二手 TRANE CVHF049FA1X0LCN2767W7E7TCC0000000EA1G0000000003B1 #9014869 待售

ID: 9014869
优质的: 2002
Chiller, 485 ton 42,955 hrs Chiller: Chiller heating or cooling mode cooling Active chilled water setpoint: 42.0°F Active chilled water setpoint source: front panel Active current limit setpoint: 100.0% RLA Active current limit setpoint source: front panel Evaporator entering water temperature: 47.8°F Evaporator leaving water temperature: 41.6°F Evaporator pump control: on Evaporator water flow switch status (unfiltered): flow Chiller control signal target: 46.3% Condenser entering water temperature: 74.2°F Condenser leaving water temperature: 82.8°F Condenser pump control: on Condenser water flow switch status: flow Chilled water softload target: 42.0°F Current limit softload target: 100.0% Event max: 125 Timer max: 60 Circuit: Evaporator saturated refrigerant temperature: 40.9°F Evaporator refrigerant pressure: -8.8 psi gauge Evaporator approach temperature: 0.7°F Condenser saturated refrigerant temperature: 83.0°F Condenser refrigerant pressure: 0.0 psi gauge Condenser approach temperature: 0.3°F High pressure cutout circuit on Head relief request relay: off Maximum capacity relay: off Compressor: Compressor refrigerant discharge temperature: 83.1°F Oil tank pressure: -9.1 psi gauge Oil pump discharge pressure: 11.4 psi gauge Oil differential pressure: 20.3 psid Oil tank temperature: 110.3°F Oil pump command: on Oil heater command: on Inboard bearing temperature: 108.4°F Outboard bearing temperature: 95.6°F Inlet guide vane position first stage: 26.9% Inlet guide vane position first stage: 13,685 steps Motor: Restart Inhibit Time (MP): 0:00 mins:secs Starter Current L1 %RLA: 56.5 % RLA Starter Current L2 %RLA: 57.5 % RLA Starter Current L3 %RLA: 57.3 % RLA Starter Current L1 Amps: 215.0 amps Starter Current L2 Amps: 220.0 amps Starter Current L3 Amps: 219.0 amps Starter Voltage Phase AB: 480 volts Starter Voltage Phase BC: 481 volts Starter Voltage Phase CA: 479 volts Average Line Current: 57.1 % RLA Average Line Current: 218.0 amps Starter Max Current: 55.9 % RLA Starter Average Phase Voltage: 480 volts Starter Load Power Factor: 0.81 Starter Power Consumption: 135 kW Starter Power Demand: 62 kW Starter Energy Consumption - Resettable: 3,673,414 kWh Starter Energy Consumption Last Reset December 31, 1979 12:00:00 AM Starter Energy Consumption - Non Resettable: 3,673,414 kWh AFD Output Power: 125 kW AFD DC Bus Voltage: 646 volts Motor Winding Temperature #1: 92.9 °F Motor Winding Temperature #2: 92.9 °F Motor Winding Temperature #3: 92.4 °F AFD Transistor Temperature: 112.3 °F Speed: 3,399 rpm Frequency: 57.0 Hz Frequency Command: 57.0 Hz Boundary Pressure Coefficient: 0.57 Pressure Coefficient: 0.58 Re-optimization Time Remaining: 00:00 hrs:mins AFD Last Diagnostic Code (decimal): 0 Purge: Time Until Next Purge Run: 0:00 mins:secs Daily Pumpout-24 Hours: 1:16 mins:secs Average Daily Pumpout-7 Days: 1:03 mins:secs Chiller On-7 Days: 6.3 % Pumpout Chiller On-7 Days: 6.7 % Pumpout Chiller Off-7 Days: 93.3 % Refrigeration-Life: 41630:56 hrs:mins Pumpout-Life: 16788:30 mins:secs Purge Refrigerant Compressor Suction Temp: 80.6 °F Purge Carbon Tank Temp: 74.3 °F Purge Liquid Temperature: 83.0 °F Pumpout Time Since Last Regeneration: 78:50 mins:secs Time at Last Regeneration: March 14, 2011 1:52:00 PM Pumpout Total at Last Regeneration: 16709:40 mins:secs Absorptive Capacity: 84.2 % Carbon Regen Cycles: 67 2002 vintage.
TRANE CVHF049FA1X0LCN2767W7E7TCC0000000EA1G0000000003B1冷却器是一种工业级空调设备,专为商业级应用而设计.它是为任何类型的商业设置量身定制的高效可变空气量(VAV)系统,包括办公室、零售商店、餐厅、学校、仓库和许多其他工业设置。它是利用最新技术实现节能减排的节能空调解决方桉。这种冷却器的主要部件是压缩机、冷凝器、蒸发器、膨胀阀和风扇马达。压缩机是一个单一的螺丝设计,允许一个一致和可靠的输出制冷剂气体蒸发器。冷凝器的设计目的是从返回的制冷剂中提取热量,使其能够向下冷却,从而为调节的空间提供必要的冷却。蒸发器线圈是多行线圈设计,允许更有效地将热量传递到循环空气中,并允许空气冷却到所需温度。膨胀阀有助于输送制冷剂气体和保持机器上的恒定压力。最后风扇马达进一步帮助循环冷却空气在整个空间。这款TRANE冷却器还可以设置各种控制器和配件,以实现最大效率和用户舒适度。SSCP控制器可用于通过对工具进行智能监控、提供诊断信息和数据记录来实现高效操作。许多附件如变频驱动器、节能器和其他设备也可以连接到资产,以确保最佳性能。所有这些组件都经过设计和编程,能够完美和谐地工作,提供更高的舒适度和更低的能源成本。CVHF049FA1X0LCN2767W7E7TCC0000000EA1G0000000003B1冷却器在商用HVAC环境中具有广泛的优势。它们不仅极其可靠高效,还会因为精确的温度控制而降低能源成本,减少排放,提供更安全的工作环境。VAV模型还允许在每个区域进行独立的温度控制,让每个用户在自己的空间中享受到完美的温度。方便的安装和维护使其成为任何商业场所的理想空调解决方桉。
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