Product Description
Capacity Control In Refrigeration Systems Specification of Capacity Control In Refrigeration Systems Methods for capacity control in refrigeration systemsRefrigeration circuit with compressor, condenser and 2 evaporators in insulated refrigeration chambersEach refrigeration chamber with adjustable heater to generate a cooling load, thermostatic expansion valve and fan1 refrigeration chamber with refrigeration controller for temperature control; solenoid valve, fan and defrost heater as actuators1 refrigeration chamber with thermostat, solenoid valve and evaporation pressure controller for temperature controlCompressor with variable speed via frequency converterCapacity controller in the compressor bypass Technical Data Compressor Refrigeration capacity: approx. 560w at -5/25c and 1450min-1Drive motor: 550w2 heaters: approx. 500w4 fans: max. Volumetric air flow rate: approx. 36,5m/h1 defrost heater: approx. 75w Refrigeration Controller 3 inputs3 outputsEvaporation pressure controller: 0...5,5barThermostat: -5...20CCapacity controller: 0,2...6bar Measuring Ranges Compressor speed: 465...975min-1Temperature: 3x -60...50cHeater power: 2x 0...1000wPressure: 3x -1...9bar; 1x -1...24bar
FAQs of Capacity Control In Refrigeration Systems:
Q: What is the primary function of Capacity Control In Refrigeration Systems?
A: The primary function of Capacity Control In Refrigeration Systems is to ensure low power consumption and efficient refrigeration performance.
Q: What type of product is Capacity Control In Refrigeration Systems?
A: It is categorized as an engineering product.
Q: Where can Capacity Control In Refrigeration Systems be applied?
A: This product is designed specifically for industrial use.
Q: What is the power source for this product?
A: Capacity Control In Refrigeration Systems operates using an electric power source.
Q: What material is used for constructing this product?
A: The product is constructed using mild steel.
Q: What are the key features of Capacity Control In Refrigeration Systems?
A: The product is cost-effective and ensures proper execution of its intended function.
Q: How does this product contribute to operational efficiency?
A: By maintaining low power consumption, it helps reduce energy costs while ensuring optimal performance.