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Six-channel chiller

KRY 0℃~100℃ six-channel chiller

Cooling capacity 25kW~60kW
순환 펌프 MAX
2~25L/min 0.2~2.5bar
Temperature accuracy ±0.3℃
Power AC380V/ AC460V

KRY 0~100 six-channel chiller adopts water cooled type. The temperature of this six channels is uniform, but the flow rate and pressure are controlled independently. If your industry need to control temperature, flow rate and pressure simultaneously, LNEYA support customization for you. Its temperature control accuracy is around 0.3℃. The flow control accuracy of each channel is around 0.2L/min. The pressure control of each channel is 0.2bar~2.5bar. The centrifugal pump KRY 0~100 six-channel chiller uses can be optionally equipped with magnetic drive pump.

Six-channel chiller parameters

0°C

최저

100°C

최고

±0.3°C

온도 제어 정확도


모델 KRY-A25W/6S KRY-A38W/6S KRY-A60W/6S
온도 범위 0℃~+100℃
흐름 제어 정확도/그룹 2~25 L/min 2~25 L/min 2~25 L/min
Flow rate accuracy/group ±0.2L/min
Number of fuid output groups 6개 그룹 6개 그룹 6개 그룹
Pressure control/group 0.2bar~2.5bar 0.2bar~2.5bar 0.2bar~2.5bar
유량 압력 설명 이 장치는 흐름을 개별적으로 또는 개별적으로 제어할 수 있습니다. 여러 솔루션을 동시에 제어해야 하는 경우(사용자 지정)
난방 용량 15kW 25kW 38kW
냉각 용량 100℃ 25kW 38kW 60kW
20℃ 25kW 38kW 60kW
5℃ 18kW 27kW 42kW
Water-cooled type W @20℃ 6000L/H
DN32
9000L/H
DN40
15000L/H
DN50
전원 380V50HZ 38kW 55kW 82kW
치수 cm 200*145*205 200*145*205 200*145*205

온도 피드백k

온도 피드백 PT100(입구 온도, 출구 온도)


압축기

높은, 미쓰비시, 파나소닉 및 기타 압축기


통신 프로토콜

MODBUS RTU 프로토콜 RS485 인터페이스



KRY -40℃~100℃
battery chillers

KRYZ -40℃~100℃
부동액 쿨러

KRY -40℃~100℃ Multi-channel
액체 냉각 냉각기

You can trust lneya chiller units

글로벌 서비스

30,000 +customers.
20+ countries.

인증 특허

CE ,SGS, ISO certification.

판매 후 서비스

24/7 solutions.1 year warranty

전문 팀

15+ years experience.

품질 관리

Quality test.

FAQ About Six-Channel Chiller

In present, there are two methods for controlling flow rate and pressure in the market. One is to adjust the main path and bypass through a proportional valve, and the other is to control the variable frequency pump through a frequency converter. The proportional valve adjustment is generally applied in the normal temperature section and high-temperature section. This method is suitable for cases where the required response time is long, the flow control accuracy is not high (around 0.3L/min). If high-precision control, short response time and low-temperature resistance are required, the general proportional valve spool can not meet the requirements. The cost of imported high-precision proportional valves is high, and they are prone to leakage at low temperatures. The adjustment method of controlling the variable frequency pump through a frequency converter avoids the defects of the proportional valve.

When purchasing a multi-channel chiller, it is necessary to evaluate various technical indicators, safety performance and subsequent service guarantees based on the specific application requirements and conditions.

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