We record which consumers are protected, what service is required and what reliability is desired.
UPS integration & Operation
UPS integration & Plan operations safely
A UPS does not protect through the device alone. What matters is how it is integrated into the rack, network, power distribution and service processes. ERREPI supports you with rack installation, SNMP monitoring, bypass, signaling contacts, battery concept and maintainability - so that your power supply remains accessible, testable and serviceable during operation.
For server rooms, network cabinets, technical rooms, branches, controls and critical infrastructure.
Integration
Infrastructure decides whether the UPS works during operation
A UPS system can be technically dimensioned appropriately and still cause problems if installation, connection, monitoring, bypass and maintenance are not planned. That's why we don't look at the UPS in isolation, but rather as part of your infrastructure.
We check where the system is installed, what load is connected, how faults are reported, whether a controlled shutdown is necessary and how batteries can be replaced or maintenance can be carried out later.
A reliable UPS solution doesn’t stop at purchase. It must remain accessible, monitorable and maintainable during operation.
mechanicsRack and installation
Plan the design, installation depth, air flow, connection space and accessories appropriately.
View 19" UPSOperationMonitoring and reportingIntegrate operating states, battery operation, remaining runtime and disruptions into IT processes.
View monitoringserviceBypass and maintenancePlan service, battery replacement and activation so that operation remains controllable.
View bypass and signaling contactsDurationBattery and operationConsider runtime, aging, reserves and interchangeability early on.
View batteries and accessoriesQuick starters
What should your UPS integration support?
Start with the topic that is currently important to your system. We guide you from rack installation, network monitoring, bypass, signaling contacts and batteries to the appropriate UPS integration.
Rack19 inch UPS for rack and server room
Rack-mounted UPS systems for network cabinets, server rooms and technical rooms. We check the design, installation depth, height units, connection space, air duct and suitable rack accessories.
View 19" UPSnetworkSNMP and UPS monitoringUPS systems should not remain invisible during operation. With SNMP, network management and messages, battery operation, remaining runtime, faults and shutdown processes can be integrated in a controlled manner.
Check monitoringmaintenanceBypass and signaling contactsBypass, activation and signaling contacts help to better plan maintenance, service and fault reports. This is particularly important if the connected load cannot fail unplanned.
View bypass and signaling contactsbatteryBattery concept and runtimeThe battery determines the autonomy time, weight, space requirement, aging reserve and later replacement. We check which battery concept suits the load and operation.
Clarify battery conceptAccessoriesRack accessories and installationRack rails, connection cables, distribution, space requirements and service access should be checked before purchase so that the UPS remains cleanly installed and accessible later.
Check rack accessoriesexisting installationCheck existing UPS integrationDo you already have a UPS system in use? We check whether rack installation, monitoring, bypass, battery, reporting channels and service access still fit the current application.
Have the existing installation checkedRack and installation
Plan the UPS correctly in the rack
A 19-inch UPS is not just about the right performance. Installation depth, weight, height units, air flow, connection space and service access must also fit the environment. Especially in network cabinets and server rooms, the mechanical integration determines whether the system can later be operated and maintained without any problems.
- Rack or tower design
- available height units
- Installation depth and connection space
- Weight and fastening
- Air flow and ambient temperature
- Access for service and battery replacement
- Matching rack rails and accessories
Network, SNMP and monitoring
UPS monitoring makes power supply visible
A UPS should not only become noticeable when the power goes out. With monitoring, SNMP adapters and suitable interfaces, operating states, battery operation, remaining runtime and faults can be integrated into existing IT and operational processes.
In this way, messages can be identified in a timely manner, shutdown concepts can be implemented and those responsible can be informed before a network disruption becomes an operational problem.
- SNMP adapter
- Network management
- Alerts and messages
- controlled shutdown
- Battery status and remaining time
- Integration into IT operating processes
- Documentation of reporting channels
Bypass, signaling contacts and maintainability
Maintenance should be planned before the failure
A UPS system doesn't just have to function in normal operation. It must remain controllable even during maintenance, battery replacement, testing or malfunctions. Therefore, bypass, signaling contacts, activation and service access should be planned at an early stage.
A sensibly integrated bypass can make maintenance work easier. Reporting contacts and interfaces help to pass on statuses to building management systems, IT or those responsible for technology.
- service bypass or maintenance bypass
- Reporting contacts
- Activation and switching
- Maintenance window
- Service access
- Fault reports
- Operation without unnecessary interruptions
Battery concept and service access
batterys determine runtime, reserve and maintenance
The battery is a central part of every UPS infrastructure. It influences autonomy time, weight, space requirements, heat generation, aging reserve and subsequent service costs. Therefore, the battery concept should not only be considered when replacing it.
ERREPI supports you in selecting suitable batteries, battery sets, extensions and service concepts - tailored to the system, runtime and operating environment.
- desired autonomy time
- Load and battery size
- aging reserve
- Ambient temperature
- Battery replacement
- Extensibility
- Replacement batteries and battery packs
- Service and inspection intervals
Products and components
Components for UPS integration and operation
Depending on the application, additional components are required for a cleanly integrated UPS. These include 19-inch UPS systems, SNMP adapters, bypass solutions, signaling contacts, batteries, rack rails and service accessories.
UPS19 inch UPS
Rack-mounted UPS systems for server rooms, network cabinets and technical rooms.
View 19" UPSMonitoringSNMP adapterMonitoring and network management for UPS systems.
View SNMP adaptersServiceBypass and signaling contactsComponents for maintenance, activation and operational messages.
View bypassBatterieUPS batteriesReplacement batteries, battery sets and extensions to suit the system.
View batteriesAccessoriesRack accessoriesRack rails, connection accessories and built-in components for UPS integration.
Check accessoriesplanningService and project planningSupport with planning, integration, testing and maintenance.
Inquire about project planningProject planning process
From the UPS to operable integration
A reliable UPS infrastructure is created when device, installation, power distribution, monitoring and service are considered together. ERREPI accompanies you from the first check to the appropriate integration.
We look at the rack, technical room, space requirements, connection room, ambient temperature, air flow and service access.
We check whether SNMP, interfaces, signaling contacts, alarms or a shutdown concept are required.
We plan how battery replacement, testing, service and maintenance windows can be implemented in a controlled manner.
You will receive a recommendation for UPS, rack accessories, batteries, monitoring, bypass and appropriate service options.
FAQ
Frequently asked questions about UPS integration
What is included in the UPS infrastructure?
The UPS infrastructure includes not only the UPS system itself, but also the installation location, rack accessories, power distribution, battery concept, monitoring, interfaces, bypass, signaling contacts and maintenance processes.
Why is rack installation important for a UPS?
A rack UPS must be mechanically and electrically compatible with the environment. Installation depth, height units, weight, air flow, connection space and service access are important.
When does SNMP monitoring make sense?
SNMP monitoring is useful if UPS states such as battery operation, remaining runtime or disruptions in network management need to be visible or a controlled shutdown of connected systems is required.
What is a UPS bypass?
A bypass makes it possible to route the connected load past the UPS in a controlled manner. This can help with maintenance, testing or service if the system needs to remain accessible.
What are reporting contacts used for?
Signaling contacts can pass on operating states or faults to external systems, for example to building management systems, controls or technical monitoring systems.
Can UPS monitoring be retrofitted?
This depends on the model, interfaces and existing environment. Many UPS systems can be expanded with suitable communication cards or interfaces. ERREPI checks compatibility.
What information is needed for an infrastructure audit?
Information about the UPS model or planned system, consumers, performance, installation location, rack dimensions, desired runtime, existing interfaces and requirements for monitoring or maintenance is helpful.
Next step
Unclear which integration your UPS needs?
We check the rack, network, reporting channels, bypass, battery concept and maintainability together with the connected load. This creates a UPS solution that not only fits technically, but remains accessible, monitorable and serviceable during operation.
Personal advice · Rack and network integration · Monitoring, bypass, batteries and service