Efficient Liquid Cooling

Liquid cooling

Rittal liquid cooling is a particularly efficient choice for these industries Machine tools Welding technology Laser technology Application areas in this sector: High-speed spindles, torque motors, drive shafts, machine bed, hydraulic aggregates and enclosures Application areas in this sector: Welded electrodes Application areas in this sector: High-performance lasers and optics ◾ Integration into welding robots allows a compact design ◾ Nano-coated condenser ensures a high MTBF ◾ High energy efficiency and service life, thanks to the option of integrating into the machine control system ◾ Innovative...

Integral process cooling – The system for all industries Each industry has its own requirements. We offer an efficient, reliable process cooling solution for your specific application. Draw on our expertise accumulated in countless international projects, while at the same time capitalising on Rittal’s unique system for measurable added benefits. Take us at our word: Our expertise – your benefit. Foods and packaging Application areas in this sector: Foil wrapping machines, punching stations for blister packs, and blow-moulding machines ◾ Stainless steel enclosures satisfy required hygiene standards...

TopTherm chiller in TS 8 enclosure TopTherm chiller in floor-standing enclosure Chiller for IT and process cooling Free cooling Air/water heat exchangers, wall-mounted Air/water heat exchangers, roof-mounted LCP – Liquid Cooling Package for industry LCP – Liquid Cooling Package for IT 6 Liquid cool

Convincing cooling concepts for virtually any application 6 Liquid cooling

Liquid cooling

TopTherm chillers – reliable and efficient Chillers ensure centralised, efficient cooling and supply of the cooling medium (generally water), and are used with particularly high heat loads. A single pipeline system takes care of all cooling tasks on the system or machine. At the same time, the chillers ensure spatial separation between cooling generation and process cooling. They can therefore serve several pieces of equipment simultaneously, while remaining particularly efficient in terms of cooling output. When cooling spindles with 40,000 rpm, for example, Rittal recooling systems supply volumetric...

Performance diagrams Page 34 Further information can be found on the Internet Output class kW Stand-alone, roof-mounted, fully internally mounted Stand-alone, fully internally mounted Model No. Total cooling output Tw = 10°C / Tu = 32°C Total cooling output Tw = 18°C / Tu = 32°C Power consumption Pel 50/60 Hz Rated operating voltage Rated current max. Protection category (electrics) Tank capacity Operating temperature range Pump capacity volume Quick-release coupling (mating part included in accessory bag) Temperature of liquid Weight Water connection External static pressure Noise pressure level...

Performance diagrams Page 34 Further information can be found on the Internet Output class kW Type of installation Model No. Total cooling output Tw = 10°C / Tu = 32°C Total cooling output Tw = 18°C / Tu = 32°C Power consumption Pel 50/60 Hz Rated operating voltage Stand-alone, system integration Stand-alone, system integration Rated current max. Protection category (electrics) Tank capacity Operating temperature range Water connection Pump capacity volume External static pressure Temperature hysteresis Weight Noise pressure level Accessories Metal filters Levelling feet Twin castors Base/plinth...

TopTherm chiller option packages Page 33 Performance diagrams Page 34 Further information can be found on the Internet Output class kW Type of installation Model No. Total cooling output Tw = 15°C / Tu = 35°C Total cooling output Tw = 18°C / Tu = 32°C Integral free cooling output Tu = 2°C Rated operating voltage Stand alone Stand alone Tank capacity Operating temperature range Water connection Air throughput at max. cooling output Pump capacity Pump pressure Noise pressure level Number of cooling circuits Operating weight Permissible operating pressure Accessories Cooling medium (indoor) Cooling...

TopTherm chiller option packages Page 33 Performance diagrams Page 34 Further information can be found on the Internet Output class kW Type of installation Model No. Total cooling output Tw = 15°C / Tu = 35°C Total cooling output Tw = 18°C / Tu = 32°C Integral free cooling output Tu = 2°C Rated operating voltage Stand alone Stand alone Tank capacity Operating temperature range Refrigerant Water connection Air throughput at max. cooling output Pump capacity Pump pressure Noise pressure level Number of cooling circuits Operating weight Permissible operating pressure Accessories Cooling medium (indoor)...

TopTherm chiller in a floor standing enclosure, 1 – 6 kW TopTherm chillers are used to cool liquid media, and allow a high level of temperature accuracy. The water circuit is configured as an open system with integral buffer store. Warm water flows back into this buffer store after the cooling process, and is then recooled to the pre-set temperature. The modular design means that the operator display for the microcontroller may be mounted on either the front or rear. The space-saving compact design turns the TopTherm chiller into the perfect cooling solution for plant and machinery engineering,...

TopTherm chiller in a floor standing enclosure, 1 – 6 kW Compact design ◾ Minimal footprint ◾ Preassembled, space-saving standard dimensions for enclosure assembly, ideally suited to all common enclosures ◾ Compact layout of the cooling components on a base plate which functions as a collecting tray. High MTBF ◾ Nano coating as standard (on all heat exchanger membranes) ◾ Interactive, service-friendly filter mat monitoring for added reliability ◾ Precise temperature control, based on microprocessor technology ◾ Microcontroller box is easily replaceable Suitable for international use ◾ Bifrequency...