content) | ≥20 ppm | ≤ 5-10 PPM |
| Gas Content | 10% | ≤0.1% (Vol) |
| Particle size (Filtration Level) | 50-100 micron | ≤ 1 micron |
| Breakdown Voltage(Dielectric) | 25 kV | ≥ 65KV |
When this machine start working and vacuum degree is upto the set value, the used oil will be sucked into the primary filter & secondary filter under the pressure difference, the primary filter & secondary filter will remove the big size impurities/ particles, then the oil which just contains the tiny particles is heated by the heaters. Then the heated oil enter into the vacuum separator, through the function of vacuum pressure and degassing system, the moisture content in the oil, which is vapoured & separated from the oil quickly, is either discharged under the process of the vacuum system or refrigerated to liquid water into water receiver, meanwhile de- gasification work is completed. The last procedure is that the fine filter removes the tiny impurities completely. Finally, clean oil goes out through the oil outlet.
*All Pictures are for reference only