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ABB DSTYW121 3BSE007836R1 Voltage Transformer Unit
ABB DSTYW121 3BSE007836R1 is an industrial - grade voltage transformer unit designed for industrial automation control systems. Its core function is to convert high voltage on the primary side into low voltage signals on the secondary side at a fixed ratio through the principle of electromagnetic induction, providing voltage data that can be directly processed by the control system. As a key component for voltage signal acquisition and conversion, this product is widely compatible with various industrial equipment, power monitoring systems and automatic control scenarios, ensuring the safety and accuracy of voltage parameter monitoring.
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ABB DSTYW121 3BSE007836R1 Voltage Transformer Unit
Specific Parameters
- Dimensions: Net depth 225mm, net height 31.5mm, net width 121.5mm.
- Weight: 0.48kg.
- Input Voltage Adaptation: Compatible with industrial standard high voltage input, specific values match according to application scenarios.
- Output Voltage: Output low voltage signals according to preset transformation ratio, meeting the requirements of control system interfaces.
- Conversion Accuracy: ±0.5% of full scale, ensuring the accuracy of voltage signal conversion.
- Protection Level: IP20, resistant to dust intrusion and accidental contact.
- Installation Method: DIN rail mounting, with sliding locking mechanism, supporting quick loading and unloading.
- Operating Temperature: -10°C to 50°C.
- Insulation Strength: Insulation voltage between primary and secondary sides ≥2kV AC, ensuring electrical safety.
Product Performance
- Accurate Conversion: Through high – precision electromagnetic induction design, it realizes accurate conversion from high voltage to low voltage, providing reliable data support for the control system.
- Stable Operation: Using industrial – grade components, it maintains stable performance in wide temperature environments and electromagnetic interference scenarios, reducing the probability of system failures.
- Safe Isolation: Electrical isolation between primary and secondary sides effectively prevents high voltage from impacting the control system and improves system safety.
- Convenient Integration: Standardized interface and installation design, can be directly connected to mainstream industrial control systems, simplifying the integration process.
- Anti – interference Ability: Passed EMC certification, with good electromagnetic compatibility, can work reliably in complex industrial environments.
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