SubscribeThis article shows Advanced Energy Monitoring Systems Ltd Hardware, such as measuring a wide range of variables providing data which can help reduce energy costs, accurately measures voltage, current, power and frequency over a wide range, specially designed to identify savings in Borehole pumps, a fixed Yatesmeter for continuous pump monitoring, highly accurate flowmeter efficiency testing.
Portable Yatesmeter
The Portable Yatesmeter can save you money by:
- Accurately measuring pump efficiency and identifying the optimum moment for pump refurbishment or replacement.
- Providing information to identify the most efficient pumping schedule.
- Measuring flow to facilitate leakage detection.
- Prolonging pump life, through condition monitoring.
- Increasing maintenance inspection periods.
Parameters Measured:
- Pump Efficiency Suction Pressure
- Flow Velocity Head
- Head Water Temperature
- Input Power Differential Temperature
- Overall Efficiency
Technical Specifications
Accuracy
ISO 5198
Tappings
½ " BSP / NPT
Ambient Temperature
0-50°C
Fluid Temperature
0-300°C
Pressure Ranges
5, 10, 16, 25, 300 bar
Power Requirement
240V/110V
Power Meter
3 Phase wattmeter
Voltage
0.5%
Current
0.5%
Yates Powermeter
A High Accuracy Powermeter With Yatesmeter Power Interface.
Integrate power measurement with Yatesmeter pump performance testing.
The PowerPort Powermeter is fully compatible with all Yatesmeter equipment.
The PowerPort Powermeter measures Voltage, Current, Power and Frequency over a wide dynamic range.
Optional Extras: AEMS Power Logging, Software Extension Cables
Inputs
Voltage
110V 230V 400V
Measuring Range
10 - 100%
Range of use
5 - 120%
Current
5 amps or 1 amp
Measuring Range
10 - 100%
Range of use
5 - 120%
Frequency
45 to 66 Hz
Overloads Voltage
2x overload applied 10 times for 1 second at 10 second intevals
Max terminal voltage 600V
Current:
20x overload applied 5 times for 1 second at 5 minute intervals
Max continous terminal current 6A
Outputs
Optical isolated PC Port
Accuracy Class:
Voltage
1.0% of reading + - 4 Digits
Current
1.0% of reading + - 4 Digits
Power
1.0% of reading + - 4 Digits
Frequency
1.0% of reading + - 2 Digits
Climatic:
Temperature -
Operating
0 - 50°C
Storage
-20 -65°C
Calibration
23°C
Coefficient
+ - 0.013%°C
Humidity
95% RH non condensing
Enclosure Close
IP53
IP55 optional
DIN 96 Square
Ce Marking Declaration Of Conformity.
Powerport meets standard BS EN 610336-1997 and therefore conforms to EU Directives 89/336/EEC 'EMC Directive' as amended by 92/31/EEC and 93/58/EEC
Yates Borehole Master
The Yatesmeter Borehole Monitoring System logs all the information you need and displays it on one unit.
Engineers need to have the figures at their fingertips. The Yates Borehole Master provides the information needed - to new levels of accuracy. In addition to measuring the overall 'wire to water' efficiency, the Yates Borehole Master assesses motor loss to obtain individual efficiencies for the pump and motor. These features mean that, in our view, the Yates Borehole Master cannot be matched for quality and price.
The Yates Borehole Master outputs the following parameters.
- Pumped Flow Overall Efficiency
- Input Power Pump Efficiency
- Discharge Head Motor Efficiency
- Discharge Head kWh consumed
- Total Head Hours Run
- Power Factor
Yates Borehole Master
The Yates Borehole Master offers a cost effective method for recording all parameters required to produce in-depth analysis of borehole pumping.
The system is connected to existing Borehole instrumentation to reduce the cost of monitoring to a minimum. Sites without existing instrumentation are provided with suitable equipment.
Generally the Borehole Master will consist of the following:
Standard System
- Data Acquisition Unit
- Delivery Pressure transducers
- Suction Pressure transducers
- 4-20mA input for flow
- Power Meter
Network Linking
The Borehole Master can be easily integrated into a network system. Data can be sent via serial link providing a seamless interface between the Borehole Master and SCADA systems or PLC's.
Technical Specification
Pressure Transducers:
P/T: 0-100mV
Range: 5, 10, 16, 25, 300 bar
Mounting: Quick release fitting
Fluid Pressure:
Uncertainty
+/- 0.5%
Display Range
0m to 999m
Resolution
0.1m
Sample Frequency
1 HZ
Other Technical Data
Accuracy
ISO 5198
Tappings part
1½" BSP/NPT
Power requirement
110V/240V
Power meter
[ |3 Phase wattmeter| ]
Voltage
0.5%
Current
0.5%
Yates Flowmeter
Inexpensively Installed Flowmetering
Compared to its competitors the Yates Flowmeter is simply and inexpensively installed.
Yatesmeter thermodynamic technology allows the Yates Flowmeter to calculate flow to accuracies of within 1%.
The Yates Flowmeter
- Easily and inexpensively installed
- Calculates flow measurement to within uncertainties of better than 1%
- Does not require long lengths of straight pipe work
- Does not require an external chamber
- Installed without having to cut pipework and close down operations
- Comes complete with display and telemetry interface
Display
- Local LCD, Remote Serial Analogue.
Accuracy
For pumped heads above 25m the accuracy of the complete installation is typically within 1%. This high level of accuracy is maintained throughout the full output flow range even at very low flows.
Long Term Performance
Investment into quality instrumentation and improved levels of manufacture and inspection ensure a product that is accurate and reliable over a long timescale. Validation software ensures performance is always within acceptable limits and indicates immediately if this is not the case.
Calibration and periodical checks can be carried out without affecting the station's operation, unlike many flowmeters which require volumetric testing or even to be removed and returned to the manufacturer. Maintaining a high level of accuracy can be achieved quickly and easily either by the customer or through a Yatesmeter Service Agreement.
Technical Specification:
Accuracy
ISO 5198
Tappings
½" BSP/NPT
Ambient Temperature
0-50°C
Fluid Temperature
0-300°C
Pressure Ranges
5, 10, 16, 25, 300 bar
Power Requirement
110V/240V AC
Powermeter [ |3 Phase wattmeter| ]
Yates Convertional eff.monitor
The Yates 2000 Series Conventional Efficiency Meter and Panametrics PT868 are a unique combination which will allow the user to perform a comprehensive analysis of their pumping plant. With the iminent introduction of the Climate Change Levy pumping efficiency will prove to be of utmost importance.
The Yates 2000 Series CEM measures pump head and input power and combines this with the flow signal from a Panametrics PT868 to calculate the efficiency. The pump performance data is logged by our PumpTest software (included) and stored for future reference. With the addition of PumpGrafx (optional), the recorded data can be correlated and displayed in a graphical format which aids diagnosis of possible pump performance problems.
Panametrics PT868 Portable Flowmeter
Determine the performance of your pumping plant with the Yates 2000 Series C.E.M. and the Panametrics PT 868.
Standard System Information:
- Pump Efficiency (%)
- Flow Rate (l/s or m3/hr)
- Pump Head (m)
- Delivery Pressure (m)
- Suction Pressure (m)
- Input Power (kW)