Chauvin Arnoux PEL103 Power Energy Logger

Chauvin Arnoux PEL103 Power Energy Logger

GBP £ 1,762.80

Manufacturer: Chauvin Arnoux

The purpose of the Chauvin Arnoux PEL103 Power Energy Logger is to measure and log electrical installation usage in order to lower expenses and increase energy efficiency. With a backlit 4-line LCD that can clearly display readings in real-time, this device outperforms the PEL102. A set of three MA194-350 flexible clamps with an AC 10,000A rating is available for purchase with the Chauvin Arnoux PEL range. You can add this set to your purchase along with other optional clamps. The PEL103 may be easily installed on any electrical cabinet, even with the door closed, thanks to its small design and magnetic panel on the back. Installation of the instrument doesn't need opening the electrical network. The logger may then record all electrical data, including RMS frequency, voltage, current, power values, and power factor, by performing measurements using three more current sensors and voltage inputs. Your electrical distribution system's energy efficiency can be continuously assessed and optimized with the use of this data. To continually monitor the active, apparent, and reactive power values, the PEL103 Power Energy Logger can also be mounted in an electrical cabinet and left there for lengthy periods of time. When the subscription power threshold is crossed, it will immediately identify it and notify consumers, warning them of overconsumption and a rise in their energy bills. With the Chauvin Arnoux PEL103, customers can readily identify locations where a distribution system is underperforming by measuring and comparing real-time consumption data against past recordings. This facilitates the process of making changes and assessing their effects. For transferring results from the power energy logger to a PC, PEL Transfer software is offered. Readings can be shown in tables and graphs for additional analysis after they have been transferred. Before taking measurements, the PEL program can also configure the device, obtain real-time recordings from the logger, and check connections. The Chauvin Arnoux PEL103 is perfect for keeping an eye on energy usage in the building and industrial sectors, as well as on general distribution boards that local governments employ to regulate street lighting. Three (3) MA194-450 clamps are needed to measure AC current consumption and to calculate power when combining voltage and current records. The PEL103 is powered via the PEL100 Series Self Power Adaptor (P01102204), which is connected to its voltage inputs. Used in situations where the PEL is configured to record but there isn't an accessible mains socket nearby. When access to a conductor is limited, the magnetized voltage probes (P01103058Z) make voltage measurements simpler and more useful. Regularly used circuit breakers, or RCDs Reeling boxes: Maintain your test leads neat and organized for voltage measurements.

  • Three-phase, split-phase, and single-phase installations are available. Precision: 0.2% There are three inputs for voltage and three inputs for current. 50Hz, 60Hz, and 400Hz are the network frequencies. Range of Voltage: 0 to 1000V AC/DC Maximum Voltage Ratio: 650,000V Maximum Current Ratio: 25,000A Power: 10VA to 10GVA, 10var to 10Gvar, and 10W to 10GW Energy: 4Evarh, 4EWh, and 4EVAh maximum Phase: PF, tan Π, cos φ Harmonics: up to order fifty Order of Phase: Yes Min/Max: In agreement Sample: 128 seconds/minute One measurement is acquired every second. Aggregation time: 1 to 60 minutes 2GB SD card memory USB, Ethernet, and Bluetooth for communication Power Supply: 50Hz, 60Hz, and 400Hz at 110V - 250V (+10%, -15%) Safety: 1000V CAT III, 600V CAT IV, and IEC 61010 IP54 casing Weight: 950g
  • Dimensions: 256 x 125 x 37 mm
  • Suitable for installation without shutting off the main power supply on single-phase, split-phase, and three-phase systems Map the amount of electricity used at a location. Obtain a snapshot of consumption in real time. Examine the quality of electrical networks Keep track of harmonics with phase indication up to the 50th order. Save the outcomes to an SD card. Communication in real time with a PC Data exchange and analysis using the PEL software that is provided