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Industries

Rotating power, data and fluid — and the cooling behind them — for equipment that works at sea, in the field and around the clock.

Offshore crane vessel at a quay

At a glance

What we supply, industry by industry.

Most programs combine two or three product lines. One engineering team keeps the interfaces between them simple.

IndustrySlip ringsTurntablesLiquid cooling
Marine & OffshorePropulsion pods, cranes, winchesShipborne pedestalsSeawater heat exchangers
Radar & AntennaPhoto-electric-fluid1-, 2- and 3-axisChassis, cold plates
Ports & CranesPortal, gantry, cable reel——
Wind EnergyPitch and yaw—Converter, gearbox, generator
SubseaDeep-water, fluid, fiber——
Aerospace & DefenseAircraft podsAntenna testChassis, vapor chambers
Power Electronics & Data Centers——Cold plates, VC sinks, connectors
Offshore crane vessel at a quay
Podded electric-propulsion slip ring assembly on its base frame

Podded-propulsion slip ring: power, fluid and signal in one rotating assembly.

01

Ships · offshore cranes

Marine & Offshore

Propulsion pods and offshore cranes rotate continuously while carrying megawatts, lube oil and hundreds of control signals — in salt air, for years between dry-docks.

What we supply

Reference build

Podded electric-propulsion slip ring

Power4 × AC 3,300 V / 2,600 A
Fluid12 passages · ≤ 25 MPa
Signal190 × DC 24 V
MonitoringRing temperature · heater dehumidification

02

Ground · vehicle · naval

Radar & Antenna

A rotating radar has to pass power, gigabit data, fiber and coolant through a single axis — and point precisely while doing it.

What we supply

Reference build

Photo-electric-fluid integrated slip ring

Speed0–200 rpm
Coolant2 loops · 4.5 m³/h · 1.6 MPa · DN25
DataGigabit Ethernet, video, multi-channel fiber
PlatformsRadar vehicles, special vehicles, turntables
Truck-mounted radar pedestal
Photo-electric-fluid integrated slip ring

Photo-electric-fluid slip ring: power, Gigabit Ethernet, fiber and two coolant loops through one axis.

Portal crane on a quay

03

Portal · gantry · cable reel

Ports & Cranes

Portal cranes, rail-mounted gantries and cable reels slew and travel all shift long through rain, salt spray and constant vibration.

What we supply

Reference build

Power slip ring series L-HH-01-002

Voltage0–10 kV
Current≤ 5,000 A
Speed≤ 6,000 rpm
InsulationClass C3 – H

04

Pitch · yaw · nacelle cooling

Wind Energy

Pitch and yaw systems carry thousands of amps and fieldbus signals through a nacelle that never stops moving — with no one on site to watch them.

What we supply

Reference build

Yaw-system slip ring (shown above)

Power3 circuits · AC 1,140 V / 2,800 A
Fault capacity≥ 10 kA (0.2 s) · 6,000 A (3 s)
Contact≤ 0.1 mΩ · rise ≤ 40 K
MonitoringRing temperature, cooling control, brush-fork alarm
Wind-turbine yaw slip ring, cutaway render with numbered parts
Wind-turbine pitch-system slip ring

Pitch-system slip ring: AC 400 V / 50–130 A power plus Profibus, CAN or Ethernet, IP65.

Titanium deep-water slip ring

05

Deep-sea exploration · offshore engineering

Subsea

Underwater equipment needs rotary connections that hold pressure, seal for years and still carry power, control and Ethernet.

What we supply

Reference build

Deep-water slip ring

DepthLong-term service below 2,000 m
BodyTitanium alloy
Axial load2 t
ChannelsPower, control, Gigabit Ethernet, video

06

Avionics · space · defense electronics

Aerospace & Defense

Radar processors, power supplies and transmitters pack more heat into less space every generation, and must survive shock, vibration and −55 °C cold soak.

What we supply

Reference build

Liquid-cooled enclosure C-HH-02

Temperature−55 to +90 °C
Working pressure2.5 MPa
CoolingSide-wall, module or hybrid
ModulesVITA-standard or custom
Liquid-cooled chassis with installed modules
Machined vapor chamber isothermal plate

Vapor chambers spread heat by phase change — the same principle used in satellite thermal control.

Large finned vapor-chamber heat sink
Cold plate with embedded copper tube and brass fittings

Liquid cold plates for water-cooled IGBT modules and rack-level server cooling.

07

Inverters · IGBT · racks

Power Electronics & Data Centers

Renewable-energy inverters and dense server racks are limited by how fast heat leaves the device. Better cooling means more power per cabinet and a lower PUE.

What we supply

Reference build

3.96 kW vapor-chamber heat sink

Load6 × 660 W
Size300 × 200 × 40 mm
Peak device temp119.2 °C
Vs. standard sink17.2 °C cooler

Don’t see your industry?

If it rotates, carries current or runs hot, tell us the operating conditions. We’ll tell you what we’d build.