Friedrich 920-075-13 (1-11) Indoor AIR Flow Data, Chassis Installation, Moving parts hazard

Page 13

WARNING

Moving parts hazard

TURN OFF ELECTRIC POWER BEFORE SERVICING

THIS COMPONENT.

FAN CAN START AUTOMATICALLY.

FAILURE TO DO SO CAN RESULT IN PROPERTY

DAMAGE, PERSONAL INJURY AND/OR DEATH.

INDOOR AIR FLOW DATA

INDOOR AIR FLOW MAY BE DETERMINED BY MEASURING THE EXTER- NAL STATIC PRESSURE (ESP) OF THE DUCT SYSTEM USING AN INCLINED MANOMETER OR MAGNEHELIC GAUGE, THEN CONSULTING CHART “A” TO DETERMINE ACTUAL AIR FLOW. RATED AIR FLOW FOR EACH UNIT IS OBTAINED AT .10” W.C. WHEN OPERATING WITH A CLEAN FILTER AND A DRY COIL (I.E. HEATING) ON THE INDICATED SPEED AT 230 VOLTS. USE THE AIR FLOW CORRECTION MULTIPLIERS CONTAINED IN CHART “B” TO DETERMINE ACCURATE AIR FLOW UNDER THE LISTED CONDITIONS. UNDER NO CIRCUMSTANCES SHOULD THE VERT-I-PAK EQUIPMENT BE OPERATED AT AN EXTERNAL STATIC PRESSURE IN EXCESS OF .30” W.C. OPERATION OF THE VERT-I-PAK UNDER THESE CONDITIONS WILL RESULT IN INADEQUATE AIR FLOW LEADING TO POOR PERFORMANCE AND/OR PREMATURE COMPONENT FAILURE.

FOR LOW SPEED OPERATION, CONNECT THE FAN OUTPUT TERMINAL FROM THE THERMOSTAT TO THE GL TERMINAL OF THE ELECTRONIC CONTROL. FOR HIGH SPEED OPERATION, CONNECT THE FAN OUTPUT TERMINAL FROM THE THERMOSTAT TO THE GH TERMINAL OF THE ELECTRONIC CONTROL. FOR THERMOSTATS WITH TWO-SPEED FAN CAPABILITIES, CONNECT THE LOW SPEED OUTPUT TO THE GL TERMINAL, AND THE HIGH SPEED OUTPUT TO THE GH TERMINAL.

DETERMINING THE INDOOR CFM: CHART A – CFM

 

 

 

MODEL

 

 

 

 

 

 

 

 

 

 

VEA09/VHA09

VEA12/VHA12

VEA18/VHA18

ESP (")

Low

High

Low

High

Low

High

.00"

340

385

420

470

430

480

.10"

300

340

350 *

420 **

400

450

.20"

230

280

290

350

340

400

.30”

140

190

250

300

290

330

Highlighted values indicate rated performance point.

*Rated performance for VEA12

**Rated Performance for VHA12

CORRECT CFM (IF NEEDED):

CHART B – CORRECTION MULTIPLIERS

CAUTION

Excessive Weight Hazard

USE TWO OR MORE PEOPLE WHEN INSTALLING

YOUR AIR CONDITIONER.

FAILURE TO SO CAN RESUT IN BACK OR OTHER

INJURY.

CAUTION

Cut/Sever Hazard

SOME EDGES MAY BE SHARP, USE GLOVES

OR OTHER HAND PROTECTION WHEN HANDLING

UNIT.

FAILURE TO DO SO CAN RESULT IN MINOR TO

MODERATE PERSONAL INJURY.

CHASSIS INSTALLATION

INSTALL THE FOLLOWING COMPONENTS

A.ENSURE THAT THE WALL PLENUM IS INSTALLED IN ACCORDANCE WITH THE INSTRUCTIONS LISTED ON PAGES 6-10.

B.PLACE THE CHASSIS INTO THE CLOSET WITH THE OUTDOOR SIDE FACING THE WALL PLENUM OPENING.

C.SLIDE THE CHASSIS INTO THE WALL PLENUM UNTIL THE PLENUM DIVIDER SEAL IS ESTABLISHED. (SEE FIGURE 13)

FIGURE 13

CHASSIS INSTALLATION/

INSTALLED VIEW

THE VERT-I-PAK CHASSIS MUST BE INSERTED INTO THE WALL PLENUM SO THAT THE PLENUM DIVIDER GASKET MAKES CONTACT WITH THE PLASTIC CONDENSER BAFFLE ON THE UNIT. THE CHASSIS WILL FIT APPROXIMATELY 2 ⅜" INTO THE WALL PLENUM.

11

Image 13
Contents VERT-I-PAKA-Series Table of Contents Refrigeration system under high pressure Carefully Read and Follow the Installation InstructionsHard Wired Recommended Branch See Charts a & B25 = 34 = WaterElectrical shock hazard Turn OFF Electric Power Before ServiceOr Intallation Unit Must be Properly Grounded Electrical Rating TableSmall Recess OK Larger Recess OK. if a 5XB VERT-I-PAK Installation RecommendationsUtility Closet Dimensions InstallationTypical Utility Closet Chassis Shown in CLOSET, on Optional PlatformFlashing Wall Plenumand Architectural Louver InstallationPart B Louver Outside Plenum Part a 9000 / 12000 / 18000 BTU/hApply Caulk and Insert Outside Part a Into the Hole Condensate Disposal System AdjustmentDuctwork Indoor Return AIR Grille InstallationMust have a Minimum Square Inches of Free Area Drain Connection LocationIndoor AIR Flow Data Chassis InstallationMoving parts hazard Remote Thermostat and LOW Voltage Control Connections Maximum Wire Length for Desk Control SwitchTo Connect the WALL-MOUNTED Thermostat Interface DefinitionW B GL GH C D1 D2 GH GL O B Y W RC RH C Pump EHChassis Operation Routine Maintenance Service & WarrantySwitch the Wall Thermostat OFF Servicing / Chassis Quick ChangeoutsCheck Error Codes Error Codes and Alarm StatusUnit Control Panel Press the Enter KEY to Activate the DisplayVPAWP1-8 AccessoriesVPAWP1-14 VPAL2Reunion PLACE, Suite Providing a Replacement Unit of Equal ValueRepair of the Unit VERT-I-PAKA-Serie-A Contenido LEA Y Siga Cuidadosamente LAS Instrucciones DE Instalación Sistema de refrigeración bajo alta presiónNo Obstruya EL Flujo DE Aire Hacia Y Desde LA Unidad ENFRIAMIENTO, CON O SIN Calor Eléctrico Capacidad Nominal= Bomba DE Calor Tamaño DE Calentador Eléctrico Serie aConductor DE Cable Todas LAS Conexiones Eléctricas Y Peligro de choque eléctricoLA PROPIEDAD, Heridas Y/O LA Muerte Tablas DE Clasificación EléctricaEdificio RECOMENDACIONESDEINSTALACIÓNDEVERT-I-PAKUN Espacio MAS Grande Esta BIEN. SI a 5XB Instalación Dimensiones DEL Clóset DE UtilidadTípico Clóset DE Utilidad Chasis Ubicado EN EL CLOSET, Sobre LA Plataforma OpcionalSoporte de pared Tapajuntas Sellador Calsa Materiales del bordeArquitectonica Sellamiento adecuado Exterior Tapajunta adecuadoUnidad Instalada Sistema DE Eliminación DE CondensadoOpcion VPRG4 Rejilla DE Aire DE Retorno CON Panel DE Acesso Instalación DE LA Rejilla DE Aire DE RetornoOpcion Rejilla DE Aire DE Retorno Suministrado Debe Tener UN Mínimo DE Pulgadas Cuadrados DE Área LibreInstalación DEL Chasis Datos DEL Flujo DE Aire InteriorHeating calefacción Cooling enfriamiento Para Conectar EL Termostato DE Pared Conexiones DE Termostato Remoto Y Control DE Voltaje BajoVuelva a Colocar LA Cubierta DE LA Caja DE Control Conexión DE LA Válvula Reversible Para LATermostato RT6 DE Frente Figura Ilustraciones DE Cableado Eléctrico Y DE TermostatoOperación DE Chasis Servicio Y Garantía Servicios / Cambios Rápidos DE ChasisRutina DE Mantenimiento Guantes O Protección DE LAS Manos AL Manejar LA UnidadChecar código de error Códigos DE Error Y Estado DE LA AlarmaPanel DE Unidad DE Control Limpiar las entradas historicasTermostato Montado Digital ROMOTO. El termos AccesoriosEL Usuario Será Responsable Y Pagará POR VERT-I-PAKSérie-A Table DES Matières Système de réfrigération sous pression ’OBSTRUEZ PAS LES Entrées ET Sorties D’AIRLargeur DU Caisson Tension T FrigorigèneHauteur DU Caisson Raccord DE DrainRisque de choc électrique Fils Recommandés Pour UN Circuit DivisionnaireCalibre DES Fils Électriques SurintensitésEN Présence D’UN OBSTACLE, Quel QU’IL Soit RECOMMANDATIONSPOURL’INSTALLATIONDUVERT-I-PAKLampadaire OU UN Petit VUE DE Dessus Dimensions DU Local TechniqueFourni SUR Place ThermostatCalfeutrant Cale Installation DU Plénum Mural ET DES Persiennes ExtérieuresÉlément DE Linteau VUE Latérale Installation DU Plénum Système D’ÉVACUATION DE Condensat Emplacement ET Raccordement DU Drain Installation DE LA Grille DE Reprise D’AIR IntérieureRéseau DE Conduits D’AIR Option Grille DE Repris D´AIR Fournie SUR PlaceDonnées SUR LE Débit D’AIR Intérieur Installation DE L’APPAREILPour Effectuer LES Connexions DU Thermostat Refermez LE Couvercle DU Panneau DE CommandesLongueur DE FIL Maximale Pour Interrupteur Secondaire Identification des connexions Bome FonctionSchéma DE Câblage Thermostat RT6 FrontFonctionnement DE L’APPAREIL ’ENTRETIEN ET LA Garantie Entretien ET Remplacements RapidesEntretien Périodique Risque de coupures gravesPanneau DE Commandes DEL’APPAREIL Codes D’ERREUR ET État D’ALARMEAppuyer SUR LE Bouton Enter Pour Activer L’AFFICHAGE Accessoires LES Dommages Résultant Page Page Page Friedrich AIR Conditioning CO

920-075-13 (1-11) specifications

Friedrich 920-075-13 (1-11) is a sophisticated HVAC unit designed for effective heating and cooling solutions in commercial and residential settings. This model exemplifies modern engineering with a focus on energy efficiency and user convenience. It features a versatile configuration that makes it suitable for a variety of spaces, ensuring optimal climate control.

One of the main features of the Friedrich 920-075-13 (1-11) is its advanced cooling technology. The unit is equipped with high-efficiency compressors that provide rapid cooling performance while consuming minimal energy. This is complemented by a user-friendly digital thermostat that allows for precise temperature settings, enhancing user comfort and satisfaction.

The heating capabilities of this model are equally impressive. Friedrich has integrated a powerful heating element that can quickly warm up any room, making it ideal for year-round use. This is particularly beneficial in regions with extreme temperature fluctuations, ensuring that users remain comfortable regardless of the season.

In terms of build quality, the Friedrich 920-075-13 (1-11) boasts a robust construction that ensures long-lasting performance. Its durable materials are designed to withstand frequent use and adverse environmental conditions. Additionally, the unit features a compact design that allows for easy installation and integration into existing spaces without compromising aesthetic appeal.

Technologically, the Friedrich 920-075-13 (1-11) incorporates smart features such as energy-saving modes and programmable timers. These functionalities enable users to optimize energy use, reducing overall electricity costs while maintaining comfort levels. Moreover, the unit operates quietly, minimizing noise disruption in various settings.

Another notable characteristic is the air filtration system which enhances indoor air quality. The built-in filter captures dust, allergens, and pollutants, ensuring that the air circulated within a space is clean and healthy. This feature is particularly important for individuals with allergies or respiratory conditions.

Finally, the Friedrich 920-075-13 (1-11) is backed by a reliable warranty, reflecting the manufacturer's confidence in its quality and performance. This HVAC unit represents an ideal choice for those seeking a combination of efficiency, comfort, and modern technology in their heating and cooling systems. With its powerful features and innovative design, it stands out as a leading option in the market.