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All Rights Reserved.
Recycle Electronics
Stand Alone Systems
•Eight channels of AC LVDT conditioning
•Full-bridge and Half-bridge LVDTs supported
•Offset and wide-range gain calibration pots
•Removable screw terminal blocks for easy connection and serviceability
•Use easily with PLC or PC-based Data Acquisition
•Non-multiplexed, simultaneous conditioned outputs
•Jumper selected LED display utility for quick and easy operating verification of connected LVDTs
•Factory oscillator frequency of 10kHz
•Master / Slave excitation frequency synchronization
•Onboard DC/DC converter with reverse power protection operates on a •single 24VDC external source
•Full-bridge and Half-bridge LVDTs supported
•Offset and wide-range gain calibration pots
•Removable screw terminal blocks for easy connection and serviceability
•Use easily with PLC or PC-based Data Acquisition
•Non-multiplexed, simultaneous conditioned outputs
•Jumper selected LED display utility for quick and easy operating verification of connected LVDTs
•Factory oscillator frequency of 10kHz
•Master / Slave excitation frequency synchronization
•Onboard DC/DC converter with reverse power protection operates on a •single 24VDC external source
Eight Channel Signal Conditioner Board
•Remote intelligent analog and digital I/O unit with opto-isolated RS-485 serial interface to host computer
•Eight differential or sixteen single-ended analog inputs, programmable gain and offset on a channel-by-channel basis, 12-bit resolution A/D converter. Programmable gains provide spans between 5VDC and 25mVDC
•Optional signal conditioning for use with thermocouples, RTDs, 4-20 mA current inputs, and resistors for straingage bridge completion.
•Three 12-bit D/A converters with both voltage and current outputs.
•Seven bits of digital I/O configured on a bit-by-bit basis as either inputs or high-current outputs.
•Onboard 16-bit, 8031 compatible microcontroller with 32K RAM and EEPROM
•Watchdog circuit for reset on power-up and microprocessor failure
•All programming and calibration in software, No switches to set. Jumpers (3) to by-pass opto-isolators if desired.
•Protective Nema4 enclosure for harsh atmospheric and marine environments
•Eight differential or sixteen single-ended analog inputs, programmable gain and offset on a channel-by-channel basis, 12-bit resolution A/D converter. Programmable gains provide spans between 5VDC and 25mVDC
•Optional signal conditioning for use with thermocouples, RTDs, 4-20 mA current inputs, and resistors for straingage bridge completion.
•Three 12-bit D/A converters with both voltage and current outputs.
•Seven bits of digital I/O configured on a bit-by-bit basis as either inputs or high-current outputs.
•Onboard 16-bit, 8031 compatible microcontroller with 32K RAM and EEPROM
•Watchdog circuit for reset on power-up and microprocessor failure
•All programming and calibration in software, No switches to set. Jumpers (3) to by-pass opto-isolators if desired.
•Protective Nema4 enclosure for harsh atmospheric and marine environments
Remote Data Acquisition Pod
•Remote intelligent A/D I/O unit with opto-isolated RS-485 interface to host computer
•NEMA 4 enclosure for harsh atmospheric and marine environments
•Type 8031 microcontroller with 32K x 8 bits RAM and 32K x 8 bits EEPROM.
•Two-channel 24-bit A/D delta-sigma converter
•Bi-polar and unipolar voltage input ranges of 2.5 V and 5 V
•Self-calibrating or auto-calibrating modes to eliminate drift errors
•13-bit digital port with each bit programmable as either input or output
•Constant current source for thermocouple cold-junction compensation
•Precision 10 VDC excitation for transducers
•All programming in software, almost no switches.
•NEMA 4 enclosure for harsh atmospheric and marine environments
•Type 8031 microcontroller with 32K x 8 bits RAM and 32K x 8 bits EEPROM.
•Two-channel 24-bit A/D delta-sigma converter
•Bi-polar and unipolar voltage input ranges of 2.5 V and 5 V
•Self-calibrating or auto-calibrating modes to eliminate drift errors
•13-bit digital port with each bit programmable as either input or output
•Constant current source for thermocouple cold-junction compensation
•Precision 10 VDC excitation for transducers
•All programming in software, almost no switches.
24-Bit Analog/Digital I/O Pod
•Remote intelligent analog and digital I/O unit with opto-isolated RS-485 serial interface to host computer
•Eight-channel programmable gain, 12-bit resolution A/D converter
•Can be used with AIM-16 multiplexer to support up to 128 differential or single ended inputs
•Eight digital I/O lines, bit-programmable as inputs or outputs
•Protective Nema4 enclosure for harsh atmospheric and marine environments(RAD128 only)
•8031 microcontroller with 8 x 32K RAM and 8 x 32K EEPROM
•On-board crystal clock and three 16-bit counter/timers
•Watchdog circuit for reset on power-up and microprocessor failure
•All programming in software, No switches to set. Jumpers (3) to by-pass opto-isolators if desired.
•Eight-channel programmable gain, 12-bit resolution A/D converter
•Can be used with AIM-16 multiplexer to support up to 128 differential or single ended inputs
•Eight digital I/O lines, bit-programmable as inputs or outputs
•Protective Nema4 enclosure for harsh atmospheric and marine environments(RAD128 only)
•8031 microcontroller with 8 x 32K RAM and 8 x 32K EEPROM
•On-board crystal clock and three 16-bit counter/timers
•Watchdog circuit for reset on power-up and microprocessor failure
•All programming in software, No switches to set. Jumpers (3) to by-pass opto-isolators if desired.
12-Bit Analog/Digital I/O Pod
•Remote intelligent analog and digital I/O unit with opto-isolated RS-485 serial interface to host computer
•Eight-channel programmable gain, Successive approximation A/D converter with 12-bit resolution
•Can be used with AIM-16 multiplexer to support up to 128 differential or single ended inputs
•Eight digital I/O lines, bit-programmable as inputs or outputs
•8031 microcontroller with 8 x 32K RAM and 8 x 32K EEPROM
•Maximum internal storage capacity of 10000 data samples for use in stand alone mode
•On-board crystal clock and three 16-bit counter/timers
•Watchdog circuit for reset on power-up and microprocessor failure
•All programming in software, No switches to set. Jumpers (3) to by-pass opto-isolators if desired.
•Eight-channel programmable gain, Successive approximation A/D converter with 12-bit resolution
•Can be used with AIM-16 multiplexer to support up to 128 differential or single ended inputs
•Eight digital I/O lines, bit-programmable as inputs or outputs
•8031 microcontroller with 8 x 32K RAM and 8 x 32K EEPROM
•Maximum internal storage capacity of 10000 data samples for use in stand alone mode
•On-board crystal clock and three 16-bit counter/timers
•Watchdog circuit for reset on power-up and microprocessor failure
•All programming in software, No switches to set. Jumpers (3) to by-pass opto-isolators if desired.
12-Bit Analog/Digital I/O Pod
•Supports mixed Sensors: Thermocouples, RTDs, strain gages, voltage and current inputs
•Multiplexes 16 differential inputs to one analog single-ended output
•Cold junction compensation and break detect for thermocouple inputs.
•Gain programmable (0.5 to 1000) channel-by-channel
•Screw terminals for input terminations on plug-in blocks
•Multiplexes 16 differential inputs to one analog single-ended output
•Cold junction compensation and break detect for thermocouple inputs.
•Gain programmable (0.5 to 1000) channel-by-channel
•Screw terminals for input terminations on plug-in blocks
16-Channel Analog Multiplexer & Signal Conditioning Card