BVS CA-GVx-xxxxxx-xxxxxx
Dimensions
29 x 29 mm design
Figure 1: Connectors BVS CA-GV1-xxxxxx-xxxxxx
| Size of body (w x h x l) | 29 x 29 x 67.9 mm |
40 x 40 mm design
Figure 1: Connectors BVS CA-GV2-xxxxxx-xxxxxx
| Size of body (w x h x l) | 40 x 40 x 69 mm |
Connectors
I/O interface
Figure 2: 10-pin (male; top view), digital I/O, power;
| 1 | GND | | |
| 2 | PWR_IN | | |
| 3 | OPTO_IN GND | | Ref. ground for opto-isolated input |
| 4 | OPTO_OUT PWR_IN | | Power for opto-isolated output |
| 5 | OPTO_IN | line1 | opto-isolated input, TTL/PLC |
| 6 | OPTO_OUT | line0 | opto-isolated output |
| 7 | GPIO1 | line2 | Configurable input or Open Collector output. Reference to GND. |
| 8 | GPIO2 | line3 | Configurable input or Open Collector output. Reference to GND. |
| 9 | RS232-TXD | Serial interface RS232-TXD. Reference to GND. |
| 10 | RS232-RXD | Serial interface RS232-RXD. Reference to GND . |
Camera connector (male): Samtec TFM-105-02-L-D-WT or equivalent
The level of the digital inputs can be changed between TTL and mvPLC via the registry "LineFormat".
- Note
- - Pin 3 to Pin 6 are galvanically isolated from the camera electronics. - Pin 7 and Pin 8 are dual function pins.
Electrical characteristics of input voltage
| Power-In camera power supply | 10.2 | 24 | 28 | V |
| Power-In camera current supply | | | 1.5 | A |
Electrical characteristics Opto DigIn
| Opto DigIn TTL (via software) |
| UOpto DigIn_LOW / VIL (low level input voltage) | 0 | | 1 | V |
| UOpto DigIn_HIGH / VIH (high level input voltage) | 2.5 | | 28 | V |
| IOpto DigIn_HIGH / IIH (high level input current TTL with 5V) | | | 5 | mA |
Figure 3: Opto DigIn TTL
| Opto DigIn PLC (default) |
| UOpto DigIn_LOW / VIL (low level input voltage) | 0 | | 8 | V |
| UOpto DigIn_HIGH / VIH (high level input voltage) | 11 | | 28 | V |
| IOpto DigIn_HIGH / IIH (high level input current PLC with 24V) | | | 8 | mA |
Figure 4: Opto DigIn PLC
| Opto DigIn PLC / TTL Speed |
| Switching frequency | | | 5 | MHz |
Electrical characteristics Opto DigOut
| Opto DigOut |
| UOpto DIG_OUT_LOW / VOL (low level output voltage) | 0 | | 1 | V |
| UOpto DIG_OUT_HIGH / VOH (high level output voltage) | 3 | | 28 | V |
| USW(sat) at ILoad = 150 mA | | 0.69 | 1 | V |
| ILoad Load current | | | 150 | mA |
Figure 5: DigOut with example circuit
| Switching characteristics |
| tON Turn-On time | at ILoad = 150 mA / VOH 24 V | 4 | us |
| tOFF Turn-Off time | 131 | us |
Electrical characteristics GPIO1/2
| GPIO as Input |
| UGPIO DigIn_LOW / VIL (low level input voltage) | 0 | | 0.5 | V |
| UGPIO DigIn_HIGH / VIH (high level input voltage) | 1.8 | | 28 | V |
| IGPIO DigIn_LOW / IIL (low level input current) | | | 5 | mA |
| IGPIO DigIn_HIGH / IIH (high level input current) | | | 1 | mA |
| Switching frequency | | | 5 | MHz |
Figure 6: GPIO as input
| GPIO as Output |
| UGPIO DIG_OUT_LOW / VOL (low level output voltage) | 0 | | 0.1 | V |
| UGPIO DIG_OUT_HIGH / VOH (high level output voltage) | 3 | | 28 | V |
| IDIG_OUT_LOW / IOL (low level output current PLC at 24 V) | | 20 | 50 | mA |
- Attention
- "Damage of the output"
If the output exceeds the maximum permissible value, the output may be damaged.
Never exceed the value of IDIG_OUT_LOW / IOL above 50 mA.
Figure 7: GPIO as open drain output
| Switching characteristics |
| tON Turn-On time | at ILoad = 20 mA / VOH 3.3 V | | 50 | ns |
| tON Turn-On time | at ILoad = 20 mA / VOH 24 V | 70 | 100 | ns |
| tOFF Turn-Off time | 1.5 | 2 | us |
RJ45 Ethernet
With the -POE option, the camera is a class 2 compliant PoE device.
Figure 8: RJ45 pin numbering (female)
| 1 | BI_DA+ | bi | data positive |
| 2 | BI_DA- | bi | data negative |
| 3 | BI_DB+ | bi | data positive |
| 4 | BI_DC+ | bi | data positive |
| 5 | BI_DC- | bi | data negative |
| 6 | BI_DB- | bi | data negative |
| 7 | BI_DD+ | bi | data positive |
| 8 | BI_DD- | bi | data negative |
- Note
- The Ethernet signals are galvanically isolated from the camera electronics and camera housing.
RJ45 LED states
| Green light on | Link active |
| Yellow blink on | Data transmission |
Signal LED
The BVS CA-GV features a RGB LED. There are following states:
Typical start sequence (LLA)
- See also
- LLA
| FPGA loaded | White on |
| Self-test running | Green on |
| Waiting for Ethernet connection | White blink |
| LLA (auto IP) | Green blink |
| LLA got | Green on |
| Waiting for client | Blue on |
Typical start sequence (DHCP)
- See also
- DHCP
| FPGA loaded | White on |
| Self-test running | Green on |
| Waiting for Ethernet connection | White blink |
| DHCP request | Blue blink |
| DHCP got | Bright Blue |
| Waiting for client | Blue on |
Typical start sequence (Fixed IP)
- See also
- Fixed IP
| FPGA loaded | White on |
| Self-test running | Green on |
| Waiting for Ethernet connection | White blink |
| Fixed IP | Bright Green |
| Waiting for client | Blue on |
General behavior
| Starting ImpactControlCenter |
| Connected, streaming off | Yellow on |
| Streaming on | Green on |
| Error |
| Red on |
Summary of components
| Image Memory | | - |
| Proc. Memory | | 512 MB |
| Inputs | | 1 |
| Type | opto-isolated with current limiters |
| Outputs | | 1 |
| Type | opto-isolated |
| GPIO | | 2 (3.3 .. 24 V) |
| Ethernet | 2500/5000 Mbit | RJ45 |
| Optics | | |
| Lens Mount (Focal Distance) | C-mount (17.526 mm in air), optional TFL-mount |
| Lens Protrusion | max. 8 mm |
| Environment | | |
| Ambient Temperature | |
| Operation | 0..45 deg C / 30 to 80% RH |
| Storage | -20..60 deg C / 20 to 90% RH |
| | Protection class 1 | IP40 |
| Additional features | | temperature sensor |
| Weight without lens | | approx. 71 g |
| Power supply (PWR_IN) | | |
| DC | 10 to 28 V |
| Pmax | 4.85 W |
| Reverse polarity protection | up to 28 V |
1 not evaluated by UL
Summary of advanced features
The following table shows an excerpt of the advanced features.
For the complete list, please use the "Product Comparison" in Appendix B. Product Comparison .
