What is the most efficient and simple way of controlling heating, cooling and refrigeration systems?
How high is the suction lift of the self-priming CM pump?
Why is ammonia an efficient coolant?
How do you prevent pumps from malfunctioning when transporting hot water with a temperature of well above 120C°?
What is the ratio between the capital investment and running costs of a temperature control system?
What is the expected payback time of an investment in system optimisation?
Which load profile will benefit the most from a demand driven control system?
Which of the following isn’t one of the main benefits of the CM pump range?
Test results
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Q: What is the most efficient and simple way of controlling heating, cooling and refrigeration systems?
A: Intelligent three way valves controlling the amount of water to the pump and heat exchanger accordingly.
Q: What is the most efficient and simple way of controlling heating, cooling and refrigeration systems?
A: Intelligent pumps equipped with temperature sensors that measure the outlet temperature and signal the pump to regulate its flow accordingly – without the use of valves.
Q: What is the most efficient and simple way of controlling heating, cooling and refrigeration systems?
A: Thermos element three way valves controlling the amount of water to the heat exchangers.
Q: How high is the suction lift of the self-priming CM pump?
A: Up to 5 metres
Q: How high is the suction lift of the self-priming CM pump?
A: Up to 8 metres
Q: How high is the suction lift of the self-priming CM pump?
A: Up to 10 metres
Q: Why is ammonia an efficient coolant?
A: Ammonia is able to absorb large amount of heat when it evaporates.
Q: Why is ammonia an efficient coolant?
A: Ammonia is easy to pump.
Q: Why is ammonia an efficient coolant?
A: Ammonia is a natural coolant with zero ozone depletion.
Q: How do you prevent pumps from malfunctioning when transporting hot water with a temperature of well above 120C°?
A: Equip the pump with external cooling.
Q: How do you prevent pumps from malfunctioning when transporting hot water with a temperature of well above 120C°?
A: Equip the pump with double-shaft seals or air-cooled top.
Q: How do you prevent pumps from malfunctioning when transporting hot water with a temperature of well above 120C°?
A: Isolating the pump and install heat tracing.
Q: What is the ratio between the capital investment and running costs of a temperature control system?
A: 20:1
Q: What is the ratio between the capital investment and running costs of a temperature control system?
A: 1:1
Q: What is the ratio between the capital investment and running costs of a temperature control system?
A: 1:20
Q: What is the expected payback time of an investment in system optimisation?
A: 1-12 months
Q: What is the expected payback time of an investment in system optimisation?
A: 1-5 years
Q: What is the expected payback time of an investment in system optimisation?
A: System optimization is rarely economical valuable but should be done due to environmental concerns
Q: Which load profile will benefit the most from a demand driven control system?
A: Low flow rate with relatively few peak periods during the day.
Q: Which load profile will benefit the most from a demand driven control system?
A: High flow rate with relatively few low flow periods during the day.
Q: Which load profile will benefit the most from a demand driven control system?
A: Varying flow rate with relatively often periods with full flow and no flow.
Q: Which of the following isn’t one of the main benefits of the CM pump range?
A: Reliability
Q: Which of the following isn’t one of the main benefits of the CM pump range?
A: Global usage
Q: Which of the following isn’t one of the main benefits of the CM pump range?
A: External control