Conditioner Converts Pulse Rate Signals into 4-20mA

Designed for converting outputs from pulse generating transducers, the C16-10 Frequency to Analogue Converter is proving to be a popular choice for water utility companies

by Graham Bond | Wednesday 21 December 2011

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C16-10 Frequency to Analogue Converter
The C16-10 is suitable for many applications where an analogue signal proportional to frequency or pulse rate is required, for example interfacing PLCs and other control and monitoring devices with analogue only inputs and where the outputs of flowmeters and water meters are converted into a 4-20mA signal for telemetry purposes.

The C16-10 handles a wide range of input signal types with open-collector, volt-free contact, 1-3mA pulse (NAMUR), and voltage inputs from10 mV to 250 Volts - sine, square or triangular waveforms all available as standard at the terminal connections.

The Frequency to Analogue Converter will accept frequencies from as low as 0 – 0.1 Hz up to as high as 0 – 10 kHz.

The C16-10 can be supplied pre-configured to customer's requirements or supplied with 'standard' settings for user configuration with the optional programming kit. The configuration software supports frequency range changing, for example - to suit a turbine meter replacement, and optimisation of digital filtering to suit noisy site conditions.

Key features:

Frequency ranges from 0 – 0.1 Hz up to 0 – 10 kHz; Universal AC / DC supply; 85 - 260 VAC or 24 - 200 VDC; Programmable filtering and ranging via USB link option; 12V and 24V transducer power supplies as standard; Standard inputs: open-collector, volt-free contact, 1-3mA pulse (NAMUR), and voltage (sine, square, triangular waveforms), are all available at terminal connections; Configurable isolated output ranges: Voltage (4) and mA (3) including 4-20mA sink; Compact DIN rail mounting enclosure with removable terminals to aid wiring and maintenance; Five year warranty

CONTACT

Graham Bond
Stroud Instruments Ltd
sales@sil.co.uk
www.sil.co.uk
+44 (0) 1453 765433

Wednesday 21 December 2011 / file under Utilities | Technology | Engineering | Electronics