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AT&T Model SW-ATT-RPTR4, Wireless 433.92 Mhz Repeater

Product Description

The Secure Wireless Repeater shall be a “smart” device that receives and re-

transmits sensor information at the frequency of 433.92 Megahertz.

The repeater shall have the capacity to learn and re-transmit the TX-ID and its

status up to sixteen (16) sensors.

The repeater shall incorporate a standard Secure Wireless super-heterodyne

receiver module as well as a crystal controlled transmitter module tuned to the

maximum FCC allowable output level.

Power shall be derived from a local 120 VAC 50/60 Hz source. Non-

rechargeable battery back-up shall be provided with a minimum standby

requirement of (24) hours. The battery size shall be based on receiver power

drain, transmitter standby power drain, plus the transmitter power required to

send up to thirty-two transmissions per hour.

Theory of Operation

Repeater Function

Actuation of any transmitter with a frequency of 433.92 MHz shall cause the

following to occur at the repeater module.

1. For unlearned transmitters the transmission shall be ignored.

2. For learned transmitters the repeater shall store the transmitter

information, validate, then re-transmit exact TX-ID and condition to the

central receiver. (See Basic Specifications for transmitter conditions)

Learning Transmitters

Transmitters shall be learned into the repeater by use of a “Learn Button.”

1. Push and hold the learn button for a minimum of two seconds.

a. An integral LED indicator shall light indicating that the repeater is

in the transmitter learn mode.

b. Note

i. If no action occurs on the repeater module within fifteen

(15) seconds, the LED shall extinguish and the repeater

module shall automatically exit the “Learn Mode.”

Summary of content (5 pages)

PAGE 1
AT&T Model SW-ATT-RPTR4, Wireless 433.92 Mhz Repeater Product Description The Secure Wireless Repeater shall be a “smart” device that receives and retransmits sensor information at the frequency of 433.92 Megahertz. The repeater shall have the capacity to learn and re-transmit the TX-ID and its status up to sixteen (16) sensors.
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. Transmitters shall be learned by the repeater by manual actuation of the actual transmitter (fault & restore in 2 Sec. (See list in basic specifications.) a. Once a transmitter is learned the integral LED indicator shall blink one (1) time verifying that the transmitter has been learned by the repeater. b. The repeater shall automatically exit the “Learn Mode.” 3. To learn additions transmitters, repeat Steps 1 and 2. Determining the number of transmitters learned into the memory 1.
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RF Receiver Receiver Type: Receiving Frequency: Internal Antenna Indicators: Learn Mode Transmitter Learn Learn Mode Exit TX Memory Memory Erase RF Detected Switches: RF Transmitter Transmitter Type: Transmitter Frequency: Transmitter Range: Transmitter Output: Transmitter Reports: Environmental Temperature: Humidity: Accessories Crystal controlled SW-433.
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Installation Kit: One (1) retaining screw for securing the repeater into the wall socket Listings and Approvals FCC Part 15 QNP-433RPT4 IC (Industry Canada) 4676A-433RPT4 UL/ETL FCC & IC COMPLIANCE STATEMENT* This device complies with FCC Rules and Regulations as Part 15 devices, as well as Industry Canada Rules and Regulations. Operation is subject to the following two conditions: 1. This device may not cause harmful interference. 2.
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Batteries should not be recharged, disassembled or disposed of in fire. Disposal of used batteries must be made in accordance with the waste recovery and recycling regulations in your area. Notice to users in California—CR Coin Cell Lithium Battery information: This product contains a CR Coin Cell Lithium Battery which contains Perchlorate Material—special handling may apply See www.dtsc.ca.gov.hazardouswaste/perchlorate.