LWH Industrial Cooling System / Water-Chiller 5-320 kW
502614
LWH 5 Standard
Technical details
Coax evaporator made of stainless steel
Cost-effective low-noise scroll compressor
Micro-Channel condenser; completely made of aluminium
Water tank with level indicator
Bypass valve for pump protection
Protection against dry running of pump
External power-on
Potential-free collective fault message
2-stage speed control (star, delta)
Temperature control through freely programmable digital thermostat with temperature hysteresis ± 1.0 K
Enclosure colours based on customer requirements (optional, RAL colours)
Speed-controlled compressor, fan or pump
DC control voltage
Special voltage
Reinforced fan for increased air compression
Harting or Wieland plug connector
Exact temperature control, e.g. ± 0.1 K
Ambient temperature > 42 °C
Cooling agent R134a or R404A
Differential temperature control
Water-cooled condenser
Winter start-up kit for outdoor installation
Reinforced pump
Split systems (external condenser)
Further options upon request
DESCRIPTION
LWH Cooling Water Re-Coolers are inexpensive industrial cooling systems with maximum operational safety, rapid amortization and high efficiency. Our LWH Cooling Water Re-Coolers are used whenever cooling and temperature control are required like, for example, with precision tool machines, laser systems, plasma cutting systems, induction units, welding machines, degreasing installations, emulsion cooling and many more.
Schwämmle cooling water re-coolers of series LWH 5 to LWH 320 with fully hermetic chillers are plug-in systems in compact design, space-saving and easy to install. If you have special requirements, we will manufacture a custom-built model for your very particular application. How can our LWH Cooling Water Re-Cooler support you? Please contact us!
Constant cooling water temperature:
Thus making the most of your means of production plus a much longer service life of your tools.
Consistent cooling water quality:
A closed circular flow prevents contamination and limescale deposits.
Cost savings:
Since fresh water is not required for the cooling process, there are no costs whatsoever for fresh and waste water which, in turn, leads to a very short payback period.