CANSASflex-DCB8, imc CANSASflex Module
The imc CANSASflex-DCB8 is an analog input module with 8 channels for voltage, measurement bridges, and strain gauge.
Features:
- imc CANSASflex Bridge Amplifier Module
- 8 Analog Input Channels
- Input Types include Voltage, Current, Strain Gauge (Quarter Bridge, Half Bridge)
- 16 bit resolution (with internal 24 bit processing)
- Built-in sensor supply
- Supports imc Plug & Measure TEDS (Transducer Electronic Data Sheets, IEEE 1451.4
- Parameterization of a measurement channel at the click of a mouse
Manufacturer: imc Test & Measurement
Quote
Datasheet
Description
Models & Accessories
Downloads
Related Products
CANSASflex-DCB8 - Description
The imc CANSASflex-DCB8 module provides 8 dynamic bridge channels which can each be filtered, amplified and digitized separately. For the supply of external sensors or for bridge measurement purposes, a sensor supply module with adjustable voltages is built into the system.
CANSASflex-DCB8 - Models & Accessories
Models
| CANSASflex-DCB8 | 8 Analog Inputs, 120 ohm Quarter-Bridge, DSUB 15-Signal Conn, DSUB-9 CAN Conn, Sealed Housing, IP40, |
| CANSASflex-DCB8-350 | 8 Analog Inputs, 350 ohm Quarter-Bridge, DSUB 15-Signal Conn, DSUB-9 CAN Conn, Sealed Housing, IP40 |
CANSASflex-DCB8 - Downloads
CANSASflex-DCB8 Datasheet Datasheet |
imc Company Brochure Brochure |
imc_CANSAS_Brochure Brochure |
CANSASflex-DCB8 - Related Products
- Rugged Metal Housing
- 2 Channel input Screw terminals with sensor excitation.
- Inputs may include Vdc, Vac, ma, RTDs, Thermocouples (TC) and IEPE (ICP) sensors
- Screw Terminals with labels specific to each connector
- Cable compression fitting
- Quick Delivery in North America from Inventory
The 15 Pin DSUB connector with terminal connections that reflect the connectivity of specific Input amplifiers for 2 input channel on various amplifiers.
- 4 channel of Screw Terminals
- Well suited for Strain Gauge and Vdc Signal inputs
- 2 x 15 pin DSUB output connectors
This metal terminal box is ideal for field wiring of sensors, strain gauges, signal conditioners and instrumentation, providing a quick, reliable and convenient electrical connections.
- 4 channel of Spring Loaded Terminals
- Applies continuous pressure on conductors
- Ideal for Strain Gauge and Vdc inputs
- 2 x 15 pin DSUB output connectors
This metal terminal box is an excellent solution for wiring of field mounted sensors, strain gauges, signal conditioners and instrumentation, providing a quick, reliable and convenient electrical connections.
- Ideal for Data Acquisition Input / Output extension cables
- D-SUB pins to D-SUB Socket
- Low Capacitance provides Bandwidth of 0 Hz up to 10kHz
- Cable Lengths start at 2.5 ft. up to 50 ft.
These molded cables are terminated with the 15 pin DSUB Socket on one end and a 15 pin - 2 row DSUB connector on the other end with straight through 26AWG conductors.
- Autonomous operation without PC supported, self-start (timer, absolute time)
- Integrated real-time signal analysis, open and closed loop control with imc Online FAMOS
- Provides 2 to 12 CAN/CAN FD nodes depending on selected housing size
- Handles a variety of protocols such as CCP, XCP, KWP2000, OBD-2, UDS, DiagOnCAN, ...
- Wide operating temperature range from -40 °C to +85 °C
- Trigger, real-time data processing, internal data storage
- GPS position detection
- Autonomous operation with self-start capability (wake-up on CAN)
| Family | imc CANSAS |
| Unit Type | Base , Standalone |
| Input Type | Digital |
| Digital Inputs | 16 |
| Field Interface | CANbus |
| Resolution | 16-bit |
- Graphical User Interface ease of design capabilities
- Imc Hardware configuration and administration
- 3rd Party Hardware Interface available
- Visualization and Analysis of measured data
- Efficient trigger logic for Automated Data Acquisition & Control
- Real-time analysis and results captured and display
- Automated Test Sequence & Control options
- Complete Real-Time Test Automation
imc STUDIO 2024 is a modular software integrating multiple tools in a seamless environment, enhancing efficiency with improved metadata management, a new Python® interface, enhanced microphone calibration, and faster configuration handling.