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01803 295430
sales@spwales.com
by: Chauvin Arnoux
Product Code: SVPAPE
Availability: Next Day Special Order
Help control consumption, manage your energy spending and monitor your network with the PEL103 from Chauvin Arnoux.
The analyser is available for weekly hire with the cost of delivery, and subsequent collection, built into the price. For an additional £30, S P Wales can download your data and produce a PDF & CSV report and email it to you.
All PEL103 current sensors have a measurement range of 200mA to 10kA. Sensors with a clamping length of 250mm are supplied as standard, but 350mm, 450mm and 800mm sensors are available for an additional fee.
For the ultimate convenience, we recommend adding the Self Power Unit, removing the need to power the PEL103 from a standard plug, as well as the Magnetic Voltage Probes for the easiest method to tap in to a voltage reference.
For customers not on account with us, a deposit of £500 is required, returnable on receipt of the analyser back to us. You will be contacted by one of our friendly sales team upon placing your order for payment of the deposit.
The PEL103 is an energy logger produced by Chauvin Arnoux and is exceptional for monitoring and managing energy supplies.
The PEL103 monitors a comprehensive range of electrical parameters. This includes basic parameters such as line voltages and currents, up to detailed information such as harmonic distortions, reactive energy and phase rotation. It can be used for many applications, including:
Stephen P Wales can rent the PEL103 on a weekly basis to answer specific questions, or you can purchase a complete unit if you have an ongoing use. Whatever your requirement it is recommended that you contact our friendly sales team prior to purchase to ensure that the unit will do what you require and that you get the correct components for your application.
| MEASURED PARAMETERS | |||
| Active Energy (kWh) | Line Power Factor (PF) | ||
| Active Power (W) * | Line Reactive Power (kVAr) * | ||
| Apparent Energy (kVAh) * | Line to Line Voltage (V) | ||
| Apparent Power (VA) * | Line to Neutral Voltage (V) * | ||
| Average Current (I) | Maximum Current (I) * | ||
| Average Power Demands (W) | Maximum Power Demands (W) * | ||
| Average Voltage (V) | Maximum Voltage (V) * | ||
| Current (I) | Power Factor (PF) * | ||
| Current in Neutral (I) | Reactive Energy (kVArh) * | ||
| Frequency (Hz) * | Reactive Power (VAr) * | ||
| Hours Run (hr) | Total Harmonic Distortion (Amps) | ||
| Line Active Power (W) * | Total Harmonic Distortion (Volts) | ||
| Line Apparent Power (kVA) | Voltage (V) | ||
| Line Current (I) * | |||
The PEL103 is an energy logger produced by Chauvin Arnoux and is exceptional for monitoring and managing energy supplies.
The PEL103 monitors a comprehensive range of electrical parameters. This includes basic parameters such as line voltages and currents, up to detailed information such as harmonic distortions, reactive energy and phase rotation. It can be used for many applications, including:
Stephen P Wales can rent the PEL103 on a weekly basis to answer specific questions, or you can purchase a complete unit if you have an ongoing use. Whatever your requirement it is recommended that you contact our friendly sales team prior to purchase to ensure that the unit will do what you require and that you get the correct components for your application.
| MEASURED PARAMETERS | |||
| Active Energy (kWh) | Line Power Factor (PF) | ||
| Active Power (W) * | Line Reactive Power (kVAr) * | ||
| Apparent Energy (kVAh) * | Line to Line Voltage (V) | ||
| Apparent Power (VA) * | Line to Neutral Voltage (V) * | ||
| Average Current (I) | Maximum Current (I) * | ||
| Average Power Demands (W) | Maximum Power Demands (W) * | ||
| Average Voltage (V) | Maximum Voltage (V) * | ||
| Current (I) | Power Factor (PF) * | ||
| Current in Neutral (I) | Reactive Energy (kVArh) * | ||
| Frequency (Hz) * | Reactive Power (VAr) * | ||
| Hours Run (hr) | Total Harmonic Distortion (Amps) | ||
| Line Active Power (W) * | Total Harmonic Distortion (Volts) | ||
| Line Apparent Power (kVA) | Voltage (V) | ||
| Line Current (I) * | |||
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