English
The medical isolation power cabinet is a specialized and essential device designed to provide safe and reliable electrical power in medical environments. With its unique features and capabilities, this power cabinet ensures isolation and protection against electrical hazards, making it an indispensable component in medical facilities. It is known for its high safety standards, reliability, and versatility.
| Quantity: | |
|---|---|
The 160kva Single Phase Dry Transformer For Hospitals is a specialized electrical device engineered exclusively for medical environments, developed by Zhejiang Shuntong Electric Co., Ltd. — a leading China-based manufacturer with a proven track record since 2009 in producing high-quality high-and low-voltage electrical equipment. This transformer integrates the functionality of a Medical Isolation Power Cabinet, making it a critical component for ensuring uninterrupted, safe power supply in healthcare settings where electrical reliability directly impacts patient safety and equipment performance.
Designed to address the unique demands of medical facilities, the 160kva Single Phase Dry Transformer eliminates risks associated with electrical faults, voltage fluctuations, and leakage currents—common hazards that can compromise sensitive medical devices (e.g., life support systems, patient monitors) and endanger both patients and healthcare staff. Unlike standard transformers, this product adheres to strict global medical safety protocols, combining dry-type technology (to avoid oil leaks, a key risk in sterile environments) with single-phase power delivery optimized for hospital electrical systems. As a flagship offering from Zhejiang Shuntong Electric, it also benefits from the manufacturer’s expertise in customizing electrical solutions for medical, industrial, and commercial clients worldwide.
Parameter | Value |
Capacity | 160 kVA |
Phase Configuration | Single-phase |
Transformer Type | Dry-type (Oil-free) |
Primary Application | Hospital & Healthcare Facilities |
Input Voltage | 220V/380V AC (Customizable upon request) |
Output Voltage | 110V/220V AC (Customizable upon request) |
Insulation Class | Class H (High-temperature resistance) |
Protection Degree | IP20 (Suitable for indoor medical zones) |
Full-Load Efficiency | ≥95% (Energy-saving performance) |
Maximum Temperature Rise | ≤80K (Stable operation under heavy load) |
Noise Level | ≤55dB (Low-noise design for patient comfort) |
Compliance Standards | IEC 61558-1, IEC 60601-1 (Medical safety certifications) |
Operating Temperature | -20°C to +40°C (Wide environmental adaptability) |
At its core, the 160kva Single Phase Dry Transformer is equipped with a high-performance isolation transformer that creates a physical and electrical barrier between the main power source and connected medical equipment. This isolation prevents the transmission of ground faults, leakage currents, and voltage irregularities from the grid to sensitive devices—eliminating the risk of electric shock to patients (especially those connected to invasive monitors) and healthcare workers. The isolation design also ensures that a single electrical fault in one part of the system does not disrupt power to critical equipment, such as ICU ventilators or operating room lasers.
Medical facilities rely on equipment that is highly sensitive to power fluctuations (e.g., MRI machines, blood gas analyzers). This transformer integrates advanced surge protection mechanisms that absorb and dissipate voltage spikes (up to 6kV) and transient surges caused by grid instability, lightning strikes, or the startup of high-power devices (e.g., hospital elevators). By neutralizing these disturbances, the transformer safeguards expensive medical equipment from damage, reduces downtime, and maintains consistent performance—critical for diagnostic accuracy and patient care.
To further enhance safety, the 160kva Single Phase Dry Transformer includes a real-time fault detection system that monitors for electrical anomalies (e.g., overcurrent, short circuits, insulation breakdown). When a fault is detected, the system immediately isolates the affected circuit and triggers an alarm (visible and audible) to alert facility maintenance teams. The transformer also features a dedicated grounding system that diverts leakage currents to the earth, preventing them from reaching patients or staff. This dual-layer protection ensures compliance with strict medical safety regulations and minimizes liability risks for healthcare facilities.
As a dry-type transformer, the product uses air cooling instead of oil, eliminating the risk of oil leaks or spills—critical for maintaining sterile environments in hospitals (e.g., operating rooms, cleanrooms). The dry-type construction also enhances durability: the core and windings are encapsulated in a flame-retardant, moisture-resistant material that withstands harsh indoor conditions (e.g., temperature changes, humidity) and reduces wear over time. This design extends the transformer’s service life to 15–20 years (with regular maintenance) and lowers long-term replacement costs for hospitals.
Hospitals require quiet environments to promote patient recovery and reduce staff fatigue. The 160kva Single Phase Dry Transformer is engineered with low-noise windings and a vibration-dampening frame that limits operational noise to ≤55dB—quieter than a typical office printer. Additionally, the transformer’s high full-load efficiency (≥95%) reduces energy consumption, lowering hospital utility bills and supporting sustainability goals (e.g., LEED certification for green healthcare facilities). The energy efficiency also minimizes heat generation, reducing the load on hospital HVAC systems and further cutting operational costs.
The 160kva Single Phase Dry Transformer is ideal for use in high-priority hospital areas where power safety and reliability are non-negotiable:
Operating Rooms: Powers surgical lights, electrocautery devices, and anesthesia machines, ensuring uninterrupted performance during procedures.
Intensive Care Units (ICUs): Supplies power to ventilators, cardiac monitors, and infusion pumps, where even a momentary outage could be life-threatening.
Patient Monitoring Areas: Supports bedside monitors, oxygen concentrators, and dialysis machines, maintaining consistent power for continuous patient observation.
Hospitals and independent medical labs require precise, stable power for testing and calibrating medical devices (e.g., glucose meters, EKG machines). The 160kva Single Phase Dry Transformer provides a controlled power output with minimal voltage deviation (≤±1%), ensuring accurate test results and compliance with regulatory standards (e.g., FDA, CE). This makes it a key tool for quality control in medical device maintenance.
Beyond large hospitals, the transformer is well-suited for smaller healthcare facilities, such as urgent care clinics, dental offices, and veterinary hospitals. These facilities often have limited electrical infrastructure but still require safe power for diagnostic equipment (e.g., X-ray machines, ultrasound devices) and patient treatment tools. The transformer’s compact design (measuring approximately 800×600×1000mm) allows for easy installation in tight spaces, while its customization options (e.g., input/output voltage adjustments) adapt to diverse clinic needs.
Zhejiang Shuntong Electric’s 160kva transformer is also used in medical device research and development laboratories and manufacturing plants. In R&D settings, it provides a stable power environment for testing new devices (e.g., wearable health monitors) under realistic hospital conditions. In manufacturing, it ensures consistent power for assembling sensitive medical equipment, reducing defects and ensuring products meet safety standards before deployment.
The transformer is purpose-built for medical environments, with three key advantages: 1) electrical isolation to prevent shock risks; 2) surge protection for sensitive equipment; and 3) an oil-free dry-type design that avoids contamination in sterile zones. It also complies with international medical standards (IEC 60601-1), ensuring it meets the strict safety requirements of hospitals worldwide.
Yes. Zhejiang Shuntong Electric offers customization for critical parameters, including input/output voltage (e.g., 110V for international hospitals, 220V for domestic use), protection level (e.g., IP21 for humid areas like dialysis centers), and additional features (e.g., remote monitoring via IoT). This flexibility ensures the transformer integrates seamlessly with existing hospital electrical systems.
Routine maintenance is minimal: monthly visual inspections (for dust buildup or loose connections), annual insulation resistance testing, and cleaning of cooling vents every 6 months. The dry-type design eliminates the need for oil changes, reducing maintenance time and costs. The manufacturer also provides a 5-year warranty and technical support for maintenance queries.
While the transformer itself does not include a backup battery, it is compatible with hospital backup systems (e.g., UPS, generators). Its fast voltage regulation (≤0.5 seconds) ensures a smooth transition to backup power during outages, preventing interruptions to critical equipment.
Yes. The product meets certifications for major global markets, including CE (Europe), UL (North America), SASO (Middle East), and CCC (China). This allows hospitals in different regions to use the transformer without compromising local safety or regulatory compliance.
The 160kva Single Phase Dry Transformer For Hospitals is a specialized electrical device engineered exclusively for medical environments, developed by Zhejiang Shuntong Electric Co., Ltd. — a leading China-based manufacturer with a proven track record since 2009 in producing high-quality high-and low-voltage electrical equipment. This transformer integrates the functionality of a Medical Isolation Power Cabinet, making it a critical component for ensuring uninterrupted, safe power supply in healthcare settings where electrical reliability directly impacts patient safety and equipment performance.
Designed to address the unique demands of medical facilities, the 160kva Single Phase Dry Transformer eliminates risks associated with electrical faults, voltage fluctuations, and leakage currents—common hazards that can compromise sensitive medical devices (e.g., life support systems, patient monitors) and endanger both patients and healthcare staff. Unlike standard transformers, this product adheres to strict global medical safety protocols, combining dry-type technology (to avoid oil leaks, a key risk in sterile environments) with single-phase power delivery optimized for hospital electrical systems. As a flagship offering from Zhejiang Shuntong Electric, it also benefits from the manufacturer’s expertise in customizing electrical solutions for medical, industrial, and commercial clients worldwide.
Parameter | Value |
Capacity | 160 kVA |
Phase Configuration | Single-phase |
Transformer Type | Dry-type (Oil-free) |
Primary Application | Hospital & Healthcare Facilities |
Input Voltage | 220V/380V AC (Customizable upon request) |
Output Voltage | 110V/220V AC (Customizable upon request) |
Insulation Class | Class H (High-temperature resistance) |
Protection Degree | IP20 (Suitable for indoor medical zones) |
Full-Load Efficiency | ≥95% (Energy-saving performance) |
Maximum Temperature Rise | ≤80K (Stable operation under heavy load) |
Noise Level | ≤55dB (Low-noise design for patient comfort) |
Compliance Standards | IEC 61558-1, IEC 60601-1 (Medical safety certifications) |
Operating Temperature | -20°C to +40°C (Wide environmental adaptability) |
At its core, the 160kva Single Phase Dry Transformer is equipped with a high-performance isolation transformer that creates a physical and electrical barrier between the main power source and connected medical equipment. This isolation prevents the transmission of ground faults, leakage currents, and voltage irregularities from the grid to sensitive devices—eliminating the risk of electric shock to patients (especially those connected to invasive monitors) and healthcare workers. The isolation design also ensures that a single electrical fault in one part of the system does not disrupt power to critical equipment, such as ICU ventilators or operating room lasers.
Medical facilities rely on equipment that is highly sensitive to power fluctuations (e.g., MRI machines, blood gas analyzers). This transformer integrates advanced surge protection mechanisms that absorb and dissipate voltage spikes (up to 6kV) and transient surges caused by grid instability, lightning strikes, or the startup of high-power devices (e.g., hospital elevators). By neutralizing these disturbances, the transformer safeguards expensive medical equipment from damage, reduces downtime, and maintains consistent performance—critical for diagnostic accuracy and patient care.
To further enhance safety, the 160kva Single Phase Dry Transformer includes a real-time fault detection system that monitors for electrical anomalies (e.g., overcurrent, short circuits, insulation breakdown). When a fault is detected, the system immediately isolates the affected circuit and triggers an alarm (visible and audible) to alert facility maintenance teams. The transformer also features a dedicated grounding system that diverts leakage currents to the earth, preventing them from reaching patients or staff. This dual-layer protection ensures compliance with strict medical safety regulations and minimizes liability risks for healthcare facilities.
As a dry-type transformer, the product uses air cooling instead of oil, eliminating the risk of oil leaks or spills—critical for maintaining sterile environments in hospitals (e.g., operating rooms, cleanrooms). The dry-type construction also enhances durability: the core and windings are encapsulated in a flame-retardant, moisture-resistant material that withstands harsh indoor conditions (e.g., temperature changes, humidity) and reduces wear over time. This design extends the transformer’s service life to 15–20 years (with regular maintenance) and lowers long-term replacement costs for hospitals.
Hospitals require quiet environments to promote patient recovery and reduce staff fatigue. The 160kva Single Phase Dry Transformer is engineered with low-noise windings and a vibration-dampening frame that limits operational noise to ≤55dB—quieter than a typical office printer. Additionally, the transformer’s high full-load efficiency (≥95%) reduces energy consumption, lowering hospital utility bills and supporting sustainability goals (e.g., LEED certification for green healthcare facilities). The energy efficiency also minimizes heat generation, reducing the load on hospital HVAC systems and further cutting operational costs.
The 160kva Single Phase Dry Transformer is ideal for use in high-priority hospital areas where power safety and reliability are non-negotiable:
Operating Rooms: Powers surgical lights, electrocautery devices, and anesthesia machines, ensuring uninterrupted performance during procedures.
Intensive Care Units (ICUs): Supplies power to ventilators, cardiac monitors, and infusion pumps, where even a momentary outage could be life-threatening.
Patient Monitoring Areas: Supports bedside monitors, oxygen concentrators, and dialysis machines, maintaining consistent power for continuous patient observation.
Hospitals and independent medical labs require precise, stable power for testing and calibrating medical devices (e.g., glucose meters, EKG machines). The 160kva Single Phase Dry Transformer provides a controlled power output with minimal voltage deviation (≤±1%), ensuring accurate test results and compliance with regulatory standards (e.g., FDA, CE). This makes it a key tool for quality control in medical device maintenance.
Beyond large hospitals, the transformer is well-suited for smaller healthcare facilities, such as urgent care clinics, dental offices, and veterinary hospitals. These facilities often have limited electrical infrastructure but still require safe power for diagnostic equipment (e.g., X-ray machines, ultrasound devices) and patient treatment tools. The transformer’s compact design (measuring approximately 800×600×1000mm) allows for easy installation in tight spaces, while its customization options (e.g., input/output voltage adjustments) adapt to diverse clinic needs.
Zhejiang Shuntong Electric’s 160kva transformer is also used in medical device research and development laboratories and manufacturing plants. In R&D settings, it provides a stable power environment for testing new devices (e.g., wearable health monitors) under realistic hospital conditions. In manufacturing, it ensures consistent power for assembling sensitive medical equipment, reducing defects and ensuring products meet safety standards before deployment.
The transformer is purpose-built for medical environments, with three key advantages: 1) electrical isolation to prevent shock risks; 2) surge protection for sensitive equipment; and 3) an oil-free dry-type design that avoids contamination in sterile zones. It also complies with international medical standards (IEC 60601-1), ensuring it meets the strict safety requirements of hospitals worldwide.
Yes. Zhejiang Shuntong Electric offers customization for critical parameters, including input/output voltage (e.g., 110V for international hospitals, 220V for domestic use), protection level (e.g., IP21 for humid areas like dialysis centers), and additional features (e.g., remote monitoring via IoT). This flexibility ensures the transformer integrates seamlessly with existing hospital electrical systems.
Routine maintenance is minimal: monthly visual inspections (for dust buildup or loose connections), annual insulation resistance testing, and cleaning of cooling vents every 6 months. The dry-type design eliminates the need for oil changes, reducing maintenance time and costs. The manufacturer also provides a 5-year warranty and technical support for maintenance queries.
While the transformer itself does not include a backup battery, it is compatible with hospital backup systems (e.g., UPS, generators). Its fast voltage regulation (≤0.5 seconds) ensures a smooth transition to backup power during outages, preventing interruptions to critical equipment.
Yes. The product meets certifications for major global markets, including CE (Europe), UL (North America), SASO (Middle East), and CCC (China). This allows hospitals in different regions to use the transformer without compromising local safety or regulatory compliance.
