Power Monitoring Device CPM-W20

Medical procedures are increasingly being performed not only in hospitals, but also in medical care centers and outpatient clinics.

This development results in higher demands on the design and execution of electrical installations – particularly for the supply of medical locations of Group 2.

The battery-supported IPS system from ESA Grimma GmbH provides a compact solution for the standards-compliant supply of 230 V loads and operating lights from a single system – even when the infrastructure of a large hospital is not available.

Your Benefits

• Reduced planning effort
• Fully compliant with all requirements for the supply of Group 2 medical locations according to DIN VDE 0100-710
  • Medical IT network
  • Automatic switching and monitoring device
  • Two independent power inputs
  • Uninterrupted supply of operating lights
• Reduced maintenance effort
• Compact and cost-efficient solution

The RCM-W2-AB is a two-channel, all-current-sensitive residual current meter for monitoring main distribution boards up to a maximum residual current of 20 A.

In conjunction with approved residual current transformers, the RCM-W2-AB is used to measure and monitor residual currents in TN and TT systems.

Together with other devices in the RCM series, as well as display devices or devices for data coupling to external systems, it forms a complete differential and operating current monitoring system. This monitoring system increases the operational safety of your systems. For example, faults or the occurrence of a (usually gradual) increase in differential currents are detected at an early stage, enabling preventive maintenance.

In building main distributions, our transfer switching device of type UEGL reliably ensures the changeover between the preferred supply and the secondary supply line (according DIN VDE 0100-710). It complies with all normative requirements, e.g. with regard to:

• Voltage monitoring of both supply lines as well as the outgoing line
• Automatic transfer to the secondary supply line in case of failure of the preferred supply
• Automatic retransfer to the preferred supply
• Configurable transfer times
• Control functions with single-fault safety
• Indication/notification of operational readiness and faults
• Possibility of on-site functional testing

Space-saving and cost-efficient low-voltage power distribution – the newly developed GNS compact switchgear system from ESA Grimma GmbH, designed in accordance with IEC 61439-1/-2 (DIN EN 61439-1/-2), brings innovation to the world of power distribution.

• rated currents up to 2,000 A with a switchgear depth of only 400 mm
• design according to DIN EN IEC 61439-1/-2
• tailored planning, engineering, and implementation for every application
• improved serviceability thanks to optimized system design
• enhanced maintenance, operational reliability, and system safety through differential and operating current monitoring
• consumption data acquisition for energy management
• billing-compliant metering according to technical connection standards of energy suppliers

Modular Low-voltage switchgear panel as a Cost-Optimized Alternative to Low-voltage switchgear for use in compact transformer stations.

We offer customized configurations tailored to your requirements, based on our standardized basic modules, ensuring short delivery times while maintaining high cost efficiency.

Features

• Use of standard components for maximum availability
• Modular design with individual customization and expandability
• Compact construction for minimal space requirements
• Easy installation and maintenance
• Short delivery times
• according to DIN EN 61439-1/-2

ESA Grimma GmbH manufactures your special solution for all areas of application - the type-tested low-voltage assembly GNS 5.1 according to IEC 61439-1/-2 / DIN EN 61439-1/-2 and VDE 0660 -600-1/-2 up to 6,300 A rated current, also with Motor Control Center (MCC) in full-sized module technology.

Your Benefits

• The highest standard of quality due to industrial production
• Type-tested version according to DIN EN 61439-1/-2
• Modular design of the distribution, and of functional systems and devices
• Individual planning, configuration and execution for every application
• Arc-resistant separation between busbar, devices and terminal compartment
• High level of operating safety, personnel safety and availability
• Optimization of maintenance and increase in operational and system safety by monitoring of differential and operating current
• Consumption data acquisition for energy management

Medical procedures are increasingly being performed not only in hospitals, but also in medical care centers and outpatient clinics.

This development results in higher demands on the design and execution of electrical installations – particularly for the supply of medical locations of Group 2.

The battery-supported IPS system from ESA Grimma GmbH provides a compact solution for the standards-compliant supply of 230 V loads and operating lights from a single system – even when the infrastructure of a large hospital is not available.

Your Benefits

• Reduced planning effort
• Fully compliant with all requirements for the supply of Group 2 medical locations according to DIN VDE 0100-710
  • Medical IT network
  • Automatic switching and monitoring device
  • Two independent power inputs
  • Uninterrupted supply of operating lights
• Reduced maintenance effort
• Compact and cost-efficient solution

The RCM-W2-AB is a two-channel, all-current-sensitive residual current meter for monitoring main distribution boards up to a maximum residual current of 20 A.

In conjunction with approved residual current transformers, the RCM-W2-AB is used to measure and monitor residual currents in TN and TT systems.

Together with other devices in the RCM series, as well as display devices or devices for data coupling to external systems, it forms a complete differential and operating current monitoring system. This monitoring system increases the operational safety of your systems. For example, faults or the occurrence of a (usually gradual) increase in differential currents are detected at an early stage, enabling preventive maintenance.

In building main distributions, our transfer switching device of type UEGL reliably ensures the changeover between the preferred supply and the secondary supply line (according DIN VDE 0100-710). It complies with all normative requirements, e.g. with regard to:

• Voltage monitoring of both supply lines as well as the outgoing line
• Automatic transfer to the secondary supply line in case of failure of the preferred supply
• Automatic retransfer to the preferred supply
• Configurable transfer times
• Control functions with single-fault safety
• Indication/notification of operational readiness and faults
• Possibility of on-site functional testing