Features for PCU-SL Series

“Industry's fastest response and ultrahigh-precision mean stable operation.”

The IOF sensor achieves unequaled circulated water temperature stability by constantly monitoring inlet temperature, outlet temperature, and flow rate, and responding to changes in load and flow-rate generated by production processes faster and more accurately than other chillers.

“Lambda airflow design achieves consistent performance”

A lambda airflow design featuring circulation routes on multiple sides of the top of the unit both maximizes condensation area and, unlike past chillers, distributes airflow evenly between the top and bottom of the unit.
The design also maintains performance even under high temperature and clogged filter conditions.

“Tower condenser achieves consistent performance”

High-performance tower condenser controls coolant pooling.
A 90% effective capacity that maintains cooling water performance even under high-temperature, low-flow conditions makes this tower condenser the best in its class.

“The industry's most durable structure means superb reliability.”

A main frame with a double-crank structure ensures stable operation not only when shipping within Japan but also when doing long-distance shipping to overseas destinations.

A structural design focused on meeting the US Department of Defense military standards (MIL) achieves an exceptionally robust structure capable of withstanding vibrations up to 1.92G.
The chiller can also be relied on in settings where extreme vibrations are the norm, such as long distance overseas transport.

When used outside, the PCU-SU Series bottom-top separator structure protects electrical components and other parts from the elements.
The design achieves exceptional waterproof performance that exceed the demanding criteria of the JIS IP-x4 testing standard.

“Three-valve control enables a wide-range of applications.”

In addition to a main valve, PCU-SL Series chillers have a cooling valve for controlling low-temperature refrigerant and a heating valve for controlling exhaust heat that make them compatible with a wide-range of usage conditions.

A triple-valve control achieves flexibility for meeting every type of chiller application. One of the triple-valve’s most impressive features is its ability to lower the temperature of coolant circulating back to the compressor by bypassing low-temperature coolant. While the condensers in older model chillers stop running when they take in coolant at high temperatures, the triple-valve control makes it possible to run the chiller with circulating water at very high temperatures above 45ºC, as well as at very low temperatures below -5ºC. Additionally, a heating valve that releases heat after heat exchange achieves heat-less operation that reduces a common source of breakdowns and also saves energy.

“Newly developed energy-efficient inverter”

The compressor, fan motor, and pump are all controlled with a newly developed inverter.
Cooling constantly and optimally synchronized with load achieves up to 50% energy savings.
* Fan motor applies to air-cooling type only.

Up to 50% energy conservation

Flexible operation control

MC protocol drastically reduces program preparation and debugging workload. Get the system up and running in less time and at less cost than ever before.
* MC protocol is an abbreviation for Melsec communication protocol.