Merazet Pozna DL DKL032 Centrifugal Pump Instructions
- June 13, 2024
- Merazet Pozna
Table of Contents
Merazet Pozna DL DKL032 Centrifugal Pump
Product Information
The FLUID MECHANICS MODULE FOR CENTRIFUGAL PUMP CHARACTERISTICS (DL DKL032) is
designed to be used with the hydraulic bench DL DKL014. It is mounted on an
aluminum frame and consists of several pipes and valves that allow the pump of
the module to be connected to the pump of the hydraulic bench either in series
or in parallel. The machine comes with a frequency converter that controls the
speed of rotation of the pump. It also includes two power meters for measuring
the consumed power by both pumps. By studying the characteristics of
centrifugal pumps, users can understand how
these pumps operate and how various factors affect their efficiency.
Product Usage Instructions
- Ensure that the FLUID MECHANICS MODULE is securely mounted on the hydraulic bench DL DKL014.
- Connect the pipes and valves of the module to the pump of the hydraulic bench. You can choose to connect them in series or in parallel, depending on your experimental requirements.
- Use the frequency converter to control the speed of rotation of the pump. Adjust the speed as needed for your experiments.
- Monitor the power consumption of both pumps using the two power meters provided.
- Study and analyze the characteristic curves of the centrifugal pump. This will help you understand how the pump operates and how different factors affect its efficiency.
- Use the manometers provided to measure the Total Manometric Head (T.M.H.) at various points in the pumping installation.
- Analyze the height-flow (H-Q) relationship and power-flow (P-Q) relationship to gain insights into the performance of the pump.
- Explore the characteristic curves of parallel operation to understand how multiple pumps work together.
- Make sure to meet the requirements for power flow (P-Q) and performance flow (-Q) as specified.
- Follow all safety guidelines and instructions provided in the user manual for proper and safe usage of the FLUID MECHANICS MODULE.
The equipment is designed to run on a hydraulic bench DL DKL014. The installation is mounted on a frame built with aluminum elements. The system has several pipes and valves allowing the pump of the module to be coupled to the pump of the hydraulic bench in series or in parallel. The machine has a frequency converter for controlling the speed of rotation of the pump. It also has two power meters for obtaining the consumed power of both pumps. Through the study of the characteristics of centrifugal pumps, you can learn the operation and function of the main factors affecting their efficiency.
TRAINING OBJECTIVES
- Commissioning of a pump. Analysis and study of the following subjects
- Pump priming
- Checking the direction of rotation
- Over-current is produced in the pump motor.
- Study and obtain the characteristic curves of a pump
- Height – flow (H-Q) o Power – flow (P-Q) o Performance – flow (ƞ-Q)
- Study of cavitation and obtaining the characteristic curves of NPSH required flow.
- Study of different ways to regulate a turbo pump.
- Varying pump rotational speed and obtaining new curves.
- Changing the operating point by varying the pumping installation
- Adjusting the discharge valve
- Analysis of similar pumps running in group o Characteristic curves in-series operation.
- Height – flow ( H- Q )
- Power – Flow (P- Q )
- Performance – Flow (ƞ – Q ) o Characteristic curves parallel operation.
- Height – flow (H- Q)
- Power – Flow (P- Q)
- Performance – Flow (ƞ – Q)
TECHNICAL DESCRIPTION
Diameters
Suction piping
- Inner Ø = 27.2mm
- Outer Ø = 32mm
Discharge piping
- Inner Ø = 34mm
- Outer Ø = 40mm
Manometers
- Bourdon type with glycerin from -10.33m to +35m T.M.H. (x3).
- Bourdon type with glycerin from -10m to +70m T.M.H.
Pump features
- Maximum manometric head: 23m T.M.H
- Maximum flow rate: 20/160 l/min
- H21 / 10m THM
- H max 23m THM
- H min 10m THM
- Power consumption: 750W (1hp)
- Motor speed: 2,900rpm
Power meter
- Power meter with range: 1,200W
Requirements
- Hydraulic bench DL DKL 014
- Power supply: 230/50Hz
FLUID MECHANICS
- Analysis of different pumps running in group Characteristic curves in-series operation.
- Height – flow ( H- Q )
- Power – Flow (P- Q )
- Performance – Flow (ƞ – Q )
- Characteristic curves parallel operation.
- Height – flow (H- Q)
- Power – Flow (P- Q)
- Performance – Flow (ƞ – Q)
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>