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					Voltage transducers for Industrial and Traction - for small and medium voltage measurements
				 
					 
				 
					 
				 
					Main characteristics:
				 
					Compact design
				 
					A unique design to cover all measuring ranges
				 
					Voltage measurement from 50 to 2000 VRMS
				 
					High level of insulation test voltage: 8.5 KVRMS / 50 Hz / 1 min
				 
					High level of RMS voltage (2.7 kV) for partial discharges extinction @10 pC
				 
					Excellent overall accuracy:
				 
					+/- 0.4% of Vpn at + 25°C
				 
					+/- 1% of Vpn over the operating temperature range
				 
					High bandwidth (short response time): 14 KHz (-3 dB)
				 
					 
				 
					Features:
				 
					DC, AC and pulse voltage measurements with galvanic isolation
				 
					Power supply: +/- 13,5 ...26,4 V
				 
					Operating temperature range: -40°C to +85°C
				 
					Flexibility with modular connections for primary and secondary sides (connectors, shielded cables, terminals ...)
				 
					Current output as +/- 50 mA or current loop 4 to 20 mA
				 
					 
				 
					Standard compliance:
				 
					EN50155:2007 for traction applications such as:
				 
					Main and auxiliary converters
				 
					Circuit breaker
				 
					Substations
				 
					Battery chargers
				 
					Propulsion and braking chopper
				 
					but also industrial applications
				 
					· European Directive EMC 2004 / 108 / EEC : CE Marking
				 
					· Using UL94-VO recognized materials
				 
					· EN 50121-3-2:2006: Railway EMC standard
				 
					· EN 50124-1:2001: Insulation levels
				 
					· EN 50178:1997: for industrial applications
				 
					· NFF 16101/2: Fire and smoke classification
				 
					· Developed according to IRIS standard
				 
					 
				 
					Remarks:
				 
					New innovative patented insulating digital technology
				 
					Economic, 30% power saving
				 
					30% lighter
				 
					Unmatched immunity to electromagnetic disturbances
				 
					Insensitive to magnetic fields
				 
					100% compatible with previous generations of transducers in performance and footprint
				 
					 
				 
					 
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