Orbit Manufacturing ORBIT-6 RP-206 Special Emergency Keying Follow Latched, User Activated Toggle

Models: ORBIT-6 RP-206

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Special Emergency Keying Follow (Latched)

17UO is activated immediately when pressing the keypad’s [7] and [8] keys simultaneously for two seconds. U0 is deactivated when the system is disarmed.

Special Emergency Keying Follow (Pulsed)

18UO is activated for several seconds when pressing the keypad’s [7] and [8] keys simultaneously for two seconds.

Fire Keying Follow (Latched)

19UO is activated immediately when a Fire alarm is triggered by a violation of zone 5, defined as Fire, or by pressing the keypad’s [4] and [5] keys simultaneously for two seconds. U0 is deactivated when the system is disarmed.

1A

Fire Keying Follow (Pulse)

UO is activated when a Fire alarm is triggered by a violation of zone 5, defined as Fire,

 

or by pressing the keypad’s [4] and [5] keys simultaneously for two seconds.

 

User Activated (Toggle)

 

UO may be activated by the user through the entry of [*]+[2]+[User Code]+[X], where X

1B

refers to the utility output number.

The first entry of the above sequence activates the UO and causes it to latch in the

 

opposite of its current state. The system briefly lights the Zone LED corresponding to the

 

selected UO and produces a single confirming beep subsequent entries toggle the

 

response from ON to OFF to ON, etc.

 

User Activated (Pulse)

 

UO may be activated by the user through the entry of [*]+[2]+[User Code]+[X], where X

1C

refers to the utility output number.

 

The entry activates the UO for several seconds (pulse). The system briefly lights the

 

Zone LED corresponding to the selected UO and produces a single confirming beep

 

subsequent entries repeat this pattern.

 

AUX POWER Switch (Fire)

 

Until triggered, UO is normally activated and is designed to be a part of the circuit

 

supplying power to the Smoke Detector(s); see Figure 1A and 1B.

 

After a Fire Alarm is disarmed, it may be necessary to reset any Smoke Detector(s)

1D

which may be “latched” in alarm. A “latched” Smoke Detector will cause the keyboard’s

FIRE LED to remain lit, even though the panel may be disarmed. To reset a Smoke

 

Detector, a “UO” used in this manner must be momentarily deactivated; this action is

 

performed by the user, who must enter [*]+[2]+[User Code]+[X], where [X] refers to the

 

UO number (i.e. 1,2,3, or 4) in the circuit providing Smoke Detector power. If this is not

 

done, it will be impossible to arm the panel; please advise your customer of this

 

contingency which is stated in the ORBIT-6’s User Manual.

1E

Duress Code Follow (Pulse)

U0 is activated for several seconds (and then deactivates) when any duress code is

 

entered.

1F

AC Loss Follow (Latched)

U0 is activated due to a lack of power from the commercial AC. U0 is deactivated when

 

the system is operating properly from commercial (AC) power.

AC Loss Follow (Pulse)

20U0 is activated for several seconds (and then deactivates) due to a lack of power from the commercial AC.

Low Battery Follow (Latched)

21U0 is activated due to low power from the backup battery. U01 is deactivated when the battery is in good condition.

22Low Battery Follow (Pulse)

U0 is activated for several seconds due to low power from the backup battery.

Voice Module Enable

23The U0 is activated after FM phone number dialing has been made due to alarm. The U0 deactivates after the FM period termination.

Installer Manual

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Orbit Manufacturing ORBIT-6 RP-206 manual Special Emergency Keying Follow Latched, Special Emergency Keying Follow Pulsed

ORBIT-6 RP-206 specifications

Orbit Manufacturing's ORBIT-6 RP-206 is a state-of-the-art device designed to meet the evolving demands of modern manufacturing processes. Known for its reliability and versatility, the ORBIT-6 RP-206 integrates advanced technologies that enhance operational efficiency and productivity across various industrial applications.

One of the main features of the ORBIT-6 RP-206 is its robust construction, which ensures durability even in the most demanding environments. Built from high-grade materials, this equipment is designed to withstand wear and tear, thus reducing maintenance costs and downtime. The incorporation of a high-performance motor allows for improved power efficiency and faster processing speeds, enabling manufacturers to increase their output without sacrificing quality.

The ORBIT-6 RP-206 utilizes cutting-edge automation technologies. Equipped with a user-friendly interface, it allows for seamless integration into existing manufacturing systems. This system includes programmable features that enable users to customize operations according to their specific requirements. This flexibility makes it an ideal choice for small to medium-sized businesses as well as large-scale manufacturing facilities.

Moreover, one of the standout characteristics of the ORBIT-6 RP-206 is its advanced data analytics capabilities. By leveraging real-time data, manufacturers can continuously monitor performance metrics, allowing for proactive decision-making and process optimization. This feature not only enhances productivity but also contributes to quality control by identifying any deviations or anomalies during production.

Safety is another paramount concern for Orbit Manufacturing. The ORBIT-6 RP-206 incorporates various safety mechanisms, including automatic shut-off systems and emergency stops, ensuring a secure working environment for operators. Additionally, the machine is designed with easy access to key components for maintenance, further reinforcing its commitment to user safety and convenience.

In terms of environmental considerations, the ORBIT-6 RP-206 is engineered to minimize energy consumption and reduce waste. This eco-friendly approach resonates with the growing trend towards sustainable manufacturing practices, ensuring that businesses can meet their environmental goals while maintaining operational efficiency.

In conclusion, Orbit Manufacturing's ORBIT-6 RP-206 stands out as a technologically advanced solution for the modern manufacturing landscape. With its robust construction, automation capabilities, data analytics, safety features, and environmental consciousness, it is poised to deliver exceptional performance, making it an invaluable asset for any manufacturing operation.