Key Fob Configuration Kit Configuring Commands to The KFX Module |
- 800-960-4287
- sales@relaypros.com
- P.O. Box 63 Osceola, MO 64776
Transfer Code Here
Available Key Fobs Key Fob Options for the KFX Board |
1-Button Key Fob
OTX-418-HH-KF1-MS
- 750' Range
- Compatible with KFX Modules
- Programmable Button
- Momentary or Toggle Configurations
2-Button Key Fob
OTX-418-HH-KF2-MS
- 750' Range
- Programmable Buttons
- Program Each Independently
- Control Different Relays
- Control One Relay Differently
3-Button Key Fob
OTX-418-HH-KF3-MS
- 750' Range
- Programmable Buttons
- Program Each Independently
- Control Different Relays
- Control One Relay Differently
4-Button Key Fob
OTX-418-HH-KF4-MS
- 750' Range
- Programmable Buttons
- Program Each Independently
- Control Different Relays
- Control One Relay Differently
5-Button Key Fob
OTX-418-HH-KF5-MS
- 750' Range
- Programmable Buttons
- Program Each Independently
- Control Different Relays
- Control One Relay Differently
8-Button Key Fob
OTX-418-HH-CP8-MS
- 750' Range
- Program Buttons Independently
- Great for 4-Relay applications
- One Button On
- One Button Off
8-Button Key Fob with Antenna
OTX-418-HH-LR8-MS
- Longer 1000' Range
- Small External Antenna
- Great for 4-Relay applications
- One Button On
- One Button Off
Key Fob 5-Packs
5-Pack of Key Fobs
at Checking out.
Key Fob 10-Packs
10-Pack of Key Fobs
at Checking out.
Reactor 1-Channel
Reactor Relay - 1-Channel
- 1-Relay Installed
- Seven Interface Options
- Works Without a Computer
Reactor Relay 2-Channel
Reactor Relay - 2-Channel
- 2-Relays Installed
- Seven Interface Options
- Set Time Delays & Rotations
- Works Without a Computer
Reactor Relay 4-Channel
Reactor Relay - 4-Channel
- 4-Relays Installed
- Seven Interface Options
- Trigger Relay with Sensor
Fiber Optic Interface Options Descriptions for Fober Optic Interface Options |
Fiber Optic Interface BoardThe Fiber Optic Interface Board provides communication between the fiber optic line and the computer. Fiber Optic devices can be used with multiple communication interfaces. Set up will depend on the interface you are using to communicate to your device. Your computer may need to install drivers or require additional set up. The type of connector will depend on the interface chosen. The interface choices are listed below. |
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USBFOI - USB to Fiber Optic InterfaceThis USB Interface allows you to easily communicate to NCD Fiber Optic Devices using the USB port of your computer. This interface mounts as a COM port, and handles all fiber optic communications as though it were a serial port connected to your PC. This configuration makes it very easy for any programmer to write software to speak to NCD Fiber Optic Devices. |
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ZBFOI_1MW_INT - 802.15.4 Interface with Integrated Antenna 300' RangeThis 802.15.4 Interface allows you to easily communicate to NCD Fiber Optic Devices using the a IEEE 802.15.4 Modem connect to your computer. The modem mounts as a COM port, and handles all fiber optic communications as though it were a serial port connected to your PC. This configuration makes it very easy for any programmer to write software to speak to NCD Fiber Optic Devices. |
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ZBFOI_1MW_EXT - 802.15.4 Interface with External Antenna 300' RangeThe 802.15.4 Fiber Optic Interface controllers makes it very easy to connect any NCD Fiber Optic Device to your computer. This 802.15.4 Interface allows you to easily communicate to NCD Fiber Optic Devices using the an 802.15.4 Modem connect to your computer. The modem mounts as a COM port, and handles all fiber optic communications as though it were a serial port connected to your PC. This configuration makes it very easy for any programmer to write software to speak to NCD Fiber Optic Devices. |
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ZBFOI_60MW_INT - 802.15.4 Interface with Integrated Antenna 1-Mile RangeThe IEEE 802.15.4 Fiber Optic Interface controllers makes it very easy to connect any NCD Fiber Optic Device to your computer. This 802.15.4 Interface allows you to easily communicate to NCD Fiber Optic Devices using the an 802.15.4 Modem connect to your computer. The modem mounts as a COM port, and handles all fiber optic communications as though it were a serial port connected to your PC. This configuration makes it very easy for any programmer to write software to speak to NCD Fiber Optic Devices. |
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ZBFOI_60MW_EXT - 802.15.4 Interface with External Antenna 1-Mile RangeThe 802.15.4 Fiber Optic Interface controllers makes it very easy to connect any NCD Fiber Optic Device to your computer. This 802.15.4 Interface allows you to easily communicate to NCD Fiber Optic Devices using the an 802.15.4 Modem connect to your computer. The modem mounts as a COM port, and handles all fiber optic communications as though it were a serial port connected to your PC. This configuration makes it very easy for any programmer to write software to speak to NCD Fiber Optic Devices. |
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NEFOI - Ethernet to Fiber Optic InterfaceThe Ethernet Fiber Optic Interface controllers makes it very easy to connect any NCD Fiber Optic Device to your computer. This Ethernet Interface allows you to easily communicate to NCD Fiber Optic Devices using the Ethernet port of your computer. This device mounts as a COM port, and handles all fiber optic communications as though it were a serial port connected to your PC. This configuration makes it very easy for any programmer to write software to speak to NCD Fiber Optic Devices. |
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NOTICE: You MUST purchase at least one communication to communicate with the board. | |
Wi-Fi Antenna Options Descriptions for Wi-Fi Antennas |
Antenna OptionsThere are two antennas to choose from, a standard range with an internal antenna and an extended range with an external antenna. We reccommend the external antenna option when the board may be placed in an enclosure, inside a cabinet or where the wi-fi signal may be weak.Wi-Fi CommunicationsWi-Fi communications will depend on the device you are controlling, as we sometimes use different software for different devices. Our software lets you choose between Network and COM communications. Since a Wi-Fi communications module is a network device, you will need to choose Network. |
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Standard Range Internal Antenna |
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Extended Range External Antenna |
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USB Module Universal Serial Bus Communications Module |
Great for Bench Testing
Connecting to the USB Module
Connect USB cable between your ZUSB Communication Interface and your computer. The ZUSB communication module should be installed into a compatible controller that supports the ZUSB communications module. The device should be powered for initial testing. Virtual COM port drivers are required before the ZUSB communication module can be used. Windows 7 typically recognizes this device without drivers, however, the latest drivers may be downloaded and installed from the following location for all operating systems: http://www.ftdichip.com/Drivers/VCP.htm. After the driver is installed, open your “Device Manager” to determine the COM port your computer assigned to the ZUSB module. Windows 7 users may Click the Start > Control Panel > Device Manager. You should see “USB Serial Port” located under “Ports (COM & LPT)”. For visual reference the module is equiped with a USB light that will only illuminate if the virtual COM port driver is properly installed.Base Station Software
Download and install NCD Base Station Software. Base Station Software allows you to communicate with and test your device. When Base Station Software runs on your Windows computer, the software will identify the type of controller and will build a list command sets that are compatible with your controller.Induction
USB is particularly sensitive to inductive loads. USB establishes high-speed communications with the motherboard of your PC. If an error is presented on the USB port, the motherboard of your computer will disconnect the device from the operating system. In the case of USB relay controllers, you will lose communications until the device is unplugged from the USB port and plugged back in. When working with USB communications in combination with inductive loads, it is absolutely essential that induction suppression capacitors are used to help prevent loss of communications. Even with these capacitors in place, the possibility does exist that capacitors will not suppress enough induction to prevent periodic communications loss.