+31 61 151 5873 
+353 61 574160 
+44 (0) 203 755 0970 
+49 8928944326
Black box ME610A Universal Async Fiber Optic Extender
- Home
- Connectivity
- Black box ME610A Universal Async Fiber Optic Extender
Fiber optic cabling has inherent resistance to EMI/RFI and trans ient immunity, making it ideal for industrial and utility data communication applications. The ME610A was designed to provide the most versatile connection possible between any asynchronous serial equipment using Fiber Optic cable. The ME610A can be used for point-to-point communications between serial devices, or in a multi-drop fiber ring configuration, allowi ng multiple serial devices to communicate with each other. It allows any two pieces of asynchronous serial equipment to communicate full or half-duplex over two fibers at typical distances up to 2.5 miles (4 km). To extend the distance of the fiber link beyond 2.5 miles, use model ME611A Fiber Optic Repeater
Point-to-point or multi-drop ring configuration
- RS-232, RS-422, or RS-485 operation
- Use as a converter from RS-232 to RS-422/485
- RS-422/485 data rates up to 500 kbps
- RS-485 Automatic Send Data driver control
- Inherent EMI/RFI and transient immunity.
- Eliminate ground loops
- Extend serial signals up to 2.5 miles
- Uses popular ST type fiber connectors
- Standard DB25 female (DCE) for serial connections
- 12VDC powered (separate supply required)
Write Your Own Review
Fiber optic cabling has inherent resistance to EMI/RFI and trans ient immunity, making it ideal for industrial and utility data communication applications. The ME610A was designed to provide the most versatile connection possible between any asynchronous serial equipment using Fiber Optic cable. The ME610A can be used for point-to-point communications between serial devices, or in a multi-drop fiber ring configuration, allowi ng multiple serial devices to communicate with each other. It allows any two pieces of asynchronous serial equipment to communicate full or half-duplex over two fibers at typical distances up to 2.5 miles (4 km). To extend the distance of the fiber link beyond 2.5 miles, use model ME611A Fiber Optic Repeater
Point-to-point or multi-drop ring configuration
- RS-232, RS-422, or RS-485 operation
- Use as a converter from RS-232 to RS-422/485
- RS-422/485 data rates up to 500 kbps
- RS-485 Automatic Send Data driver control
- Inherent EMI/RFI and transient immunity.
- Eliminate ground loops
- Extend serial signals up to 2.5 miles
- Uses popular ST type fiber connectors
- Standard DB25 female (DCE) for serial connections
- 12VDC powered (separate supply required)
Write Your Own Review
Fiber optic cabling has inherent resistance to EMI/RFI and trans ient immunity, making it ideal for industrial and utility data communication applications. The ME610A was designed to provide the most versatile connection possible between any asynchronous serial equipment using Fiber Optic cable. The ME610A can be used for point-to-point communications between serial devices, or in a multi-drop fiber ring configuration, allowi ng multiple serial devices to communicate with each other. It allows any two pieces of asynchronous serial equipment to communicate full or half-duplex over two fibers at typical distances up to 2.5 miles (4 km). To extend the distance of the fiber link beyond 2.5 miles, use model ME611A Fiber Optic Repeater
Point-to-point or multi-drop ring configuration
- RS-232, RS-422, or RS-485 operation
- Use as a converter from RS-232 to RS-422/485
- RS-422/485 data rates up to 500 kbps
- RS-485 Automatic Send Data driver control
- Inherent EMI/RFI and transient immunity.
- Eliminate ground loops
- Extend serial signals up to 2.5 miles
- Uses popular ST type fiber connectors
- Standard DB25 female (DCE) for serial connections
- 12VDC powered (separate supply required)
Write Your Own Review
Related Products By Brand
Our site uses cookies and other technologies in order to optimize the website and for continuous improvement.
You agree to the usage of cookies when you continue using this site. For more information visit our privacy policy.
