Universal SS-790, SS-785 manual Wires from Quick Connector Connect to, Black, White, Yellow

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2.Wiring Instructions:

a.The appropriate power supply is 120 Volt single phase power supplied from a non- switchable circuit NOT protected by a ground fault circuit interrupter.

b.Turn off main power to the circuit before wiring the smoke alarm.

c.There are three pigtail leads (black, white and yellow) coming from the AC QUICK CONNECTOR. The proper wire connection is as follows:

WIRES FROM QUICK CONNECTOR

CONNECT TO

BLACK

"HOT" side of AC line

WHITE

"NEUTRAL" side of AC line

YELLOW

Interconnect wires of other units

For units that are used as single smoke alarms, do not connect the yellow wire to anything. Insulate this wire (tape it) in place to make certain the yellow wire cannot contact any metal parts.

Interconnected units can provide earlier warning of fire than stand-alone units, especially if a fire starts in a remote area of the dwelling. This smoke alarm may be interconnected with as many as 11 other UNIVERSAL model smoke alarms such as SS-785, SS-790, SS-795, SS-2795, SS-2895 and 6 other units which may be a combination of Carbon Monoxide Alarms such as CD-9385, CD-9390, CD-9485, CD-9490, CD-9795, Heat Alarms/ HD-130 or Relay Modules/RM-100 for a total of not more than 18 interconnected devices.

Interconnected CO alarms will only respond if a CO alarm / event initiates the alarm. All other alarms remain silent.

Interconnected smoke alarms, heat alarms and relay modules will only respond if a smoke alarm / event or heat alarm / event initiates the alarm. All CO alarms remain silent.

Note that units without battery backup will not respond during an AC power failure. NOTE: Relay Modules/RM-100 will not respond if a CO alarm / event initiates the alarm.

The yellow wire is used only for multiple station operation with UNIVERSAL models only. Connecting this yellow wire to any other circuits may result in damage. When smoke alarms are interconnected, all units must be powered from a single AC branch circuit. If local codes do not permit be sure the neutral wire is common to both phases. The maximum wire run distance between the first and last smoke alarm in an interconnected system is 1,000 feet. NOTE: Use standard household wire (18 gauge or larger, rated at least 300V, as required by local codes) available at all electrical supply/hardware stores.

The wiring to be used shall be in accordance with the provisions of Articles 210 and 300.3(B) of the National Electrical Code, ANSI/NFPA 70. In addition, the resistance of the interconnecting wiring shall be a maximum of 10 Ohms.

Early warning fire detection is best achieved by the installation of fire detection equipment in all rooms and areas of the household as follows: A smoke alarm installed in each separate sleeping area (in the vicinity of, but outside of, the bedrooms) and heat or smoke alarms in living rooms, dining rooms, kitchens, hallways, attics, furnace rooms, closets, utility storage rooms, basements and attached garages. Test the smoke alarm weekly to assure proper operation.

3.Attach the mounting ring to the electrical junction box.

4.To activate 9 volt battery and smoke alarm, pull and remove the thin colored plastic tab at the battery door hinge. Discard plastic tab.

5.Plug the AC QUICK CONNECTORS together. Push and turn the smoke alarm clockwise onto the mounting ring.

6.See "TAMPER LOCKING PIN."

7.Turn on AC power and check the LED's for proper operation. The green LED lights to indicate AC power. The red LED will flash every 40-60 seconds to indicate proper operation.

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Contents Smoke Alarm Limitations and Functions Read ALL InstructionsRecommended Location of Alarms False Alarms InstallationAvoid These Locations Electrical Shock HazardWires from Quick Connector Connect to BlackWhite YellowOPERATION, Testing & Maintenance Backup Battery Replacement Model SS-790 onlyWhat to do When the Alarm Sounds Develop and Practice a Plan of EscapeBasics of Escape Plan National Fire Protection Association Required ProtectionUniversalfive Year Limited Warranty

SS-785, SS-790 specifications

Universal SS-790 and SS-785 are advanced models of satellite communication systems that have garnered significant attention in the realm of telecommunications and data transfer. These systems are designed to provide seamless connectivity and enhanced performance, making them ideal for both commercial and governmental applications.

The Universal SS-790 is equipped with cutting-edge features aimed at enhancing user experience and operational efficiency. One of its standout features is its high throughput capability, which allows for rapid data transfer rates, ensuring reliable communication even in challenging environments. This model incorporates advanced modulation schemes and error correction technologies, such as DVB-S2X, to optimize bandwidth usage and improve overall signal quality.

In addition to its robust performance, the SS-790 is designed with flexibility in mind. It supports multiple frequency bands, including Ka-band, Ku-band, and C-band, catering to various operational needs and geographic requirements. This versatility enables users to adapt the system for different applications, from broadcasting to mobile communications.

On the other hand, the Universal SS-785 is more compact yet equally powerful, making it suitable for mobile and remote operations. This model emphasizes portability without compromising performance. One of its key characteristics is its ease of deployment, allowing users to set up satellite links quickly and efficiently. The SS-785 features automatic tracking capabilities, which ensures stable connections by adjusting the antenna's line of sight as satellites move.

Both models utilize advanced technologies such as software-defined networking (SDN), which enhances the ability to manage and optimize network performance dynamically. Through SDN integration, users can easily scale their operations and adapt to changing connectivity requirements.

Moreover, Universal’s commitment to security is evident in both SS-790 and SS-785, as they are equipped with encryption protocols to safeguard sensitive data transmissions. This added layer of security is crucial for organizations handling classified information or conducting sensitive operations.

In summary, Universal SS-790 and SS-785 represent the pinnacle of satellite communication technology, combining high-speed data transfer, flexibility, portability, and robust security features. Their innovative designs and capabilities make them invaluable tools for a wide array of applications, bridging the gap between remote locations and reliable connectivity. Whether for emergency response, broadcasting, or enterprise-level communications, these systems are setting new standards in the satellite communications landscape.
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