Description
Specifications
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Product Name: Schering Bridge
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Model: SCH-231
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Display Type: Digital
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Measurement: Capacitance & Dissipation Factor (Tan δ)
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Application: Insulation and dielectric testing
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Usage Area: Industrial laboratories and manufacturing units
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Circuit Principle: Schering Bridge method
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Test Objects: Capacitors, insulating materials, cables, bushings
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Operation: Digital measurement and balancing system
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Accuracy: High precision and stable readings
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Output Display: Direct digital indication
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Power Supply: 220 V AC, 50 Hz
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Build: Laboratory-grade rugged enclosure
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Country of Origin: Made in India
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Availability: In Stock
Product Overview
The Schering Bridge SCH-231 is a precision digital measurement instrument designed for accurate testing of capacitance and dissipation factor (tan δ) of capacitors and insulating materials. Based on the well-proven Schering Bridge circuit method, it provides fast, stable, and highly reliable readings for industrial and laboratory applications.
This instrument is widely used in the testing and quality evaluation of high-voltage insulation components, including capacitors, cables, bushings, and transformer insulation systems. The digital display offers direct measurement results without complex balancing procedures, ensuring ease of operation and reduced testing time.
With its rugged construction and high measurement stability, the SCH-231 is ideal for continuous industrial use, helping engineers verify insulation performance, detect dielectric losses, and ensure product safety compliance with electrical standards.
Key Features & Benefits
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Digital display for clear and direct readings
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Accurate measurement of capacitance and dissipation factor (tan δ)
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Proven Schering Bridge measurement principle
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High sensitivity to detect small dielectric losses
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Stable and repeatable results for laboratory and field testing
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Rugged design suitable for industrial environments
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Simple operation with minimal setup
Applications
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Capacitance measurement of power and standard capacitors
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Dielectric loss (tan δ) testing of insulation materials
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Quality verification of high-voltage electrical components
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Transformer, cable, and bushing insulation assessment
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Electrical testing laboratories and R&D centers
