Installation

Catalog Number: RSEN-W12

Coverage

The RSEN-W12 is designed for offices or small rooms up to 300 square feet. Although total coverage of minor motion is 450 square feet, wall switches are normally mounted off-center in a room which reduces the coverage attainable.

Basic Installation Steps

1.Turn off power at the circuit breaker.

2.Wire and mount the switch in standard junction box.

3.Restore power to the circuit.

4.Adjust settings and test.

Location

When installing the RSEN-W12 in a new junction box, choose the switch location carefully to provide optimum coverage of the occupied area. When replacing an existing wall switch, bear in mind that there must be a clear line of sight between the sensor and the area to be covered. Avoid pointing the switch directly into the hallway where it may detect passers-by.

Mounting

CAUTION: Before installing or performing any service on an RSEN-W12, power must be turned off at the circuit breaker panel.

The RSEN-W12 can replace one switch in any standard single or double gang box. It may be installed in the same manner as an ordinary wall switch. Wire the RSEN-W12 as described in the wiring section.

Ratings

120 VAC Ballast or Tungsten Maximum Load: 800 Watts

Minimum Load: One ballast or one incandescent lamp 277 VAC Ballast only

Maximum Load: 1200 Watts

Minimum Load: One ballast

Wiring

CAUTION: The RSEN-W12 is designed for use with either 120 VAC or 277 VAC only. Do not use with any other voltage. Do not wire to control receptacle circuits.

Verify that the connected load does not exceed the RSEN-W12 ratings. Use twist-on wire connectors for all connections. All installations should be in compliance with the NEC and all state and local electrical codes. The RSEN-W12 can be wired to control both an exhaust fan and lighting provided the total load does not exceed the maximum load rating (in Amps) for the automatic wall switch.

Sensor Coverage

1⁄2 STEP WALK COVERAGE MOTION-AT-DESK COVERAGE

SENSOR

20 24

(6.1) (7.3)

25 (7.6)

30 (9.1)

feet (meters)

Sensor Location

10' x 15' OFFICE

One Circuit – One Lighting Load: Connect one wire to the switchleg for the load. Connect the other wire to the hot lead. Connections are not polarity sensitive.

One Circuit – Two Lighting Loads: The combination of Load 1 and Load 2 must not exceed the maximum load rating. Consult with the building manager and occupant to determine which lights should be off (Load 2) when the toggle switch adjacent to the RSEN-W12 is open (OFF).

Caution: If a room is wired for two circuits using two separate hot leads, it is very important to connect only one circuit to the RSEN-W12. Split one circuit into two switchlegs and cap the unused hot lead inside the box.

The RSEN-W12 must always control Load 1, while its control of Load 2 is selected manually by opening and closing the toggle switch. Connect one wire to the switchleg for Load 1 and one side of the toggle switch for Load 2. Finally, connect the other wire from the RSEN-W12 to the hot lead. Connec- tions are not polarity sensitive.

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.