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TBBL Compensation Device 6kV 10kV Power System Filter Reactive

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Sichuan Baikong Electric Technology Co., Ltd.

TBBL Compensation Device 6kV 10kV Power System Filter Reactive

Country/Region	china
City & Province	sichuan
Categories	Other Chargers

Product Details

TBBL High Voltage 6kV, 10kV Power System Filter Reactive Compensation Package

Product overview

TBBL high voltage filter reactive compensation package is used for 6~ 35kV power system, mainly installed in power, steel, metallurgy, chemical, coal mine, light industry, building materials and harmonic current, absorb the harmonic current generated by nearby harmonic source, inhibit harmonic and eliminate electric harmonic "pollution".

TBBL device is connected in parallel. In addition to filtering, it also provides reactive power to the system and improves the power factor for reactive compensation.

Use environmental conditions

Installation environment: outdoor or indoor.
Elevation: not more than 1,000 meters.
Environmental temperature: -40℃ ~ + 45℃.
Relative humidity: with a monthly average of no more than 85%.
Anti-pollution ability: external insulation creep ratio distance is not less than 25mm/kV(relative to the highest operating voltage of the system).The climbing power ratio distance should be appropriately increased for the heavy pollution area.
The installation site has no corrosive gas and steam, no conductive and explosive dust.
No severe mechanical vibration exists in the installation site.
Maximum wind speed not exceeding 35 m / s.

Note: Plateau type and special environmental conditions products can be solved through negotiation

Dielectric level

`Rated voltage of device`	`Primary circuit of 1min working frequency withstand voltage (RMSM)`	`Primary circuit impact withstand voltage [(1.2~5) / 50us peak]`	`Secondary circuit 1min working frequency withstand voltage (RMSM)`
`6`	`3 2`	`60`	`2`
`10`	`4 2`	`75`	`2`
`3 5`	`95`	`200`	`2`

Operative norm

GB 50227-2008
JB/T7111-1993 DL/T 604-1996

Model and meaning

Main technical performance indicators

Capability deviation

The difference between the actual capacitance and rated capacitance is within 0~ + 5% of the rated capacitance.The ratio between the maximum capacitance and the minimum value between any two line terminals of the device shall not exceed 1.02.

Sensory deviation

The allowable deviation of the resistance value is 0 to + 5% at the rated current.

The resistance value per phase does not exceed 2% of the three-phase average.

Overload capability

Steady-state overvoltage

`frequency overvoltage UN`	`Maximum duration`	`Instruction`
`1.1`	`Secular`	`The highest long-term overvoltage does not exceed 1.10UN`
`1.15`	`For 30 m i n in every 24h`	`Adjustment and fluctuation of the system voltage`
`1.20`	`5min`	`Voltage increases at light load`
`1.3`	`1min`	`Voltage increases at light load`

Steady state overcurrent: long run at RMS no more than 1.1×1.3IN.
Maximum allowable capacity: within the limit of 5.4.1,5.4.2, the total capacity shall not exceed 1.35QN.
Discharge performance: 5s after power off, the voltage on each set of capacitors is below 50V.
Filter efficiency: reach over 85%.
Power factor was increased to above 0.92 after compensation.
Rated capacity and shape dimensions: all according to the user requirements.