BX-5214 Camera

Currently installed on the DDG-1000
The BX-5214 is a low light IR illuminated camera system designed specifically to provide the Bridge, Damage Control, Main Engineering and other designated repair stations on the ship with multiple, independently controlled systems for day and extremely low light situational awareness. The system is designed for all below and above deck main machinery spaces, fueling pump room, electrical spaces, ballast control, unmanned voids etc. The system is wireless, IP/POE capable with in-camera audio/video storage and up to a 60 degree Horizontal Field of View (HFOV). The Lux rating for the system is 2.0 Lux W/O IR illumination, 0.05 with IR Illumination. In this configuration multiple cameras are available including a 0.003Lux (without IR illumination) low light system with 50mm zoom lens. The BX-5214 system is interchangeable between platforms/locations and meets all of the MIL-STD’s listed below. The system is maintenance free, requiring nothing more than routine lens cleaning.
Physical |
| Size: | 4"(W) x 4"(D) x 4.2"(T) | |
| Weight: | Approx. 3lb | |
| Housing Construction: | Painted Aluminum | |
| Electrical Interconnect: | D38999 series III, shell size 11, 13 pin | |
| Audio Jack: | Hirose #HR30-6R-6S, Waterproof | |
| Audio Jack Cap: | Hirose #HR30-6R-C |
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| Power | IEEE 802.3af POE compliant (48VDC, 15.4 Watts) | |
EnvironmentalThe BX-5214-00A is designed to meet: |
- MIL-S-901D Grade “A”
- Lightweight Table and Explosive Barge Shock
- MIL-STD-810F
- Method 500.4 Procedure II Low/High Pressure
- Method 501.4 Procedure I & II High Temp
- Method 502.4 Procedures I & II Low Temp
- Method 503.4 Procedure I Temp Shock
- Method 506.4 Blowing Rain
- Method 507.4 5 48 hour cycles operating Humidity
- Method 508.5 Fungus 28 day exposure
- Method 509.4 Salt Fog
- Method 510.4 Procedure II Blowing Sand
- Method 510.4 Procedure I Blowing Dust
- Method 511.4 Procedure I Explosive Atmosphere
- Method 512.4 proc I 1 m
- Method 512.4 proc I 3 m
- Method 514.5 Procedure I cat 20b 1 hr/axis 3 axis Vibration
- Method 516.5 Procedure I Functional Shock
- Method 519.6 Gunfire Vibration
- Method 520.2 Procedure I & II 10 cycles each
- Method 521.2 Ice 25.4 mm/Freezing Rain
- Wind Load (sustained and gusts)
- High pressure spray/water impingement
- MIL-STD-167 Shipboard Machinery Vibration
- MIL-STD-740 1&2 Acoustic/Structure Borne Noise
- MIL-STD-461 E (Electromagnetic Interference)
- CS 101, 114, 115, 116, 120
- RE 101, 102
- RS 103 2MHZ – 18 GHZ, 105, RS 101
- DoD-STD-1399
- Section 070 Magnetic Fields
- Section 301A Ships Motion
- Inclination +/- 45 degrees 5-7 cpm
- MIL-STD 1686C Electrostatic Discharge
Camera Specifications |
| Image Sensor: | 1/3” CMOS | |
| Sensing Area (Pixels): | 720(H) x 540(V) | |
| Horizontal Resolution: | 520 TV Lines | |
| Vertical Resolution: | 460 TV Lines | |
| Video Output: | NTSC, 1.0Vp-p, 75ohm | |
| Dynamic Range: | 102dB typical, 120db max. | |
| Min. Illumination: | 0.05 lux @ F1.2, 30IRE with 2xESS 0.1 lux @ F1.2, 30IRE with 8xESS |
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| Min. Illumination w/ internal IR LEDS: | .05lux @ F1.8, illumination distance = 30ft | |
| S/N Ratio: | <50dB | |
| Lens: | Fixed Focus 60° HFOV x 46°VFOV, F1.8 |
IP Module Specifications |
| Video Compression: | MPEG-4 Part 2 Compliant | |
| Picture Resolution: | Full D1 (720x480 NTSC) CIF (352x240 in NTSC) QCIF (160x112 in NTSC) |
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| Bit Rate: | 28K to 3M bps | |
| Image Frame Rate: | 1-30fps at full D1 resolution (NTSC) | |
| Network LAN Port: | Ethernet (10/100 Base-T) | |
| Network Protocol: | TCP, UDP, IP< HTTP, DHCP, PPPoE, RTP, RTSP, FTP, NFS | |
| Software: | SDK – C / Java SDK | |
| Video Buffer: | 4 GB SD card buffer, FAT32 file storage |
| See Certifications & Testing |
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