MSKJ SVC/TND-10KVA

Key Features:

Automatic Voltage Regulation:

The stabilizer automatically adjusts the output voltage to a stable level, compensating for fluctuations in the input voltage.
Servo Motor Control:

A servo motor is used to adjust the position of the carbon brush on the self-coupling voltage regulator, enabling precise voltage regulation.
Non-Distorted Waveform:

The stabilizer ensures a clean, non-distorted output waveform, which is important for sensitive electronic equipment.
Reliable Performance:

The stabilizer is designed for continuous, reliable operation.

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Category : Automatic Voltage Regulator Tag : Regulator Brand: MSKJ

Description
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Description

Key Features:

Automatic Voltage Regulation:

The stabilizer automatically adjusts the output voltage to a stable level, compensating for fluctuations in the input voltage.
Servo Motor Control:

A servo motor is used to adjust the position of the carbon brush on the self-coupling voltage regulator, enabling precise voltage regulation.
Non-Distorted Waveform:

The stabilizer ensures a clean, non-distorted output waveform, which is important for sensitive electronic equipment.
Reliable Performance:

The stabilizer is designed for continuous, reliable operation.

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	MSKJ SVC/TND-10KVA remove	MSKJ/MINGCH SBW-200KVA remove	MSKJ/MINGCH SBW-100KVA remove	MSKJ SVC/TND-600VA remove	MSKJ SVC/TND-7.5KVA remove	MSKJ SVC/TND-2KVA remove
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Additional information
Description	Key Features: Automatic Voltage Regulation: The stabilizer automatically adjusts the output voltage to a stable level, compensating for fluctuations in the input voltage. Servo Motor Control: A servo motor is used to adjust the position of the carbon brush on the self-coupling voltage regulator, enabling precise voltage regulation. Non-Distorted Waveform: The stabilizer ensures a clean, non-distorted output waveform, which is important for sensitive electronic equipment. Reliable Performance: The stabilizer is designed for continuous, reliable operation.	Key Specifications: Capacity: 200kVA Input Voltage Range: 300-456V (3-phase) or 175-265V (single-phase) Output Voltage: 380V (adjustable ±3%) Efficiency: 95% (typical) Response Time: 1.5 seconds Protection Features: Over/under voltage, short circuit, over temperature, and phase failure Control System: Servo motor Cooling: Natural air cooling Frequency: 50/60 Hz	General: Model: SBW-100KVA (available in capacities from 50KVA to 600KVA) Type: Three-phase automatic compensation voltage regulator Application: Designed for industrial and mining enterprises Cooling: Natural air cooling Input: Input Voltage: Three-phase 304V-456V (customizable to other ranges) Input Frequency: 50 Hz (standard) Output: Output Voltage: Three-phase 380V (customizable to other voltages) Voltage Regulation Accuracy: Typically ±3% (adjustable from ±1% to ±5%) Output Capacity: 100kVA	Key Features: Automatic Voltage Regulation: The stabilizer automatically adjusts the output voltage to a stable level, compensating for fluctuations in the input voltage. Servo Motor Control: A servo motor is used to adjust the position of the carbon brush on the self-coupling voltage regulator, enabling precise voltage regulation. Non-Distorted Waveform: The stabilizer ensures a clean, non-distorted output waveform, which is important for sensitive electronic equipment. Reliable Performance: The stabilizer is designed for continuous, reliable operation.	Key Features: Automatic Voltage Regulation: The stabilizer automatically adjusts the output voltage to a stable level, compensating for fluctuations in the input voltage. Servo Motor Control: A servo motor is used to adjust the position of the carbon brush on the self-coupling voltage regulator, enabling precise voltage regulation. Non-Distorted Waveform: The stabilizer ensures a clean, non-distorted output waveform, which is important for sensitive electronic equipment. Reliable Performance: The stabilizer is designed for continuous, reliable operation.	Key Features: Automatic Voltage Regulation: The stabilizer automatically adjusts the output voltage to a stable level, compensating for fluctuations in the input voltage. Servo Motor Control: A servo motor is used to adjust the position of the carbon brush on the self-coupling voltage regulator, enabling precise voltage regulation. Non-Distorted Waveform: The stabilizer ensures a clean, non-distorted output waveform, which is important for sensitive electronic equipment. Reliable Performance: The stabilizer is designed for continuous, reliable operation.
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