Quad DC out, cmn, return, low 1

Quad,Normally Open,Output

Isolated 240 VAC Output Module. Normally Closed Configuration. Features:4000 Vrms isolation Low costSpecifications:# of inputs: 1 Load Voltage: 24 to 120 Load Current Max: 3.5 Amps Power Dissipation: 1W/Amp Blocknig Voltage: 400 VDC Turn On Time: 8.3mS Turn Off Time: 8.3mS Off Leakage Current: 2.5 mA Frequency Range: 25 Hz to 70 Hz Logic Supply Current: 16mACompatibility Guide:Installs on SSR-RACK24 or SSR-RACK08 board

Low Leakage DC SSR, 1 - 60 VDC @ 3A Features:4000 Vrms isolation Low costSpecifications:# of Outputs: 1 Load Voltage: 0 to 200 Load Current Max: 1 Amp Power Dissipation: 1.5 W/Amp Blocknig Voltage: 360 VDC Turn On Time: 75uS Turn Off Time: 750uS Off Leakage Current: 10 uA On Voltage Drop: 1.6VDC Logic Supply Current: 11mACompatibility Guide:Installs on SSR-RACK24 or SSR-RACK08 board

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.

i430 16se/8di UNIVERSAL INPUT A/D PLUG-IN CARD The i430 card plugs into a 4 to 16 slot instruNet i4xx Card Cage, which in turn attaches to a Windows computer.16se/8di Voltage Input Channels with 16-bit A/D Converter2x Precision Analog Voltage Outputs (±10V, 14bit D/A)2x Analog Voltage Outputs (0..+10V, 8bit D/A)4x Universal Digital I/O (20mA sink, -10V..30V)Connect Directly To Sensors: Voltage, Thermocouple, Thermistor, RTD, Load Cell, Strain Gage, Potentiometer, Current, ResistanceExcitation power (+3.3V ±.2V,

i420 Product Overview The i420 card plugs into a 4 to 16 slot instruNet i4xx Card Cage, which in turn attaches to a Windows computerThis Amplifier (not A/D) module provides 20se/10di voltage input channels (Ch#1...#20)40 , each of which are independently software programmable with Windows software that support the direct connection to many common sensor types This module does not contain an A/D converter, and therefore internally routes measured voltage to an i43x A/D module anywhere in card cage. At least one i43x must be installed in order to measure a voltage with this module. Each of the 10 differential channels support the direct connection to the following sensor types (click for Wiring Diagram and Setup Instructions): Voltage, Thermocouple, Thermistor, RTD, Load Cell, Strain Gage, Potentiometer, Current, Resistance Voltage input range on each channel is independently software programmable to one of: ±20mV, ±40mV, ±80mV, ±2.5V, ±5V, ±10V, 0 to 5V, 0 to 10V Each channel provides the following software programmable parameters: A/D Signal-Averaging-Per-Point (0 ... 100mSec)3 , Sample-Rate (samples-per-second-per-channel)17 , Digital IIR Filter (LowPass, HighPass, BandPass, or BandStop)55 , Voltage Measurement Range (±20mV...±10V)1 , Sensor Type13 , and Single-Ended or Differential Wiring Each channel provides optional digital IIR lowpass, highpass, bandpass and bandstop filters with independent software programmable cut-off frequency, minimum dB stopband attenuation, maximum dB passband attenuation, and filter type (e.g. Elliptic, Chebyshev B, Chebyshev S, and Butterworth). Number of poles/zeros (i.e. "filter order") is programmable between 2 and 32e55 . Excitation power (+3.3V ±.2V, 2V) or low (e.g.