Ethernet-based replacement for PCI-PDISO16 features 16 Form C Relays and 16 High Voltage Inputs Hardware: Integrated signal conditioning 16 Isolated digital inputs 500 VDC isolation Monitors AC or DC inputs 16 Form-C relays 6 Amps at 240 VAC / 28 VDC contact ratings Ethernet 10/100Base-T Powerful DAQ software included with hardware:

Ethernet-Based, 16-Bit, 200 kHz Data Acquisition System The Ethernet-based DaqBook/2000 Series of portable data acquisition devices can synchronously measure analog inputs, frequency inputs, and digital inputs. The 16-bit, 200 kHz DaqBooks come equipped with built-in signal I/O capability, which can be further expanded and enhanced with over 40 DBK Series expansion and signal conditioning options. DaqBook/2001 has four high-speed analog outputs. All DaqBooks include documentation on CDROM, quick start guide, DaqView software; comprehensive drivers for DASYLab®, MATLAB®, NI LabVIEW™, Visual Studio®, and Visual Studio® .NET; and DaqCal software application. Signal Conditioning and Expansion The DaqBook can expand its built-in analog and digital I/O with the DBK family of signal conditioning and expansion options (see pricing tab for a complete listing). DBK cards and modules are available to measure a variety of sensor types including thermocouples, RTD’s, accelerometers, strain gages, vehicle bus parameters, and more.

Ethernet-Based, 16-Bit, 200 kHz Data Acquisition System The Ethernet-based DaqBook/2000 Series of portable data acquisition devices can synchronously measure analog inputs, frequency inputs, and digital inputs. The 16-bit, 200 kHz DaqBooks come equipped with built-in signal I/O capability, which can be further expanded and enhanced with over 40 DBK Series expansion and signal conditioning options. DaqBook/2001 has four high-speed analog outputs. All DaqBooks include documentation on CDROM, quick start guide, DaqView software; comprehensive drivers for DASYLab®, MATLAB®, NI LabVIEW™, Visual Studio®, and Visual Studio® .NET; and DaqCal software application. Signal Conditioning and Expansion The DaqBook can expand its built-in analog and digital I/O with the DBK family of signal conditioning and expansion options (see pricing tab for a complete listing). DBK cards and modules are available to measure a variety of sensor types including thermocouples, RTD’s, accelerometers, strain gages, vehicle bus parameters, and more.

Ethernet-Based, 16-Bit, 200 kHz Laboratory IOtech's DaqLab/2000 Series provides bench-top data acquisition capability for a wide variety of laboratory applications. Compared to traditional digital multimeters, the DaqLab is 1,000 times faster and is capable of measuring a wider variety of signals. Built into the DaqLab is a 16-bit, 200 kHz A/D converter. Signal I/O is on the front panel via removable screw-terminal connectors, and additional I/O is via rear panel DB37 connector. Front-panel I/O includes 8 voltage inputs, 4 frequency inputs, 2 timer outputs, and 6 digital I/O. The DaqLab/2001 also has 4 analog outputs on the front-panel screw terminals. The DaqLab can expand its built-in analog and digital I/O with the DBK family of over 40 signal conditioning and expansion options. There are two slots built in to the DaqLab chassis to accommodate two of these DBK cards. Signals attach to these DBK cards via on-board screw terminals or BNC connectors, which are accessed from the front of the DaqLab. If additional I/O is required, then any of the DBK options can be attached to the rear-panel P1 and P2 connectors, allowing expansion up to hundreds of analog and digital I/O channels. The high-speed Ethernet interface built into the DaqLab insures that all acquired data flows into the PC in real time, eliminating the need for local data storage or expensive memory options.

Ethernet-based 200 kHz laboratory data acquisition system with 8 inputs (expandable to 128), 30 DIO, and 4 CTR IOtech's DaqLab/2000 Series provides bench-top data acquisition capability for a wide variety of laboratory applications. Compared to traditional digital multimeters, the DaqLab is 1,000 times faster and is capable of measuring a wider variety of signals. Built into the DaqLab is a 16-bit, 200 kHz A/D converter. Signal I/O is on the front panel via removable screw-terminal connectors, and additional I/O is via rear panel DB37 connector. Front-panel I/O includes 8 voltage inputs, 4 frequency inputs, 2 timer outputs, and 6 digital I/O. The DaqLab/2001 also has 4 analog outputs on the front-panel screw terminals. The DaqLab can expand its built-in analog and digital I/O with the DBK family of over 40 signal conditioning and expansion options. There are two slots built in to the DaqLab chassis to accommodate two of these DBK cards. Signals attach to these DBK cards via on-board screw terminals or BNC connectors, which are accessed from the front of the DaqLab. If additional I/O is required, then any of the DBK options can be attached to the rear-panel P1 and P2 connectors, allowing expansion up to hundreds of analog and digital I/O channels. The high-speed Ethernet interface built into the DaqLab insures that all acquired data flows into the PC in real time, eliminating the need for local data storage or expensive memory options.

Ethernet I/O Web Based Ethernet I/O Data Acquisition Module Communicable over Ethernet and Modbus TCP Protocol. - 6 Channel Power Relay Output - 6 Channel Isolated Digital Input - Ethernet and Modbus TCP Protocol. - Supports operating temperatures between -25 to 75°C

Ethernet I/O Web Based Ethernet I/O Data Acquisition Module Commuincable and Powered over Ethernet and Modbus TCP Protocol - 6 Channel Power Relay Output - 6 Channel Isolated Digital Input - Ethernet and Modbus TCP Protocol. - Supports operating temperatures between -25 to 75°C

USB or Ethernet-based 24-bit, 32-channel thermocouple input device USB and Ethernet interfaces 32 differential thermocouple (TC) inputs - Expandable to 64 TC inputs with TC-32-EXP expansion device - TC channel-to-host isolation Easy-to-connect mini-jack connectors 24-bit resolution 3 S/s per channel sample rate Supports J, K, R, S, T, N, E, and B type thermocouples (software-selectable per channel) Per channel out-of-range alarm configuration Cold-junction compensation (CJC) sensor per channel Open thermocouple detection 8 digital inputs and 32 digital outputs/alarms - Expandable to 16 digital inputs, and 64 digital outputs/alarms with TC-32-EXP expansion device - Isolated from TC inputs and host - 50-pin header connector (cable sold separately) 19” rack mountable