Catalog Number: RSEN-W12

INSTALLATION (CONTINUED)

Sensor Wiring

 

120 VAC OR 277 VAC

 

NEUTRAL

 

LOAD 1

LOAD 2

LOAD 1

LOAD 2

SWITCH LEG

SWITCH LEG

 

TOGGLE

 

SWITCH

RSEN-W12

(OPTIONAL)

Sensor Adjustment

Switch to M for Manual On

Switch to A for Auto On

Sensitivity

 

 

Time Delay

Adjustments,

 

 

Adjustment,

clockwise

M

A

clockwise

minimum

Range

Time

15 seconds

to

Area Entry Delay

to

maximum

 

 

30 minutes

 

1/4

30

 

Checkout and Adjustment

Once installation is complete, restore power to the lighting circuit. Proper operation of the RSEN-W12 must be verified. Adjustments should be made with the HVAC system on.

Use only insulated tools to make adjustments.

1.Adjustment controls are under the touchplate. “Time Delay” ranges from 15 seconds (for testing) to 30 minutes. Using a small screwdriver, set “Time Delay” to 15 seconds by turning the control completely counterclockwise until it stops at minimum setting (approximately 8 o’clock). Turn control for “Area Range” until flat edge of control is at 10 o’clock. Turn “Entry Range” until flat edge of control is at 9 o’clock.

2.Move the “Mode” switch to the “Auto” or “A” position.

3.The area of coverage can be determined by watching the LED indicator on the front of the sensor while moving around the room. The LED lights only when the sensor detects motion. Adjust the “Area Range” control to the lowest setting that provides adequate motion detection of a person working in the room. Do not set higher than necessary.

4.Leave the room. The lights should go out in approximately 15 seconds. Wait at least 12 seconds after the lights go out. Walk normally back into the room and verify that the lights turn on automatically. If not, the “Entry Range” should be increased slightly. Do not set higher than necessary.

5.If the LED blinks when there is no movement in the room, it is possible that the sensor is being activated by air flow from the HVAC system. Reduce the “Area Range” setting until the LED goes off and stays off with no motion.

6.If the sensor is activated by passers-by in the hallway, reduce the “Entry Range” setting.

7.Set “Time Delay” to the desired setting for normal use. If lights go out while the room is occupied, increase setting slightly until an optimum interval is obtained. Recom- mended time delay is usually 6-8 minutes (approximately 10 o’clock). People who remain very still for long periods may need a longer time delay.

8.If preferred, the RSEN-W12 may be set to Manual ON for maximum energy savings by moving the “Mode” switch to the “M” position. In this setting, the occupant must push the touchplate to turn on lights upon entering the room.

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GE IMRSEN-W12 installation instructions Sensor Wiring, Sensor Adjustment, Checkout and Adjustment
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IMRSEN-W12 specifications

The GE IMRSEN-W12 represents a significant advancement in water treatment technology, designed specifically for industrial applications where efficient, reliable, and sustainable water purification is essential. This innovative system combines cutting-edge engineering with practical functionalities, making it a preferred choice for various sectors including manufacturing, pharmaceuticals, and food processing.

One of the main features of the IMRSEN-W12 is its advanced membrane filtration technology. This system utilizes a series of semi-permeable membranes that can effectively separate contaminants from water, including bacteria, viruses, sediments, and dissolved solids. The result is high-quality, pure water that meets stringent regulatory standards while also reducing the environmental impact associated with wastewater disposal.

In addition to membrane filtration, the IMRSEN-W12 employs reverse osmosis as a key component in its purification process. This technique allows for the removal of up to 99% of impurities, resulting in exceptionally clean water. With customizable configurations, users can optimize module arrangements to cater to their specific requirements, enhancing overall operational efficiency.

Energy efficiency is another standout characteristic of the GE IMRSEN-W12. The system is designed to minimize energy consumption while maintaining throughput and water quality. Equipped with smart monitoring and control technologies, operators can easily track performance metrics in real-time, facilitating timely maintenance and reducing downtime.

The IMRSEN-W12 also features robust automation capabilities, enabling seamless integration with existing infrastructure. This automation reduces manual interventions and increases reliability, allowing companies to focus on their core operations without worrying about water supply issues.

Furthermore, the compact design of the GE IMRSEN-W12 ensures space efficiency while allowing for easy installation and scalability. As industrial water demand fluctuates, the system can be easily upgraded or expanded to meet growing needs without major overhauls.

Another important aspect is the user-friendly interface that simplifies operation and monitoring. With intuitive controls and detailed graphical displays, operators can quickly analyze performance data and adjust settings as necessary.

In summary, the GE IMRSEN-W12 represents a breakthrough in industrial water treatment, characterized by its membrane filtration, reverse osmosis technology, energy efficiency, automation capabilities, and user-friendly design. This system not only meets the rising demands for high-quality water but also aligns with sustainability practices in the industrial sector. Companies looking for reliable water treatment solutions will find the IMRSEN-W12 to be a valuable asset in ensuring environmental compliance and operational excellence.
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