About DC TRANSMITTER BATTERY BACK-UP : OV-5050
Optivision Model no.5050 is 3-in-1 Optical Transmitter cum optical receiver. Its give both RF as well as optical output. The Transmitter function in this model is designed to give 10dBmx2out optical output where network have only lower optical there. This model is economical for small and big networks. The transmission of optic signal at 1310nm and (optional)1550nm for carry multi analog and digital channels CATV transmission. This optivision transmitter have AGC & MGC (manual gain control) for easy to handle RF input signal. The optivision transmitter is constructed with SMD technology to give high quality enable it to meet or exceed its performance. Its is operated with 12VDC power supply and have very low power consumption.
Technical Specifications: DC Transmitter with Battery Backup (3-in-1)
Model No.: OV-5050
Brand: OPTIVISION
1. General Overview
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Product Name: DC Transmitter with Battery Backup (3-in-1)
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Model Number: OV-5050
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Description: A versatile 3-in-1 DC transmitter with a built-in 15-hour battery backup system. The device supports multiple signal conversion modes:
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Optical In and Optical Out
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RF In and Optical Out
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Optical In and RF Out
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The transmitter operates on a 12V DC power adapter and delivers a stable RF output power of 10dBm. It features four output ports for flexible connectivity.
2. Electrical Specifications
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Input Voltage: 12V DC (Range: 11.5V - 12.5V DC)
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Power Consumption: 3W (typical)
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RF Output Power: 10dBmx2 (1dBm)
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Frequency Range: 40 MHz - 1000 MHz (Customizable upon request)
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Output Impedance: 75 Ohms
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Output Ports: SC-APC
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Battery Backup: 15 hours (under full load)
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Battery Type: Rechargeable Lithium-ion (Li-ion)
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Battery Capacity: 2600mAh
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Charging Time: 6 hours (from 0% to 100%)
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Battery Life: 750 charge cycles (minimum)
3. Signal Conversion Modes
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Optical In and Optical Out:
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Optical Input: SC/APC connector
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Optical Output: SC/APC connector
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Wavelength: 1310nm or 1550nm (selectable)
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RF In and Optical Out:
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RF Input: F Female ( 75 ohms )
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Optical Output: SC/APC connector
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Wavelength: 1310nm or 1550nm (selectable)
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Optical Power: +10dBm x 2
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Optical In and RF Out:
4. Environmental Specifications
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Operating Temperature: -20C to +60C
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Storage Temperature: -30C to +70C
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Humidity: 5% to 95% (non-condensing)
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Ingress Protection (IP) Rating: IP54 (Dust and splash resistant)
5. Mechanical Specifications
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Dimensions: 160mm x 110mm x 55mm (L x W x H)
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Weight: 550g (including battery)
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Enclosure Material: Aluminum alloy (anodized finish)
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Mounting: Wall-mountable or desktop placement
6. Performance Specifications
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Signal Stability: 0.5dBm over the entire operating temperature range
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Harmonic Distortion: -30dBc
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Spurious Emissions: -40dBc
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Output Port Isolation: 20dB between ports
7. Battery Backup System
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Backup Time: 15 hours (at full load)
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Battery Management System (BMS): Overcharge, over-discharge, and short-circuit protection
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Battery Indicator: LED indicators for battery status (Green: Charged, Red: Low battery)
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Automatic Switchover: Seamless transition to battery power during power failure
8. Connectivity
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Input Power Connector: DC Jack (5.5mm x 2.1mm)
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Optical Connectors: SC/APC (Input and Output)
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RF Connectors: Female 75ohms
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9. Accessories
10. Warranty and Support
Reliable Industrial Power BackupThe OV-5050 is engineered to provide dependable DC power backup for mission-critical industrial transmitter systems. Designed to operate efficiently across a wide input voltage range, it keeps sensitive equipment powered during outages, minimizing downtime. Its rugged ABS plastic housing and IP20 rating safeguard the internal components, ensuring performance even in demanding settings.
Intelligent Protection and MonitoringIntegrated protections-including over voltage, over current, and reverse polarity-effectively shield both the device and connected transmitters. Users can monitor operational status with intuitive LED indicators, showing mains, battery, and fault conditions at a glance. This allows for prompt troubleshooting and system assurance.
Easy Installation and Versatile UsageThe OV-5050 features wired screw terminal block connections for secure setup and is adaptable to wall or panel mounting, catering to various industrial layouts. With support for cable lengths up to 50 meters and efficiency over 85% at full load, it delivers flexible placement alongside reliable power delivery.
FAQ's of DC TRANSMITTER BATTERY BACK-UP : OV-5050:
Q: How does the OV-5050 DC Transmitter Battery Back-Up operate during a power outage?
A: When mains power fails, the OV-5050 automatically switches to battery mode, providing a regulated 12V DC output to keep connected transmitters running. The backup period can extend up to 8 hours, depending on the load and the supported 12V, 7Ah battery.
Q: What types of devices can be powered with the OV-5050 unit?
A: This unit is designed primarily for industrial DC transmitters but can support any compatible 12V DC devices within its rated capacity. It can supply single or multiple transmitters as long as they fall within the power and current specifications.
Q: When should I perform maintenance or testing on the OV-5050 system?
A: For optimal performance, periodic battery testing is recommended-ideally every 6 months. Routine inspections ensure the battery and unit maintain their efficiency and extend the recommended shelf life of up to 2 years.
Q: Where can the OV-5050 be installed safely within my facility?
A: With its IP20-rated ABS housing, the OV-5050 should be installed indoors on a wall or panel mount away from moisture and dust. Ensure adequate ventilation and access to the terminal blocks for wiring during installation.
Q: What protection features does the OV-5050 provide for connected equipment?
A: The OV-5050 is equipped with over voltage, over current, reverse polarity, and short circuit protections, helping safeguard both the power supply and any connected transmitters from accidental electrical faults.
Q: How does the LED status indicator system benefit daily operation?
A: The clearly labeled LED indicators display the status of mains power, battery operation, and faults, allowing operators to monitor system health at a glance and respond quickly to any detected issues.