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| Electro Standards Laboratories | Cranston, RI | |
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.jpg) | CellMite® Model 4325B Intelligent Digital Signal Conditioner with TEDS-Tag Auto Identification. CellMite M4325B is a compact digital signal conditioner that connects directly to a standard strain-gage-based load cell, extensometer, or pressure sensor and simulataneously generates a serial output for connection to a PC as well as a +/-10V analog output. CellMite® M4325B compensates for transducer nonlinearities using its integrated 6-point calibration capability not found in standard signal conditioners. Its multi-drop RS232 serial port, unit addressing capabilities, and simple command set allow for connection of multiple units in a serial network configuration. The TEDS-Tag® auto identification feature with integrated electronic tags allows the CellMite® to automatically select the correct sensor calibration and analog output for scaling for the connected transducer. CellMite® features a nonvolatile memory for parameter and calibration storage, the ability to select between three transducers, multi-point and mV/V calibration, remote sense excitation, and a 24-bit internal resolution with 16-bit analog output. | ||
.jpg) | CellMite® Model 4326B Embedded Digital Signal Conditioner with TEDS-Tag Auto Identification. Model 4326B Transforms Standard Transducer into a Smart Cell! CellMite® Model 4326B is a compact digital signal conditioner unit that can be directly integrated into a standard stain gage transducer such as a load cell or extensometer. CellMite® simultaneously generates a serial digital output for connection to a PC as well as a +/- 10V analog output. CellMite® compensates for transducer nonlinearities using its integrated 6-point calibration capability not found in standard signal conditioners. Its multi-drop RS232 serial port, unit addressing capabilities, and simple command set allow for connection of multiple units in a serial network configuration. The TEDS-Tag® auto identification feature with integrated electronic tags allows the CellMite® to automatically select the correct sensor calibration and analog output for scaling for the connected transducer. CellMite® features a nonvolatile memory for parameter and calibration storage, the ability to select between three transducers, multi-point and mV/V calibration, remote sense excitation, and a 24-bit internal resolution with 16-bit analog output. | ||
.jpg) | CellMite® Model 4327 Embedded Digital Signal Conditioner Board for Strain Gage Sensors CellMite Model 4327 Board with auto identifying display is an embedded digital signal conditioner board that connects directly to a standard strain gage transducer and simultaneously generates a serial output for direct connection to a PC, a scalable +/-10V analog output for interface to data acquisition systems, and a 16 character auto identifying display for direct readout viewing. The Model 4327 has on board storage for three calibrated sensors, each with integrated 6-point calibration and independent user specified dispay setup parameters. When a TEDS-Tag® capable sensor is connected to the unit, that sensor is immediately identified by the Model 4327 and its stored calibration data and display configuration are automatically loaded. If that sensor is removed and another TEDS-Tag® sensor is connected, then its calibration data and display data are automatically loaded. Unlike other units in its class, auto sensor identification and auto display identification require no user intervention and prevent field personnel from making costly mistakes due to incorrect sensor calibration or display setup. The CellMite® Model 4327 can be fully operated with a computer or simply setup by a computer and then used as a stand alone intelligent digital signal conditioner with auto indentifying analog and alphanumeric display outputs. The CellMite® Model 4327 integrates an intelligent 16 character backlit alphanumeric display with a CellMite® Model 4325A. | ||
.jpg) | CellMite Model 4329 Wireless Intelligent Digital Signal Conditioner. CellMite Model 4329 connects directly to a standard strain gage, load cell, extensometer, or pressure transducer. CellMite® Model 4329 features a nonvolatile memory for parameter and calibration storage, the ability to select between three transducers, multi-point and mV/V calibration, remote sense excitation, and a 24-bit internal resolution with 16-bit analog output. CellMite® compensates for transducer nonlinearities using its integrated 6-point calibration. Its wireless communication port and simple command set allow connection of up to 8 units in a wireless serial network configuration. | ||
.jpg) | CellMite LVDT AC Excitation Dual Channel Embedded Digital Signal Conditioner Board. The Model 4331-200 CellMite® LVDT embedded digital signal conditioner board connects directly to two standard AC LVDT (Linear Variable Differential Transformer) transducers and simultaneously generates a serial output for connection to a PC and a +/-10V analog output. The CellMite® LVDT embedded conditioning board can be operated with a computer or simply setup by a computer and then used as a stand-alone intelligent LVDT digital signal conditioner with analog output. The Model 4331-200 CellMIte® LVDT has on board storage for up to three calibrated LVDTs, each with integrated 6-point calibration that can be used to linearize the LVDT outputs. Its multidrop RS232/RS485 serial port allows for connection of multiple units in a serial network configuration. This compact unit is ideally suited for in-situ transducer conditioning and distributed process measurements. It provides OEM users and system integrators with an affordable and complete LVDT-to-PC solution. The CellMite Model 4331-200 features include nonvolatile memory for parameter and calibration storage, ability to select between 3 stored LVDT calibrations, automatic LVDT indentification using TEDS-Tag® technology, solid state relay switches, multi-point and mV/V calibration, ability to locate LVDT core null position, internal generation of precise sine wave AC excitation voltages, remote sense excitation, and 24-bit internal resolution with 16-bit analog output. | ||
.jpg) | CellMite Quad AC/DC Mixed LVDT and Force Measurement Digital Signal Conditioner. The CellMite Model 4336 CellMite® Quad AC/DC is a 4-channel intelligent digital signal conditioner that connects directly to two AC LVDT transducers and two DC strain gage force transducers and provides direct digital data input into the serial port of a standard PC. Precision AC sine wave excitation voltages to power the LVDTs and precision DC excitation voltages to power the force strain gage bridges are generated by the unit. Internal signal conditioning with filtering is applied to all channels and the digitized data is sent in serial form to a standard PC. The Model 4336 also simultaneously generates two +/-10V analog outputs; one that tracks a user selected LVDT channel and one that tracks a user specified force channel. When used in combination with the CellView Multi-Unit GUI software, a complete data acquisition system is formed with synchronized data storage of all channels in an Excel compatible file, and real-time simultaneous viewing of all channels utilizing up to 8 user specified software displays. The Model 4336 CellMIte® Quad AC/DC independently compensates each channel's transducer nonlinearities using its integrated 6-point calibration capability not found in standard signal conditioners. The unit has full range tare capability for the LVDT and strain gage force channels, and dual internal precision shunt resistors for the force channels. The Model 4336 features include nonvolatile memory for parameter and calibration storage, the ability to select between 3 stored LVDT calibrations for two LVDT channels, and the ability to select between 3 stored force transducers for the two strain gage force channels. Also featured are multi-point and mV/V calibration, remote sense excitation, 24-bit internal resolution with 16-bit analog output, and RS232 serial data output that is compatible with off-the-shelf serial to USB converter cables. | ||
.jpg) | CellMite Model 4337 Digital Signal Conditioner with Auto Identifying Display for Strain Gage Sensors. The Model 4337 CellMite® with Auto Identifying Display is a digital signal conditioner from Electro Standards Laboratories that connects directly to a standard strain gage transducer and simultaneously generates a serial output for direct connection to a PC, a scalable +/-10V analog output for interface to data acquisition systems, and a 16-character auto identifying display for direct readout viewing. The Model 4337 has on board storage for three calibrated sensors, each with integrated 6-point calibration and independent user specified display setup parameters. When a TEDS-Tag® capable sensor is connected to the unit, that sensor is immediately identified by the Model 4337 and its stored calibration data and display configuration are atuomatically loaded. If that sensor is removed and another TEDS-Tag® sensor is connected, then its calibration data and display are automatically loaded. Unlike other units in its class, auto sensor identification and auto display identification require no user intervention and prevent field personnel from making costly mistakes due to incorrect sensor calibration or display setup. The CellMIte® Model 4337 can be fully operated with a computer or simply setup by a computer and then used as a stand-alone intelligent digital signal conditioner with auto identifying analog and alphanumeric display outputs. | ||
.jpg) | CellMite Model 4338 LVDT AC Excitation Single Channel Intelligent Digital Signal Conditioner. The Model 4338 CellMite® LVDT digital signal conditioner connects directly to a standard AC LVDT (Linear Variable Differential Transformer) transducer and simultaneously generates a serial output for connection to a PC and a +/-10V analog output. The CellMite® LVDT can be operated with a computer or simply setup by a computer and then used as a stand-alone intelligent LVDT digital signal conditioner with analog output. The Model 4338 CellMIte® LVDT compensates for transducer nonlinearities using its integrated 6-point calibration capability not found in standard signal conditioners. Its multi-drop RS232 serial port and simple command set allow for connection of mulitple units in a serial network configuration. This compact unit is ideally suited for in-situ transducer conditioning and distributed process measurements. The Model 4338 features include nonvolatile memory for parameter and calibration storage, ability to select between 3 stored LVDT calibrations, automatic LVDT indentification using TEDS-Tag® technology, multi-point and mV/V calibration, internal generation on precision sine wave AC excitation voltage, remote sense excitation, and 24-bit internal resolution with 16-bit analog output. | ||
| CellMite Model 4338-200 LVDT AC Excitation Dual Channel Intelligent Digital Signal Conditioner. The Model 4338-200 Dual Channel CellMite® LVDT digital signal conditioner connects directly to two standard AC LVDT (Linear Variable Differential Transformer) transducers and simultaneously generates a serial output for connection to a PC and a +/-10V analog output. The CellMite® LVDT can be operated with a computer or simply setup by a computer and then used as a stand-alone intelligent LVDT digital signal conditioner with analog output. The Model 4338-200 CellMite® LVDT has on board storage for up to three calibrated LVDT's, each with integrated 6-point calibration that can be used to linearize the LVDT outputs. Its multidrop RS232/RS485 serial port and simple command set allows for connection of multiple units in a serial network configuration. This compact unit is ideally suited for in-situ transducer conditioning and distributed process measurement. The Model 4338-200 features include nonvolatile memory for parameter and calibration storage, ability to select between 3 stored LVDT calibrations, automatic LVDT indentification using TEDS-Tag® technology. Solid state relay switches, multi-point and mV/V calibration, and the ability to located LVDT core null position are incorporated into the unit. Internal generation of precision sine wave AC excitation voltages, remote sense excitation, and 24-bit internal resolution with 16-bit analog output are also standard. | ||
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