Product Description, System Options | EMI S1C 9-24 instruction

S p e c i f i c a t i o ns and Performance

Nominal Circuit Capacities S1C/S1H: 9,000, 12,000,

18,000, 24,000 Btuh and S1C 30-36 Btuh

Product Description

EMI offers the AmericaSeries S1C/S1H single zone con- densing unit, which is designed to meet or exceed a SEER rating of 13.0 when installed with the AmericaSeries line of evaporators. The system is offered for straight cool and heat pump applications and is available in nominal circuit capacities of 9,000, 12,000, 18,000 and 24,000 Btuh for both cooling and heat pump and 30,000-36,000 Btuh for cooling only applications. The S1C/S1H system can be recommended for both commercial and residential use.

Condenser Standard Features

Cabinet

•Vertically arranged side discharge

•Scratch and dent resistant injection molded front access panel

•Powder coated (2000 hour salt spray tested) 18 and

20 gauge aluminized steel

•Recessed service valves

•Easy access hose connections at 45° from valve body

Compressor is hermetically sealed high efficiency rotary for 9,000-12,000 Btuh and reciprocating or scroll for 18,000-36,000 Btuh (depending on capacity).

Benefit: These are the most efficient (power saving) and durable compressors available for the widest range of Ductless Split system applications.

Fan/Motor - Fan is a large diameter, high efficiency, three or four blade propeller (depending on capacity). Motor is PSC type with internal overload protection.

S1C/S1H 9-24 and S1c 30-36

SINGLE ZONE Ductless Split

Condensing Unit

P/N 240005841, Rev. A [05/08]

Condenser Standard Features cont.

Coil is U-shaped and protected by a wire coil guard. Construction is seamless copper tubing with enhanced aluminum fins. The tubes are mechanically expanded for secure bonding to fin shoulder.

Benefit: The U-shaped coil optimizes the heat transfer surface in a smaller footprint to gain optimum system efficiency.

Precharged for condenser and evaporator: (Charging of field installed piping required)

•Refrigeration valves – solid brass, sweat connection, easy to access ports

•Up to 100’ length interconnect (including 35’ verti- cal lift)

Duratec performance package (09-12 only)

•Oversized suction accumulator with surge baffles and enhanced oil management

•Factory installed solid core filter drier

•Thermostatically controlled crankcase heater

(heat pump)

• High pressure switch (heat pump)

Thermostatically controlled crankcase heater – This feature energizes the crankcase heater only when needed, removes the heater from the electrical circuit at conditions where it’s not required, saving unneces- sary Watts, and increasing overall system efficiency.

Benefit: The Duratec performance package allows for the widest range of application in the Ductless Split industry. We fully protect the compressor for a range of outdoor ambient conditions and system ap- plications, which extends the life of the system and virtually eliminates failures.

System Options

Low Ambient cooling operation down to 32º F are standard on all S1H (heat pumps) factory installed (optional on S1Cs)

•Low Ambient cooling operation down to 32º F

–Specify this option if the S1C system will be operated in cooling mode at outside temperatures below 60º F (field installed kit)

•Low Ambient controls for operation down to

0º F for S1C and S1H systems (consult factory for availability)

•Hard Start

•115v (9,000-12,000 btuh only)

•copper/copper coils (sea coast use)

S1CA/S1HA ductless split system Single-Zone

www.enviromaster.com

S1C 9-24, S1C 30-36 specifications

The EMI S1C 30-36 and S1C 9-24 are advanced electronic systems designed for a variety of applications in both industrial and commercial environments. The S1C series is recognized for its robust architecture, reliability, and high performance, making it a preferred choice in sectors such as telecommunications, aerospace, and automotives.

One of the primary features of the EMI S1C 30-36 model is its comprehensive digital signal processing capabilities. With a high-speed processor at its core, this model supports a range of communication standards, ensuring seamless integration into existing systems. The S1C 30-36 is equipped with extensive memory options, allowing for substantial data storage and quick access, which is critical in applications requiring real-time data analysis and processing.

The S1C 9-24 variant is particularly distinguished for its lower power consumption, making it ideal for battery-operated devices and applications where energy efficiency is paramount. It combines a compact design with impressive processing power, ensuring that manufacturers and developers can create lightweight and portable solutions without sacrificing performance.

Both models leverage cutting-edge technologies, including advanced modulation techniques and error correction algorithms, which enhance signal integrity and transmission reliability. The integration of these technologies is vital for maintaining communication quality in demanding environments and for applications requiring high bandwidth.

In terms of connectivity, the S1C series supports multiple interfaces such as Ethernet, USB, and various serial communication protocols. This versatility allows for easy interfacing with other components and systems, promoting flexibility in design and deployment.

Moreover, the EMI S1C 30-36 and S1C 9-24 feature built-in security measures to protect sensitive data. This includes encryption capabilities and secure boot options that prevent unauthorized access, ensuring that the device remains resilient against potential cybersecurity threats.

In summary, the EMI S1C 30-36 and S1C 9-24 models represent the forefront of electronic system design, featuring powerful processing capabilities, efficient energy use, versatile connectivity, and robust security. These characteristics make them ideal choices for modern applications that demand performance, reliability, and safety in competitive industries. Whether used in heavy-duty settings or portable applications, the S1C series continues to set the standard for excellence in electronic systems.