Xantech 791-44 Amplified 10 Source Amplified Connecting Block
US Delivery Time: 3-5 Business Days.
Product Description
Xantech 791-44 Amplified 10 Source Amplified Connecting Block
The 791-44 is a 1-zone amplified connecting block that permits up to 10 single or 10 dual emitters to be driven directly at high or low power levels. Up to 100 emitter ports may be driven using passive connecting blocks "daisy chained" from the IR out port. It interfaces all Xantech IR receivers and keypads to the emitters along with a power supply in an IR repeater system. It can also provide emitter expansion at the output port of other Xantech devices.Features of Xantech 791-44 Amplified 10 Source Amplified Connecting Block
Amplified Version Of The 790-00 Multiple Emitter Connecting Block Emitter Ports With Jumpers Permit High Or Low Power High-speed Opt-isolator For Improved OperationSpecification of Xantech 791-44 Amplified 10 Source Amplified Connecting Block
| Product Details | |
|---|---|
| Color | Black |
| Size | apple |
| Dimensions | 6.42X3.19x1.61 |
| Weight | 0.5 |
Product FAQs
Q: How many emitters can be driven directly by the Xantech 791-44 Amplified Connecting Block?
Ans: The Xantech 791-44 can drive up to 10 single or 10 dual emitters directly at high or low power levels.
Q: Can more than 10 emitters be connected to the Xantech 791-44?
Ans: Yes, up to 100 emitter ports may be driven using passive connecting blocks 'daisy chained' from the IR out port.
Q: What devices can the Xantech 791-44 interface with?
Ans: The Xantech 791-44 interfaces with all Xantech IR receivers and keypads in an IR repeater system.
Q: What is the color of the Xantech 791-44 Amplified Connecting Block?
Ans: The color of the Xantech 791-44 is black.
Q: What are the dimensions and weight of the Xantech 791-44?
Ans: The dimensions of the Xantech 791-44 are 6.42 x 3.19 x 1.61 inches and it weighs 0.5 pounds.
Warning - California Proposition 65 This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.