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| Unit Price: | £ |
| Part No: | LEG311376 |
| Manufacturer No: | 311376 |
| Delivery: | In Stock: 5-7 Days |
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Engineered for critical power protection, the Keor DK UPS combines high-frequency PWM technology with online double conversion performance to deliver dependable power continuity. Available from 1 to 20 kVA and supporting both VRLA and lithium batteries, this single phase uninterruptible power supply also features potential-free signalling contacts, enabling seamless monitoring of key UPS functions within professional power management environments.
The Keor DK uses online double conversion technology to provide a stable and uninterrupted power supply, helping to protect sensitive equipment from power disturbances, outages and voltage fluctuations.
High-frequency PWM technology ensures efficient power conversion and reliable operation, making the UPS suitable for environments where consistent power quality is essential.
With models available from 1 to 20 kVA, the Keor DK range offers scalable power protection for a broad spectrum of applications, from smaller installations to larger critical systems.
Compatibility with both VRLA and lithium battery technologies provides installation flexibility, allowing users to select the battery solution that best suits their operational and runtime requirements.
The inclusion of potential-free normally open and normally closed contacts enables the UPS to communicate operational status and important system events to connected monitoring and control systems.
Signalling contacts provide a straightforward way to integrate UPS status information into building management systems, alarm panels and remote monitoring platforms.
By supporting various UPS function signals, the system allows operators to receive timely notifications regarding operational conditions, helping to improve awareness and response times.
Combining dependable power protection with practical monitoring capabilities, the Keor DK is designed for installations where uptime, equipment protection and operational visibility are essential.
Engineered for critical power protection, the Keor DK UPS combines high-frequency PWM technology with online double conversion performance to deliver dependable power continuity. Available from 1 to 20 kVA and supporting both VRLA and lithium batteries, this single phase uninterruptible power supply also features potential-free signalling contacts, enabling seamless monitoring of key UPS functions within professional power management environments.
The Keor DK uses online double conversion technology to provide a stable and uninterrupted power supply, helping to protect sensitive equipment from power disturbances, outages and voltage fluctuations.
High-frequency PWM technology ensures efficient power conversion and reliable operation, making the UPS suitable for environments where consistent power quality is essential.
With models available from 1 to 20 kVA, the Keor DK range offers scalable power protection for a broad spectrum of applications, from smaller installations to larger critical systems.
Compatibility with both VRLA and lithium battery technologies provides installation flexibility, allowing users to select the battery solution that best suits their operational and runtime requirements.
The inclusion of potential-free normally open and normally closed contacts enables the UPS to communicate operational status and important system events to connected monitoring and control systems.
Signalling contacts provide a straightforward way to integrate UPS status information into building management systems, alarm panels and remote monitoring platforms.
By supporting various UPS function signals, the system allows operators to receive timely notifications regarding operational conditions, helping to improve awareness and response times.
Combining dependable power protection with practical monitoring capabilities, the Keor DK is designed for installations where uptime, equipment protection and operational visibility are essential.
Product data is provided by Icecat, we do not warrant the accuracy of the material above.
