![1C) INSTALLATION](/images/new-backgrounds/34248/342483x1.webp)
delay, automatic indoor fan speed determined by the system microprocessor, dehumidification mode, washable
Low Ambient Systems shall be capable of operating in the cooling mode down to zero (0) degrees F. outdoor temperature.
1C) INSTALLATION
System(s) shall be installed according to manufacturer’s instructions & recommendations, as well as, all governing local & national codes. System(s), as well as the infrared remote controller, shall be mounted & placed as shown on plans within all minimum clearances as specified by manufacturer’s instructions, & secured to provide for safe operation. Refrigerant tubing size shall not vary from manufacturer’s specifications, and shall be properly secured & insulated. Installer shall insulate both liquid & suction lines individually. Electrical wiring shall be sized & installed according to manufacturer’s instructions & in conformance with the National Electric Code (NEC)
&local codes. Outdoor condensers shall be mounted & secured to accommodate for extreme weather conditions. Distance between indoor & outdoor unit(s) shall not exceed manufacturer’s specifications.
2) OUTDOOR CONDENSING SECTION – SANYO MODELS – C2432A, CL2432A
Outdoor condensing section(s) shall be factory assembled, wired, piped &
2A) Low Ambient outdoor section(s) shall contain a printed circuit board with a sequencer, factory mounted & wired, to assist in control of low ambient operation. Unit(s) shall be able to operate in the A/C mode down to zero (0) degrees Fahrenheit outdoor temperature.
3)INDOOR EVAPORATOR SECTION – SANYO MODELS – KS2432A
Indoor section(s) shall be high wall mount type, factory assembled & wired. Wall mounting fixture, plate & mounting diagram shall be included with each system, as well as wall sleeves to protect wall where tubing passes through. Unit(s) shall contain an evaporator coil heat exchanger constructed of nonferrous, rifled copper tubing with enhanced aluminum slit fins, mechanically bonded to the copper. A single