Step 2 – Press the Zone button (1, 2, 3 or 4) for the Zone you want to assign to the Sensor. The LED indicator for that Zone will begin to flash.

Step 3 – Release the Zone button.

Note: Zone 4 is for dedicated alerts only. Sensors in this Zone will not trigger an alarm or chime.

Step 4 – Activate the Sensor

-For the Window/Door Sensor, separate the two pieces or if mounted, open the door or window.

-For the Garage Sensor, lower the detection rod to its full extension; if mounted, raise the garage door.

-For the Water Leak Sensor, place the contacts in a small bowl of water, or use a metal paperclip and touch both contacts.

-For the Motion Sensor, press the Learn button located inside the battery compartment, or if mounted wave your hand in front of the Sensor (red LED indicator will flash inside lens area in front of Motion Sensor).

Erasing a Sensor from a Zone

Note: If you need to remove a Sensor from a Zone, the system will erase the entire Zone, so any other Sensors will need to be put back into that particular Zone.

Step 1 - To erase a Zone, press and hold the Learn button on the Control Center. The unit will beep once.

Step 2 - While holding the Learn button, press and hold the Zone button to be erased. After five seconds the Control Center will sound two beeps and the Zone LED indicator will flash twice.

Step 3 - Release all buttons.

-The Zone has been triggered for an Alert or alarm. The Sensor/Zone must be reset.

-There is loss of signal from the Sensor to the Control Center (such as low battery, or Sensor is out of range).

-The system is armed.

The Control Center will sound three beeps to indicate it could not erase the Zone.

Testing a Sensor or your system

Once all the Sensors have been assigned to Zones in the Control Center you can now test your system. This allows you to test a Motion Sensor in Zones 1, 2, 3 without arming the system. Ensure the Control Center can receive the signal from the intended location of the Sensor before permanently mounting a Sensor.

Step 1 - Unplug AC adapter and remove batteries. Step 2 - Press and hold the ‘Mute’ button and plug the AC adapter back into the Control Center. When all the LED indicators turn on, release the Mute button. The Control Center is now in Test Mode and any Sensor can now be tested in any Zone.

Step 3 - Set the Notification Mode to ‘Alert’ position (see Notification Mode switch Page 6) and begin activating Sensors one at a time.

Note: For the Motion Sensor, stand in front of the Sensor and remain motionless for 20 seconds. Begin moving and if the Sensor is within range of the Control Center it will activate the Zone in the Control Center for 15 seconds.

Step 4 - When testing is complete, unplug the AC adapter, then plug the AC adapter back in and reinstall batteries. This returns the Control Center to standard operation mode.

Note: The Zone/Sensor cannot be erased if:

Note: The Control Center will automatically return to standard

11 operation mode after 5 hours.

 

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GE 45129 user manual Release the Zone button Activate the Sensor, Erasing a Sensor from a Zone, Release all buttons
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45129 specifications

The GE 45129 is an advanced locomotive model developed by General Electric, designed for efficient and versatile freight transport. Among its main features, the GE 45129 boasts a powerful engine that provides high levels of tractive effort, making it suitable for hauling heavy freight loads across various terrains. This model is specifically engineered to navigate both urban and rural rail networks, ensuring reliability in different operational environments.

One of the standout technologies incorporated into the GE 45129 is its state-of-the-art diesel-electric propulsion system. This system uses a diesel generator to produce electricity, which then powers electric traction motors on the locomotive's wheels. This configuration enhances fuel efficiency compared to traditional diesel drives, as it allows for better energy management and reduced emissions. Furthermore, the locomotive is equipped with advanced data analytics and monitoring systems that continuously assess performance metrics, helping operators optimize their use and maintenance schedules.

The GE 45129 features a robust and durable construction, designed to withstand the rigors of freight transportation. It includes high-quality materials that enhance its durability and longevity, ensuring that it remains operational even in challenging conditions. The locomotive's streamlined design not only improves its aerodynamics, leading to better fuel efficiency but also minimizes wear and tear on tracks.

In terms of safety and control, the GE 45129 includes sophisticated braking systems and technologies that provide efficient stopping power, increasing safety margins when transporting cargo. It also contains advanced signaling and communication systems that keep the train connected to central control units, allowing for real-time updates on operational status.

Additionally, this locomotive model is designed with operator comfort in mind. The cab interior is ergonomically designed, minimizing fatigue during long hauls while incorporating technology for easy navigation and monitoring of systems. This focus on user experience ensures that train operators can maintain high levels of performance and safety throughout their journeys.

Overall, the GE 45129 represents a significant advancement in locomotive technology, making it a vital asset for freight companies seeking reliability, efficiency, and safety in their operations.
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