EMI WLH12-S1H2000_101, S1H2A, S1H2D specifications Part Six Outdoor Unit

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emi ENGINEERING Submittal WLH12-S1H2000_101

condensate pump safety-switch connection. With this feature the control monitors the condensate pump safety switch and displays an error code if a fault occurs. The unit shall also provide non-volatile back up memory, where control settings are maintained for an indefinite period during a power outage. When power is restored the equipment will resume operation after a 3 minute compressor time delay. The controlVoltage shall be 24v AC generated from the indoor units transformer.

Part Six “OUTDOOR UNIT”

The outdoor unit shall be completely factory assembled, piped and wired. The cabinet shall be fabricated of 18 and 20 gauge aluminized steel, finished in off white. The paint shall be a corrosion inhibiting polyester powder-coated paint tested to 2000 hours of salt spray. The cabinet shall also incorporate a black scratch and dent resistant injection mold- ed from access panel. The unit shall be furnished with (1) large diameter, direct drive, high efficiency propeller type fan. The motor shall be PSC type with internal overload protection and shall be permanently lubricated and resiliently mounted for quiet operation. The fan shall be provided with a guard to prevent contact with moving parts. The compres- sor shall be of the high performance rotary type with Duratec package consisting of an oversized accumulator, factory installed solid core filter drier and thermal overloads. The compressor shall be mounted as to avoid the transmission of vibration. The condenser shall have easy access hose connections at 45° from valve body. The refrigeration system shall be equipped with loss of charge switch, and have the capability to operate with a maximum height difference of 35 feet and overall refrigerant tubing length of 100 feet between indoor and outdoor sections without the need for line size changes of additional oil. The condenser coil shall be U-shaped and protected by a wire coil guard. Coil construction is seamless copper tubing with enhanced aluminum fins. The tubes are mechanically expanded for secure bonding to the fin. The heating expansion is controlled by a TXV in the outdoor unit. The unit electrical power shall be 208/230V or 115V, 1 phase, 60 Hertz. The system shall be capable of operation withinVoltage limits of 208/230V or 115V +/- 10%.

Part Seven “OPTIONAL EQUIPMENT”

Hand held infrared remote controller

24 volt remote wall thermostat

3KW electric heat with automatic reset high temperature cutout and redundant high temperature fuse link

Copper-copper condenser coils – for protection against galvanic corrosion (consult factory for coating options)

Phone: 1-800-228-9364

5780 Success Drive,

FAX: 1-800-232-9364

Rome, NY 13440

http://www.enviromaster.com

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emi@enviromaster.com

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Contents Standard Features Discharge AIR Speed and Flow @ FPMCFM Sound ValuesPart Two Warranty Part One GeneralPart Three Performance Part Four Indoor UnitPart Six Outdoor Unit

S1H2D, WLH12-S1H2000_101, S1H2A specifications

EMI S1H2A, WLH12-S1H2000_101, and S1H2D are innovative electronic components designed for advanced applications in various industries. These components stand out for their remarkable features, technologies, and characteristics that cater to the demands of modern electronic systems.

The EMI S1H2A is recognized for its high efficiency and reliability. It integrates cutting-edge technologies that minimize electromagnetic interference, making it ideal for sensitive applications in medical devices, telecommunications, and automotive systems. The S1H2A features advanced filtering capabilities that ensure signal integrity, providing consistent performance across varying environmental conditions. Additionally, its compact design allows for easy integration into space-constrained environments, making it a preferred choice for designers.

WLH12-S1H2000_101 is a robust power management module that excels in energy efficiency. With a wide input voltage range, it can accommodate diverse power supply requirements. This module incorporates smart load regulation technology, which optimizes power distribution and minimizes energy loss. The WLH12-S1H2000_101 is designed with thermal management solutions, ensuring that it operates efficiently under high-load conditions. Its enhanced safety features, such as overcurrent protection and thermal shutdown, add to its reliability and make it ideal for industrial automation and renewable energy applications.

The S1H2D is a versatile component built for high-performance applications. It supports a variety of communication protocols, making it suitable for systems requiring seamless integration and data exchange. The S1H2D is characterized by its low latency and high data throughput, which are crucial for real-time processing in fields such as IoT and smart grid technologies. Furthermore, it is designed for rugged environments, with resistance to shock, vibration, and temperature fluctuations, ensuring durability and long service life.

Collectively, these components represent the forefront of electronic engineering innovation. With their unique attributes, including high efficiency, reliability, advanced filtering, smart load regulation, and robust communication capabilities, the EMI S1H2A, WLH12-S1H2000_101, and S1H2D are well-suited for a myriad of applications. As industries continue to evolve and demand increasingly sophisticated electronic solutions, these products will remain integral to the development of the next generation of high-tech systems.