35kv Three Phase High Voltage Passive Harmonic Filter Filtering Device Tal for Hospital

• Product Specifications: 20,35,50,75,100kVA
• Working Voltage: 380V(-40%~+20%) ; 380V(-30%~+15%)
• Working Frequency: 50/60Hz±5Hz
• Current Sampling: 5A(CT:100/5~10000/5)
• Circuit Topology: Three Level
• Filtering Range: 2-13 Times(50% of Rated Current)
• Model NO.: TAL
• Three Phase Unbalance: 100% Unbalance Full Compensation
• Reactive Power Compensation: -100%~+100%(Power Factor Can Be Set)
• Instantaneous Response Time: <100us
• Total Response Time: <10ms
• Communication Interface: RS485 Network Port
• Expand Function: The 10 Channel Tsc Interface
• Display Interface: 3 / 7 Inch Touch Screen
• Transport Package: Wooden
• Trademark: wenlida
• Origin: China
• HS Code: 85044019
• Production Capacity: 20000PCS/M

Product Description

PRODUCT INTRODUCTION:
 The WT-TAL high voltage passive filtering device is based on the principle of capacitive reactance resonance. After fine tuning the LC, the filter can present a low impedance to the high-order harmonic current of a certain frequency, and redistribute the harmonics flowing into the system and the filter. At the same time, it can also transmit capacitive reactive power to the system to adjust network voltage, reduce line loss, and improve the efficiency of power supply and distribution equipment. Improve system power quality.


Specification:

Rated voltage: 6~35KV
Rated capacity: 100~20000kvar
Wiring method: delta, single star, double star
Protection methods: low voltage, over-voltage protection, time-limited quick break,
Over-current, open triangle protection, differential voltage protection, unbalanced
current protection, etc.
Application Environment

1.  Ambient temperature: -35ºC-55ºC, the average temperature within 24 hours does not exceed 35ºC.

1. Relative humidity: not more than 90%.
2. Atmospheric pressure: 80-110kPa.
3. Altitude: ≤2000m.
4. Wind speed: ≤35m/s.
5. Installation location: indoor or outdoor
6. Environmental requirements: no explosive dangerous medium is

allowed in the place of use, and the surrounding medium should not contain gases and conductive media that corrode metals and damage insulation, and are not allowed to be