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| Our selection of protective enclosures allows safe mounting in rugged, corrosive, and hazardous environments. |
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Year after year, engineers and technicians like you rate our signal conditioners their #1 choice.
Typical Applications of Signal Conditioners
- Signal conditioners convert signals so field sensors, transmitters and transducers can interface with indicators, recorders, DCS, PLC and PC-based SCADA systems.
- Isolate signals to stop erratic measurements caused by ground loops using signal conditioners.
- Signal conditioners can split one signal, allowing one primary measurement to be sent to two separate systems.
- Cost-effectively solve DCS start-up problems that result from incompatible signal types with signal conditioners.
- Signal conditioners amplify signals to enable more instruments to be added to an overburdened loop.
- Step down dangerous, high-voltage signals to safer levels with signal conditioners.
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| Delivering superior RFI protection, our DIN-style signal conditioners are ideal for high-density installation in a field cabinet or control room. |
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Capabilities of Signal Conditioners
- mA, mV, V, A, frequency, strain gage and potentiometer inputs for signal conditioners
- Analog and digital communication capabilities
- 2-wire (loop-powered), 4-wire (line-powered), and universal powered models of signal conditioners
- PC-programmable, field-configurable and fixed range models of signal conditioners
- Single and dual channel I/O
- Power a 2-wire transmitter with signal conditioners
- Customize linearization using signal conditioners
- Signal conditioners have up to 1500Vrms signal isolation and RFI/EMI protection
- DIN-rail, surface, relay track, pipe, explosion-proof and field-mount installation
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| Versatile PC-programmable 2- and 4-wire signal conditioners, isolators and converters can be set up in less than a minute using our Intelligent PC Configuration Software. |
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