Digital Sensor Toolkit

  • Ready-to-run with S.E.A. digital sensors
  • Simple implementation by user-friendly functions palettes, examples and template VIs

SEA 9210 Programming

function palette
application example

SEA 9210 Principle of Function

block diagram

All I/O channels are insulated against the backplane. The principle of function is shown in the image beside.

SEA 9210

Multifunction I/O Module

Part Number: 60000083
SEA 9210 Multifunction I/O Module

Highlights:

  • Multiple channel types in one module
  • 3 Differential analog inputs, 0 to 36 V, 16 bit, 1.1 kS/s
  • 2 Differential analog inputs, ± 80 mV, 16 bit, 1.3 kS/s to measure current via shunt
  • 4 Digital inputs, max. 30 V, 5 V-TTL-logic, max. 18 kHz
  • 4 Relay outputs, max. 48 V (1A), max. 50 Hz
  • 6 direct FPGA I/O's, 5 V CMOS-logic (each with 3 inputs and outputs), max. 10 MHz
  • Internal voltage source, switchable (3.3 / 5 VDC)
  • Operating temperature range
    -40 to +70 °C

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Overview

The SEA 9210 Multifunction I/O module for NI CompactRIO is an universal, compact and cost-effective solution for applications that require only few channels, but different channel types. The combination of analog inputs, binary in- and outputs and direct FPGA lines makes the SEA 9210 suitable for a wide range of applications, for example:

  • Diagnosis and monitoring of autonomous CompactRIO systems (System status, supply status...)
  • Supervision of environment parameter (temperature, pressure, humidity, air quality...)
  • Supervision of mechanical stress (shock, vibration...)

    • The module offers 3 analog channels for voltage measurements and 2 analog channels for current measurements (over an external shunt resistor). Two voltage channels and two current channels share a common Analog-Digital converter (ADC) respectively, enabling el. power measurements on two independent channels. The basic function of the analog channels is shown in the image below.

    The 4 digital inputs can be used to monitor binary system states (e.g. 'Door Open!'). The wide input range offers a great tolerance with respect to the system signal levels. The 4 digital outputs can be used to control system components (e.g. switches, lamps, etc.).

    The SEA 9210 Multifunction I/O Module offers direct FPGA lines along with an integrated power source to incorporate devices with digital interfaces. Typically, these devices are digital sensors with a digital SPI, I2C or similar communication interface. These sensors often require an external power supply, which can be provided by the integrated power source of the module.

    System Requirements:

    • NI CompactRIO™ with a FPGA chassis
    • LabVIEW™ 2011 or higher

    Scope of Delivery:

    • 1* SEA 9210 incl. connector block (60000083)
    • 1* Printed hardware manual incl. operation instructions, safety guidelines and specifications

    Accessories:

    • Shunt resistor for current measurements (61000125)
    • DS.A. 3-Axis IMU Sensor (67000614)
    • DS.GAM.333 Digital 9-Axis IMU Sensor (67000615)
    • Digital Temperature Sensor (67000616)

     

    Prices

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    Note: Prices are exclusive of VAT

    The current prices in € and $ can be found in our shop

    Services

    • We support you with the implementation of your application
    • For the SEA 9210 Multifunction I/O Module a warranty extension is available.
    • For OEM customers the SEA 9210 Multifunction I/O Module can be supplied optional without housing (PCB only). Please note that certifications do not apply in this case and may have to be perform separately for the final product.
    • Technical support:

    techsupport@sea-gmbh.com

    Resources

    Resources:

    Specifications

    Further resources

    Software:

    • The software driver is required for the operation and can be downloaded without additional costs from our web site. For the installation the JKI VI Package Manager (VIPM) is required.
    • The software driver contains programming examples, accessible through the LabVIEW™ Example Finder.
    • For programming the National Instruments development environment LabVIEW 2011 (or higher) incl. LabVIEW Real-Time and LabVIEW FPGA is required.