Chauvin Arnoux P01120480 DC current clamp PAC 500
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453,60 EUR |
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( 539,78 EUR incl. VAT ) ≈ £378.30 | ≈ $506.67 plus delivery charges: 55,00 € |
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| On order · Delivery time approx. 20 workdaysinfo_outline | |||||||||||
| Lieske Part No.: | 1142488 | ||||||||||
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| Mfg Part No: | P01120480 | ||||||||||
| UPC/EAN: | 3663653008860 | ||||||||||
| Weight: | 0.123 kg | ||||||||||
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Graduated prices net
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Product information for Chauvin Arnoux P01120480:
The PAC500 is an AC/DC current clamp from manufacturer Chauvin Arnoux, specifically developed for use in photovoltaic systems. It enables measurement of direct and alternating current in the range of 1 to 1200 amperes and is intended as accessory for the photovoltaic tester FTV500. The current clamp is designed for precise and safe current measurement in solar installations, with a jaw diameter of 39 mm ensuring comfortable handling when measuring cables of different cross-sections. The clamp is used in electrical and solar technology, where reliable current measurement without interrupting the cable is required.
Applications
The PAC500 is primarily intended for use in photovoltaic systems, particularly in combination with the FTV500 tester. It is suitable for diagnosing and maintaining solar installations where measurement of direct current (DC) and alternating current (AC) is necessary. The current clamp can be used during installation, commissioning, and maintenance of PV systems to check current flow in various sections of the system. Measurement is contactless, thereby increasing operator safety and minimizing the risk of short circuits or electric shocks.
Functions and Equipment in Detail
The PAC500 current clamp measures both direct and alternating current in the range of 1 to 1200 A. Measurement is performed via a jaw diameter of 39 mm, allowing safe and undamaged clamping of cables with corresponding diameter. The clamp is optimized for use in photovoltaic systems, with DC measurement playing a central role. Designed as accessory for the FTV500 tester, it creates an integrated measurement solution for PV systems. The clamp features a robust construction suitable for field use.
Technology Explained Simply
The PAC500 uses the principles of magnetic induction to measure current in a conductor contactlessly. The magnetic field generated by current flow in the conductor is detected by the current clamp and converted into an electrical signal, which is then displayed as a current value. The clamp is designed for measuring both direct and alternating current, with DC measurement being particularly important for photovoltaic systems, as energy generation in solar installations occurs in the form of direct current. The measurement accuracy and range of 1 to 1200 A enable precise analysis even at low current values, which may be relevant when diagnosing faults in PV systems.
Compatibility and Accessories
The PAC500 is specifically developed as accessory for the photovoltaic tester FTV500. The combination of both devices enables comprehensive diagnosis of PV systems, with the current clamp handling current measurement and the FTV500 capturing additional values such as voltage, power, and efficiency. The current clamp is not intended for use with other measuring instruments unless explicitly marked as compatible. Use with the FTV500 ensures that measurement data can be correctly interpreted and documented.
The current clamp is designed for use in photovoltaic systems, with DC measurement playing a central role. It is intended as accessory for the FTV500 tester, creating an integrated measurement solution for PV systems. The clamp features a robust construction suitable for field use. Measurement is contactless, increasing operator safety and minimizing the risk of short circuits or electric shocks.
Mounting and Installation
The current clamp is simply placed around the conductor to be measured, with the jaw diameter of 39 mm enabling secure clamping. The clamp is designed for use in photovoltaic systems, with DC measurement playing a central role. It is intended as accessory for the FTV500 tester, creating an integrated measurement solution for PV systems. The clamp features a robust construction suitable for field use. Measurement is contactless, increasing operator safety and minimizing the risk of short circuits or electric shocks.
Advantages in Operation
The PAC500 offers contactless current measurement, increasing operator safety and minimizing the risk of electric shocks or short circuits. Measurement of direct and alternating current in the range of 1 to 1200 A enables precise analysis even at low current values. The clamp is specifically developed for use in photovoltaic systems and intended as accessory for the FTV500 tester, creating an integrated measurement solution. The robust construction and jaw diameter of 39 mm ensure safe and comfortable handling in the field. The clamp is suitable for diagnosing and maintaining solar installations, with measurement performed without interrupting the cable.
Applications
The PAC500 is primarily intended for use in photovoltaic systems, particularly in combination with the FTV500 tester. It is suitable for diagnosing and maintaining solar installations where measurement of direct current (DC) and alternating current (AC) is necessary. The current clamp can be used during installation, commissioning, and maintenance of PV systems to check current flow in various sections of the system. Measurement is contactless, thereby increasing operator safety and minimizing the risk of short circuits or electric shocks.
Functions and Equipment in Detail
The PAC500 current clamp measures both direct and alternating current in the range of 1 to 1200 A. Measurement is performed via a jaw diameter of 39 mm, allowing safe and undamaged clamping of cables with corresponding diameter. The clamp is optimized for use in photovoltaic systems, with DC measurement playing a central role. Designed as accessory for the FTV500 tester, it creates an integrated measurement solution for PV systems. The clamp features a robust construction suitable for field use.
Technology Explained Simply
The PAC500 uses the principles of magnetic induction to measure current in a conductor contactlessly. The magnetic field generated by current flow in the conductor is detected by the current clamp and converted into an electrical signal, which is then displayed as a current value. The clamp is designed for measuring both direct and alternating current, with DC measurement being particularly important for photovoltaic systems, as energy generation in solar installations occurs in the form of direct current. The measurement accuracy and range of 1 to 1200 A enable precise analysis even at low current values, which may be relevant when diagnosing faults in PV systems.
Compatibility and Accessories
The PAC500 is specifically developed as accessory for the photovoltaic tester FTV500. The combination of both devices enables comprehensive diagnosis of PV systems, with the current clamp handling current measurement and the FTV500 capturing additional values such as voltage, power, and efficiency. The current clamp is not intended for use with other measuring instruments unless explicitly marked as compatible. Use with the FTV500 ensures that measurement data can be correctly interpreted and documented.
The current clamp is designed for use in photovoltaic systems, with DC measurement playing a central role. It is intended as accessory for the FTV500 tester, creating an integrated measurement solution for PV systems. The clamp features a robust construction suitable for field use. Measurement is contactless, increasing operator safety and minimizing the risk of short circuits or electric shocks.
Mounting and Installation
The current clamp is simply placed around the conductor to be measured, with the jaw diameter of 39 mm enabling secure clamping. The clamp is designed for use in photovoltaic systems, with DC measurement playing a central role. It is intended as accessory for the FTV500 tester, creating an integrated measurement solution for PV systems. The clamp features a robust construction suitable for field use. Measurement is contactless, increasing operator safety and minimizing the risk of short circuits or electric shocks.
Advantages in Operation
The PAC500 offers contactless current measurement, increasing operator safety and minimizing the risk of electric shocks or short circuits. Measurement of direct and alternating current in the range of 1 to 1200 A enables precise analysis even at low current values. The clamp is specifically developed for use in photovoltaic systems and intended as accessory for the FTV500 tester, creating an integrated measurement solution. The robust construction and jaw diameter of 39 mm ensure safe and comfortable handling in the field. The clamp is suitable for diagnosing and maintaining solar installations, with measurement performed without interrupting the cable.
| General | |
| Measurement method | AC/DC |
Questions & answers
What is the delivery time of Chauvin Arnoux P01120480 DC current clamp PAC 500?
The article Chauvin Arnoux P01120480 DC current clamp PAC 500 is currently not in stock but has been backordered.
According to our experience the article is ready for dispatch within 20 working days. The delivery time usually refers to 1 piece. When ordering larger quantities, we can maybe shorten the delivery time. Just send us an inquiry about the desired quantity of Chauvin Arnoux P01120480 to our sales team for an exact delivery time.
How can I buy the item at a lower price?
We offer you Chauvin Arnoux P01120480 DC current clamp PAC 500 always at the best possible price. We can give you a discount of 2% on Chauvin Arnoux P01120480 DC current clamp PAC 500 if you choose payment in advance on ordering.
In addition, you can save money with our attractive graduated prizes with every purchase. If you buy a minimum of 4 pieces of Chauvin Arnoux P01120480 DC current clamp PAC 500 we can offer you a price of 450,20 EUR per piece. The more you buy, the cheaper the article will be.
We also offer individual prices for your needs. You can get an offer by using the form Wholesale Inquiry.
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On order · Delivery time approx. 20 workdaysinfo_outline
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