This product is no longer available and has been replaced by: CS11-L. Some accessories, replacement parts, or services may still be available.
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Überblick
Der CS15 ist eine modifizierte Version des CS10 speziell für unseren CR200X-Datenlogger. Er misst den Strom im Bereich von 0,15A bis 125A.
Lesen Sie mehrFunktionen und Vorteile
- Ideale Anwendungen sind zum Beispiel Motor- oder Generatorleistung, Auslastungsstudien und Fehlersuche
- No direct electrical connection to the electrical system
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Technische Beschreibung
The CS15 detects the ac current along an electrical wire using the magnetic field that is generated by that current. It is external to the wire jacket and has no direct electrical connection to the system. This transducer outputs a millivolt signal that our CR200(X)-series dataloggers can directly measure.
The CS15 can be used for motor or generator load condition monitoring, efficiency studies, intermittent fault detection, and rough submetering.
Spezifikationen
- Measurement Range: 0.15 to 125 A
- Frequency: 50 and 60 Hz
- Insulation Resistance: 100 MΩ @ 500 Vdc
- High Potential: 2000 V
- Rated Current: 125 A
- Accuracy with 10 Ω Maximum Burden (resistive): typically ±5% of actual value with provided multiplier
- Operating Temperature Range: -25° to +55°C
- Case Material: Polypropylene resin
- Construction: Epoxy encapsulated
- Outer Diameter: 4.8 cm (1.89 in)
- Inner Diameter: 1.9 cm (0.75 in)
- Height: 1.7 cm (0.67 in)
Kompatibel mit
Data Logger Considerations
The CS15 was designed specifically for the CR200(X)-series dataloggers. It is measured with the VoltSE instruction. The measurement is generally taken repeatedly inside a measurement loop, then the RMS (root-mean-square) value is determined.
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FAQs für
Number of FAQs related to CS15-L: 2
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Yes, by connecting the red wire to ground rather than its normal location.
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Not directly. If the CS15-L is connected to a CR200(X) datalogger, the data logger can take the ac measurement and control a solid-state relay based on some threshold within the data logger program. The solid-state relay can then control other relays, solenoids, or motor starters. (Use of a solid-state relay is preferred because the data logger can trigger it with a small 5 Vdc mA signal.) For more information, see the “Measurement and Control Peripherals” section of the operator’s manual.