CHAUVIN ARNOUX - Měřicí přístroje

| Kategorie: Katalog  |

Kompletní katalog produktů firmy Chauvin Arnoux - Zkoušečky napětí, multimetry, klešťové multimetry, revizní přístroje, měřiče izolace, měřiče uzemnění, analyzátory kvality el. energie, infrakamery.

Vydal: Blue Panther s.r.o., Autor: GHV Trading

Strana 68 z 164

Vámi hledaný text obsahuje tato stránku dokumentu který není autorem určen k veřejnému šíření.

Jak získat tento dokument?






Poznámky redaktora
25 % ±2 cts ±2 cts 0.A 846 thermo-hygrometer EUR mains lead 6.25 % ±2 cts 1 A 4-wire method 400 4,000 0.5 A 500 fuse 10) Standard carrying bag Optical/USB communication cable A-P clamp 2) DataView® Straight probe with double pivoting retractable test probe 2) Pistol with double retractable test probe 2) > P01102056 > P01101783 P01295253 > P01156301Z > P01295174 > P01297091 > P01298066 > HX0056-Z > P01101794 P01102095 P01103063 P01103065 Straight probe with double pivoting retractable test probe State delivery and reference > 6240 delivered with carrying bag, set Kelvin clamps with cable, EURO mains power supply cable, 1 operating manual 1 simplified operating manual 5 languages, data export software 1 optical USB communication cable > P01143200 Page 68 .25 % ±2 cts 400 0.25 % ±2 cts 100 mA 100 measurements Optical USB link Rechargeable NiMH battery 273 247 180 mm 5 kg IEC 61010 CAT III V Pistol with double retractable test probe Accessories / Replacement parts Double test probe 2) Mini Kelvin clamp 2) mains power cable C.ELECTRICAL TESTING AND SAFETY Micro-ohmmeter C.A 6240 >> ugged, leakproof on-site instrument >>Suitable for use the field, the workshop the laboratory >>Wide measurement range and excellent accuracy due to: 4-wire measurement method Automatic current reversal Test current esolution 1 µΩ Automatic "on-the-fly" manual measurement modes ]] C.1 mΩ 1 mΩ 1 A 100 0.3 12.25 % 0.A 6240 Specifications Measurement method Range Accuracy Resolution Current measurement Memory Communication output Power supply Dimensions weight Electrical safety 400 0.25 % ±2 cts 1 µΩ 0