Technical Specifications / Parameters
Parameter Specification
Manufacturer Type Code 6197/15-101-500 UD/S 4.600.2
Product Family / Series ABB Instrumentation / Transducers (UD Series or similar)
Device Type Electronic Voltage Transducer / Signal Converter / Isolator
Primary Function To provide galvanic isolation and conversion of an AC voltage input to a proportional DC analog output signal.
Input (Measured Variable) AC Voltage
Input Voltage Range (Nominal) 500V AC (Likely the nominal or maximum input voltage, e.g., 0-500V AC).
Input Frequency Typically 50/60 Hz.
Output Signal Standard Analog Output, most commonly:
• 4...20 mA DC (two-wire loop powered) 或
• 0...10 V DC (three-wire, with separate supply).
(The suffix 4.600.2 often indicates a specific output type and scaling.)
Power Supply Depends on output type:
• For 4-20mA two-wire: Loop powered (16-30V DC typically).
• For 0-10V three-wire: Requires external auxiliary supply (e.g., 24V DC, 110/230V AC).
Accuracy High accuracy, typically ±0.2% or better of full scale.
Isolation Galvanic isolation between input, output, and power supply circuits (typically 2-4 kV). This protects connected equipment from transients and ground loops.
Mounting DIN Rail Mounting (35mm).
Connection Screw-clamp terminals.
Operating Temperature Typically -20°C to +70°C.
Response Time < 250 ms.
Standards & Approvals IEC/EN 61010-1 (Safety), IEC/EN 61326 (EMC), CE, UL, cUL.
Typical Applications • Main voltage monitoring in switchgear and control panels.
• Generator output voltage measurement.
• Busbar voltage feedback for automatic voltage regulators (AVRs).
• Power quality monitoring systems.
• Any process requiring a safe, accurate, and isolated representation of an AC voltage for control or logging.
The ABB 6197/15-101-500 UD/S 4.600.2 is a compact, high-precision, electronic voltage transducer (VT) or signal conditioner. This device belongs to ABB's extensive range of measurement and instrumentation products (historically part of the E, UD, or DIN-A-MITE series). Its primary function is to accurately isolate, scale, and convert a high AC voltage input into a standardized, low-level, safe, and proportional analog output signal. The output is typically a DC current (e.g., 4-20mA) or voltage (e.g., 0-10V) that can be safely wired to monitoring, control, or data acquisition systems like PLCs, SCADA, or panel meters.