First Case placed 12 UPS systems in a colocation data centre in the Netherlands and handled the complete DC cabling to the battery breakers. 144 cables of 95 mm², with the right cable lugs, pre-made feedthroughs and every conductor labelled.
12 UPS systems placed and fully DC-cabled in a Dutch colocation data centre.
On a UPS, the standby power stands or falls by the DC connection to the batteries: too thin, too long or badly crimped and you lose reliability. First Case placed 12 UPS systems in a colocation data centre in the Netherlands and ran twelve 95 mm² DC cables per UPS to the battery breaker, with the right M10 lugs and properly crimped. The feedthroughs in the gland plates of UPS and breaker were prepared in advance, so the installation was tight and fast. Every conductor was labelled on both ends.
The scope: transport of the twelve UPS systems from the loading dock, preparing the feedthroughs, supplying and installing the DC cables (a maximum of 8 m per cable) and labelling all conductors.
The twelve UPS systems are moved from the loading dock to their position in the hall.
The feedthroughs in the gland plates of UPS and battery breaker are prepared in advance.
Per UPS, twelve 95 mm² DC cables are run to the battery breaker, a maximum of 8 m.
Each cable is terminated with the right M10 lug, properly crimped.
All DC conductors are labelled on both ends.
The twelve UPS systems are moved from the loading dock to their position in the hall and placed. At the same time, the feedthroughs in the gland plates of UPS and battery breaker are prepared in advance. That way everything is ready for tight, fast cabling.
Per UPS, twelve 95 mm² DC cables are run to the battery breaker, a maximum of 8 m per cable. Each cable gets the right M10 lug, crimped the correct way for a reliable connection. Across twelve systems, that makes 144 DC cables.
All DC conductors are labelled on both ends, so every connection is traceable. After a check, everything is handed over install-ready for commissioning by the system builder. Clear labelling keeps later maintenance and troubleshooting simple.
A fixed flow: place, prep feedthroughs, cable, label, hand over.
Twelve UPS systems set in position from the loading dock.
Feedthroughs in the gland plates of UPS and breaker made in advance.
144 95 mm² cables run and crimped with M10 lugs.
All DC conductors labelled on both ends.
Everything handed over install-ready for commissioning by the system builder.
Twelve UPS systems placed and 144 DC cables of 95 mm² terminated, every conductor labelled on both ends. We handed the work over install-ready, with commissioning left to the system builder.
Planned electrical work on the entire electrical installation of a hyperscale data centre in the Netherlands with a fixed supervisor-led crew, more than 200 planned working days over several months.
A 1 MW loadbank positioned and connected to a new busbar system: both feeds loaded separately and in steps, five units under a single remote control.
Around 680 m of busbar installed in a colocation data centre in the Netherlands, including support structure, insulation testing and handover via Site Acceptance Test.
12 UPS systems placed and twelve 95 mm² DC cables per UPS run to the battery breaker, properly crimped. Feedthroughs pre-made.
Transport from the loading dock, all conductors labelled on both ends.
One crew places the UPS systems and handles the complete DC cabling.
The twelve UPS systems are moved from the loading dock to their position in the hall.
The feedthroughs in the gland plates of UPS and battery breaker are prepared in advance.
Per UPS, twelve 95 mm² DC cables are run to the battery breaker, a maximum of 8 m.
Each cable is terminated with the right M10 lug, properly crimped.
All DC conductors are labelled on both ends.
The twelve UPS systems are moved from the loading dock to their position in the hall and placed. At the same time, the feedthroughs in the gland plates of UPS and battery breaker are prepared in advance. That way everything is ready for tight, fast cabling.
Per UPS, twelve 95 mm² DC cables are run to the battery breaker, a maximum of 8 m per cable. Each cable gets the right M10 lug, crimped the correct way for a reliable connection. Across twelve systems, that makes 144 DC cables.
All DC conductors are labelled on both ends, so every connection is traceable. After a check, everything is handed over install-ready for commissioning by the system builder. Clear labelling keeps later maintenance and troubleshooting simple.
Twelve UPS systems set in position from the loading dock.
Feedthroughs in the gland plates of UPS and breaker made in advance.
144 95 mm² cables run and crimped with M10 lugs.
All DC conductors labelled on both ends.
Everything handed over install-ready for commissioning by the system builder.
Twelve UPS systems placed and 144 DC cables of 95 mm² terminated, every conductor labelled on both ends. We handed the work over install-ready, with commissioning left to the system builder.
Planned electrical work on the entire electrical installation of a hyperscale data centre in the Netherlands with a fixed supervisor-led crew, more than 200 planned working days over several months.
A 1 MW loadbank positioned and connected to a new busbar system: both feeds loaded separately and in steps, five units under a single remote control.
Around 680 m of busbar installed in a colocation data centre in the Netherlands, including support structure, insulation testing and handover via Site Acceptance Test.
One address, from transport to handover. A response within 24 hours.