CS-7008, imc C-SERIES Modular Unit
The CS-7008 unit is an all-purpose, network-capable, real-time measurement device with built-in amplifiers. This device can operate either in computer-aided or autonomous mode and is lightweight, compact and robust.
Features:
- 8 Analog Input Channels, with sensor excitation
- 4 Analog Output Channels
- 4 Counter Input Channels
- 16 Digital I/O Channels
- Voltage, Current, Strain Gauge, Bridge, Temperature or ICP-Sensor Inputs
- CANbus Interface with 2 Nodes
- Onboard Computation & Control Logic
- Aluminum Profile Housing
- Intelligent Trigger Functions
- Limit Monitoring
- 40kHz bandwidth, 100,000 samples per second, 4 Chns
Manufacturer: imc Test & Measurement
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Datasheet
Specifications
Applications
Models & Accessories
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Related Products
Similar Products
CS-7008 - Specifications
| Family | imc C-Series |
| Unit Type | Base |
| Standalone | |
| Max Throughput | 400 kS/s |
| Input Type | Voltage |
| Current | |
| Strain Gauge | |
| ICP | |
| Thermocouple/RTD | |
| Digital | |
| Frequency | |
| Encoder | |
| Analog Inputs | 8 |
| Digital Inputs | 12 |
| Analog Outputs | 4 |
| Digital Outputs | 8 |
| Field Interface | GPS |
| CANbus | |
| Sync Pulse | |
| Max Bandwidth | 48 kHz |
| Max Sample Rate | 100 kHz |
| Resolution | 16-bit |
| Communication | Ethernet |
| Min Temperature | -10 °C |
| -20 °C | |
| Max Temperature | 55 °C |
| 85 °C | |
| IP Rating | IP20 |
CS-7008 - Applications
Modal Analysis in Hockey Stick Design: Utilized in the precision modal analysis of hockey sticks, this device captures critical vibrational data that helps researchers identify bending and torsional modes. This analysis is essential for optimizing the design of hockey sticks to improve performance, safety, and durability, enabling designers to tailor equipment to the specific demands of professional athletes.
CS-7008 - Models & Accessories
Models
| CS-7008-N | 8 Analog Inputs, 4 Analog Outputs, 4 Counter Inputs, 16 Digital I/O, -10°C to 55°C |
| CS-7008-N-ET | 8 Analog Inputs, 4 Analog Outputs, 4 Counter Inputs, 16 Digital I/O, -20°C to 85°C |
CS-7008 - Downloads
CS-7008-N/ CL-7016-N Datasheet Datasheet |
A mobile test laboratory for WLPT consumption testing App Note |
CS-7008 - 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.
- Rugged Metal Housing
- Screw terminals for up to 8 Digital Inputs or Digital Outputs
- 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 and Output Digital Modules.
- 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.
- 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.
- Analysis platform for sound & vibration testing with imc measurement systems
- Analyzers based on standardized test routines
- Acoustics in the context of a universal measuring system
- Additional synchronized data acquisition of signals such as force, pressure, strain, temperature, GPS, etc - for analsyses and correlations
- CAN vehicle bus integration
imc WAVE is a powerful software platform for noise and vibration analysis. Various analyzers cover a wide range of applications: acoustical inspections during road tests, structural analyses on the test bench, vibration testing
- Data source and file format management
- Multi-faceted visualization
- Comprehensive data analysis with function assistant
- Report creation
- Quick processing of large data sets: 64 bit technology
- Automated macro-supported work flow
- Project oriented work approach
- Synchronize measurement data with maps or videos
No matter where the data originates – test stand, test setup or mobile measurement – imc FAMOS combines all the tools you need for professional visualization and analysis of your data: from data importing to print-ready reports. With a vast...
CS-7008 - Similar Products
- 8 Analog Input Channels
- 4 Analog Output Channels
- 4 Counter Input Channels
- 16 Digital I/O Channels
- Voltage or Current Inputs
- CANbus Interface with 2 Nodes
- Onboard Computation & Control Logic
- Aluminum Profile Housing
| Family | imc C-Series |
| Unit Type | Base , Standalone |
| Max Throughput | 400 kS/s |
| Input Type | Voltage, Current, ICP, Digital, Frequency, Encoder |
| Analog Inputs | 8 |
| Digital Inputs | 12 |
- 16 Analog Input Channels, with sensor excitation
- 4 Analog Output Channels
- 4 Counter Input Channels
- 16 Digital I/O Channels
- Voltage, Current, Strain Gauge, Bridge, Temperature or ICP-Sensor Inputs
- CANbus Interface with 2 Nodes
- Onboard Computation & Control Logic
- Aluminum Profile Housing
| Family | imc C-Series |
| Unit Type | Base , Standalone |
| Max Throughput | 400 kS/s |
| Input Type | Voltage, Current, Strain Gauge, ICP, Thermocouple/RTD, Digital, Frequency, Encoder |
| Analog Inputs | 16 |
| Digital Inputs | 12 |
- 8 Analog Input Channels, with sensor excitation
- 4 Analog Output Channels
- 4 Counter Input Channels
- 16 Digital I/O Channels
- Voltage, Current, Strain Gauge or Bridge Inputs
- CANbus Interface with 2 Nodes
- Onboard Computation & Control Logic
- Aluminum Profile Housing
| Family | imc C-Series |
| Unit Type | Base , Standalone |
| Max Throughput | 400 kS/s |
| Input Type | Voltage, Current, Strain Gauge, ICP, Digital, Frequency, Encoder |
| Analog Inputs | 8 |
| Digital Inputs | 12 |
- 8 Analog Input Channels
- 4 Analog Output Channels
- 4 Counter Input Channels
- 16 Digital I/O Channels
- Voltage, Current, or Temperature Inputs
- CANbus Interface with 2 Nodes
- Onboard Computation & Control Logic
- Aluminum Profile Housing
| Family | imc C-Series |
| Unit Type | Base , Standalone |
| Max Throughput | 400 kS/s |
| Input Type | Voltage, Current, ICP, Thermocouple/RTD, Digital, Frequency, Encoder |
| Analog Inputs | 8 |
| Digital Inputs | 12 |
- 24 Analog Input Channels
- 4 Analog Output Channels
- 4 Counter Input Channels
- 16 Digital I/O Channels
- Voltage or Current Inputs
- CANbus Interface with 2 Nodes
- Onboard Computation & Control Logic
- Plastic Portable Housing
| Family | imc C-Series |
| Unit Type | Base , Standalone |
| Max Throughput | 400 kS/s |
| Input Type | Voltage, Current, ICP, Digital, Frequency, Encoder |
| Analog Inputs | 24 |
| Digital Inputs | 12 |