Ingersoll-Rand 2475, 3000, 7100, 2340, 15T, 2545 Electrical Wiring Diagrams, Edv, Hats, Lols

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ELECTRICAL WIRING DIAGRAMS

Single Phase Wiring

 

 

 

A

To supply

 

C

Wiring for optional electric drain valve

 

EDV

Electric drain valve

 

T

Supply Line Terminal

 

L

Load Terminal

 

FU

Control Circuit Fuse

 

HATS

High Air Temperature Switch (#)

 

LOLS

Low Oil Level Switch (#)

 

M

Motor Starter Coil

 

OL

Motor Starter Overload

 

PS

Pressure Switch

 

SS

Selector Switch (#)

 

*

Alternate wiring for converting 3 phase starter to 1

 

 

phase application

 

(#) = if provided

 

 

 

Three Phase Wiring

 

NOTE

On units requiring a starter, connect line power to the starter. do not connect

 

line power to the pressure switch.

￿Connect ground wire to ground lug

￿ L3 used for 3-phase motors & starters only

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Contents General Information SafetyGeneral Safety Precautions Additional References InstallationReceipt & Inspection Selecting a LocationMounting Installing Remote AIR Inlet PipingInstalling Discharge Piping Typical Remote Air Inlet PipingConnection Procedures Installing Electrical Wiring Electric Motor UnitsConnecting a Battery Gasoline Engine Units KohlerCompressor Lubrication Fuel Pump Installation Gasoline Engine UnitsLOW OIL Level Switch START-UP Electric Motor Driven Models OperationIntermittent Duty Formula START-UP Gasoline Engine UnitsAuxiliary Valve Pressure Switch AdjustmentStarting Unloading System PsigBREATHER/UNLOADER BY-PASS MaintenancePilot Valve Adjustment OIL Consumption CheckFilter Inspection & Cleaning Maintenance ScheduleBelt Adjustment OIL ChangeIntervals should beshortened in harsher Electric Drain MaintenanceTank Inspection Trouble Cause Action TroubleshootingProblem Check Point Possible Solution Check Possible Cause PointBelt Tension Table Diagrams & TablesFastener Torque Table 2340 2475 2545 7100 15T 3000EDV Electrical Wiring DiagramsLine power to the pressure switch HatsTypical Baseplate Unit Typical Horizontal Simplex Unit Http//air.irco.com Warranty Limitation of LiabilityHttp//air.irco.com Precauciones Generales DE Seguridad SeguridadInformaciones Generales Otras Referencias Recibo E InspecciónInstalación Selección DE UNA UbicaciónRemota DE Aire MontajeInstalación DE LA Tubería DE Admisión Típica tubería de admisión remota de aireProcedimientos DE Conexión Conexión DE UNA Batería Unidades CON MotorGasolina De un alternadorInterruptor DE Bajo Nivel DE Aceite OperaciónLubricación DEL Compresor Fórmula DE USO IntermitenteControles DEL Compresor Arranque Unidades CON Motor a GasolinaAjuste del rango del disyuntor neumático Sistema DE Descarga EN EL ArranqueAjuste DE LA Válvula Piloto Desvío DEL RESPIRADERO/DESCARGADOR Calendario DE MantenimientoMantenimiento Comprobación DEL Consumo DE AceiteAjuste DE LA Correa Inspección Y Limpieza DEL FiltroCambio DE Aceite Inspección DEL Tanque Receptor Localización DE Fallas Problema Punto DE ComprobaciónProblema Causa Medida Punto Posible Causa Posible Solución Comp Tabla DE Tensiones DE Correa Diagramas Y TablasTabla DE Torsiones DE LOS Fijadores 2340 2475 2545 7100Diagramas DE Cableado Eléctrico Típica unidad de placa base Típica unidad símplex horizontal Http//air.irco.com Garantía Limitación DE ResponsabilidadesHttp//air.irco.com Informations Générales Exploitation À Deux PhasesSécurité DéfinitionsRéférences Additionnelles Choix DE L’EMPLACEMENTRéception ET Inspection Pour soulever le poids du compresseurNON Recommandés Installation DE LA Canalisation DE RefoulementInstallation D’UNE Canalisation D’ASPIRATION À Distance MontageProcédures DE Raccordement ÉlectriqueRaccordement D’UNE Batterie Dispositifs À Moteur À Essence Lubrification DU Compresseur Mode D’EMPLOIFormule À Charge Variable Contacteur DE BAS Niveau D’HUILEDémarrage Dispositifs À Moteur À Essence Commandes DU CompresseurRobinet de service typique a = ouvert, B = fermé Levier de pressostat typique si fourniRéglage de plage de pressostat Réglage DU PressostatSystème DE DÉMARRAGE-DÉLESTAGE Vérification DE LA Consommation D’HUILE EntretienDérivation DE RENIFLARD/DISPOSITIF DE Délestage Réglage DE LA Soupape PiloteAjustement DE LA Courroie Programme D’ENTRETIENVidange D’HUILE Inspection ET Nettoyage DES FiltresSoupape à bille de crépine Entretien DU Robinet DE Purge ÉlectriqueInspection DU Réservoir Problème Point DE Contrôle Problème possible Cause possible SolutionDépannage Point Cause Possible Contr Tableau DE Tension DE Courroie Diagrammes ET TableauxTableau DE Couple DE Torsion Cbnh Diagrammes DES Câbles ÉlectriquesChta Http//air.irco.com Http//air.irco.com Garantie Limitation DE ResponsabilitéHttp//air.irco.com Http//air.irco.com Http//air.irco.com
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7100, 2475, 2340, 3000, 2545 specifications

Ingersoll-Rand is a recognized leader in the field of industrial tools and compressed air solutions, and among their notable product offerings are the air compressor models: 15T, 2545, 3000, 2340, and 2475. These models are engineered to meet various industrial needs, providing reliable performance with enhanced efficiency and durability.

The Ingersoll-Rand 15T is a compact yet powerful rotary screw air compressor designed for small- to medium-sized operations. It features a robust build along with a user-friendly interface, allowing operators to easily adjust settings. Known for its low noise levels and energy efficiency, the 15T is ideal for applications requiring consistent air supply in a quiet environment.

The 2545 model is a workhorse in the family, recognized for its high output and extensive capabilities. It leverages advanced rotary screw technology, which provides continuous air flow while minimizing energy consumption. With its high-efficiency air end, the 2545 significantly reduces operating costs, making it suitable for heavy-duty tasks in demanding environments.

The Ingersoll-Rand 3000 is a portable solution that combines mobility with powerful performance. Featuring a rugged design, the 3000 is well-suited for construction sites and outdoor applications. It comes equipped with a reliable cooling system, enabling it to operate effectively in varying temperatures. Its compact design allows it to fit easily in tight spaces while providing ample air power.

The 2340 model emphasizes versatility and reliability, often used in automotive, manufacturing, and energy industries. It offers advanced features such as built-in control systems and service indicators, making maintenance simpler. This model is highly regarded for its reliability, which minimizes downtime and maximizes productivity.

Lastly, the Ingersoll-Rand 2475 is a robust compressor characterized by high flow rates and exceptional durability. It is engineered for large-scale applications, supporting heavy machinery and pneumatic tools. It incorporates sophisticated technology that ensures low noise emissions and energy-efficient operation, catering to workplaces that prioritize eco-friendliness.

Incorporating features like variable-speed drives, advanced cooling systems, and comprehensive monitoring technology, all these models exemplify the commitment of Ingersoll-Rand to innovation and user-centric designs. Whether for small workshops or large industrial operations, these compressors deliver unmatched performance and reliability, making them essential tools in various applications. Their consistent engineering excellence ensures that users can depend on Ingersoll-Rand products for their compressed air needs.
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