Thor Contact Closure Fiber Optic Converters - Transmitter and Receiver kits that allow you to send electrical signals over fiber optic cable.
This works exactly like a relay - electrical on/off switch than can be controlled from the transmitter to the receiver or in both directions, for example if we will close or short 2 pins on the TX side it will close it on the receiving side which allows the current to flow, so you can turn off or turn on any device remotly over fiber.
The base unit works for 20Km over single-mode fiber or 3000 feet of multimode fiber - ST/PC fiber connectors
They are typically used in applications with Access Control System, Alarm Event Triggering, Building Automation, and Environmental Control Systems, Fire & Alarm Systems, PIR signal Transmission, Traffic Signal Control Equipment, etc, and are available for stand-alone or rack-mount installations. ST/PC is standard; please call or ask your representative about SC or FC optical connectors, we can supply optical converion cables.
Plug and Play design ensures adjustment-free installation and operation, and optical adjustments are never required. LED indicators are provided to instantly monitor the system operating status.
The base unit works for 20Km over single mode fiber or 3000 feet of multimode fiber - ST/PC fiber connector
• Point-to-Point or Daisy-Chain connection
• Dry Contact Closure over one fiber
• Normally Open ON/OFF switch over fiber
• Multimode Fiber Supported for Distances up to 3000ft
• Single-Mode Fiber Support for Distances up to 20 km based model, other distances available for long haul (model dependent)
• LED Status Provides Real-Time Indication of Operating Parameters
• No EMI or RFI and no ground loops
• Stand-alone or (Rackmount - Model Dependent)
The base unit works for 20Km over single-mode fiber or 3000 feet of multimode fiber - ST/PC fiber connector
F-2CC-TX/RX 2 Contact closures over fiber transmitter/receiver kit 20Km
F-4CC-TX/RX 4 Contact closures over fiber transmitter/receiver kit 20Km
F-8CC-TX/RX 8 Contact closures over fiber transmitter/receiver kit 20Km
F-16CC-TX/RX 16 Contact closures or TTL over fiber transmitter/receiver kit 20Km
F-2CC-B-TX/RX 2 Contact closures over fiber transmitter/receiver kit 20Km
F-4CC-B-TX/RX 4 Contact closures over fiber transmitter/receiver kit 20Km
F-8CC-B-TX/RX 8 Contact closures over fiber transmitter/receiver kit 20Km
Other configurations :
F-XXCC-TX/RX-YY
XX- Number of contact closure channels 2, 4, 8, 16, 32
YY- Distance in Km 40, 80, 100,
Electrical & Mechanical |
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Contact Rating: Output relay maximum switching voltage The maximum switching current of the output relay Mechanical durability of the output relay The maximum output power of the relay Input Power Requirements: |
1A 120VAC, 1A 220AVC/30VDC, 3 A120VAC, 2 A120VAC, 5A 120VAC 240VAC/30VDC 5A 100,000,000 times 30W DC 5V@2A |
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Power Adapter: |
AC 90V~240V |
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Power Consumption: |
< 3W |
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Stand-Alone Dimensions: |
104mm × 104mm × 28mm ( 1, 2, 4 channel ) (1Bi, 2Bi Channel) 114mm × 116mm × 28mm (8 and 16 channel) 114mm x 167mm x 28mm (4Bi, 8Bi channel) 445mm x 220mm x 44.5mm (32, 16Bi channel) 445 x 220mm x 89mm (64, 32Bi channel) 445mm x 220mm x 178mm (64Bi Channel) |
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Shipping Weight: |
(includes Transmitter & Receiver ) 0.8kg or 1.5kg |
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Environmental |
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Operating Temperature: |
-20°C ~ +75°C |
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Storage Temperature: |
-20°C ~ +75°C |
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Storage Temperature: |
-40°C ~ +85°C |
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Relative Humidity: |
0% ~ 95% (non-condensing) |
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MTBF: |
>100,000 hours |
Notes:
Our contact closure fiber devices have inputs and outputs that are
isolated as separate solid-state relays, which means that they do not
share a common ground or circuit.
This isolation is achieved through the use of solid-state relays,
which are electronic switches that use semiconductor components to
isolate the input and output circuits.
This isolation helps prevent interference and noise from affecting the
signals transmitted through the fiber devices.
Yes, the price includes both ends and power supplies.
Unfortunately, the CC unit will not support 20A load, it can handle only about 0.8A.
But, I would suggest 2 step solution, we can supply external ON/OFF Switch controlled by fiber optic contact closure