EXRCPU connectors diagram
EXRLCPU connectors diagram
The EXRCPU and EXRLCPU are sealed, stand-alone, microprocessor-based data acquisition systems designed for portable data collection in the harshest of environments. They have leading-edge signal conditioning and a capacity to perform a broad range of on-board data processing. Engineered to be rugged and mobile, each main processor is tested to operate under demanding environmental conditions encompassing wide range thermal variations, resilience to significant vibration and shock loading and EMI immunity. Internal back-up capacitors protect each main processor from unplanned power losses or low voltage events. Hundreds of synchronous channels are possible in a single system with virtually limitless channel counts when networking multiple systems using Ethernet communications.
The main processor hosts its own secure web interface for intuitive and easy to use test setup, control, monitoring and data visualization interfaces. This server based interface supports multiple users (clients), and the capability to define and apply system access / control restrictions on a per user basis. The main processor communicates through standard 100/1000 Base-T Ethernet using IPv4 or IPv6.
The EXRCPU provides direct data sourcing for three CAN buses, one GPS module, and two digital inputs that can be used with switch controls. Three digital output lines are available to drive LEDs, relays, etc. Two GB PTPv2 compatible GB Ethernet connection ports are provided for sourcing data from MXB modules and interfacing to other EXRCPU network nodes and the EX23-R. A USB port is provided to support future functional interfaces.
The EXRLCPU provides direct data sourcing for two CAN buses, one GPS module, and two digital inputs that can be used with switch controls. Three digital output lines are available to drive LEDs, relays, etc. A GB PTPv2 compatible GB Ethernet connection port is provided for sourcing data from MXB modules and interfacing to other EXRLCPU network nodes and the EX23-R. A USB port is provided to support future functional interfaces.
This section describes the provided equipment and the support equipment necessary to set up a system and run a test.
See Main processor mounting options for diagrams and dimensions.
Provided Equipment
The initial shipment of the respective unit contains the hardware listed below; additional hardware may be included based on options ordered.
NOTE
If any items do not arrive as expected, contact your system supplier, nearest HBM sales representative or HBM immediately.
eDAQXR EXRCPU
Order Number | Description |
---|---|
1-EDAQXR-32GB-2 1-EDAQXR-64GB-2 |
eDAQXR EXRCPU data processor layer, 32 or 64 GB memory. |
1-EXR-PWR-PT-2 | Power cable, 15-pin female D-Sub connector and cable ending in pigtails. |
1-KAB2106-2 | Ethernet patch cable (8-pin X-Code to RJ45) for connection from PC to eDAQXR host port, 2 m. |
1-SAC-TRAN-MP-2-2 | Three (3) transducer cables, male m8 connector to pigtail, 2 m. |
eDAQXR-lite EXRLCPU
Order Number | Description |
---|---|
1-EDAQXRL-64GB-2 | eDAQXR-lite EXRLCPU data processor layer, 64 GB memory. |
1-EXR-PWR-PT-2 | Power cable, 15-pin female D-Sub connector and cable ending in pigtails. |
1-KAB2106-2 | Ethernet patch cable (8-pin X-Code to RJ45) for connection from PC to eDAQXR-lite host port, 2 m. |
1-SAC-TRAN-MP-2-2 | Two (2) transducer cables, male m8 connector to pigtail, 2 m. |
Support Equipment
In addition to the base processor, add-on layers and included cables, set up of the system requires an adequate power supply, a support PC and any transducers or sensors needed for testing.
Power Supply
The EXRCPU/EXRLCPU is designed to always be connected to an adequate power supply for the duration of all test runs. An example of an adequate power supply is a charged nominal 12-volt vehicle battery system that reliably supplies around 13.5 volts. Additionally, an optional Somat AC Power Supply (1-E-AC/15-2) is available.
The Somat E-AC/15 Power Supply (1-E-AC/15-2) is designed to provide 15 volts DC from a standard 120-volt AC input. This power supply has been available for the SoMat eDAQ or eDAQ-lite system and may be used with the EXRCPU/EXRLCPU. The power supply connects to the 15-pin female D-SUB power connector on these units.
For more information on powering the EXRCPU/EXRLCPU, see Powering the eDAQXR CPU or eDAQXR-lite CPU from a vehicle.
Compatible power supply cables
The EXRCPU and EXRLCPU are compatible with two power supply cables (1-EXR-PWR-PT-2 and 1-EXR-PWR-IO-PT-2). See EXRCPU and EXRLCPU pin assignments for information about cable pins.
Compatible communication cables
The EXRCPU/EXRLCPU is compatible with several communication cables (1-KAB2100-X, 1-KAB2106-X, 1-KAB2107-X, 1-SAC-TRAN-MP-X-2 and 1-SAC-EXT-MF-X-2). See Cables for information about compatible cables. Refer to the SomatXR Accessories Data Sheet, available at www.hbm.com, for a list of sensor cables for EX23-R or MX modules.
Sensors
The EXRCPU, EXRLCPU, EX23-R, MX modules, eDAQ or eDAQ-lite conditioning layers support a variety of sensors for data acquisition, including several offered directly by HBM. Contact your sales representative or visit www.hbm.com for more information.
Refer to the SomatXR Accessories Data Sheet, available at www.hbm.com, for a list of accessories and cables for EX23-R or MX modules.
Connecting a main processor to power, network or modules
See Cables for optional cable diagrams.
NOTE
If a switch is not connected to the red and black wires of the remote switch cable, make sure the wires are fully insulated from each other or solidly connected to each other to prevent accidentally turning the power off. If the wires are connected to each other and there is any chance of magnetic induction, do not coil the cable in a loop.
For information about navigating through the web interface, see the Interface tour.
EXRCPU/EXRLCPU connection options
The
The main processor can be connected to supported SomatXR MXB-R modules in addition to supported legacy layers for data acquisition and SIE file storage.
The following ruggedized SomatXR MX modules are currently supported in the
eDAQ layers
The following layers can be used with the EXRCPU main processor layer. See eDAQXR EXRCPU installation on eDAQ layersfor information about installation.
eDAQ Layer | Order Number | Description |
---|---|---|
EITB | 1-EITB-K-2 | eDAQ Isolated Thermocouple Layer ; K-type |
EITB | 1-EITB-J-2 | eDAQ Isolated Thermocouple Layer; J-type |
ENTB | 1-ENTB-2 | eDAQ Non-Isolated Thermocouple Layer |
EDIO | 1-EDIO-B-2 | eDAQ Digital I/O Layer |
EBRG | 1-EBRG-350-B-2 | eDAQ Bridge Layer; 350-Ohm |
EBRG | 1-EBRG-350-AO-2 | eDAQ Bridge Layer; 350-Ohm with Analog Out |
EBRG | 1-EBRG-120-B-2 | eDAQ Bridge Layer; 120-Ohm |
EBRG | 1-EBRG-120-AO-2 | eDAQ Bridge Layer; 120-Ohm with Analog Out |
EHLS | 1-EHLS-B-2 | eDAQ High Level Analog Layer |
EHLS | 1-EHLS-AO-2 | eDAQ High Level Analog Layer with Analog Out |
eDAQ-lite layers
The following layers can be used with the EXRLCPU main processor layer. See eDAQXR-lite EXRLCPU installation on eDAQ-lite layers for information about installation.
eDAQ-lite Layer | Order Number | Description |
---|---|---|
ELNTB | 1-ELNTB-2 | eDAQ-lite Non-Isolated Thermocouple Layer |
ELDIO | 1-ELDIO-B-2 | eDAQ-lite Digital I/O Layer |
ELBRG | 1-ELBRG-350-B-2 | eDAQ-lite Bridge Layer; 350-Ohm |
ELBRG | 1-ELBRG-120-B-2 | eDAQ-lite Bridge Layer; 120-Ohm |
ELHLS | 1-ELHLS-B-2 | eDAQ-lite High Level Analog Layer |
See Setting up and running a basic test for more information.